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Greek pneuma and Hebrew ruach. The term "spiritual", matters "concerning the spirit", is derived from Old French spirituel (12c.), which is derived from Latin spiritualis, which comes from spiritus or "spirit". The term "spirituality" is derived from Middle French spiritualité, from Late Latin "spiritualitatem" (nominative spiritualitas), which is also derived from Latin spiritualis. Definition There is no single, widely agreed-upon definition of spirituality. Surveys of the definition of the term, as used in scholarly research, show a broad range of definitions with limited overlap. A survey of reviews by McCarroll each dealing with the topic of spirituality gave twenty-seven explicit definitions, among which "there was little agreement". This impedes the systematic study of spirituality and the capacity to communicate findings meaningfully. Furthermore, many of spirituality's core features are not unique to spirituality; for example self-transcendence, asceticism and the recognition of one's connection to all were regarded by the atheist Arthur Schopenhauer as key to ethical life. There is a key distinction which needs to be made between the religious and the spiritual. William James in his study of The Varieties of Religious Experience makes the distinction early in this lecture series that there exists "one great partition which divides the religious field. On the one side of it lies institutional, on the other personal religion." This personal religion is spirituality, what he defines as, "the feelings, acts, and experiences of individual men in their solitude, so far as they apprehend themselves to stand in relation to whatever they may consider the divine". Here as well, this notion of the divine is non-sectarian and non-institutional. The divine can be found, according to William James, in spiritual spaces without a Godhead, such as "Buddhism", for instance, and he even claims that this notion of divinity is found in "modern transcendental idealism" and in what he terms "Emmersoniamism", both of which "seem to let God evaporate into abstract Ideality. Not a deity in concreto, not a superhuman person, but the immanent divinity in things, the essentially spiritual structure of the universe [...]". In this sense we can understand that the spiritual is not necessarily the religious, but rather, it is the experience and understanding of divinity (divinity in its broadest notion – deified or godless) which forms the elemental substrate of institutional religion as we know it today. According to Kees Waaijman, the traditional meaning of spirituality is a process of re-formation which "aims to recover the original shape of man, the image of God. To accomplish this, the re-formation is oriented at a mold, which represents the original shape: in Judaism the Torah, in Christianity there is Christ, for Buddhism, Buddha, and in Islam, Muhammad." Houtman and Aupers suggest that modern spirituality is a blend of humanistic psychology, mystical and esoteric traditions, and Eastern religions. In modern times the emphasis is on subjective experience and the "deepest values and meanings by which people live", incorporating personal growth or transformation, usually in a context separate from organized religious institutions. Spirituality can be defined generally as an individual's search for ultimate or sacred meaning and purpose in life. Additionally it can mean to seek out or search for personal growth, religious experience, belief in a supernatural realm or afterlife, or to make sense of one's own "inner dimension". Development of the meaning of spirituality Classical, medieval and early modern periods Bergomi detects "an enlightened form of non-religious spirituality" in late antiquity. Words translatable as "spirituality" first began to arise in the 5th century and only entered common use toward the end of the Middle Ages. In a Biblical context the term means being animated by God. The New Testament offers the concept of being driven by the Holy Spirit, as opposed to living a life in which one rejects this influence. In the 11th century this meaning changed. "Spirituality" began to denote the mental aspect of life, as opposed to the material and sensual aspects of life, "the ecclesiastical sphere of light against the dark world of matter". In the 13th century "spirituality" acquired a social and psychological meaning. Socially it denoted the territory of the clergy: "the ecclesiastical against the temporary possessions, the ecclesiastical against the secular authority, the clerical class against the secular class". Psychologically, it denoted the realm of the inner life: "the purity of motives, affections, intentions, inner dispositions, the psychology of the spiritual life, the analysis of the feelings". In the 17th and 18th centuries a distinction was made between higher and lower forms of spirituality: "A spiritual man is one who is Christian 'more abundantly and deeper than others'." The word was also associated with mysticism and quietism, and acquired a negative meaning. Modern spirituality Modern notions of spirituality developed throughout the 19th and 20th century, mixing Christian ideas with Western esoteric traditions and elements of Asian, especially Indian, religions. Spirituality became increasingly disconnected from traditional religious organisations and institutions. It is sometimes associated today with philosophical, social, or political movements such as liberalism, feminist theology, and green politics. Transcendentalism and Unitarian Universalism Ralph Waldo Emerson (1803–1882) was a pioneer of the idea of spirituality as a distinct field. He was one of the major figures in Transcendentalism, an early 19th-century liberal Protestant movement, which was rooted in English and German Romanticism, the Biblical criticism of Johann Gottfried Herder and Friedrich Schleiermacher, the skepticism of Hume, and Neoplatonism. The Transcendentalists emphasised an intuitive, experiential approach of religion. Following Schleiermacher, an individual's intuition of truth was taken as the criterion for truth. In the late 18th and early 19th century, the first translations of Hindu texts appeared, which were also read by the Transcendentalists, and influenced their thinking. They also endorsed universalist and Unitarianist ideas, leading to Unitarian Universalism, the idea that there must be truth in other religions as well, since a loving God would redeem all living beings, not just Christians. Theosophy, anthroposophy, and the perennial philosophy A major influence on modern spirituality was the Theosophical Society, which searched for 'secret teachings' in Asian religions. It has been influential on modernist streams in several Asian religions, notably Neo-Vedanta, the revival of Theravada Buddhism, and Buddhist modernism, which have taken over modern western notions of personal experience and universalism and integrated them in their religious concepts. A second, related influence was Anthroposophy, whose founder, Rudolf Steiner, was particularly interested in developing a genuine Western spirituality, and in the ways that such a spirituality could transform practical institutions such as education, agriculture, and medicine. More independently, the spiritual science of Martinus was an influence, especially in Scandinavia. The influence of Asian traditions on western modern spirituality was also furthered by the perennial philosophy, whose main proponent Aldous Huxley was deeply influenced by Swami Vivekananda's Neo-Vedanta and universalism, and the spread of social welfare, education and mass travel after World War II. Neo-Vedanta An important influence on western spirituality was Neo-Vedanta, also called neo-Hinduism and Hindu Universalism, a modern interpretation of Hinduism which developed in response to western colonialism and orientalism. It aims to present Hinduism as a "homogenized ideal of Hinduism" with Advaita Vedanta as its central doctrine. Due to the colonisation of Asia by the western world, since the 19th century an exchange of ideas has been taking place between the western world and Asia, which also influenced western religiosity. Unitarianism, and the idea of Universalism, was brought to India by missionaries, and had a major influence on neo-Hinduism via Ram Mohan Roy's Brahmo Samaj and Brahmoism. Roy attempted to modernise and reform Hinduism, from the idea of Universalism. This universalism was further popularised, and brought back to the west as neo-Vedanta, by Swami Vivekananda. "Spiritual but not religious" After the Second World War, spirituality and theistic religion became increasingly disconnected, and spirituality became more oriented on subjective experience, instead of "attempts to place the self within a broader ontological context". A new discourse developed, in which (humanistic) psychology, mystical and esoteric traditions and eastern religions are being blended, to reach the true self by self-disclosure, free expression, and meditation. The distinction between the spiritual and the religious became more common in the popular mind during the late 20th century with the rise of secularism and the advent of the New Age movement. Authors such as Chris Griscom and Shirley MacLaine explored it in numerous ways in their books. Paul Heelas noted the development within New Age circles of what he called "seminar spirituality": structured offerings complementing consumer choice with spiritual options. Among other factors, declining membership of organized religions and the growth of secularism in the western world have given rise to this broader view of spirituality. The term "spiritual" is now frequently used in contexts in which the term "religious" was formerly employed. Both theists and atheists have criticized this development. Traditional spirituality Abrahamic faiths Judaism Spirituality in Judaism may involve practices of Jewish ethics, Jewish prayer, Jewish meditation, Shabbat and holiday observance, Torah study, dietary laws, teshuvah, and other practices. It may involve practices ordained by halakhah or other practices. Kabbalah (literally "receiving") is an esoteric method, discipline and school of thought of Judaism. Kabbalah is a set of esoteric teachings meant to explain the relationship between an unchanging, eternal and mysterious Ein Sof (no end) and the mortal and finite universe (his creation). Interpretations of Kabbalistic spirituality are found within Hasidic Judaism, a branch of Orthodox Judaism founded in 18th-century Eastern Europe by Rabbi Israel Baal Shem Tov. Hasidism often emphasizes the Immanent Divine presence and focuses on emotion, fervour, and the figure of the Tzadik. This movement included an elite ideal of nullification to paradoxical Divine Panentheism. The Musar movement is a Jewish spiritual movement that has focused on developing character traits such as faith, humility, and love. The Musar movement, first founded in the 19th century by Israel Salanter and developed in the 21st century by Alan Morinis and Ira F. Stone, has encouraged spiritual practices of Jewish meditation, Jewish prayer, Jewish ethics, tzedakah, teshuvah, and the study of musar (ethical) literature. Reform Judaism and Conservative Judaism have often emphasized the spirituality of Jewish ethics and tikkun olam, feminist spirituality, Jewish prayer, Torah study, ritual, and musar. Christianity Catholic spirituality is the spiritual practice of living out a personal act of faith (fides qua creditur) following the acceptance of faith (fides quae creditur). Although all Catholics are expected to pray together at Mass, there are many different forms of spirituality and private prayer which have developed over the centuries. Each of the major religious orders of the Catholic Church and other lay groupings have their own unique spirituality – its own way of approaching God in prayer and in living out the Gospel. Christian mysticism refers to the development of mystical practices and theory within Christianity. It has often been connected to mystical theology, especially in the Catholic and Eastern Orthodox traditions. The attributes and means by which Christian mysticism is studied and practiced are varied and range from ecstatic visions of the soul's mystical union with God to simple prayerful contemplation of Holy Scripture (i.e., Lectio Divina). Progressive Christianity is a contemporary movement which seeks to remove the supernatural claims of the faith and replace them with a post-critical understanding of biblical spirituality based on historical and scientific research. It focuses on the lived experience of spirituality over historical dogmatic claims, and accepts that the faith is both true and a human construction, and that spiritual experiences are psychologically and neurally real and useful. Islam An inner spiritual struggle and an outer physical struggle are two commonly accepted meanings of the Arabic word jihad: The "greater jihad" is the inner struggle by a believer to fulfill his religious duties. This non-violent meaning is stressed by both Muslim and non-Muslim authors. Al-Khatib al-Baghdadi, an 11th-century Islamic scholar, referenced a statement by the companion of Muhammad, Jabir ibn Abd-Allah: Sufism The best known form of Islamic mystic spirituality is the Sufi tradition (famous through Rumi and Hafiz) in which a Sheikh or pir transmits spiritual discipline to students. Sufism or () is defined by its adherents as the inner, mystical dimension of Islam. A practitioner of this tradition is generally known as a (). Sufis believe they are practicing ihsan (perfection of worship) as revealed by Gabriel to Muhammad, Sufis consider themselves as the original true proponents of this pure original form of Islam. They are strong adherents to the principal of tolerance, peace and against any form of violence. The Sufi have suffered severe persecution by more rigid and fundamentalist groups such as the Wahhabi and Salafi movement. In 1843 the Senussi Sufi were forced to flee Mecca and Medina and head to Sudan and Libya. Classical Sufi scholars have defined Sufism as "a science whose objective is the reparation of the heart and turning it away from all else but God". Alternatively, in the words of the Darqawi Sufi teacher Ahmad ibn Ajiba, "a science through which one can know how to travel into the presence of the Divine, purify one's inner self from filth, and beautify it with a variety of praiseworthy traits". Asian traditions Buddhism Buddhist practices are known as Bhavana, which literally means "development" or "cultivating" or "producing" in the sense of "calling into existence." It is an important concept in Buddhist praxis (Patipatti). The word bhavana normally appears in conjunction with another word forming a compound phrase such as citta-bhavana (the development or cultivation of the heart/mind) or metta-bhavana (the development/cultivation of loving kindness). When used on its own bhavana signifies 'spiritual cultivation' generally. Various Buddhist Paths to liberation developed throughout the ages. Best-known is the Noble Eightfold Path, but others include the Bodhisattva Path and Lamrim. Hinduism Hinduism has no traditional ecclesiastical order, no centralized religious authorities, no governing body, no prophet(s) nor any binding holy book; Hindus can choose to be polytheistic, pantheistic, monistic, or atheistic. Within this diffuse and open structure, spirituality in Hindu philosophy is an individual experience, and referred to as ksaitrajña (Sanskrit: क्षैत्रज्ञ). It defines spiritual practice as one's journey towards moksha, awareness of self, the discovery of higher truths, true nature of reality, and a consciousness that is liberated and content. Four paths Traditionally, Hinduism identifies three mārga (ways) of spiritual practice, namely Jñāna(ज्ञान), the way of knowledge; Bhakti, the way of devotion; and Karma yoga, the way of selfless action. In the 19th century Vivekananda, in his neo-Vedanta synthesis of Hinduism, added Rāja yoga, the way of contemplation and meditation, as a fourth way, calling all of them "yoga". Jñāna marga is a path often assisted by a guru (teacher) in one's spiritual practice. Bhakti marga is a path of faith and devotion to deity or deities; the spiritual practice often includes chanting, singing and music – such as in kirtans – in front of idols, or images of one or more deity, or a devotional symbol of the holy. Karma marga is the path of one's work, where diligent practical work or vartta (Sanskrit: वार्त्ता, profession) becomes in itself a spiritual practice, and work in daily life is perfected as a form of spiritual liberation and not for its material rewards. Rāja marga is the path of cultivating necessary virtues, self-discipline, tapas (meditation), contemplation and self-reflection sometimes with isolation and renunciation of the world, to a pinnacle state called samādhi. This state of samādhi has been compared to peak experience. There is a rigorous debate in Indian literature on relative merits of these theoretical spiritual practices. For example, Chandogyopanishad suggests that those who engage in ritualistic offerings to gods and priests will fail in their spiritual practice, while those who engage in tapas will succeed; Svetasvataropanishad suggests that a successful spiritual practice requires a longing for truth, but warns of becoming 'false ascetic' who go through the mechanics of spiritual practice without meditating on the nature of Self and universal Truths. In the practice of Hinduism, suggest modern era scholars such as Vivekananda, the choice between the paths is up to the individual and a person's proclivities. Other scholars suggest that these Hindu spiritual practices are not mutually exclusive, but overlapping. These four paths of spirituality are also known in Hinduism outside India, such as in Balinese Hinduism, where it is called Catur Marga (literally: four paths). Schools and spirituality Different schools of Hinduism encourage different spiritual practices. In Tantric school for example, the spiritual practice has been referred to as sādhanā. It involves initiation into the school, undergoing rituals, and achieving moksha liberation by experiencing union of cosmic polarities. The Hare Krishna school emphasizes bhakti yoga as spiritual practice. In Advaita Vedanta school, the spiritual practice emphasizes jñāna yoga in stages: samnyasa (cultivate virtues), sravana (hear, study), manana (reflect) and dhyana (nididhyasana, contemplate). Jainism Jainism, traditionally known as Jain Dharma, is an ancient Indian religion. The three main pillars of Jainism are ahiṃsā (non-violence), anekāntavāda (non-absolutism), and aparigraha (non-attachment). Jains take five main vows: ahiṃsā (non-violence), satya (truth), asteya (not stealing), brahmacharya (sexual continence), and aparigraha (non-possessiveness). These principles have affected Jain culture in many ways, such as leading to a predominantly vegetarian lifestyle. Parasparopagraho jīvānām (the function of souls is to help one another) is the faith's motto and the Ṇamōkāra mantra is its most common and basic prayer.
shape of man, the image of God. To accomplish this, the re-formation is oriented at a mold, which represents the original shape: in Judaism the Torah, in Christianity there is Christ, for Buddhism, Buddha, and in Islam, Muhammad." Houtman and Aupers suggest that modern spirituality is a blend of humanistic psychology, mystical and esoteric traditions, and Eastern religions. In modern times the emphasis is on subjective experience and the "deepest values and meanings by which people live", incorporating personal growth or transformation, usually in a context separate from organized religious institutions. Spirituality can be defined generally as an individual's search for ultimate or sacred meaning and purpose in life. Additionally it can mean to seek out or search for personal growth, religious experience, belief in a supernatural realm or afterlife, or to make sense of one's own "inner dimension". Development of the meaning of spirituality Classical, medieval and early modern periods Bergomi detects "an enlightened form of non-religious spirituality" in late antiquity. Words translatable as "spirituality" first began to arise in the 5th century and only entered common use toward the end of the Middle Ages. In a Biblical context the term means being animated by God. The New Testament offers the concept of being driven by the Holy Spirit, as opposed to living a life in which one rejects this influence. In the 11th century this meaning changed. "Spirituality" began to denote the mental aspect of life, as opposed to the material and sensual aspects of life, "the ecclesiastical sphere of light against the dark world of matter". In the 13th century "spirituality" acquired a social and psychological meaning. Socially it denoted the territory of the clergy: "the ecclesiastical against the temporary possessions, the ecclesiastical against the secular authority, the clerical class against the secular class". Psychologically, it denoted the realm of the inner life: "the purity of motives, affections, intentions, inner dispositions, the psychology of the spiritual life, the analysis of the feelings". In the 17th and 18th centuries a distinction was made between higher and lower forms of spirituality: "A spiritual man is one who is Christian 'more abundantly and deeper than others'." The word was also associated with mysticism and quietism, and acquired a negative meaning. Modern spirituality Modern notions of spirituality developed throughout the 19th and 20th century, mixing Christian ideas with Western esoteric traditions and elements of Asian, especially Indian, religions. Spirituality became increasingly disconnected from traditional religious organisations and institutions. It is sometimes associated today with philosophical, social, or political movements such as liberalism, feminist theology, and green politics. Transcendentalism and Unitarian Universalism Ralph Waldo Emerson (1803–1882) was a pioneer of the idea of spirituality as a distinct field. He was one of the major figures in Transcendentalism, an early 19th-century liberal Protestant movement, which was rooted in English and German Romanticism, the Biblical criticism of Johann Gottfried Herder and Friedrich Schleiermacher, the skepticism of Hume, and Neoplatonism. The Transcendentalists emphasised an intuitive, experiential approach of religion. Following Schleiermacher, an individual's intuition of truth was taken as the criterion for truth. In the late 18th and early 19th century, the first translations of Hindu texts appeared, which were also read by the Transcendentalists, and influenced their thinking. They also endorsed universalist and Unitarianist ideas, leading to Unitarian Universalism, the idea that there must be truth in other religions as well, since a loving God would redeem all living beings, not just Christians. Theosophy, anthroposophy, and the perennial philosophy A major influence on modern spirituality was the Theosophical Society, which searched for 'secret teachings' in Asian religions. It has been influential on modernist streams in several Asian religions, notably Neo-Vedanta, the revival of Theravada Buddhism, and Buddhist modernism, which have taken over modern western notions of personal experience and universalism and integrated them in their religious concepts. A second, related influence was Anthroposophy, whose founder, Rudolf Steiner, was particularly interested in developing a genuine Western spirituality, and in the ways that such a spirituality could transform practical institutions such as education, agriculture, and medicine. More independently, the spiritual science of Martinus was an influence, especially in Scandinavia. The influence of Asian traditions on western modern spirituality was also furthered by the perennial philosophy, whose main proponent Aldous Huxley was deeply influenced by Swami Vivekananda's Neo-Vedanta and universalism, and the spread of social welfare, education and mass travel after World War II. Neo-Vedanta An important influence on western spirituality was Neo-Vedanta, also called neo-Hinduism and Hindu Universalism, a modern interpretation of Hinduism which developed in response to western colonialism and orientalism. It aims to present Hinduism as a "homogenized ideal of Hinduism" with Advaita Vedanta as its central doctrine. Due to the colonisation of Asia by the western world, since the 19th century an exchange of ideas has been taking place between the western world and Asia, which also influenced western religiosity. Unitarianism, and the idea of Universalism, was brought to India by missionaries, and had a major influence on neo-Hinduism via Ram Mohan Roy's Brahmo Samaj and Brahmoism. Roy attempted to modernise and reform Hinduism, from the idea of Universalism. This universalism was further popularised, and brought back to the west as neo-Vedanta, by Swami Vivekananda. "Spiritual but not religious" After the Second World War, spirituality and theistic religion became increasingly disconnected, and spirituality became more oriented on subjective experience, instead of "attempts to place the self within a broader ontological context". A new discourse developed, in which (humanistic) psychology, mystical and esoteric traditions and eastern religions are being blended, to reach the true self by self-disclosure, free expression, and meditation. The distinction between the spiritual and the religious became more common in the popular mind during the late 20th century with the rise of secularism and the advent of the New Age movement. Authors such as Chris Griscom and Shirley MacLaine explored it in numerous ways in their books. Paul Heelas noted the development within New Age circles of what he called "seminar spirituality": structured offerings complementing consumer choice with spiritual options. Among other factors, declining membership of organized religions and the growth of secularism in the western world have given rise to this broader view of spirituality. The term "spiritual" is now frequently used in contexts in which the term "religious" was formerly employed. Both theists and atheists have criticized this development. Traditional spirituality Abrahamic faiths Judaism Spirituality in Judaism may involve practices of Jewish ethics, Jewish prayer, Jewish meditation, Shabbat and holiday observance, Torah study, dietary laws, teshuvah, and other practices. It may involve practices ordained by halakhah or other practices. Kabbalah (literally "receiving") is an esoteric method, discipline and school of thought of Judaism. Kabbalah is a set of esoteric teachings meant to explain the relationship between an unchanging, eternal and mysterious Ein Sof (no end) and the mortal and finite universe (his creation). Interpretations of Kabbalistic spirituality are found within Hasidic Judaism, a branch of Orthodox Judaism founded in 18th-century Eastern Europe by Rabbi Israel Baal Shem Tov. Hasidism often emphasizes the Immanent Divine presence and focuses on emotion, fervour, and the figure of the Tzadik. This movement included an elite ideal of nullification to paradoxical Divine Panentheism. The Musar movement is a Jewish spiritual movement that has focused on developing character traits such as faith, humility, and love. The Musar movement, first founded in the 19th century by Israel Salanter and developed in the 21st century by Alan Morinis and Ira F. Stone, has encouraged spiritual practices of Jewish meditation, Jewish prayer, Jewish ethics, tzedakah, teshuvah, and the study of musar (ethical) literature. Reform Judaism and Conservative Judaism have often emphasized the spirituality of Jewish ethics and tikkun olam, feminist spirituality, Jewish prayer, Torah study, ritual, and musar. Christianity Catholic spirituality is the spiritual practice of living out a personal act of faith (fides qua creditur) following the acceptance of faith (fides quae creditur). Although all Catholics are expected to pray together at Mass, there are many different forms of spirituality and private prayer which have developed over the centuries. Each of the major religious orders of the Catholic Church and other lay groupings have their own unique spirituality – its own way of approaching God in prayer and in living out the Gospel. Christian mysticism refers to the development of mystical practices and theory within Christianity. It has often been connected to mystical theology, especially in the Catholic and Eastern Orthodox traditions. The attributes and means by which Christian mysticism is studied and practiced are varied and range from ecstatic visions of the soul's mystical union with God to simple prayerful contemplation of Holy Scripture (i.e., Lectio Divina). Progressive Christianity is a contemporary movement which seeks to remove the supernatural claims of the faith and replace them with a post-critical understanding of biblical spirituality based on historical and scientific research. It focuses on the lived experience of spirituality over historical dogmatic claims, and accepts that the faith is both true and a human construction, and that spiritual experiences are psychologically and neurally real and useful. Islam An inner spiritual struggle and an outer physical struggle are two commonly accepted meanings of the Arabic word jihad: The "greater jihad" is the inner struggle by a believer to fulfill his religious duties. This non-violent meaning is stressed by both Muslim and non-Muslim authors. Al-Khatib al-Baghdadi, an 11th-century Islamic scholar, referenced a statement by the companion of Muhammad, Jabir ibn Abd-Allah: Sufism The best known form of Islamic mystic spirituality is the Sufi tradition (famous through Rumi and Hafiz) in which a Sheikh or pir transmits spiritual discipline to students. Sufism or () is defined by its adherents as the inner, mystical dimension of Islam. A practitioner of this tradition is generally known as a (). Sufis believe they are practicing ihsan (perfection of worship) as revealed by Gabriel to Muhammad, Sufis consider themselves as the original true proponents of this pure original form of Islam. They are strong adherents to the principal of tolerance, peace and against any form of violence. The Sufi have suffered severe persecution by more rigid and fundamentalist groups such as the Wahhabi and Salafi movement. In 1843 the Senussi Sufi were forced to flee Mecca and Medina and head to Sudan and Libya. Classical Sufi scholars have defined Sufism as "a science whose objective is the reparation of the heart and turning it away from all else but God". Alternatively, in the words of the Darqawi Sufi teacher Ahmad ibn Ajiba, "a science through which one can know how to travel into the presence of the Divine, purify one's inner self from filth, and beautify it with a variety of praiseworthy traits". Asian traditions Buddhism Buddhist practices are known as Bhavana, which literally means "development" or "cultivating" or "producing" in the sense of "calling into existence." It is an important concept in Buddhist praxis (Patipatti). The word bhavana normally appears in conjunction with another word forming a compound phrase such as citta-bhavana (the development or cultivation of the heart/mind) or metta-bhavana (the development/cultivation of loving kindness). When used on its own bhavana signifies 'spiritual cultivation' generally. Various Buddhist Paths to liberation developed throughout the ages. Best-known is the Noble Eightfold Path, but others include the Bodhisattva Path and Lamrim. Hinduism Hinduism has no traditional ecclesiastical order, no centralized religious authorities, no governing body, no prophet(s) nor any binding holy book; Hindus can choose to be polytheistic, pantheistic, monistic, or atheistic. Within this diffuse and open structure, spirituality in Hindu philosophy is an individual experience, and referred to as ksaitrajña (Sanskrit: क्षैत्रज्ञ). It defines spiritual practice as one's journey towards moksha, awareness of self, the discovery of higher truths, true nature of reality, and a consciousness that is liberated and content. Four paths Traditionally, Hinduism identifies three mārga (ways) of spiritual practice, namely Jñāna(ज्ञान), the way of knowledge; Bhakti, the way of devotion; and Karma yoga, the way of selfless action. In the 19th century Vivekananda, in his neo-Vedanta synthesis of Hinduism, added Rāja yoga, the way of contemplation and meditation, as a fourth way, calling all of them "yoga". Jñāna marga is a path often assisted by a guru (teacher) in one's spiritual practice. Bhakti marga is a path of faith and devotion to deity or deities; the spiritual practice often includes chanting, singing and music – such as in kirtans – in front of idols, or images of one or more deity, or a devotional symbol of the holy. Karma marga is the path of one's work, where diligent practical work or vartta (Sanskrit: वार्त्ता, profession) becomes in itself a spiritual practice, and work in daily life is perfected as a form of spiritual liberation and not for its material rewards. Rāja marga is the path of cultivating necessary virtues, self-discipline, tapas (meditation), contemplation and self-reflection sometimes with isolation and renunciation of the world, to a pinnacle state called samādhi. This state of samādhi has been compared to peak experience. There is a rigorous debate in Indian literature on relative merits of these theoretical spiritual practices. For example, Chandogyopanishad suggests that those who engage in ritualistic offerings to
to think of him as Irving. Goldie appears for a short scene in The Doll's House in which he is sitting upon Abel's shoulder as Lucien asks Abel about the inhabitants of the house. He later appears throughout the "Parliament of Rooks" story in Fables and Reflections, and briefly at the beginning of Brief Lives. He also accompanies Abel in The Kindly Ones and is with him when he gets murdered by the Furies, crying when his master is killed. He is later seen playing with Daniel Hall. Goldie later takes on a pivotal role as the guardian of the tree of life in the Sandman spin-off series The Dreaming. On his/her quest to the tree, a search party forms. He was retconned into a female gargoyle for the new series. Goldie is named after the "'imaginary' friend" to whom Abel would tell his early stories in the pages of House of Secrets. In issue 39 of the 2008 reboot of the House of Mystery comic series, it is revealed that Goldie is "Gigi", a waitress at the House of Mystery and a bit player in the series. Goldie was transformed by Lotus Blossom, another character in the series, at Goldie's request in exchange for a book of magic spells. Goldie was not enthralled with the idea of growing up to be a gargoyle, and instead wanted to be a human girl. The newly reborn Gigi joined Lotus Blossom on her exploits in the series, often serving as an enforcer for her. It is revealed that Abel knows Gigi's true history, but if his brother Cain knew, it was not shown. Lucien Lucien is the chief librarian in The Dreaming, and is a tall thin, bookish man. He first appeared in Weird Mystery Tales #18 (May 1975) and was apparently killed in Secrets of Haunted House #44 (January 1982). Like Cain and Abel, Lucien, created by Paul Levitz, Nestor Redondo, and Joe Orlando, was originally the host of a 1970s "weird tales" comic, specifically the three-issue Tales of Ghost Castle (May/June–October 1975). In that series, he is portrayed as the guardian of a castle in Transylvania abandoned by both sides during World War II, watching over its forgotten library with his companion, a werewolf named Rover. In his first appearance in Preludes and Nocturnes (issue #2) this is retroactively revealed to be Dream's castle. Lucien is the effective keeper of the Dreaming in Dream's absence, and becomes one of Dream's most faithful and trusted servants after proving his loyalty by never abandoning his post during that period. His primary function is to protect the Library, wherein are contained all the books that have ever been dreamed of, including the ones that have never been written. The titles of some of these books, many of which are sequels to real works, are visible. He is, despite his frail appearance, apparently quite capable in combat, "[dealing] with" several unpleasant creatures who escape imprisonment during the events of The Kindly Ones. In issue #68, it is revealed that Lucien's existence in the Dreaming began as serving the role of Dream's first raven. When writing The Sandman Companion, author Hy Bender interpreted this as meaning that Lucien was also the first man. An allusion to "Mr. Raven", the ghostly librarian in George MacDonald's novel Lilith, may be intended. The Sandman In June 2019, Netflix signed a deal with Warner Bros. to produce the series and gave it an order of eleven episodes. According to The Hollywood Reporter, Warner Bros. pitched the series to multiple networks—including HBO, which declined to move ahead with it due to its massive budget. Netflix "snapped it up" as part of its attempts to obtain big intellectual properties and attract subscribers. The series was developed by Allan Heinberg, who will executive produce alongside Gaiman and Goyer. Gaiman said he would be more involved than he was with the television adaptation of his American Gods (2001), but less than he was with the adaptation of Good Omens (1990). In January 2021, Tom Sturridge, Gwendoline Christie, Vivienne Acheampong, Boyd Holbrook, Charles Dance, Asim Chaudhry and Sanjeev Bhaskar were announced to be starring in the series with Acheampong portraying Lucienne, a gender-reversed version of Lucien. Matthew Matthew is the raven companion of Dream of the Endless. Matthew was originally Matthew Cable, a long-time supporting character in the Swamp Thing series, but because he died while asleep in the Dreaming, he was offered the chance to become a dream raven and serve Dream if he wished, and he accepted. Matthew is not the first of Morpheus' ravens. Former ravens include Aristeas of Marmora, who returned to his life as a man for one year at one point, and Lucien, the first of the ravens. Morpheus seems to keep the ravens around out of some sort of unspoken need for companionship, though he also sends them on occasional missions. Matthew's word balloons and font style are scratchy and uneven, probably to represent a hoarse, cawing voice, and perhaps as an indicator of his crude, smart-aleck personality. Underneath his frequently irreverent manner, Matthew is actually very loyal to Dream, and he is one of the characters who takes it the hardest when Dream perishes, initially seeking release from his service, but eventually coming to terms with his loss and choosing to remain as Daniel's raven. Mervyn Pumpkinhead Mervyn Pumpkinhead is Dream's cantankerous, cigar-smoking janitor: an animated scarecrow whose head is a jack-o'-lantern. He resembles Jack Pumpkinhead of L. Frank Baum's Oz books. Mervyn is first seen in Preludes and Nocturnes, driving a bus on which Dream travels. Thereafter Merv is in charge of the construction, maintenance, and demolition work in the Dreaming, though he sometimes complains that his job is superfluous because Dream can change any of the Dreaming at will. One issue of the Dreaming spin-off comic focuses on a dreamer who enjoys working under Merv's supervision. Mervyn was one of the few who took arms against the Furies in The Kindly Ones; but is easily killed. He is returned to life by the new Dream in The Wake. In a past incarnation shown in The Wake, Mervyn was seen to have had a turnip for a head instead of a pumpkin, as pumpkins were not then known in Europe. Minor dreams Brute and Glob: Two troublemaking nightmares who try to gain power during Dream's absence. They originally appeared in Jack Kirby's 1974 Sandman series, as sidekicks to the title character, and continued as such when Hector Hall became the Sandman in Infinity Inc.. In the original comics, Brute was similar to The Thing, shouted "It's clobberin' time!" and often referred to his Uncle Harry. In The Doll's House, it is revealed that they controlled the Sandmen in secret; whereupon Dream exiled them to "the darkness" (a place of imprisonment and, presumably, torture, within the Dreaming). Near the end of The Kindly Ones, the Furies tell Dream that they have released his prisoners from the darkness, but Brute and Glob are neither mentioned nor seen in this volume or in The Wake. They next appear in The Dreaming #57–60, The Sandman Presents: Everything You Always Wanted To Know About Dreams...But Were Afraid to Ask, and Lucifer #15, where they attempt to kidnap Elaine Belloc. They subsequently reappear in JSA #64, again trying to manipulate a human connected to the Dreaming (Sandy Hawkins) into their own "Sandman"; but Daniel, Dream's heir, returns them to the darkness. The two entities claim this area of darkness is filled with pleasing childhood dreams, which they despise. First appearance: The Sandman vol. 1, #1. The Cuckoo: A parasitic dream who has conquered Barbie's dreamworld in A Game of You . She assumes the form of a childhood version of Barbie and uses her self proclaimed "adorableness" to escape from Barbie's dream world, at which point she transforms into a bird. The Fashion Thing: A minor character whose form changes based on popular fads. She is based on The Mad Mod Witch, created by Dave Wood and Jack Sparling as the host of The Unexpected, another DC horror title. At the time of her first appearance in Sandman, she is a "Mad Yuppie Witch". First appearance: The Unexpected #108. Most of her appearances are relegated to a few panels. She is shown flying on her broom as a Yuppie briefly in issue #2, shown riding her broom in a top hat and tails with bare legs and feet in issue #22, and shown topless serving a meal to Delirium and Dream in issue #42. She also appears in The Kindly Ones. Judge Gallows appears in several issues of The Dreaming including the Special, "Trial and Error". Introduced in The Unexpected #113 (June–July 1969), he is one of the few DC "mystery" hosts not used by Gaiman. Gods, demigods, and major personifications Bast Bast, in Neil Gaiman's comic book series The Sandman, is the DC Universe version of the goddess Bast of Egyptian mythology. She was once a major goddess, but the loss of her believers over time has significantly reduced her powers. She is often coquettish toward Dream, who sometimes goes to her for advice or companionship; but she has often claimed never to have been his lover. Bast has also appeared in issues of Wonder Woman and Hawkgirl, wherein she is one of the chief goddesses worshiped by the Amazons of Bana-Mighdall. She appears in Sandman Presents: Bast: Eternity Game (2003), where she attempts to regain her lost power. The Presence/The Creator The Presence is the Sandman universe's equivalent of a Supreme Being, and he shares many characteristics with the standard Abrahamic God, such as almost never taking a physical form, being a Creator deity, and having unmatched power. Nevertheless, Gaiman has on several occasions stated that he never intended the Creator to be any specific religion's god, just as he makes it clear in the first appearance of the abode of the angels, the Silver City, that it "is not Paradise. It is not Heaven. It is the Silver City, that is not part of the order of created things", although the Silver City is often identified as "Heaven" in the Lucifer comic book series. In that series, one of the critical turning points is the Presence's abandonment of his Creation, which leads to a large number of problems, including struggles to claim the power that the Creator has abandoned, to make the destruction of the universe inevitable and to the slow unraveling of the universe due to the disappearance of the Name of the Creator written on every atom in existence. This is an ongoing storyline in Lucifer. Loki Loki is a trickster god seen in Season of Mists; based on the Norse god Loki. In his own form, Loki is a tall, thin man with yellow eyes and long red hair that resembles flames; but he is capable of assuming any appearance at will. He is sometimes nicknamed 'Lie-Smith' and 'Sky-walker' by other characters. In The Sandman He is temporarily freed from his punishment by Odin to accompany his negotiations for the rulership of Hell; whereafter he deceives Odin and Thor into imprisoning another god in his place, but fails to fool Dream, who frees the other god and sends a simulacrum of Loki to take his punishment, in exchange for Loki's debt to himself. Loki returns in The Kindly Ones, wherein he works with Puck to kidnap Daniel, a child under Dream's protection. The Corinthian and Matthew eventually find Daniel, and Loki attempts to fool them by taking the form of Dream; but the Corinthian strangles Loki and consumes his eyes. Loki, now blind, is taken by Odin and Thor back to his punishment. After The Sandman Loki reappears in Lucifer, wherein Lucifer comes to Loki to take his ship for his own universe, and destroys the snake that tortures Loki, who therefore allows him the ship. Odin Odin, as based on the Norse God Odin, appears as an old man wearing a wide-brimmed hat and cloak and carrying a staff. He is usually depicted as a dark, mysterious figure, missing one eye and accompanied by two ravens, Hugin and Munin ("thought" and "memory"), and two wolves, Geri and Freki. Three The Three appear in the form of any group of three women; usually the Mother, the Maiden and the Crone, the three aspects of the Triple Goddess in many mythologies. Sometimes they appear in the form of the three witches from DC's horror anthology, The Witching Hour: Mildred, Mordred, and Cynthia. As these witches, they also appeared in a prestige format limited series of the same title, and two standard limited series, Witchcraft and Witchcraft: Le Terreur. In The Sandman The Three repeatedly appear throughout The Sandman, fulfilling different functions at different points in the story. Their first appearance is in The Sandman #2, where they appear as the three witches, Mildred (mother), Mordred (crone), and Cynthia (maiden) from the DC horror anthology The Witching Hour. They later take many different forms over the course of the series, and the "three women" symbol remains an extremely common one, often blurring the lines between when characters are supposed to be merely themselves and when they are supposed to be representations of the Three. The Three represent the female principle, prophecy, and mystery, and they are often a vaguely menacing and enigmatic presence in the series. Incarnations of the Three include the Erinyes (Furies) in their vengeful aspect and the Moirai (Fates) or Weird Sisters in their divinatory aspect. They also sometimes subtly appear in the form of other characters (such as Eve) or groups of characters. After The Sandman The Three later appeared in a graphic novel named WitchCraft, in which one of their priestesses in ancient Rome, Ursula, is raped by barbarians. She is then reincarnated three times, followed by the witches, and wronged again by reincarnations of the barbarian leader until the modern age, when she comes back as his elderly mother-in-law and manages to defeat him. The Three then assure that he would be reincarnated as each of the priestesses he had raped, in order, with the exception of Ursula. He would never know what was happening until the moment of death, at which point it would start all over again. The Three are satisfied, and in the end decide that Ursula will live another twenty years and become an accomplished and respected witch in her twilight years, and her grandchild will be beautiful. Other gods Ishtar: The goddess Ishtar, disguised as an exotic dancer; a former lover of Destruction. Pharamond: a former god, last of his pantheon, and friend of Dream. At Dream's suggestion that he change with the times or fade like many other gods, Pharamond now runs a travel agency in Dublin, under the alias 'Mr Farrell'. He helps Dream and Delirium find the missing Destruction, and later provided assistance to Lucifer in his own series. Thor: The Norse god Thor first appeared in DC Comics in Tales of the Unexpected #16 (August 1957), "The Magic Hammer," illustrated by Jack Kirby. In another story attributed to Kirby and George Papp, "The Magic Stick" in House of Mystery #68 (November 1957), he looked like a traditional Viking with red hair, and his hammer looked identical to the way Kirby would draw it for Marvel Comics. That story was reprinted in DC Special #4 (July 1969), which also contains Abel's debut. Kirby also pitted Wesley Dodds against someone claiming to be Thor in Adventure Comics #75 (June 1942). Later, a museum worker handled Thor's hammer and briefly became Thor in Batman #127 (October 1959). Thor also appears in War of the Gods and Jack Kirby's Fourth World. (The Thor seen in The Sandman does not resemble the one seen in the other DC comics.) Angels, fallen angels, and devils Azazel Azazel is a former ruler of Hell, reigning for a time alongside Lucifer and Beelzebub. Based on a statement from Agony and Ecstasy in Hellblazer #12, he may have usurped his position from Belial (who they stated at the time was the third member of the triumvirate). He appears as a ragged opening into darkness, full of disembodied eyes and mouths. He was cast out after Lucifer abandoned Hell, and later imprisoned by Dream in a glassjar. He reappears, still in Dream's glassjar, in Lucifer Volume 2 (2015). He is based on the demon Azazel. Azazel first appeared in DC Comics battling Madame Xanadu in the story intended for Doorway to Nightmare #6 (it was cancelled after #5) that was eventually published in Cancelled Comic Cavalcade #2 and The Unexpected #190. As with Lucifer's appearance in The Brave and the Bold, he looked more like a traditional devil, but was identified as an incubus: here, a creature who steals people's dreams and imprints them upon tapestries that give him power, and cannot be destroyed without killing the victims. Beelzebub Along with Lucifer and Azazel, Beelzebub was the third King of Hell. He often appears as either a gigantic green fly, or a fly's head on two short human legs. Sometimes a human face can be seen between the fly's eyes. His constant buzzing slurs his speech (for example, 'Bbbbut nooo. Itzzz a Triummmvirate.') He is based on the demon Beelzebub. Choronzon Choronzon is a former duke of Hell who served under Beelzebub. He has pink skin and two mouths, one under the other. He had possession of Dream's helm, but lost it in a challenge. He later reappeared briefly as one of Azazel's tactics to gain ownership of Hell. He is based on the demon Choronzon. Choronzon appears in 52 #25 (Late October 2006). Duma Duma is a fallen angel from the DC Vertigo series The Sandman. Duma's name means "silence", and he is based on the angel Duma from Jewish mythology. In Season of Mists, Lucifer abdicates Hell and gives the key to Dream until God assigns Duma and Remiel to control of Hell. Remiel and Duma lose ownership of Hell in the Lucifer spin-off series. Duma eventually allies with Lucifer and Elaine Belloc to save creation, and persuades Hell's new ruler Christopher Rudd to bring his army to Heaven's aid at the Battle of Armageddon. Lucifer Lucifer is the sometime ruler of Hell, and a fallen angel. He is based on the fallen angel Lucifer, whose story was created by John Milton in his epic poem Paradise Lost. Neil Gaiman also used the character
limited series, Witchcraft and Witchcraft: Le Terreur. In The Sandman The Three repeatedly appear throughout The Sandman, fulfilling different functions at different points in the story. Their first appearance is in The Sandman #2, where they appear as the three witches, Mildred (mother), Mordred (crone), and Cynthia (maiden) from the DC horror anthology The Witching Hour. They later take many different forms over the course of the series, and the "three women" symbol remains an extremely common one, often blurring the lines between when characters are supposed to be merely themselves and when they are supposed to be representations of the Three. The Three represent the female principle, prophecy, and mystery, and they are often a vaguely menacing and enigmatic presence in the series. Incarnations of the Three include the Erinyes (Furies) in their vengeful aspect and the Moirai (Fates) or Weird Sisters in their divinatory aspect. They also sometimes subtly appear in the form of other characters (such as Eve) or groups of characters. After The Sandman The Three later appeared in a graphic novel named WitchCraft, in which one of their priestesses in ancient Rome, Ursula, is raped by barbarians. She is then reincarnated three times, followed by the witches, and wronged again by reincarnations of the barbarian leader until the modern age, when she comes back as his elderly mother-in-law and manages to defeat him. The Three then assure that he would be reincarnated as each of the priestesses he had raped, in order, with the exception of Ursula. He would never know what was happening until the moment of death, at which point it would start all over again. The Three are satisfied, and in the end decide that Ursula will live another twenty years and become an accomplished and respected witch in her twilight years, and her grandchild will be beautiful. Other gods Ishtar: The goddess Ishtar, disguised as an exotic dancer; a former lover of Destruction. Pharamond: a former god, last of his pantheon, and friend of Dream. At Dream's suggestion that he change with the times or fade like many other gods, Pharamond now runs a travel agency in Dublin, under the alias 'Mr Farrell'. He helps Dream and Delirium find the missing Destruction, and later provided assistance to Lucifer in his own series. Thor: The Norse god Thor first appeared in DC Comics in Tales of the Unexpected #16 (August 1957), "The Magic Hammer," illustrated by Jack Kirby. In another story attributed to Kirby and George Papp, "The Magic Stick" in House of Mystery #68 (November 1957), he looked like a traditional Viking with red hair, and his hammer looked identical to the way Kirby would draw it for Marvel Comics. That story was reprinted in DC Special #4 (July 1969), which also contains Abel's debut. Kirby also pitted Wesley Dodds against someone claiming to be Thor in Adventure Comics #75 (June 1942). Later, a museum worker handled Thor's hammer and briefly became Thor in Batman #127 (October 1959). Thor also appears in War of the Gods and Jack Kirby's Fourth World. (The Thor seen in The Sandman does not resemble the one seen in the other DC comics.) Angels, fallen angels, and devils Azazel Azazel is a former ruler of Hell, reigning for a time alongside Lucifer and Beelzebub. Based on a statement from Agony and Ecstasy in Hellblazer #12, he may have usurped his position from Belial (who they stated at the time was the third member of the triumvirate). He appears as a ragged opening into darkness, full of disembodied eyes and mouths. He was cast out after Lucifer abandoned Hell, and later imprisoned by Dream in a glassjar. He reappears, still in Dream's glassjar, in Lucifer Volume 2 (2015). He is based on the demon Azazel. Azazel first appeared in DC Comics battling Madame Xanadu in the story intended for Doorway to Nightmare #6 (it was cancelled after #5) that was eventually published in Cancelled Comic Cavalcade #2 and The Unexpected #190. As with Lucifer's appearance in The Brave and the Bold, he looked more like a traditional devil, but was identified as an incubus: here, a creature who steals people's dreams and imprints them upon tapestries that give him power, and cannot be destroyed without killing the victims. Beelzebub Along with Lucifer and Azazel, Beelzebub was the third King of Hell. He often appears as either a gigantic green fly, or a fly's head on two short human legs. Sometimes a human face can be seen between the fly's eyes. His constant buzzing slurs his speech (for example, 'Bbbbut nooo. Itzzz a Triummmvirate.') He is based on the demon Beelzebub. Choronzon Choronzon is a former duke of Hell who served under Beelzebub. He has pink skin and two mouths, one under the other. He had possession of Dream's helm, but lost it in a challenge. He later reappeared briefly as one of Azazel's tactics to gain ownership of Hell. He is based on the demon Choronzon. Choronzon appears in 52 #25 (Late October 2006). Duma Duma is a fallen angel from the DC Vertigo series The Sandman. Duma's name means "silence", and he is based on the angel Duma from Jewish mythology. In Season of Mists, Lucifer abdicates Hell and gives the key to Dream until God assigns Duma and Remiel to control of Hell. Remiel and Duma lose ownership of Hell in the Lucifer spin-off series. Duma eventually allies with Lucifer and Elaine Belloc to save creation, and persuades Hell's new ruler Christopher Rudd to bring his army to Heaven's aid at the Battle of Armageddon. Lucifer Lucifer is the sometime ruler of Hell, and a fallen angel. He is based on the fallen angel Lucifer, whose story was created by John Milton in his epic poem Paradise Lost. Neil Gaiman also used the character Lucifer in his short story 'Murder Mysteries', wherein he was a captain in the Silver City, with Azazel as his protégé. In the book "Hanging out with the Dream King" (a book consisting of interviews with Gaiman's collaborators), one of Gaiman's artists, Kelley Jones, states that Lucifer's appearance is based on that of David Bowie: "...Neil was adamant that the Devil was David Bowie. He just said, 'He is. You must draw David Bowie. Find David Bowie, or I'll send you David Bowie. Because if it isn't David Bowie, you're going to have to redo it until it is David Bowie.' So I said, 'Okay, it's David Bowie.'..." Lucifer made at least three previous appearances in DC Comics (Superman's Pal Jimmy Olsen #65, Weird Mystery Tales #4, and DC Special Series #8, a.k.a. The Brave and the Bold Special), but his appearance was more traditional. Lucifer as he appeared in The Sandman also appeared in issues of the series The Demon (vol. 3) and The Spectre (vol. 2) and in the miniseries Stanley and His Monster (vol. 2). Mazikeen Mazikeen is a fictional character from Neil Gaiman's Sandman mythos. The name "Mazikeen" comes from that of a shapeshifting demon of Jewish mythology. In The Sandman Mazikeen first appeared in The Sandman, where she was Lucifer's consort while he reigned in Hell. At the time, half of her face was normal, but the other half was horribly misshapen and skeletal, causing her speech to be nearly unintelligible. (Gaiman wrote Mazikeen's dialogue by trying to speak using only half of his mouth, and writing down phonetically what came out.) When Lucifer resigned, Mazikeen left Hell and ended up following her master, becoming part of the staff at the "Lux" (Latin for light, and the first root word in "Lucifer"), an elite Los Angeles bar that Lucifer had opened and played piano at. To conceal her demonic nature, she covered the deformed half of her face with a white mask and rarely spoke. After The Sandman In the ongoing comic book series Lucifer, Mazikeen is a devoted ally of Lucifer Morningstar and the war leader of the Lilin, a race descended from Lilith. A fearsome warrior and a respected leader, Mazikeen is a prominent character in the Lucifer comics. She has the appearance of a human female with long black hair. In Lucifer, Mazikeen's face was turned fully human when she was resuscitated by the Basanos following the destruction of the Lux in a fire. This was because the vessel of the Basanos, Jill Presto, did not realize that Mazikeen's face was naturally deformed, and assumed that it was burned in the fire. When Lucifer refused to assist her in restoring her face to its former state, she defected to her family, the Lilim-in-Exile. As their war leader, she led their army against Lucifer's cosmos, allying herself briefly with the Basanos. However, this was a ruse; after a desperate gamble, she bought Lucifer enough time to destroy the Basanos and regain control of his creation. Lucifer then accepted her into his service once more and made the Lilim-in-Exile the standing army of his universe. Lucifer ultimately restores Mazikeen's half-skeletal face shortly before departing the known universes. Remiel Remiel is an angel in the comic book series The Sandman; based on the angel Remiel. He first appears in Season of Mists. In Biblical and Judaic traditions, Remiel is an Archangel and a Grigori; a Choir/Hierarchy of angels, whose role is to observe humanity, lending a helping hand when necessary but not interfere. In The Sandman Remiel, along with Duma, is sent to observe when Dream is given the key to Hell. Dream finally gives the key to Remiel and Duma, and the two angels descend to Hell to rule over the countless sinners and demons there. After The Sandman Following the end of the Sandman series, Remiel and Duma lose ownership of Hell in the Lucifer spin-off series. At the end of the series, Remiel tries to rebel against Elaine Belloc, refusing to accept her as God's successor. When he tries to kill Gaudium and Spera, friends of Elaine's, she puts him in his own Hell until he reforms. Minor angels and demons Merkin, Mother of Spiders: First appeared in Season of Mists, as an envoy with Azazel. A lumpen, hideous, vaguely feminine figure, whose womb produces spiders. The Merkin's facial form was almost certainly based upon a photograph by the artist Joel-Peter Witkin entitled "Amour, New Mexico, 1987", showing a naked female figure wearing a spider-like horned mask. Fair Folk Inhabitants of Faerie. Cluracan The Cluracan is a courtier of the Queen of Faerie and the brother to Nuala, the Dream King's fairy servant. An amoral, merry, capricious, homosexual rogue, Cluracan features in Season of Mists, Worlds' End, The Kindly Ones, and The Wake. He is strongly reminiscent of the "trickster" archetype also associated with Loki. Following the events of The Kindly Ones, Cluracan offends his queen so badly that she sends him to the court of Llinor, where tradition demands that he marry a lady of the royal house; whereupon Cluracan's nemesis – identical to him in every way except his sexual orientation – takes Cluracan's place. The Cluracan is named after a drunken leprechaun of Irish mythology, the Cluricaun. Nuala Nuala is a faerie given to Dream at the end of Season of Mists, who takes on the housekeeping duties of the Dreaming, only stopping when her brother Cluracan brings her back to Faerie in The Kindly Ones. When she leaves, Dream grants her permission to summon him at need; and when she asks to become his paramour, he refuses. She subsequently appears in the Sandman spinoff series, The Dreaming. Auberon Auberon is a character in the comic book series The Sandman and The Books of Magic. He is seen for the first time in Sandman#19 as Auberon of Dom-Daniel, and again in several issues of The Books of Magic and in the Books of Faerie miniseries. The character was inspired by Oberon of Shakespeare's A Midsummer Night's Dream. Titania Titania is a character in Neil Gaiman's comic book series The Sandman. In The Sandman Titania is the queen of the fay; she first appears in issue#19. The character was inspired by Shakespeare's Titania (Fairy Queen) in the play A Midsummer Night's Dream. There is implication that she in the past was a lover of Dream's, although this is never confirmed. After The Sandman Titania is also a major character in the comic book The Books of Magic, of which the first four issues were written by Gaiman, and its spin-off series The Books of Faerie. In the latter series, it is revealed that she was a human girl who crossed over into the fay realm and was then adopted by the previous queen of the fay, and received her faerie powers from a circlet seized by her from that queen. Despite this power, it was revealed that she is illiterate, and so regularly uses Dream's library because its special properties allow its users to read books in any language, including those they cannot speak. There are suggestions that she may be the mother of the series' protagonist, Timothy Hunter. Puck Puck is a brown-furred trickster and hobgoblin, who appears several times in The Sandman. Puck aids the Norse God Loki in kidnapping Daniel, playing a small role in the death of the Sandman and Daniel's subsequent assuming of the title. Puck later appeared in an issue of The Books of Magic, hiding as a gangster called Mr. Robbins in Brighton whose true nature is discovered—but not exposed—by Timothy Hunter. The character was inspired by Puck of Shakespeare's A Midsummer Night's Dream. Immortals, witches, and long-lived humans Hob Gadling Robert "Hob" Gadling is a human granted immortality, who meets with Dream once every hundred years. Hob was granted immortality in a pub named the White Horse in 1389 when he simply declared that he "had decided never to die"; whereupon Death agrees, at Dream's request, to forgo him. Hob thereupon takes to a variety of occupations over the centuries, including slaving, and periodically reinvents himself as a descendant of his previous persona. Gradually, he acquires a conscience, and by the 20th Century has become full of remorse at his past deeds. Dream converses with Gadling once per century, of Gadling's latest occupations. At their 20th Century meeting, Dream admits that the purpose of the exercise was simply for him to have a friend. In The Wake, Death offers to end his six-hundred-year life; but Gadling declines. Orpheus Orpheus is the son of Dream and the muse Calliope. He is based on Orpheus of Greek mythology. In "The Song of Orpheus", the Endless attend Orpheus's wedding to Eurydice. Eurydice dies on the same night, and Orpheus asks his father retrieve her from Hades. Dream refuses, but Orpheus gets help from Destruction and Death. As in the legend, Orpheus travels to Hades, plays his sad music, loses Eurydice again, and gets torn apart by the Bacchanae (the beloved madwomen of Dionysus) but because of his immortality survives as a disembodied head. Dream establishes a priesthood to take care of his son, saying that they will never meet again. In "Thermidor", Johanna Constantine is asked by Dream to rescue Orpheus from Revolutionary France. Orpheus's singing stuns Robespierre and Louis de Saint-Just, leading to the Thermidorian Reaction. Orpheus misses his father, who still has not visited him. In Brief Lives, Dream has to talk to Orpheus in order to find Destruction. In return, Orpheus is granted his wish of death. Thessaly Thessaly is the last of the millennia-old witches of Thessaly. She makes her first appearance in A Game of You. She has a bookish appearance with straight hair and thick glasses that belie her personality: amoral, cold-blooded, proud, and ruthless, though not malicious. She will kill people who are potential threats with no hesitation or remorse. Neil Gaiman named this character after the land of witches, Thessaly, in Greece. In one of Plato's dialogues, the Gorgias, Socrates states "I would not have us risk that which is dearest on the acquisition of this power, like the Thessalian enchantresses, who, as they say, bring down the moon from heaven at the risk of their own perdition." In the series, Thessaly does exactly that, with deadly consequences, just as Socrates predicts. Later in the series, Thessaly changes her name to Larissa, which is the capital of Thessaly. Larissa was actually the local fountain nymph, after whom the town was named. It is suggested however that Thessaly is even older than this civilization and may date from Neolithic times. Thessaly returns in the later volumes, where she is Dream's lover for a time, but this relationship ends unhappily for both and is never actually shown in the series. When it is alluded to in Brief Lives Thessaly is never mentioned by name, so only in The Kindly Ones is this romance revealed. Also in The Kindly Ones, Thessaly provides Lyta Hall with protection and sanctuary from Dream while he is being targeted for death by the Furies, who are using Hall as a vessel. In The Wake she attends Dream's wake and funeral. She speaks with two of Dream's lovers and recalls her relationship with Dream. She remarks that part of his attraction to her was that she was not intimidated by him. To her surprise she later would dream of Morpheus, and the two kindled a romance, with Dream madly in love with Thessaly (though this affection was not mutual). When Morpheus ended his courtship and resumed working Thessaly realized she did not love Morpheus and left the Dreaming. When Lyta wakes up after Dream's death, Thessaly calmly advises her to leave. Thessaly suggests that many people, including herself, would be more than happy to murder Lyta for her part in Morpheus' destruction. Thessaly also is the star of two spin-off comic series, The Thessaliad and Thessaly, Witch for Hire written by Bill Willingham. In the spin-offs, Thessaly (under that name) and her companion, a ghost named Fetch, first set out to tackle various gods of the underworld who want her dead. Later she is unwillingly pressured into a monster-killing contract. She is alluded to in the Faction Paradox series, in the character Thessalia and her protégé Larissa. Mad Hettie A London tramp born in 1741. At the time of Sandman #3, she was 247 years old. She appears frequently in other DC comics such as Hellblazer, first appearing in #9. She also had a large role in Death: The High Cost of Living, where she is shown to be rude, miserly and constantly complains about the lack of knowledge that present day youths have. She has been accused of being a witch, and also appears to have abilities as a haruspex, however she merely states that "you don't get to your two hundred and fiftieth without learning a few tricks". Later, Hettie worked in the series The Dreaming, in which it was discovered that she had dealings with Destiny, Johanna Constantine and President Thomas Jefferson. In The Sandman: Overture, it is revealed that she had stolen a magical timepiece in her youth, which remained hidden in her memories until Daniel retrieved it. The Silk Man Appearing for the first time in Lucifer: Nirvana, The Silk Man is an immortal sorcerer, described by Lucifer as "..a fossil remnant from an earlier, cruder creation. His body is a weaving that has to be renewed constantly. His spirit too, come to that. A messy form of immortality, but it seems to do the job." In earlier days he was the leader of the Arao Jinn. He appears as a mercenary, hired by the angel Perdissa to kill Lucifer. He seems to need to consume living things to stay alive, weaving them into himself. He is severely damaged by Perdissa and eventually killed by Lucifer. Vassily In The Hunt, Vassily appears as an old man telling his teen-aged granddaughter a tale from "the old country", medieval Russia. A youth raised in a remote forest has a series of adventures, including meeting with Lucien (to whom he gives a book) and Baba Yaga, and marrying a fellow shape-changing wolf. At the end of the story, it is revealed that the grandfather is the youth in his own story. Mortals Alex Burgess Alex Burgess is the son of Roderick Burgess, mother unknown (but probably Ethel Cripps, and therefore half-brother of Doctor Destiny). He is taught by his father, and takes part in his rituals. Upon Roderick Burgess' death, Alex inherits his estate, including his magical order. He keeps Dream imprisoned, as his father did, trying to bargain for power and immortality in exchange for Dream's release. The Order of the Ancient Mysteries enjoys a resurgence in popularity in the 1960s, but by the 1970s it is in decline again. Alex passes ownership of the Order on to his boyfriend, Paul McGuire, and becomes obsessed with his prisoner and with his father. Finally, in 1988, Dream escapes and puts Alex into a nightmare of "eternal waking," in which he is forever dreaming he is waking up, and each waking degenerates into another horrible nightmare. This nightmare lasts for years, ending only with Dream's death in The Kindly Ones. Alex is quite tall and near-sighted. He has brown hair which he wears in a variety of styles throughout his life, but by old age he is bald and has come to resemble his father very closely. His relationship with McGuire is deep and heartfelt, but his obsessions with his father and with Dream eventually come to rule his life. In The Wake, he appears again as the child that we see in his first appearance. Alex is in many ways a tragic figure, perhaps the first statement of the theme that Desire explores in The Wake : "The bonds of family bind both ways". Had Alex not been born the son of his father, inheriting the imprisoned Dream, his life might have been much happier. However, he is finally able to find some measure of fulfillment in his old age, following Dream's death. His name almost certainly derives from Anthony Burgess's A Clockwork Orange, the protagonist of which is named Alex, but could also be a nod to Aleister Crowley, whose original middle name was Alexander and who was mentioned in the first issue. Roderick Burgess Roderick Burgess (1863–1947) was the Lord Magus of The Order of the Ancient Mysteries. Born Morris Burgess Brocklesby and known also as The Daemon King, his magical fraternity was based in "Fawney Rig" in Sussex, and was initially funded by his inherited industrial wealth. Burgess is a magician rather in the vein of the real Aleister Crowley, and within the DC world is Crowley's rival. The series begins with Burgess' attempt to capture and bind Death, which fails, capturing Dream instead. Burgess keeps Dream trapped in a glass globe for the rest of his (Burgess') life, attempting to bargain with Dream, but Dream remains silent. Burgess dies from a heart attack still attempting to get a response out of Dream. His order passes the globe and Dream to his son Alex. Burgess is a bald-headed, slightly pot-bellied man with a large hook nose. He is ultimately self-centred; his sole purpose for the Order is to bring money and power to himself, and he is consumed by his desire to achieve immortality. His relationship with his son is only briefly touched on, though it is implied that it is unhealthy, with Burgess pushing his son to spend his life pursuing his father's dreams. Johanna Constantine Lady Johanna Constantine is an 18th-century supernatural adventuress. Dream encounters her several times, once to ask her to recover the head of his son, Orpheus – a mission she performed so successfully that part of its aftereffects was the ending of the French Revolution's Reign of Terror. After The Sandman In the Hellblazer Special: Lady Constantine graphic novel, an ancient evil refers to Johanna Constantine as 'the Constantine', the 'laughing magician', and the 'constant one', all titles that have been used (usually by other ancient evils) to describe John Constantine. The evil taunts her, saying "did you think to trick us with a new form?" There is the implication that throughout all times there have been recurring incarnations of Constantine who contain the spark of magic. In the story Johanna Constantine learns that "the Devil and the Wandering Jew" meet once every hundred years in a London pub; this meeting is actually between Dream and Hob Gadling, as she discovers when she interrupts the meeting. The story's conclusion shows Johanna Constantine inheriting a property she calls "Fawney Rig", after the con job wherein a gilded ring is sold as though it were solid gold, the implication being that she attained the property through trickery. This property was later owned by Roderick Burgess, the mage who captured Dream in the beginning of The Sandman story. In her middle age, Johanna Constantine is charged by persons unknown with the key to a box containing the sigil of America, allegedly created by Destiny. This is stolen and hidden in the future by the wanderer, Mad Hettie. Hettie both blackmails ('I knows about you and the little Corsican') and bribes Johanna for her silence, promising her that she would live to age 99. This promise proves true, with Johanna dying at age 99 while getting out of her wheelchair when she hears the song of her old companion, Orpheus. Johanna is an ancestor of John Constantine, as revealed in the miniseries The Sandman Presents: Love Street. She is also mentioned in the Doctor Who novel The Man in the Velvet Mask, set in an alternate post-Revolutionary France. Jenna Coleman was cast as two versions of Joanna, one in the eighteenth-century and another in the present day in the upcoming TV adaptation of The Sandman where she's a occult detective just like John. John Constantine John Constantine is a con man and magician who accompanies Dream on a quest to find his pouch of sand. John Constantine has his own series, John Constantine: Hellblazer, which occasionally has guest appearances by Cain and Abel. He is also prominently featured in another series, Swamp Thing, from which he originated. Ethel Cripps Ethel Cripps, also known as Ethel Dee, is the mother of John Dee. She was the mistress of Roderick Burgess until she fled with Ruthven Sykes. Her last joy was her son, John Dee, whom she sought for 10 years. She discovered that he had become a living corpse, which happened because of his use of the Sandman's Ruby. At this time, she was 90 years old, and it was alluded that she had been kept alive by an amulet in the shape of an eye which granted its user protection, the amulet that Ruthven Sykes had been given by the demon Choronzon in exchange for Dream's helmet. Sykes, who had been second in command in The Order of Ancient Mysteries, needed protection from Roderick Burgess who was seeking retribution for Sykes' treachery of the theft of the £200,000 and Dream's magical items,
Rams, who never trailed in a 30–20 victory. The Seahawks struggled and started the 2021 season 3–8. Russell Wilson had an injured finger missing 3 games and the Seahawks were shut out the first time in the Wilson Era in Week 10 against the Packers. This would be their worst first half of a season since 2009, under then HC Jim Mora. The Seahawks were eliminated from playoff contention on December 19 in a loss to the Chicago Bears, and they finished last in their division for the first time since 2000. With wins over the Lions and the Cardinals they finished 7-10. Rivalries San Francisco 49ers From 2011 to 2014, the Seahawks and the San Francisco 49ers emerged as two of the best teams in the NFC, and naturally developed a heated rivalry as a result. The 49ers head coach at the time, Jim Harbaugh, had a contentious history with Seahawks coach Pete Carroll due to Harbaugh's previous job as coach at Stanford against Carroll's USC Trojans. While the 49ers had the upper hand in the early stages of the rivalry, winning the first three head-to-head contests against Carroll in 2011 and Week 7 of 2012, the tide began to turn when the Seahawks defeated the 49ers soundly in Week 16 of 2012 on prime time by a score of 42–13. Both teams reached the playoffs that year, and the 49ers reached Super Bowl XLVII only to lose to the Baltimore Ravens. In 2013, the Seahawks again thumped the 49ers 29–3 in a Week 2 contest, but the 49ers would triumph in Week 14 by a score of 19–17. The Seahawks would ultimately have the last laugh, however, when they beat the 49ers in the 2013 NFC Championship Game 23–17. The game was back and forth until the final moments, when a pass intended for 49ers WR Michael Crabtree was tipped by Richard Sherman and ultimately intercepted by LB Malcolm Smith in the end zone, with 25 seconds left in the 4th quarter to end the game. The Seahawks won both games against the 49ers in 2014, notably trouncing them 19–3 on a Thanksgiving night game at Levi's Stadium in Santa Clara. Harbaugh was fired at the end of the season, effectively rendering the rivalry dormant. Since rejoining the NFC West, the Seahawks lead the series 25–13 versus the 49ers, including playoffs. Overall, the Seahawks lead the series 27–17. Los Angeles Rams The rivalry between the Seahawks and Los Angeles Rams came into existence in 2002 following the Seahawks’ relocation to the NFC West. The first notable matchup between the two clubs occurred in the 2004 NFC Wild card round when the Rams managed to defeat the Seahawks in Seattle 27–20 and currently hold the streak for the only two wins against the Seahawks at home during the postseason. Much of the intensity waned as the Rams declined in competition throughout the 2000s and early 2010s, but several notable matchups between the two clubs would still occur. Only recently has the rivalry grown in animosity with notable moments of taunting or fighting occurring in addition to 2 postseason matchups. In a 2013 game in St. Louis, Seattle Seahawks receiver Golden Tate visibly taunted and flashed his middle finger at Rams’ cornerback Janoris Jenkins following a failed interception on the pass, as Tate returned the ball for a touchdown. In 2015, Rams’ Punter Johnny Hekker shoved Seahawks’ Defensive End Cliff Avril following a 45-yard punt. Seahawks’ lineman Michael Bennett later attempted to tackle Hekker for retaliation, and would later refer to Hekker as “acting like a little girl” in the postgame interview. Following the Rams’ return to Los Angeles in 2016, and subsequent playoff success (most recently with A Super Bowl victory in 2022); the Rivalry has increased in intensity; especially as Seattle's Legion Of Boom era teams waned in competition. During a 2018 Rams home game in Los Angeles, Rams’ star Defensive Tackle Aaron Donald was involved in a large altercation with Seahawks Offensive guard Justin Britt that involved multiple players. Rams’ head coach Sean McVay had even intervened to prevent any penalties to be issued towards the team. During another Rams’ home game the following season, Rams’ cornerback Jalen Ramsey and Seahawks’ then-rookie receiver DK Metcalf engaged in an altercation following Ramsey blocking 3 pass attempts intended for Metcalf. Tensions between the two clubs ignited following a close battle to win the division in the 2020 season with Seattle securing the NFC West following a victory over the Rams in week 15. Seahawks’ Safety Jamal Adams celebrated during a press conference by lighting a cigar and taunting various people on the Rams and declaring “it feels good don’t it Rams?” to the cameras. The Animosity was ripe for the Rams as they were on course to face the Seahawks in the NFC Wild Card that year in Seattle. Leading up to that matchup, Seattle had been undefeated in 10 postseason matchups at home. The Rams had benched Quarterback Jared Goff prior to the game due to a fracture within his thumb, and were forced to start backup QB John Wolford. Later in the first quarter of the game, Jamal Adams would land an illegal low helmet to helmet hit on Wolford, knocking him out of the game. Goff would later be forced off the bench and managed to lead the Rams to a 30–20 victory over the Seahawks, ending their 10-game home playoff streak. Following the game, Rams’ cornerback Jalen Ramsey was seen by cameras exclaiming the Seahawks should “they outta take their hat and their T shirts down to Cabo for the rest of the off-season." Jared Goff would later voice his initial satisfaction with the victory as he felt offended by Adams’ cigar gesture. In an interview with CBS Sports prior to the Super Bowl that year, Adams would later exclaim his dislike for the Rams following several previous tweets directed at the team following their own playoff loss to the Green Bay Packers. The Seahawks lead the series 25–24, but the Rams currently boast a 3-game win streak. Green Bay Packers Since moving to the NFC, the Seahawks have faced the Green Bay Packers several times in the playoffs, developing an intense rivalry as well. Some notable moments include the clubs' first playoff meeting in in which Seahawks quarterback Matt Hasselbeck threw a game-losing pick-six in overtime after guaranteeing a game-winning drive, the Fail Mary, and Russell Wilson overcoming four interceptions and a 16–0 Packers lead to lead Seattle to a 28–22 overtime win to advance to Super Bowl XLIX. Denver Broncos From the 1980s to the 2002 league realignment, the Denver Broncos were a major rival for the Seahawks. With John Elway, the Broncos were one of the best teams in the NFL, going 200–124–1 overall, and were 32–18 against the Seahawks. Since 2002, Denver has won three of five interconference meetings, and the teams met in Super Bowl XLVIII on February 2, 2014, where the Seahawks won 43–8. Super Bowl appearances Headquarters and training camps During the Seahawks' first ten seasons (1976–85), the team's headquarters was in Kirkland at the southern end of the Lake Washington Shipyard (now Carillon Point), on the shores of Lake Washington. The summer training camps were held across the state at Eastern Washington University in Cheney, southwest of Spokane. When the team's new headquarters across town in Kirkland was completed in 1986, the Seahawks held training camp at home for the next eleven seasons (1986–96), staying in the dormitories of the adjacent Northwest College. In 1997, Dennis Erickson's third season as head coach, the team returned to the hotter and more isolated Cheney for training camp, which continued through 2006. In 2007, training camp returned to the Seahawk's Kirkland facility because of the scheduled China Bowl (NFL) game, which was later canceled. In 2008, the Seahawks held the first three weeks of camp in Kirkland, then moved to the new Virginia Mason Athletic Center (VMAC) on August 18 for the final week of training camp, where the team has held their training camps since. The new facility, adjacent to Lake Washington in Renton, has four full-size practice fields: three natural grass outdoors and one FieldTurf indoors. Logos and uniforms When the Seahawks debuted in , the team's logo was a stylized royal blue and forest green osprey's head based on Kwakwakaʼwakw art masks. The helmet and pants were silver while the home jerseys were royal blue with white and green sleeve stripes and white numerals and names. The road jersey was white, with white, blue and green sleeve stripes and had blue numerals and names. The socks were blue and had the same green and white striping pattern seen on the blue jerseys. Black shoes were worn for the first four seasons, one of the few NFL teams that did so in the late 1970s, at a time when most teams were wearing white shoes. They would switch to white shoes in 1980. In , coinciding with the arrival of Chuck Knox as head coach, the uniforms were updated slightly. The striping on the arms now incorporated the Seahawks logo, and the TV numbers, previously located on the sleeves, moved onto the shoulders. The helmet facemasks changed from gray to blue. Also, the socks went solid blue at the top, and white on bottom. In the 1985 season, the team wore 10th Anniversary patches on the right side of their pants. It had the Seahawks logo streaking through the number 10. In 1994, the year of the NFL's 75th Anniversary, the Seahawks changed the style of their numbering to something more suitable for the team; Pro Block from then until 2001. That same year, the Seahawks wore a vintage jersey for select games resembling the 1976–82 uniforms. However, the helmet facemasks remained blue. The logos also became sewn on instead of being screen-printed. In 2000, Shaun Alexander's rookie year and Cortez Kennedy's last, the Seattle Seahawks celebrated their 25th Anniversary; the logo was worn on the upper left chest of the jersey. In 2001, the Seahawks switched to the new Reebok uniform system still in their then-current uniforms after that company signed a 10-year deal to be the exclusive uniform supplier to the NFL, but it would be their last in this uniform after the season ended. Prior to this, various companies made the team's uniforms. On March 1, , to coincide with the team moving to the NFC as well as the opening of Seahawks Stadium (later renamed Qwest, CenturyLink, and currently Lumen Field), both the logo and the uniforms were heavily redesigned. The Wordmark was designed by Mark Verlander and the logo was designed by NFL Properties in-house design team. The colors were modified to a lighter "Seahawks Blue," a darker "Seahawks Navy" and lime green piping. The helmets also were changed from silver to the lighter "Seahawks Blue" color after a fan poll was conducted. Silver would not be seen again until 2012. The logo artwork was also subtly altered, with an arched eyebrow and a forward-facing pupil suggesting a more aggressive-looking bird. At first, the team had planned to wear silver helmets at home and blue helmets on the road, but since NFL rules forbid the use of multiple helmets, the team held the fan poll to decide which color helmet would be worn. The team had usually worn all blue at home and all white on the road since 2003, but late in the 2009 season, the Seahawks wore the white jersey-blue pants combo. The blue jersey and white pants combo has been worn for only one regular-season game, the 2005 season opener at the Jacksonville Jaguars, while the white jersey and blue pants combination has not been worn regularly since late in the 2002 season, with the exception of late in the 2009 season. In 2009, the Seahawks once again wore the white jersey and blue pants combination for road games against Minnesota (November 22), St. Louis (November 29), Houston (December 13), and Green Bay (December 27). The Seahawks wore their home blue jerseys during Super Bowl XL despite being designated as the visitor, since the Pittsburgh Steelers, the designated home team, elected to wear their white jerseys. Since the Oakland Raiders wore their white jerseys at home for the first time ever in a game against the San Diego Chargers on September 28, 2008, the Seahawks are the only NFL team never to have worn their white jerseys at home. On September 27, 2009, the Seahawks wore lime green jerseys for the first time, paired with new dark navy blue pants in a game against the Chicago Bears. The jerseys matched their new sister team, the expansion Seattle Sounders FC of Major League Soccer who wear green jerseys with blue pants. On December 6, 2009, the Seahawks wore their Seahawks blue jersey with the new dark navy blue pants for the first time, in a game against the San Francisco 49ers. The Seahawks broke out the same combo two weeks later against the Tampa Bay Buccaneers, and two weeks after that in the 2009 regular-season finale against the Tennessee Titans. In December 2009, then-coach Jim Mora announced that the new lime green jerseys were being retired because the team did not win in them, because he liked the standard blue home jerseys better, and added that the home jersey is a better match for the navy pants. In the same press conference, he stated that the new navy pants "felt better" on players as opposed to the Seahawks blue pants. For the 2010 season, Seattle returned to the traditional all "Seahawks Blue" at home and all white on the road. On April 3, 2012, Nike, which took over as the official uniform supplier for the league from Reebok, unveiled new uniform and logo designs for the Seahawks for the 2012 season. The new designs incorporate a new accent color, "Wolf Grey," and the main colors are "College Navy" and "Action Green." The uniforms incorporate "feather trims," multiple feathers on the crown of the helmet, twelve feathers printed on the neckline and down each pant leg to represent the "12th Man," referring to the team's fans. The Seahawks have three different jersey colors: navy blue, white, and an alternate grey jersey. The Seahawks will have three different pants: navy blue with green feathers, gray with navy blue feathers, and white with navy blue feathers. Their new logo replaces the Seahawk blue with wolf grey. Altogether, there are nine different uniform combinations possible. The Seahawks wore their Nike home blue jerseys for the first regular-season game on September 16, 2012, against the Dallas Cowboys. The uniform Marshawn Lynch wore in that game is preserved at the Pro Football Hall of Fame. On September 9, 2012, the Seahawks wore their Nike white away jerseys for the first regular-season game against the Arizona Cardinals; on October 14, 2012, with the Carolina Panthers wearing white at home, they wore their blue jerseys with gray pants (and would do so again against the Miami Dolphins seven weeks later); and on December 16, 2012, they wore their Alternate Wolf Grey jerseys for the first time against the Buffalo Bills. The all-navy ensemble is the Seahawks' current primary uniform option for home games. Initially, the Seahawks paired their navy uniforms with gray pants on select road games in which the home team wore white jerseys, but on December 5, 2021, the Seahawks wore this combination at home for the first time in a game against the San Francisco 49ers. On the road, the Seahawks primarily pair their white uniforms with the navy pants (that combination was used during their Super Bowl XLVIII win), although they also pair the white uniforms with either white or gray pants on occasion. The all-gray uniforms are worn occasionally on the road. In 2016, the Seahawks unveiled their NFL Color Rush uniform, an all-Action Green ensemble. They first wore the uniform on December 16 against the Los Angeles Rams at home, marking the first time they wore green uniforms since 2009. The Seahawks continue to wear the Color Rush set as an alternate uniform alongside the all-gray combination. During a home matchup with the Vikings on December 3, 2019, the Seahawks wore their Color Rush green tops and regular navy pants. The combination was used again on October 11, 2020, also against the Vikings, and then again on November 19, against the Arizona Cardinals. Seasons and overall records As of the end of the 2020 season, the Seattle Seahawks have competed in 45 NFL seasons, dating back to their expansion year of 1976. The team has compiled a () regular-season record and a () record in the playoffs, for an overall record of and a winning percentage. Seattle has reached the playoffs in 19 separate seasons, including in the 2005 season when they lost Super Bowl XL to the Pittsburgh Steelers, the 2013 season when they defeated the Denver Broncos to win Super Bowl XLVIII, and the 2014 season when they lost Super Bowl XLIX to the New England Patriots. In the 2010 season, the Seahawks became the first team in NFL history to earn a spot in the playoffs with a losing record (7–9, .438) in a full season; this was by virtue of winning the division. The Seahawks would go on to defeat the reigning Super Bowl champion New Orleans Saints in the Wild Card round, becoming the first team ever to win a playoff game with a losing record. Until Week 7 of the 2016 season against the Arizona Cardinals, the Seahawks had never recorded a tied game in their history. Team records Players of note Current roster 35th Anniversary Team (2010) The 35th Anniversary team was voted upon by users on Seahawks.com and announced in 2010. Bold indicates those elected to the Pro Football Hall of Fame. Retired numbers † Jerry Rice wore No. 80 for his 2004 stint with the Seahawks. According to Rice, the team offered him the jersey number, with Largent's permission. Several other players and individuals related to the team have been honored by their induction into the Seattle Seahawks Ring of Honor Pro Football Hall of Famers Note: Although Mike McCormack served as head coach, president, and general manager for the Seahawks, he is only listed in the Pro Football Hall of Fame for his contributions as a tackle for the New York Yanks and the Cleveland Browns. State of Washington Sports Hall of Fame Front office and coaching staff Current staff Previous head coaches 12th Man The 12th man (also known as the 12s) refers to the fan support of the Seahawks. The team's first home stadium, the Kingdome, was one of the loudest and most disruptive environments in the NFL. Opponents were known to practice with rock music blaring at full blast to prepare for the often painfully high decibel levels generated at games in the Kingdome. In 2002, the Seahawks began playing at what is now Lumen Field. Every regular season
XLIX. Denver Broncos From the 1980s to the 2002 league realignment, the Denver Broncos were a major rival for the Seahawks. With John Elway, the Broncos were one of the best teams in the NFL, going 200–124–1 overall, and were 32–18 against the Seahawks. Since 2002, Denver has won three of five interconference meetings, and the teams met in Super Bowl XLVIII on February 2, 2014, where the Seahawks won 43–8. Super Bowl appearances Headquarters and training camps During the Seahawks' first ten seasons (1976–85), the team's headquarters was in Kirkland at the southern end of the Lake Washington Shipyard (now Carillon Point), on the shores of Lake Washington. The summer training camps were held across the state at Eastern Washington University in Cheney, southwest of Spokane. When the team's new headquarters across town in Kirkland was completed in 1986, the Seahawks held training camp at home for the next eleven seasons (1986–96), staying in the dormitories of the adjacent Northwest College. In 1997, Dennis Erickson's third season as head coach, the team returned to the hotter and more isolated Cheney for training camp, which continued through 2006. In 2007, training camp returned to the Seahawk's Kirkland facility because of the scheduled China Bowl (NFL) game, which was later canceled. In 2008, the Seahawks held the first three weeks of camp in Kirkland, then moved to the new Virginia Mason Athletic Center (VMAC) on August 18 for the final week of training camp, where the team has held their training camps since. The new facility, adjacent to Lake Washington in Renton, has four full-size practice fields: three natural grass outdoors and one FieldTurf indoors. Logos and uniforms When the Seahawks debuted in , the team's logo was a stylized royal blue and forest green osprey's head based on Kwakwakaʼwakw art masks. The helmet and pants were silver while the home jerseys were royal blue with white and green sleeve stripes and white numerals and names. The road jersey was white, with white, blue and green sleeve stripes and had blue numerals and names. The socks were blue and had the same green and white striping pattern seen on the blue jerseys. Black shoes were worn for the first four seasons, one of the few NFL teams that did so in the late 1970s, at a time when most teams were wearing white shoes. They would switch to white shoes in 1980. In , coinciding with the arrival of Chuck Knox as head coach, the uniforms were updated slightly. The striping on the arms now incorporated the Seahawks logo, and the TV numbers, previously located on the sleeves, moved onto the shoulders. The helmet facemasks changed from gray to blue. Also, the socks went solid blue at the top, and white on bottom. In the 1985 season, the team wore 10th Anniversary patches on the right side of their pants. It had the Seahawks logo streaking through the number 10. In 1994, the year of the NFL's 75th Anniversary, the Seahawks changed the style of their numbering to something more suitable for the team; Pro Block from then until 2001. That same year, the Seahawks wore a vintage jersey for select games resembling the 1976–82 uniforms. However, the helmet facemasks remained blue. The logos also became sewn on instead of being screen-printed. In 2000, Shaun Alexander's rookie year and Cortez Kennedy's last, the Seattle Seahawks celebrated their 25th Anniversary; the logo was worn on the upper left chest of the jersey. In 2001, the Seahawks switched to the new Reebok uniform system still in their then-current uniforms after that company signed a 10-year deal to be the exclusive uniform supplier to the NFL, but it would be their last in this uniform after the season ended. Prior to this, various companies made the team's uniforms. On March 1, , to coincide with the team moving to the NFC as well as the opening of Seahawks Stadium (later renamed Qwest, CenturyLink, and currently Lumen Field), both the logo and the uniforms were heavily redesigned. The Wordmark was designed by Mark Verlander and the logo was designed by NFL Properties in-house design team. The colors were modified to a lighter "Seahawks Blue," a darker "Seahawks Navy" and lime green piping. The helmets also were changed from silver to the lighter "Seahawks Blue" color after a fan poll was conducted. Silver would not be seen again until 2012. The logo artwork was also subtly altered, with an arched eyebrow and a forward-facing pupil suggesting a more aggressive-looking bird. At first, the team had planned to wear silver helmets at home and blue helmets on the road, but since NFL rules forbid the use of multiple helmets, the team held the fan poll to decide which color helmet would be worn. The team had usually worn all blue at home and all white on the road since 2003, but late in the 2009 season, the Seahawks wore the white jersey-blue pants combo. The blue jersey and white pants combo has been worn for only one regular-season game, the 2005 season opener at the Jacksonville Jaguars, while the white jersey and blue pants combination has not been worn regularly since late in the 2002 season, with the exception of late in the 2009 season. In 2009, the Seahawks once again wore the white jersey and blue pants combination for road games against Minnesota (November 22), St. Louis (November 29), Houston (December 13), and Green Bay (December 27). The Seahawks wore their home blue jerseys during Super Bowl XL despite being designated as the visitor, since the Pittsburgh Steelers, the designated home team, elected to wear their white jerseys. Since the Oakland Raiders wore their white jerseys at home for the first time ever in a game against the San Diego Chargers on September 28, 2008, the Seahawks are the only NFL team never to have worn their white jerseys at home. On September 27, 2009, the Seahawks wore lime green jerseys for the first time, paired with new dark navy blue pants in a game against the Chicago Bears. The jerseys matched their new sister team, the expansion Seattle Sounders FC of Major League Soccer who wear green jerseys with blue pants. On December 6, 2009, the Seahawks wore their Seahawks blue jersey with the new dark navy blue pants for the first time, in a game against the San Francisco 49ers. The Seahawks broke out the same combo two weeks later against the Tampa Bay Buccaneers, and two weeks after that in the 2009 regular-season finale against the Tennessee Titans. In December 2009, then-coach Jim Mora announced that the new lime green jerseys were being retired because the team did not win in them, because he liked the standard blue home jerseys better, and added that the home jersey is a better match for the navy pants. In the same press conference, he stated that the new navy pants "felt better" on players as opposed to the Seahawks blue pants. For the 2010 season, Seattle returned to the traditional all "Seahawks Blue" at home and all white on the road. On April 3, 2012, Nike, which took over as the official uniform supplier for the league from Reebok, unveiled new uniform and logo designs for the Seahawks for the 2012 season. The new designs incorporate a new accent color, "Wolf Grey," and the main colors are "College Navy" and "Action Green." The uniforms incorporate "feather trims," multiple feathers on the crown of the helmet, twelve feathers printed on the neckline and down each pant leg to represent the "12th Man," referring to the team's fans. The Seahawks have three different jersey colors: navy blue, white, and an alternate grey jersey. The Seahawks will have three different pants: navy blue with green feathers, gray with navy blue feathers, and white with navy blue feathers. Their new logo replaces the Seahawk blue with wolf grey. Altogether, there are nine different uniform combinations possible. The Seahawks wore their Nike home blue jerseys for the first regular-season game on September 16, 2012, against the Dallas Cowboys. The uniform Marshawn Lynch wore in that game is preserved at the Pro Football Hall of Fame. On September 9, 2012, the Seahawks wore their Nike white away jerseys for the first regular-season game against the Arizona Cardinals; on October 14, 2012, with the Carolina Panthers wearing white at home, they wore their blue jerseys with gray pants (and would do so again against the Miami Dolphins seven weeks later); and on December 16, 2012, they wore their Alternate Wolf Grey jerseys for the first time against the Buffalo Bills. The all-navy ensemble is the Seahawks' current primary uniform option for home games. Initially, the Seahawks paired their navy uniforms with gray pants on select road games in which the home team wore white jerseys, but on December 5, 2021, the Seahawks wore this combination at home for the first time in a game against the San Francisco 49ers. On the road, the Seahawks primarily pair their white uniforms with the navy pants (that combination was used during their Super Bowl XLVIII win), although they also pair the white uniforms with either white or gray pants on occasion. The all-gray uniforms are worn occasionally on the road. In 2016, the Seahawks unveiled their NFL Color Rush uniform, an all-Action Green ensemble. They first wore the uniform on December 16 against the Los Angeles Rams at home, marking the first time they wore green uniforms since 2009. The Seahawks continue to wear the Color Rush set as an alternate uniform alongside the all-gray combination. During a home matchup with the Vikings on December 3, 2019, the Seahawks wore their Color Rush green tops and regular navy pants. The combination was used again on October 11, 2020, also against the Vikings, and then again on November 19, against the Arizona Cardinals. Seasons and overall records As of the end of the 2020 season, the Seattle Seahawks have competed in 45 NFL seasons, dating back to their expansion year of 1976. The team has compiled a () regular-season record and a () record in the playoffs, for an overall record of and a winning percentage. Seattle has reached the playoffs in 19 separate seasons, including in the 2005 season when they lost Super Bowl XL to the Pittsburgh Steelers, the 2013 season when they defeated the Denver Broncos to win Super Bowl XLVIII, and the 2014 season when they lost Super Bowl XLIX to the New England Patriots. In the 2010 season, the Seahawks became the first team in NFL history to earn a spot in the playoffs with a losing record (7–9, .438) in a full season; this was by virtue of winning the division. The Seahawks would go on to defeat the reigning Super Bowl champion New Orleans Saints in the Wild Card round, becoming the first team ever to win a playoff game with a losing record. Until Week 7 of the 2016 season against the Arizona Cardinals, the Seahawks had never recorded a tied game in their history. Team records Players of note Current roster 35th Anniversary Team (2010) The 35th Anniversary team was voted upon by users on Seahawks.com and announced in 2010. Bold indicates those elected to the Pro Football Hall of Fame. Retired numbers † Jerry Rice wore No. 80 for his 2004 stint with the Seahawks. According to Rice, the team offered him the jersey number, with Largent's permission. Several other players and individuals related to the team have been honored by their induction into the Seattle Seahawks Ring of Honor Pro Football Hall of Famers Note: Although
colleagues, or some combination of those possibilities. Templar's targets include corrupt politicians, warmongers, and other low life. "He claims he's a Robin Hood," says one victim, "but to me he's just a robber and a hood." Robin Hood appears to be one inspiration for the character; Templar stories were often promoted as featuring "The Robin Hood of modern crime," and this phrase to describe Templar appears in several stories. A term used by Templar to describe his acquisitions is "boodle," a term also applied to the short story collection. The Saint has a dark side, as he is willing to ruin the lives of the "ungodly," and even kill them, if he feels that more innocent lives can be saved. In the early books, Templar refers to this as murder, although he considers his actions justified and righteous, a view usually shared by partners and colleagues. Several adventures centre on his intention to kill. (For example, "Arizona" in The Saint Goes West has Templar planning to kill a Nazi scientist.) During the 1920s and early 1930s, the Saint is fighting European arms dealers, drug runners, and white slavers while based in his London home. His battles with Rayt Marius mirror the 'four rounds with Carl Petersen' of Hugh "Bull-dog" Drummond. During the first half of the 1940s, Charteris cast Templar as a willing operative of the American government, fighting Nazi interests in the United States during World War II. Beginning with the "Arizona" novella, Templar is fighting his own war against Germany. The Saint Steps In reveals that Templar is operating on behalf of a mysterious American government official known as Hamilton who appears again in the next WWII-era Saint book, The Saint on Guard, and Templar is shown continuing to act as a secret agent for Hamilton in the first post-war novel, The Saint Sees it Through. The later books move from confidence games, murder mysteries, and wartime espionage, and place Templar as a global adventurer. According to Saint historian Burl Barer, Charteris made the decision to remove Templar from his usual confidence-game trappings, not to mention his usual co-stars Uniatz, girlfriend Patricia Holm, valet Orace, and police foil Claud Eustace Teal, as they were all inappropriate for the post-war stories he was writing. Although the Saint functions as an ordinary detective in some stories, others depict ingenious plots to get even with vanity publishers and other rip-off artists, greedy bosses who exploit their workers, con men, etc. The Saint has many partners, though none last throughout the series. For the first half until the late 1940s, the most recurrent is Patricia Holm, his girlfriend, who was introduced in the first story, the 1928 novel Meet the Tiger, in which she shows herself a capable adventurer. Holm appeared erratically throughout the series, sometimes disappearing for books at a time. Templar and Holm lived together in a time when common-law relationships were uncommon and, in some areas, illegal. They have an easy, non-binding relationship, as Templar is shown flirting with other women from time to time. However, his heart remains true to Holm in the early books, culminating in his considering marriage in the novella The Melancholy Journey of Mr. Teal, only to have Holm say that she had no interest in marrying. Holm disappeared in the late 1940s, and according to Barer's history of The Saint, Charteris refused to allow Templar a steady girlfriend, or Holm to return. (However, according to the Saintly Bible website, Charteris did write a film story that would have seen Templar encountering a son he had had with Holm.) Holm's final appearance as a character was in the short stories "Iris," "Lida," and "Luella," contained within the 1948 collection Saint Errant; the next direct reference to her does not appear in print until the 1983 novel Salvage for the Saint. Another recurring character, Scotland Yard Inspector Claud Eustace Teal, could be found attempting to put the Saint behind bars, although in some books they work in partnership. In The Saint in New York, Teal's American counterpart, NYPD Inspector John Henry Fernack, was introduced, and he would become, like Teal, an Inspector Lestrade-like foil and pseudo-nemesis in a number of books, notably the American-based World War II novels of the 1940s. The Saint had a band of compatriots, including Roger Conway, Norman Kent, Archie Sheridan, Richard "Dicky" Tremayne (a name that appeared in the 1990s TV series, Twin Peaks), Peter Quentin, Monty Hayward, and his ex-military valet, Orace. In later stories, the dim-witted and constantly soused but reliable American thug Hoppy Uniatz was at Templar's side. Of the Saint's companions, only Norman Kent was killed during an adventure (he sacrifices himself to save Templar in the novel The Last Hero); the other males are presumed to have settled down and married (two to former female criminals: Dicky Tremayne to "Straight Audrey" Perowne and Peter Quentin to Kathleen "The Mug" Allfield; Archie Sheridan is mentioned to have married in "The Lawless Lady" in Enter the Saint, presumably to Lilla McAndrew after the events of the story "The Wonderful War" in Featuring the Saint). Charteris gave Templar interests and quirks as the series went on. Early talents as an amateur poet and songwriter were displayed, often to taunt villains, though the novella The Inland Revenue established that poetry was also a hobby. That story revealed that Templar wrote an adventure novel featuring a South American hero not far removed from The Saint himself. Templar also on occasion would break the fourth wall in an almost metafictional sense, making references to being part of a story and mentioning in one early story how he cannot be killed so early on; the 1960s television series would also have Templar address viewers. Charteris in his narrative also frequently breaks the fourth wall by making references to the "chronicler" of the Saint's adventures and directly addressing the reader. In the story "The Sizzling Saboteur" in The Saint on Guard Charteris inserts his own name. In the story "Judith" in The Saint Errant is the line, "'This,' the Saint said to nobody in particular, 'sounds like one of those stories that fellow Charteris might write.'" Furthermore, in the 1955 story "The Unkind Philanthropist," published in the collection The Saint on the Spanish Main, Templar states outright that (in his fictional universe) his adventures are indeed written about by a man named Leslie Charteris. Publishing history The origins of the Saint can be found in early works by Charteris, some of which predated the first Saint novel, 1928's Meet the Tiger, or were written after it but before Charteris committed to writing a Saint series. Burl Barer reveals that an obscure early work, Daredevil, not only featured a heroic lead who shared "Saintly" traits (down to driving the same make of car) but also shared his adventures with Inspector Claud Eustace Teal—a character later a regular in Saint books. Barer writes that several early Saint stories were rewritten from non-Saint stories, including the novel She Was a Lady, which appeared in magazine form featuring a different lead character. Charteris utilized three formats for delivering his stories. Besides full-length novels, he wrote novellas for the most part published in magazines, notably developing the character in the pages of the British story-paper The Thriller under the tutelage of Monty Hayden, who was developing the ″Desperado″ character type for the magazine, and these were later collected in hardback books collecting two or three stories per volume. He also wrote short stories featuring the character, again mostly for magazines and later compiled into omnibus editions. In later years these short stories carried a common theme, such as the women Templar meets or exotic places he visits. With the exception of Meet the Tiger, chapter titles of Templar novels usually contain a descriptive phrase describing the events of the chapter; for example, Chapter Four of Knight Templar is titled "How Simon Templar dozed in the Green Park and discovered a new use for toothpaste". Although Charteris's novels and novellas had more conventional thriller plots than his confidence game short stories, both novels and stories are admired. As in the past, the appeal lies in the vitality of the character, a hero who can go into a brawl and come out with his hair combed and who, faced with death, lights a cigarette and taunts his enemy with the signature phrase "As the actress said to the bishop ..." The period of the books begins in the 1920s and moves to the 1970s as the 50 books progress (the character being seemingly ageless). In early books most activities are illegal, although directed at villains. In later books, this becomes less so. In books written during World War II, the Saint was recruited by the government to help track spies and similar undercover work. Later he became a cold warrior fighting Communism. The quality of writing also changes; early books have a freshness which becomes replaced by cynicism in later works. A few Saint stories crossed into science fiction and fantasy, "The Man Who Liked Ants" and the early novel The Last Hero being examples; one Saint short story, "The Darker Drink" (also published as "Dawn"), was even published in the October 1952 issue of The Magazine of Fantasy & Science Fiction. When early Saint books were republished in the 1960s to the 1980s, it was not uncommon to see freshly written introductions by Charteris apologizing for the out-of-date tone; according to a Charteris "apology" in a 1969 paperback of Featuring the Saint, he attempted to update some earlier stories when they were reprinted but gave up and let them sit as period pieces. The 1963 edition of the short story collection The Happy Highwayman contains examples of abandoned revisions; in one story published in the 1930s ("The Star Producers"), references to actors of the 1930s were replaced for 1963 with names of current movie stars; another 1930s-era story, "The Man Who Was Lucky", added references to atomic power. Although Templar is depicted as ageless, Charteris occasionally acknowledged the passing of time for those around him, such as in the 1956 short story collection The Saint Around the World which features the retirement of Inspector Teal in one story. Charteris started retiring from writing books following 1963's The Saint in the Sun. The next book to carry Charteris's name, 1964's Vendetta for the Saint, was written by science fiction author Harry Harrison, who had worked on the Saint comic strip, after which Charteris edited and revised the manuscript. Between 1964 and 1983, another 14 Saint books would be published, credited to Charteris but written by others. In his introduction to the first, The Saint on TV, Charteris called these volumes a team effort in which he oversaw selection of stories, initially adaptations of scripts written for the 1962–1969 TV series The Saint, and with Fleming Lee writing the adaptations (other authors took over from Lee). Charteris and Lee collaborated on two Saint novels in the 1970s, The Saint in Pursuit (based on a story by Charteris for the Saint comic strip) and The Saint and the People Importers. The "team" writers were usually credited on the title page, if not the cover. One later volume, Catch the Saint, was an experiment in returning The Saint to his period, prior to World War II (as opposed to recent Saint books set in the present day). Several later volumes also adapted scripts from the 1970s revival TV series Return of the Saint. The last Saint volume in the line of books starting with Meet the Tiger in 1928 was Salvage for the Saint, published in 1983. According to the Saintly Bible website, every Saint book published between 1928 and 1983 saw the first edition issued by Hodder & Stoughton in the United Kingdom (a company that originally published only religious books) and The Crime Club (an imprint of Doubleday that specialized in mystery and detective fiction) in the United States. For the first 20 years, the books were first published in Britain, with the United States edition following up to a year later. By the late 1940s to early 1950s, this situation had been reversed. In one case—The Saint to the Rescue—a British edition did not appear until nearly two years after the American one. French language books published over 30 years included translated volumes of Charteris originals as well as novelisations of radio scripts from the English-language radio series and comic strip adaptations. Many of these books credited to Charteris were written by others, including Madeleine Michel-Tyl. Charteris died in 1993. Two additional Saint novels appeared around the time of the 1997 film starring Val Kilmer: a novelisation of the film (which had little connection to the Charteris stories) and Capture the Saint, a more faithful work published by The Saint Club and originated by Charteris in 1936. Both books were written by Burl Barer, who in the early 1990s published a history of the character in books, radio, and television. Charteris wrote 14 novels between 1928 and 1971 (the last two co-written), 34 novellas, and 95 short stories featuring Simon Templar. Between 1963 and 1997, an additional seven novels and fourteen novellas were written by others. In 2014, all the Saint books from Enter the Saint to Salvage for the Saint (but not Meet the Tiger nor Burl Barer's Capture the Saint) were republished in both the United Kingdom and United States. On radio Several radio drama series were produced in North America, Ireland, and Britain. The earliest was for Radio Éireann's Radio Athlone in 1940 and starred Terence De Marney. Both NBC and CBS produced Saint series during 1945, starring Edgar Barrier and Brian Aherne. Many early shows were adaptations of published stories, although Charteris wrote several storylines for the series which were novelised as short stories and novellas. The longest-running radio incarnation was Vincent Price, who played the character in a series between 1947 and 1951 on three networks: CBS, Mutual and NBC. Like The Whistler, the program had an opening whistle theme with footsteps. Price left in May 1951, to be replaced by Tom Conway, who played the role for several more months; his brother, George Sanders, had played Templar on film. For more about the Saint on American radio, see The Saint (radio program). The next English-language radio series aired on Springbok Radio in South Africa between 1953 and 1957. These were fresh adaptations of the original stories and starred Tom Meehan. Around 1965 to 1966 the South African version of Lux Radio Theatre produced a single dramatization of The Saint. The English service of South Africa produced another series radio adventures for six months in 1970–1971. The most recent English-language incarnation was a series of three one-hour-long radio plays on BBC Radio 4 in 1995, all adapted from Charteris novels: Saint Overboard, The Saint Closes The Case and The Saint Plays With Fire, starring Paul Rhys as Templar. In film Not long after creating The Saint, Charteris began a long association with Hollywood as a screenwriter. He was successful in
in the new production, which was being produced by his son, Geoffrey Moore, in a small role. It was announced in December 2012 that a third attempt would be made to produce a pilot for a potential TV series. This time, English actor Adam Rayner was cast as Simon Templar and American actress Eliza Dushku as Patricia Holm (a character from the novels never before portrayed on television and only once in the films), with Roger Moore producing. Unlike the prior attempts, production of the Rayner pilot did commence in December 2012 and continued into early 2013, with Moore and Ogilvy making cameo appearances, according to a cast list posted on the official Leslie Charteris website and subsequently confirmed in the trailer that was released. The pilot was not picked up for a series and was broadcast as the television film The Saint on 11 July 2017. Films Since 1938, numerous films have been produced in the United States, France and Australia based to varying degrees upon the Saint. A few were based, usually loosely, upon Charteris's stories, but most were original. This is a list of the films featuring Simon Templar and of the actors who played the Saint: The Saint in New York (1938 – Louis Hayward) The Saint Strikes Back (1939 – George Sanders) The Saint in London (1939 – Sanders; produced in the UK by RKO's British unit) The Saint's Double Trouble (1940 – Sanders) The Saint Takes Over (1940 – Sanders) The Saint in Palm Springs (1941 – Sanders) The Saint's Vacation (1941 – Hugh Sinclair; produced in the UK by RKO) The Saint Meets the Tiger (produced in the UK by RKO in 1941, released in 1943 by Republic – Sinclair) The Saint's Return (1953 – Hayward) – aka The Saint's Girl Friday Le Saint mène la danse (1960 – Félix Marten) Le Saint prend l'affût (1966 – Jean Marais) The Fiction Makers (1968 – Roger Moore) – edited from episodes of The Saint Vendetta for the Saint (1969 – Moore) – edited from episodes of The Saint The Saint (1997 – Val Kilmer) In the 1930s, RKO purchased the rights to produce a film adaptation of Saint Overboard, but no such movie was ever produced. Television films The Saint and the Brave Goose (1979 made for TV – Ian Ogilvy) – edited from episodes of Return of the Saint The Saint in Manhattan (1987 made for TV – Andrew Clarke) The Saint – six 100-minute TV films, all starring Simon Dutton. Made for London Weekend Television (LWT) in the United Kingdom, it was postponed due to poor ratings, but went out as part of The Mystery Wheel of Adventure in the United States: The Saint: Wrong Number (21 July 1990, postponed from 14 July 1990 – Simon Dutton) The Saint: The Software Murders (4 August 1990 – Dutton) The Saint: The Brazilian Connection (2 September 1989 – Dutton) The Saint: The Blue Dulac (9 September 1989 – Dutton) The Saint: The Big Bang (28 July 1990 – Dutton) Fear in Fun Park, a.k.a. The Saint in Australia (14 July 1990, postponed from 16 September 1989 & 7 July 1990 – Dutton) The Saint (2017 made for TV – Adam Rayner) Television series This list only includes productions that became TV series, and does not include pilots. The Saint (1962–1969 – Roger Moore) Return of the Saint (1978–1979 – Ian Ogilvy) Note Three of the actors to play Templar — Roger Moore, Ian Ogilvy, and Simon Dutton — have been appointed vice presidents of "The Saint Club" that was founded by Leslie Charteris in 1936. On the stage In the late 1940s Charteris and sometime Sherlock Holmes scriptwriter Denis Green wrote a stage play titled The Saint Misbehaves. It was never publicly performed, as soon after writing it Charteris decided to focus on non-Saint work. For many years it was thought to be lost; however, two copies are known to exist in private hands, and correspondence relating to the play can be found in the Leslie Charteris Collection at Boston University. In comics The Saint appeared in a long-running series starting as a daily comic strip 27 September 1948 with a Sunday added on 20 March the following year. The early strips were written by Leslie Charteris, who had previous experience writing comic strips, having replaced Dashiell Hammett as the writer of the Secret Agent X-9 strip. The original artist was Mike Roy. In 1951, when John Spranger replaced Roy as the artist, he altered the Saint's appearance by depicting him with a beard. Bob Lubbers illustrated The Saint in 1959 and 1960. The final two years of the strip were drawn by Doug Wildey before it came to an end on 16 September 1961. Concurrent with the comic strip, Avon Comics published 12 issues of a The Saint comic book between 1947 and 1952 (some of these stories were reprinted in the 1980s). Some issues included uncredited short stories; an additional short story, "Danger No. 5", appeared as filler in issue 2 of the 1952 war comic Captain Steve Savage. The 1960s TV series is unusual in that it is one of the few major programs of its genre that was not adapted as a comic book in the United States. It was, however, adapted as a comic strip in the British weekly comic TV21, where it ran from 1968 to 1970, drawn by Vicente Alcazar. The strip was titled Meet the Saint in later issues. In Sweden, a long-running Saint comic book was published from 1966 to 1985 under the title Helgonet. It originally reprinted the newspaper strip, but soon original stories were commissioned for Helgonet. These stories were also later reprinted in other European countries. Two of the main writers were Norman Worker and Donne Avenell; the latter also co-wrote the novels The Saint and the Templar Treasure and the novella collection Count on the Saint, while Worker contributed to the novella collection Catch the Saint. A new American comic book series was launched by Moonstone in the summer of 2012, but it never went beyond a single promotional issue "zero". In magazines The original Saint novellas first appeared in The Thriller (1929–1940), edited by Monty Hayden, a friend of the author, who was sometimes given a thinly disguised role in the early stories. Charteris also edited or oversaw several magazines that tied in with the Saint. The first of these were anthologies titled The Saint's Choice that ran for seven issues in 1945–46. A few years later Charteris launched The Saint Detective Magazine (later titled The Saint Mystery Magazine and The Saint Magazine), which ran for 141 issues between 1953 and 1967, with a separate British edition that ran just as long but published different material. In most issues of Saint's Choice and the later magazines Charteris included at least one Saint story, usually previously published in one of his books but occasionally original. In several mid-1960s issues, however, he substituted Instead of the Saint, a series of essays on topics of interest to him. The rest of the material in the magazines consisted of novellas and short stories by other mystery writers of the day. An Australian edition was also published for a few years in the 1950s. In 1984 Charteris attempted to revive the Saint magazine, but it ran for only three issues. Leslie Charteris himself portrayed The Saint in a photo play in Life magazine: The Saint Goes West. Book series Most Saint books were collections of novellas or short stories, some of which were published individually either in magazines or in smaller paperback form. Many of the books have also been published under different titles over the years; the titles used here are the more common ones for each book. From 1964 to 1983, the Saint books were collaborative works; Charteris acted in an editorial capacity and received front cover author credit, while other authors wrote these stories and were credited inside the book. These collaborative authors are noted. (Sources: Barer and the editions themselves.) Omnibus editions In addition to the above, numerous paperback omnibuses compiling short stories and novellas have been published. Examples include Arrest the Saint (Avon, 1951), Concerning the Saint (Avon, 1958) and The Saint Cleans Up (Avon, 1959). In 1983, Avenel Books published the hardcover omnibus The Saint: Five Complete Novels, though this was actually three novellas and two full-length novels, combining the books Enter the Saint, The Holy Terror (a.k.a. The Saint vs. Scotland Yard), The Last Hero (a.k.a. The Saint Closes the Case) and Knight Templar (a.k.a. The Avenging Saint). French adventures A number of Saint adventures were published in French over a 30-year period, most of which have yet to be published in English. Many of these stories were ghostwritten by Madeleine Michel-Tyl and credited to Charteris (who exercised some editorial control). The French books were generally novelisations of scripts from the radio series, or novels adapted from stories in the American Saint comic strip. One of the writers who worked on the French series, Fleming Lee, later wrote for the English-language books. Unpublished works Burl Barer's history of the Saint identifies two manuscripts that to date have not been published. The first is a collaboration between Charteris and Fleming Lee called Bet on the Saint that was rejected by Doubleday, the American publishers of the Saint series. Charteris, Barer writes, chose not to submit it to his United Kingdom publishers, Hodder & Stoughton. The rejection of the manuscript by Doubleday meant that The Crime Club's long-standing right of first refusal on any new Saint works was now ended and the manuscript was then submitted to other United States publishers, without success. Barer also tells of a 1979 novel titled The Saint's Lady by a Scottish fan, Joy Martin, which had been written as a present for and as a tribute to Charteris. Charteris was impressed by the manuscript and attempted to get it published, but it too was ultimately rejected. The manuscript, which according to Barer is in the archives of Boston University, features the return of Patricia Holm. According to the Saintly Bible website, at one time Leslie Charteris biographer Ian Dickerson was working on a manuscript (based upon a film story idea by Charteris) for a new novel titled Son of the Saint in which Templar shares an adventure with his son by Patricia Holm. The book has, to date, not been published. A fourth unpublished manuscript, this time written by Charteris himself, titled The Saint's Second Front was written during the Second World War but was rejected at the time; believed lost for decades, it emerged at an auction in 2017. In popular culture In the 2003 BBC documentary series Heroes and Weapons of World War II episode titled "The Man Who Designed the Spitfire" (Episode 2) at approximately 18 minutes in the film an RAF pilot is seen at rest in his dispersal hut with a large Saint stick-man logo on his flying gear (see image at right). He is perhaps showing some personal identification with Simon Templar's own war against Germany in the novella Arizona. In 1980 English punk band Splodgenessabounds released a single "Simon Templer" (misspelling intentional). It reached number 7 in the UK charts. The song appears mocking of the TV character, concluding "I think Simon's a bit of a bore/Ian Ogilvy and Podgy Moore.” In 1962 students from James Cook University, Townsville, Australia abseiled down the pink granite monolith, Castle Hill and painted the character on its side as an act of patriotism, as the university had adopted the character as their mascot. At first, the local council (and some of the public) considered this vandalism and removed it, only for the students to keep repainting it. The council eventually gave up, and The Saint has been a permanent fixture since the 1970s. The irony now, is that Queensland State Legislation states that objects older than 30 years old are eligible for cultural
or cause, of stuttering is unknown, both genetics and neurophysiology are thought to contribute. There are many treatments and speech therapy techniques available that may help decrease speech disfluency in some people who stutter to the point where an untrained ear cannot identify a problem; however, there is essentially no cure for the disorder at present. The severity of the person's stuttering would correspond to the amount of speech therapy needed to decrease disfluency. For severe stuttering, long-term therapy and hard work is required to decrease disfluency. Characteristics Common behaviors Common stuttering behaviors are observable signs of speech disfluencies, for example: repeating sounds, syllables, words or phrases, silent blocks and prolongation of sounds. These differ from the normal disfluencies found in all speakers in that stuttering disfluencies may last longer, occur more frequently, and are produced with more effort and strain. Stuttering disfluencies also vary in quality: common disfluencies tend to be repeated movements, fixed postures, or superfluous behaviors. Each of these three categories is composed of subgroups of stutters and disfluencies. Repeated movements Syllable repetition—a single syllable word is repeated (for example: on—on—on a chair) or a part of a word which is still a full syllable such as "un—un—under the..." and "o—o—open". Incomplete syllable repetition—an incomplete syllable is repeated, such as a consonant without a vowel, for example, "c—c—c—cold". Multi-syllable repetition—more than one syllable such as a whole word, or more than one word is repeated, such as "I know—I know—I know a lot of information.". Fixed postures With audible airflow—prolongation of a sound occurs such as "mmmmmmmmmom". Without audible airflow—such as a block of speech or a tense pause where nothing is said despite efforts. Superfluous behaviors Verbal—this includes an interjection such as an unnecessary uh or um as well as revisions, such as going back and correcting one's initial statements such as "I—My girlfriend...", where the I has been corrected to the word my. Nonverbal—these are visible or audible speech behaviors, such as lip smacking, throat clearing, head thrusting, etc., usually representing an effort to break through or circumvent a block or stuttering loop. Variability The severity of a stutter is often not constant even for people who severely stutter. Stutterers commonly report dramatically increased fluency when talking in unison with another speaker, copying another's speech, whispering, singing, and acting or when talking to pets, young children, or themselves. Other situations, such as public speaking and speaking on the telephone, are often greatly feared, and increased stuttering is reported. Feelings and attitudes Stuttering could have a significant negative cognitive and affective impact on the person who stutters. It has been described in terms of the analogy to an iceberg, with the immediately visible and audible symptoms of stuttering above the waterline and a broader set of symptoms such as negative emotions hidden below the surface. Feelings of embarrassment, shame, frustration, fear, anger, and guilt are frequent in people who stutter, and may actually increase tension and effort, leading to increased stuttering. With time, continued exposure to difficult speaking experiences may crystallize into a negative self-concept and self-image. Many perceive stutterers as less intelligent due to their disfluency; however, as a group, individuals who stutter tend to be of above average intelligence. People who stutter may project their attitudes onto others, believing that the others think them nervous or stupid. Such negative feelings and attitudes may need to be a major focus of a treatment program. Many people who stutter report a high emotional cost, including jobs or promotions not received, as well as relationships broken or not pursued. Fluency and disfluency Linguistic tasks can invoke speech disfluency. People who stutter may experience varying disfluency. Tasks that trigger disfluency usually require a controlled-language processing, which involves linguistic planning. In stuttering, it is seen that many individuals do not demonstrate disfluencies when it comes to tasks that allow for automatic processing without substantial planning. For example, singing "Happy Birthday" or other relatively common, repeated linguistic discourses, could be fluid in people who stutter. Tasks like this reduce semantic, syntactic, and prosodic planning, whereas spontaneous, "controlled" speech or reading aloud requires thoughts to transform into linguistic material and thereafter syntax and prosody. Some researchers hypothesize that controlled-language activated circuitry consistently does not function properly in people who stutter, whereas people who do not stutter only sometimes display disfluent speech and abnormal circuitry. Associated conditions Stuttering co-occurs with other learning disorders. These associated disabilities include: Attention deficit hyperactivity disorder (ADHD): A disorder characterized by problems sustaining attention, hyperactivity, or acting impulsively. The prevalence of ADHD in school-aged children who stutter is around 4-50%. Dyslexia: A disorder involving difficulties with reading and spelling. The prevalence rate of childhood stuttering in dyslexia is around 30-40%, while in adults the prevalence of dyslexia in adults who stutter is around 30-50%. Causes No single, exclusive cause of developmental stuttering is known. A variety of hypotheses and theories suggests multiple factors contributing to stuttering. Among these is the strong evidence that stuttering has a genetic basis. Children who have first-degree relatives who stutter are three times as likely to develop a stutter. However, twin and adoption studies suggest that genetic factors interact with environmental factors for stuttering to occur, and many stutterers have no family history of the disorder. There is evidence that stuttering is more common in children who also have concurrent speech, language, learning or motor difficulties. Robert West, a pioneer of genetic studies in stuttering, has suggested that the presence of stuttering is connected to the fact that articulated speech is the last major acquisition in human evolution. Another view is that a stutter or stammer is a complex tic. This view is held for the following reasons. It always arises from repetition of sounds or words. Young children like repetition and the more tense they are feeling, the more they like this outlet for their tension – an understandable and quite normal reaction. They are capable of repeating all types of behaviour. The more tension that is felt, the less one likes change. The more change, the greater can be the repetition. So, when a three-year-old finds he has a new baby brother or sister he may start repeating sounds. The repetitions can become conditioned and automatic and ensuing struggles against the repetitions result in prolongations and blocks in his speech. More boys stammer than girls, in the ratio of 3–4 boys : 1 girl. This is because the male hypothalamic-pituitary-adrenal (HPA) axis is more active. As males produce more cortisol than females under the same provocation, they can be tense or anxious and become repetitive. In a 2010 article, three genes were found by Dennis Drayna and team to correlate with stuttering: GNPTAB, GNPTG, and NAGPA. Researchers estimated that alterations in these three genes were present in 9% of those who have a family history of stuttering. For some people who stutter, congenital factors may play a role. These may include physical trauma at or around birth, learning disabilities, as well as cerebral palsy. In others, there could be added impact due to stressful situations such as the birth of a sibling, moving, or a sudden growth in linguistic ability. There is clear empirical evidence for structural and functional differences in the brains of stutterers. Research is complicated somewhat by the possibility that such differences could be the consequences of stuttering rather than a cause, but recent research on older children confirms structural differences thereby giving strength to the argument that at least some of the differences are not a consequence of stuttering. Auditory processing deficits have also been proposed as a cause of stuttering. Stuttering is less prevalent in deaf and hard-of-hearing individuals, and stuttering may be reduced when auditory feedback is altered, such as by masking, delayed auditory feedback (DAF), or frequency altered feedback. There is some evidence that the functional organization of the auditory cortex may be different in people who stutter. There is evidence of differences in linguistic processing between people who stutter and people who do not. Brain scans of adult stutterers have found greater activation of the right hemisphere, which is associated with emotions, than of the left hemisphere, which is associated with speech. In addition, reduced activation in the left auditory cortex has been observed. The capacities and demands model has been proposed to account for the heterogeneity of the disorder. In this approach, speech performance varies depending on the capacity that the individual has for producing fluent speech, and the demands placed upon the person by the speaking situation. Capacity for fluent speech may be affected by a predisposition to the disorder, auditory processing or motor speech deficits, and cognitive or affective issues. Demands may be increased by internal factors such as lack of confidence or self esteem or inadequate language skills or external factors such as peer pressure, time pressure, stressful speaking situations, insistence on perfect speech, and the like. In stuttering, the severity of the disorder is seen as likely to increase when demands placed on the person's speech and language system exceed their capacity to deal with these pressures. However, the precise nature of the capacity or incapacity has not been delineated. Mechanism Physiology Though neuroimaging studies have not yet found specific neural correlates, there is much evidence that the brains of adults who stutter differ from the brains of adults who do not stutter. Several neuroimaging studies have emerged to identify areas associated with stuttering. In general, during stuttering, cerebral activities change dramatically in comparison to silent rest or fluent speech between people who stutter and people who do not. There is evidence that people who stutter activate motor programs before the articulatory or linguistic processing is initiated. Brain imaging studies have primarily been focused on adults. However, the neurological abnormalities found in adults does not determine whether childhood stuttering caused these abnormalities or whether the abnormalities cause stuttering. Studies utilizing positron emission tomography (PET) have found during tasks that invoke disfluent speech, people who stutter show hypoactivity in cortical areas associated with language processing, such as Broca's area, but hyperactivity in areas associated with motor function. One such study that evaluated the stutter period found that there was overactivation in the cerebrum and cerebellum, and relative deactivation of the left hemisphere auditory areas and frontal temporal regions. Functional magnetic resonance imaging (fMRI) has found abnormal activation in the right frontal operculum (RFO), which is an area associated with time-estimation tasks, occasionally incorporated in complex speech. Researchers have explored temporal cortical activations by utilizing magnetoencephalography (MEG). In single-word-recognition tasks, people who did not stutter showed cortical activation first in occipital areas, then in left inferior-frontal regions such as Broca's area, and finally, in motor and premotor cortices. The stutterers also first had cortical activation in the occipital areas but the left inferior-frontal regions were activated only after the motor and premotor cortices were activated. During speech production, people who stutter show overactivity in the anterior insula, cerebellum and bilateral midbrain. They show underactivity in the ventral premotor, Rolandic opercular and sensorimotor cortex bilaterally and Heschl's gyrus in the left hemisphere. Additionally, speech production yields underactivity in cortical motor and premotor areas. Abnormal lateralization Much evidence from neuroimaging techniques has supported the theory that the right hemisphere of people who stutter interferes with left-hemisphere speech production. Adults who stutter have anatomical differences in gyri within the perisylvian frontotemporal areas. A large amount of white matter is found in the right hemisphere of the brain, including the region of the superior temporal gyrus. This was discovered using voxel-based morphometry (VBM). On the other hand, lesser amounts of white matter are found in the left inferior arcuate fasciculus connecting the temporal and frontal areas in stuttering adults. Results have shown that there is less coordination between the speech motor and planning regions in the brain's left hemisphere of men and women who stutter, when compared to a non-stuttering control group. Anatomical connectivity of the speech motor and planning regions is less vigorous in adults who stutter, especially women. Men who stutter seem to have more right-sided motor connectivity. On the other hand, stuttering women have less connectivity with the right motor regions. In non-stuttering, normal speech, PET scans show that both hemispheres are active but that the left hemisphere may be more active. By contrast, people who stutter yield more activity on the right hemisphere, suggesting that it might be interfering with left-hemisphere speech production. Another comparison of scans anterior forebrain regions are disproportionately active in stuttering subjects, while post-rolandic regions are relatively inactive. Bilateral increases and unusual right-left asymmetry has been found in the planum temporale when comparing people who stutter and people who do not. These studies have also found that there are anatomical differences in the Rolandic operculum and arcuate fasciculus. Denis Drayna suggests that brain imaging studies of people who stutter do not tell if the differences in the brain anatomy caused stuttering or if they are the effect of stuttering;In the mouse model for stuttering created by Drayna and team, they noticed significant similarities between the vocalizations in mice (carrying GNPTAB mutation) and human stuttering. Researchers investigated the brain tissue from the mice mutants and reported a significant decrease in the number and density of astrocytes in their corpus callosum. Astrocyte is a star-shaped cell in the brain that supports the nerve cells by supplying oxygen and nutrients, and taking away the waste. The corpus callosum enables the communication between the left and right hemispheres of the brain. Follow-up experiments with the GNPTAB mutation introduced to brain cell types showed that the vocalization defects in mice were specific to the loss of astrocytes. Mice did not show stuttering-like vocalization defects when the mutation is engineered to other brain cell types. Other anatomical differences The corpus
abnormal hesitation or pausing before speech, referred to by people who stutter as blocks, and the prolongation of certain sounds, usually vowels or semivowels. According to Watkins et al., stuttering is a disorder of "selection, initiation, and execution of motor sequences necessary for fluent speech production". For many people who stutter, repetition is the main concern. The term "stuttering" covers a wide range of severity, from barely perceptible impediments that are largely cosmetic to severe symptoms that effectively prevent oral communication. Almost 70 million people worldwide stutter, about 1% of the world's population. The impact of stuttering on a person's functioning and emotional state can be severe. This may include fears of having to enunciate specific vowels or consonants, fears of being caught stuttering in social situations, self-imposed isolation, anxiety, stress, shame, low self-esteem, being a possible target of bullying (especially in children), having to use word substitution and rearrange words in a sentence to hide stuttering, or a feeling of "loss of control" during speech. Stuttering is sometimes popularly seen as a symptom of anxiety, but there is no direct correlation in that direction. Stuttering is generally not a problem with the physical production of speech sounds or putting thoughts into words. Acute nervousness and stress are not thought to cause stuttering, but they can trigger stuttering in people who have the speech disorder, and living with a stigmatized disability can result in anxiety and high allostatic stress load (chronic nervousness and stress) that reduce the amount of acute stress necessary to trigger stuttering in any given person who stutters, worsening the situation in the manner of a positive feedback system; the name 'stuttered speech syndrome' has been proposed for this condition. Neither acute nor chronic stress, however, itself creates any predisposition to stuttering. The disorder is also variable, which means that in certain situations, such as talking on the telephone or in a large group, the stuttering might be more severe or less, depending on whether or not the person who stutters is self-conscious about their stuttering. People who stutter often find that their stuttering fluctuates and that they have "good" days, "bad" days and "stutter-free" days. The times in which their stuttering fluctuates can be random. Although the exact etiology, or cause, of stuttering is unknown, both genetics and neurophysiology are thought to contribute. There are many treatments and speech therapy techniques available that may help decrease speech disfluency in some people who stutter to the point where an untrained ear cannot identify a problem; however, there is essentially no cure for the disorder at present. The severity of the person's stuttering would correspond to the amount of speech therapy needed to decrease disfluency. For severe stuttering, long-term therapy and hard work is required to decrease disfluency. Characteristics Common behaviors Common stuttering behaviors are observable signs of speech disfluencies, for example: repeating sounds, syllables, words or phrases, silent blocks and prolongation of sounds. These differ from the normal disfluencies found in all speakers in that stuttering disfluencies may last longer, occur more frequently, and are produced with more effort and strain. Stuttering disfluencies also vary in quality: common disfluencies tend to be repeated movements, fixed postures, or superfluous behaviors. Each of these three categories is composed of subgroups of stutters and disfluencies. Repeated movements Syllable repetition—a single syllable word is repeated (for example: on—on—on a chair) or a part of a word which is still a full syllable such as "un—un—under the..." and "o—o—open". Incomplete syllable repetition—an incomplete syllable is repeated, such as a consonant without a vowel, for example, "c—c—c—cold". Multi-syllable repetition—more than one syllable such as a whole word, or more than one word is repeated, such as "I know—I know—I know a lot of information.". Fixed postures With audible airflow—prolongation of a sound occurs such as "mmmmmmmmmom". Without audible airflow—such as a block of speech or a tense pause where nothing is said despite efforts. Superfluous behaviors Verbal—this includes an interjection such as an unnecessary uh or um as well as revisions, such as going back and correcting one's initial statements such as "I—My girlfriend...", where the I has been corrected to the word my. Nonverbal—these are visible or audible speech behaviors, such as lip smacking, throat clearing, head thrusting, etc., usually representing an effort to break through or circumvent a block or stuttering loop. Variability The severity of a stutter is often not constant even for people who severely stutter. Stutterers commonly report dramatically increased fluency when talking in unison with another speaker, copying another's speech, whispering, singing, and acting or when talking to pets, young children, or themselves. Other situations, such as public speaking and speaking on the telephone, are often greatly feared, and increased stuttering is reported. Feelings and attitudes Stuttering could have a significant negative cognitive and affective impact on the person who stutters. It has been described in terms of the analogy to an iceberg, with the immediately visible and audible symptoms of stuttering above the waterline and a broader set of symptoms such as negative emotions hidden below the surface. Feelings of embarrassment, shame, frustration, fear, anger, and guilt are frequent in people who stutter, and may actually increase tension and effort, leading to increased stuttering. With time, continued exposure to difficult speaking experiences may crystallize into a negative self-concept and self-image. Many perceive stutterers as less intelligent due to their disfluency; however, as a group, individuals who stutter tend to be of above average intelligence. People who stutter may project their attitudes onto others, believing that the others think them nervous or stupid. Such negative feelings and attitudes may need to be a major focus of a treatment program. Many people who stutter report a high emotional cost, including jobs or promotions not received, as well as relationships broken or not pursued. Fluency and disfluency Linguistic tasks can invoke speech disfluency. People who stutter may experience varying disfluency. Tasks that trigger disfluency usually require a controlled-language processing, which involves linguistic planning. In stuttering, it is seen that many individuals do not demonstrate disfluencies when it comes to tasks that allow for automatic processing without substantial planning. For example, singing "Happy Birthday" or other relatively common, repeated linguistic discourses, could be fluid in people who stutter. Tasks like this reduce semantic, syntactic, and prosodic planning, whereas spontaneous, "controlled" speech or reading aloud requires thoughts to transform into linguistic material and thereafter syntax and prosody. Some researchers hypothesize that controlled-language activated circuitry consistently does not function properly in people who stutter, whereas people who do not stutter only sometimes display disfluent speech and abnormal circuitry. Associated conditions Stuttering co-occurs with other learning disorders. These associated disabilities include: Attention deficit hyperactivity disorder (ADHD): A disorder characterized by problems sustaining attention, hyperactivity, or acting impulsively. The prevalence of ADHD in school-aged children who stutter is around 4-50%. Dyslexia: A disorder involving difficulties with reading and spelling. The prevalence rate of childhood stuttering in dyslexia is around 30-40%, while in adults the prevalence of dyslexia in adults who stutter is around 30-50%. Causes No single, exclusive cause of developmental stuttering is known. A variety of hypotheses and theories suggests multiple factors contributing to stuttering. Among these is the strong evidence that stuttering has a genetic basis. Children who have first-degree relatives who stutter are three times as likely to develop a stutter. However, twin and adoption studies suggest that genetic factors interact with environmental factors for stuttering to occur, and many stutterers have no family history of the disorder. There is evidence that stuttering is more common in children who also have concurrent speech, language, learning or motor difficulties. Robert West, a pioneer of genetic studies in stuttering, has suggested that the presence of stuttering is connected to the fact that articulated speech is the last major acquisition in human evolution. Another view is that a stutter or stammer is a complex tic. This view is held for the following reasons. It always arises from repetition of sounds or words. Young children like repetition and the more tense they are feeling, the more they like this outlet for their tension – an understandable and quite normal reaction. They are capable of repeating all types of behaviour. The more tension that is felt, the less one likes change. The more change, the greater can be the repetition. So, when a three-year-old finds he has a new baby brother or sister he may start repeating sounds. The repetitions can become conditioned and automatic and ensuing struggles against the repetitions result in prolongations and blocks in his speech. More boys stammer than girls, in the ratio of 3–4 boys : 1 girl. This is because the male hypothalamic-pituitary-adrenal (HPA) axis is more active. As males produce more cortisol than females under the same provocation, they can be tense or anxious and become repetitive. In a 2010 article, three genes were found by Dennis Drayna and team to correlate with stuttering: GNPTAB, GNPTG, and NAGPA. Researchers estimated that alterations in these three genes were present in 9% of those who have a family history of stuttering. For some people who stutter, congenital factors may play a role. These may include physical trauma at or around birth, learning disabilities, as well as cerebral palsy. In others, there could be added impact due to stressful situations such as the birth of a sibling, moving, or a sudden growth in linguistic ability. There is clear empirical evidence for structural and functional differences in the brains of stutterers. Research is complicated somewhat by the possibility that such differences could be the consequences of stuttering rather than a cause, but recent research on older children confirms structural differences thereby giving strength to the argument that at least some of the differences are not a consequence of stuttering. Auditory processing deficits have also been proposed as a cause of stuttering. Stuttering is less prevalent in deaf and hard-of-hearing individuals, and stuttering may be reduced when auditory feedback is altered, such as by masking, delayed auditory feedback (DAF), or frequency altered feedback. There is some evidence that the functional organization of the auditory cortex may be different in people who stutter. There is evidence of differences in linguistic processing between people who stutter and people who do not. Brain scans of adult stutterers have found greater activation of the right hemisphere, which is associated with emotions, than of the left hemisphere, which is associated with speech. In addition, reduced activation in the left auditory cortex has been observed. The capacities and demands model has been proposed to account for the heterogeneity of the disorder. In this approach, speech performance varies depending on the capacity that the individual has for producing fluent speech, and the demands placed upon the person by the speaking situation. Capacity for fluent speech may be affected by a predisposition to the disorder, auditory processing or motor speech deficits, and cognitive or affective issues. Demands may be increased by internal factors such as lack of confidence or self esteem or inadequate language skills or external factors such as peer pressure, time pressure, stressful speaking situations, insistence on perfect speech, and the like. In stuttering, the severity of the disorder is seen as likely to increase when demands placed on the person's speech and language system exceed their capacity to deal with these pressures. However, the precise nature of the capacity or incapacity has not been delineated. Mechanism Physiology Though neuroimaging studies have not yet found specific neural correlates, there is much evidence that the brains of adults who stutter differ from the brains of adults who do not stutter. Several neuroimaging studies have emerged to identify areas associated with stuttering. In general, during stuttering, cerebral activities change dramatically in comparison to silent rest or fluent speech between people who stutter and people who do not. There is evidence that people who stutter activate motor programs before the articulatory or linguistic processing is initiated. Brain imaging studies have primarily been focused on adults. However, the neurological abnormalities found in adults does not determine whether childhood stuttering caused these abnormalities or whether the abnormalities cause stuttering. Studies utilizing positron emission tomography (PET) have found during tasks that invoke disfluent speech, people who stutter show hypoactivity in cortical areas associated with language processing, such as Broca's area, but hyperactivity in areas associated with motor function. One such study that evaluated the stutter period found that there was overactivation in the cerebrum and cerebellum, and relative deactivation of the left hemisphere auditory areas and frontal temporal regions. Functional magnetic resonance imaging (fMRI) has found abnormal activation in the right frontal operculum (RFO), which is an area associated with time-estimation tasks, occasionally incorporated in complex speech. Researchers have explored temporal cortical activations by utilizing magnetoencephalography (MEG). In single-word-recognition tasks, people who did not stutter showed cortical activation first in occipital areas, then in left inferior-frontal regions such as Broca's area, and finally, in motor and premotor cortices. The stutterers also first had cortical activation in the occipital areas but the left inferior-frontal regions were activated only after the motor and premotor cortices were activated. During speech production, people who stutter show overactivity in the anterior insula, cerebellum and bilateral midbrain. They show underactivity in the ventral premotor, Rolandic opercular and sensorimotor cortex bilaterally and Heschl's gyrus in the left hemisphere. Additionally, speech production yields underactivity in cortical motor and premotor areas. Abnormal lateralization Much evidence from neuroimaging techniques has supported the theory that the right hemisphere of people who stutter interferes with left-hemisphere speech production. Adults who stutter have anatomical differences in gyri within the perisylvian frontotemporal areas. A large amount of white matter is found in the right hemisphere of the brain, including the region of the superior temporal gyrus. This was discovered using voxel-based morphometry (VBM). On the other hand, lesser amounts of white matter are found in the left inferior arcuate fasciculus connecting the temporal and frontal areas in stuttering adults. Results have shown that there is less coordination between the speech motor and planning regions in the brain's left hemisphere of men and women who stutter, when compared to a non-stuttering control group. Anatomical connectivity of the speech motor and planning regions is less vigorous in adults who stutter, especially women. Men who stutter seem to have more right-sided motor connectivity. On the other hand, stuttering women have less connectivity with the right motor regions. In non-stuttering, normal speech, PET scans show that both hemispheres are active but that the left hemisphere may be more active. By contrast, people who stutter yield more activity on the right hemisphere, suggesting that it might be interfering with left-hemisphere speech production. Another comparison of scans anterior forebrain regions are disproportionately active in stuttering subjects, while post-rolandic regions are relatively inactive. Bilateral increases and unusual right-left asymmetry has been found in the planum temporale when comparing people who stutter and people who do not. These studies have also found that there are anatomical differences in the Rolandic operculum and arcuate fasciculus. Denis Drayna suggests that brain imaging studies of people who stutter do not tell if the differences in the brain anatomy caused stuttering or if they are the effect of stuttering;In the mouse model for stuttering created by Drayna and team, they noticed significant similarities between the vocalizations in mice (carrying GNPTAB mutation) and human stuttering. Researchers investigated the brain tissue from the mice mutants and reported a significant decrease in the number and density of astrocytes in their corpus callosum. Astrocyte is a star-shaped cell in the brain that supports the nerve cells by supplying oxygen and nutrients, and taking away the waste. The corpus callosum enables the communication between the left and right hemispheres of the brain. Follow-up experiments with the GNPTAB mutation introduced to brain cell types showed that the vocalization defects in mice were specific to the loss of astrocytes. Mice did not show stuttering-like vocalization defects when the mutation is engineered to other brain cell types. Other anatomical differences The corpus callosum transfers information between the left and right cerebral hemispheres. The corpus callosum, rostrum, and the anterior mid-body sections are larger in adults who stutter as compared to normally fluent adults. This difference may be due to unusual functions of brain organization in stuttering adults and may be a result of how the stuttering adults performed language-relevant tasks. Furthermore, previous research has found that adults who stutter show cerebral hemispheres that contain uncommon brain proportions and allocations of gray and white matter tissue. Dopamine Recent studies have found that adults who stutter have elevated levels of the neurotransmitter dopamine, and have thus found dopamine antagonists that reduce stuttering (see anti-stuttering medication below). Overactivity of the midbrain has been found at the level of the substantia nigra extended to the red nucleus and subthalamic nucleus, which all contribute to the production of dopamine. However, increased dopamine does not imply increased excitatory function since dopamine's effect can be both excitatory or inhibitory depending upon which dopamine receptors (labelled D1 – D5) have been stimulated. Diagnosis Some characteristics of stuttered speech are not as easy for listeners to detect. As a result, diagnosing stuttering requires the skills of a certified speech–language pathologist (SLP). Diagnosis of stuttering employs information both from direct observation of the individual and information about the individual's background, through a case history. Information from both sources should consider things such as age, the various times it has occurred, and other impediments. The SLP may collect a case history on the individual through a detailed interview or conversation with the parents (if client is a child). They may also observe parent-child interactions and observe the speech patterns of the child's parents. The overall goal of assessment for the SLP will be (1) to determine whether a speech disfluency exists, and (2) assess if its severity warrants concern for further treatment. During direct observation of the client, the SLP will observe various aspects of the individual's speech behaviors. In particular, the therapist might test for factors including the types of disfluencies present (using a test such as the Disfluency Type Index (DTI)), their frequency and duration (number of iterations, percentage of syllables stuttered (%SS)), and speaking rate (syllables per minute (SPM), words per minute (WPM)). They may also test for naturalness and fluency in speaking (naturalness rating scale (NAT), test of childhood stuttering (TOCS)) and physical concomitants during speech (Riley’s Stuttering Severity Instrument Fourth Edition (SSI-4)). They might also employ a test to evaluate the severity of the stuttering and predictions for its course. One such test includes the stuttering prediction instrument for young children (SPI), which analyzes the child's case history, part-word repetitions and prolongations, and stuttering frequency in order to determine the severity of the disfluency and its prognosis for chronicity for the future. Stuttering is a multifaceted, complex disorder that can impact an individual's life in a variety of ways. Children and adults are monitored and evaluated for evidence of possible social, psychological or emotional signs of stress related to their disorder. Some common assessments of this type measure factors including: anxiety (Endler multidimensional anxiety scales (EMAS)), attitudes (personal report of communication apprehension (PRCA)), perceptions of self (self-rating of reactions to speech situations (SSRSS)), quality of life (overall assessment of the speaker's experience of stuttering (OASES)), behaviors (older adult self-report (OASR)), and mental health (composite international diagnostic interview (CIDI)). The SLP will then attempt to combine the information garnered from the client's case study
promoted. In 1137, control of Saxony passed to the Guelph dynasty, descendants of Wulfhild Billung, eldest daughter of the last Billung duke, and the daughter of Lothar of Supplinburg. In 1180 large portions west of the Weser were ceded to the Bishops of Cologne, while some central parts between the Weser and the Elbe remained with the Guelphs, becoming later the Duchy of Brunswick-Lüneburg. The remaining eastern lands, together with the title of Duke of Saxony, passed to an Ascanian dynasty (descended from Eilika Billung, Wulfhild's younger sister) and were divided in 1260 into the two small states of Saxe-Lauenburg and Saxe-Wittenberg. The former state was also named Lower Saxony, the latter Upper Saxony, thence the later names of the two Imperial Circles Saxe-Lauenburg and Saxe-Wittenberg. Both claimed the Saxon electoral privilege for themselves, but the Golden Bull of 1356 accepted only Wittenberg's claim, with Lauenburg nevertheless continuing to maintain its claim. In 1422, when the Saxon electoral line of the Ascanians became extinct, the Ascanian Eric V of Saxe-Lauenburg tried to reunite the Saxon duchies. However, Sigismund, King of the Romans, had already granted Margrave Frederick IV the Warlike of Meissen (House of Wettin) an expectancy of the Saxon electorate in order to remunerate his military support. On 1 August 1425 Sigismund enfeoffed the Wettinian Frederick as Prince-Elector of Saxony, despite the protests of Eric V. Thus the Saxon territories remained permanently separated. The Electorate of Saxony was then merged with the much larger Wettinian Margraviate of Meissen; however, it used the higher-ranking title Electorate of Saxony and even the Ascanian coat-of-arms for the entire monarchy. Thus Saxony came to include Dresden and Meissen. Hence, the territory of the modern Free State of Saxony shares the name with the old Saxon stem duchy for historical and dynastic reasons rather than any significant ethnic, linguistic or cultural connection. In the 18th and 19th centuries Saxe-Lauenburg was colloquially called the Duchy of Lauenburg, which was held in a personal union by the Electorate of Hanover from the 18th century to the Napoleonic wars, and in a personal union with Denmark (along with neighbouring Holstein and Schleswig) for much the 19th century. In 1876 it was absorbed into Prussia as the Duchy of Lauenburg district of the Province of Schleswig-Holstein). Foundation of the second Saxon state Saxe-Wittenberg, mostly in modern Saxony-Anhalt, became subject to the margravate of Meissen, ruled by the Wettin dynasty in 1423. This established a new and powerful state, occupying large portions of the present Free State of Saxony, Thuringia, Saxony-Anhalt and Bavaria (Coburg and its environs). Although the centre of this state was far to the southeast of the former Saxony, it came to be referred to as Upper Saxony and then simply Saxony, while the former Saxon territories in the north were now known as Lower Saxony (the modern term Niedersachsen deriving from this). In 1485, Saxony was split in the Treaty of Leipzig. A collateral line of the Wettin princes received what later became Thuringia and founded several small states there (see Ernestine duchies). Since these princes were allowed to use the Saxon coat of arms, in many towns of Thuringia, the coat of arms can still be found on historical buildings. The remaining Saxon state became still more powerful, also incorporating new territories and was known in the 18th century for its cultural achievements, although it was politically weaker than Prussia and Austria, states which oppressed Saxony from the north and south, respectively. Between 1697 and 1763, the Electors of Saxony were also elected Kings of Poland in personal union. In 1756, Saxony joined a coalition of Austria, France and Russia against Prussia. Frederick II of Prussia chose to attack preemptively and invaded Saxony in August 1756, precipitating the Third Silesian War (part of the Seven Years' War). The Prussians quickly defeated Saxony and incorporated the Saxon army into the Prussian army. At the end of the Seven Years' War, Saxony recovered its independence in the 1763 Treaty of Hubertusburg. 19th century In 1806, French Emperor Napoleon abolished the Holy Roman Empire and established the Electorate of Saxony as a kingdom in exchange for military support. The Elector Frederick Augustus III accordingly became King Frederick Augustus I of Saxony. Frederick Augustus remained loyal to Napoleon during the wars that swept Europe in the following years; he was taken prisoner and his territories declared forfeit by the allies in 1813, after the defeat of Napoleon. Prussia intended the annexation of Saxony but the opposition of Austria, France, and the United Kingdom to this plan resulted in the restoration of Frederick Augustus to his throne at the Congress of Vienna although he was forced to cede the northern part of the kingdom to Prussia, which led to the loss of nearly 50% of the Saxon territory. Most of these lands were merged with the Duchy of Magdeburg, the Altmark and some smaller territories to become the Prussian Province of Saxony, a predecessor of the modern state of Saxony-Anhalt. Lower Lusatia and part of the former Saxe-Wittenberg territory became part of the Province of Brandenburg and the northeastern part of Upper Lusatia became part of the Province of Silesia. The rump Kingdom of Saxony had roughly the same extent as the present state, albeit slightly smaller. Meanwhile, in 1815, the southern part of Saxony, now called the "State of Saxony" joined the German Confederation. T he German Confederation should not be confused with the North German Confederation mentioned below. This southern Saxony shaped the territory of modern Saxony. In the politics of the Confederation, Saxony was overshadowed by Prussia. King Anthony of Saxony came to the throne of Saxony in 1827. Shortly thereafter, liberal pressures in Saxony mounted and broke out in revolt during 1830—a year of revolution in Europe. The revolution in Saxony resulted in a constitution for the State of Saxony that served as the basis for its government until 1918. During the 1848–49 constitutionalist revolutions in Germany, Saxony became a hotbed of revolutionaries, with anarchists such as Mikhail Bakunin and democrats including Richard Wagner and Gottfried Semper taking part in the May Uprising in Dresden in 1849. (Scenes of Richard Wagner's participation in the May 1849 uprising in Dresden are depicted in the 1983 movie Wagner starring Richard Burton as Richard Wagner.) The May uprising in Dresden forced King Frederick Augustus II of Saxony to concede further reforms to the Saxon government. In 1854 Frederick Augustus II's brother, King John of Saxony, succeeded to the throne. A scholar, King John translated Dante. King John followed a federalistic and pro-Austrian policy throughout the early 1860s until the outbreak of the Austro-Prussian War. During that war, Prussian troops overran Saxony without resistance and then invaded Austrian (today's Czech) Bohemia. After the war, Saxony was forced to pay an indemnity and to join the North German Confederation in 1867. Under the terms of the North German Confederation, Prussia took over control of the Saxon postal system, railroads, military and foreign affairs. In the Franco-Prussian War of 1870, Saxon troops fought together with Prussian and other German troops against France. In 1871, Saxony joined the newly formed German Empire. 20th century After King Frederick Augustus III of Saxony abdicated on 13 November 1918, Saxony, remaining a constituent state of Germany (Weimar Republic), became the Free State of Saxony under a new constitution enacted on 1 November 1920. In October 1923 the federal government under Chancellor Gustav Stresemann overthrew the legally elected SPD-Communist coalition government of Saxony. The state retained its name and borders during the Nazi era as a (Gau Saxony), but lost its quasi-autonomous status and its parliamentary democracy. As World War II drew to its end, U.S. troops under General George Patton occupied the western part of Saxony in April 1945, while Soviet troops occupied the eastern part. That summer, the entire state was handed over to Soviet forces as agreed in the London Protocol of September 1944. Britain, the US, and the USSR then negotiated Germany's future at the Potsdam Conference. Under the Potsdam Agreement, all German territory East of the Oder-Neisse line was annexed by Poland and the Soviet Union, and, unlike in the aftermath of World War I, the annexing powers were allowed to expel the inhabitants. During the following three years, Poland and Czechoslovakia forcibly expelled German-speaking people from their territories, and some of these expellees came to Saxony. Only a small area of Saxony lying east of the Neisse River and centred around the town of Reichenau (now called Bogatynia), was annexed by Poland. Traditional close relations of Saxony with neighbouring German-speaking Egerland was thus completely destroyed, making the border of Saxony along the Ore Mountains a linguistic border. Part of the former Prussian province of Lower Silesia lay west of the Oder-Neisse line and therefore was separated from the bulk of its former province; the Soviet Military Administration in Germany (SVAG) merged this territory into Saxony. This former Silesian territory broadly corresponded with the Upper Lusatian territory annexed by Prussia in 1815. On 20 October 1946, SVAG organised elections for the Saxon state parliament (), but many people were arbitrarily excluded from candidacy and suffrage, and the Soviet Union openly supported the Socialist Unity Party of Germany (SED). The new minister-president Rudolf Friedrichs (SED), had been a member of the SPD until April 1946. He met his Bavarian counterparts in the U.S. zone of occupation in October 1946 and May 1947, but died suddenly in mysterious circumstances the following month. He was succeeded by Max Seydewitz, a loyal follower of Joseph Stalin. The German Democratic Republic (East Germany), including Saxony, was established in 1949 out of the Soviet zone of Occupied Germany, becoming a constitutionally socialist state, part of COMECON and the Warsaw Pact, under the leadership of the SED. In 1952 the government abolished the Free State of Saxony, and divided its territory into three : Leipzig, Dresden, and Karl-Marx-Stadt (formerly and currently Chemnitz). Areas around Hoyerswerda were also part of the Cottbus Bezirk. The Free State of Saxony was reconstituted with slightly altered borders in 1990, following German reunification. Besides the formerly Silesian area of Saxony, which was mostly included in the territory of the new Saxony, the free state gained further areas north of Leipzig that had belonged to Saxony-Anhalt until 1952. Geography Topography The highest mountain in Saxony is the Fichtelberg (1,215 m) in the Western Ore Mountains. Rivers There are numerous rivers in Saxony. The Elbe is the most dominant one. The Neisse defines the border between Saxony and Poland. Other rivers include the Mulde and the White Elster. Largest cities and towns The largest cities and towns in Saxony according to the 30 September 2020 estimate are listed below. Leipzig forms a conurbation with Halle, known as Ballungsraum Leipzig/Halle. The latter city is located just across the border of Saxony-Anhalt. Leipzig shares, for instance, an S-train system (known as S-Bahn Mitteldeutschland) and an airport with Halle. Politics 2019 state election AfD received its highest share of the vote in any state or federal election, while the CDU and The Left both fell to record lows in Saxony. Under normal circumstances AfD should have received 39 seats in the Landtag; however, due to positions 31–61 being ruled invalid and removed from AfD's party list, they had no candidates to fill the final seat. Thus, it remains vacant and there are only 119 seats in the Landtag, one fewer than the standard minimum size. The CDU formed a government coalition with the Greens and the SPD. | colspan=13 align=center| |- ! rowspan=2 colspan=2| Party ! colspan=4| Constituency ! colspan=4| Party list ! rowspan=2| Totalseats ! rowspan=2| +/- ! rowspan=2| Seats % |- ! Votes ! % ! +/- ! Seats ! Votes ! % ! +/- ! Seats |- | bgcolor=| | align=left| Christian Democratic Union (CDU) | 703,006 | 32.5 | 7.2 | 41 | 695,560 | 32.1 | 7.3 | 4 | 45 | 14 | 37.8 |- | bgcolor=| | align=left| Alternative for Germany (AfD) | 613,585 | 28.4 | 22.0 | 15 | 595,671 | 27.5 | 17.7 | 23 | 38 | 24 | 31.9 |- | bgcolor=| | align=left| The Left (Die Linke) | 265,871 | 12.3 | 8.7 | 1 | 224,354 | 10.4 | 8.5 | 13 | 14 | 13 | 11.8 |- | bgcolor=| | align=left| Alliance 90/The Greens (Grüne) | 192,489 | 8.9 | 2.6 | 3 | 187,015 | 8.6 | 2.9 | 9 | 12 | 4 | 10.1 |- | bgcolor=| | align=left| Social Democratic Party (SPD) | 166,920 | 7.7 | 5.5 | 0 | 167,289 | 7.7 | 4.6 | 10 | 10 | 8 | 8.4 |- ! colspan=13| |- | bgcolor=| | align=left| Free Democratic Party (FDP) | 100,639 | 4.7 | 0.6 | 0 | 97,438 | 4.5 | 0.7 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Free Voters (FW) | 98,353 | 4.6 | 2.6 | 0 | 72,897 | 3.4 | 1.8 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Die PARTEI (PARTEI) | 12,557 | 0.6 | 0.4 | 0 | 33,618 | 1.6 | 0.9 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Human Environment Animal Protection (Tierschutz) | – | – | 0.0 | – | 33,476 | 1.5 | 0.4 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| National Democratic Party (NPD) | – | – | 0.0 | – | 12,947 | 0.6 | 4.3 | 0 | 0 | ±0 | 0 |- | bgcolor=black| | align=left| Partei für Gesundheitsforschung | – | – | New | – | 11,652 | 0.5 | New | 0 | 0 | New | 0 |- | bgcolor=| | align=left| Blaue #TeamPetry Thüringen | 1,508 | 0.1 | New | 0 | 7,806 | 0.4 | New | 0 | 0 | New | 0 |- | bgcolor=| | align=left| Pirate Party Germany (Piraten) | – | – | 1.6 | – | 6,632 | 0.3 | 0.8 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Ecological Democratic Party (ÖDP) | – | – | | – | 6,000 | 0.3 | 0.3 | 0 | 0 | ±0 | 0 |- | bgcolor=#110077| | align=left| Party of Humanists (Humanisten) | – | – | New | – | 4,305 | 0.2 | New | 0 | 0 | New | 0 |- | | align=left| Dawn of German Patriots – Middle Germany (ADPM) | – | – | New | – | 3,948 | 0.2 | New | 0 | 0 | New | 0 |- | bgcolor=#005488| | align=left| Party of Reason (PDV) | – | – | | – | 2,268 | 0.1 | 0.1 | 0 | 0 | ±0 | 0 |- | bgcolor=#FF0000| | align=left| Communist Party of Germany (KPD) | – | – | | – | 1,951 | 0.1 | 0.1 | 0 | 0 | ±0 | 0 |- | | align=left| Bürgerrechtsbewegung Solidarität (BüSo) | – | – | 0.4 | – | 1,630 | 0.1 | 0.1 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Other | 2,732 | 0.1 | | 0 | – | – | – | – | 0 | ±0 | 0 |- ! colspan=2| Valid votes ! 2,159,850 ! 98.7 ! ! ! 2,166,457 ! 99.0 ! ! ! ! ! |- ! colspan=2| Blank and invalid votes ! 28,636 ! 1.3 ! ! ! 22,029 ! 1.0 ! ! ! ! ! |- ! colspan=2| Total ! 2,188,486 ! 100.0 ! ! 60 ! 2,188,486 ! 100.0 ! ! 59 ! 119 ! 7 ! |- ! colspan=2| Electorate/voter turnout ! 3,288,643 ! 66.5 ! 17.4 ! ! 3,288,643 ! 66.5 ! 17.4 ! ! ! ! |- | colspan=13| Source: Statistisches Landesamt des Freistaates Sachsen |} Members of the state government Saxony is a parliamentary democracy. A Minister President heads the government of Saxony. Michael Kretschmer has been Minister President since 13 December 2017. Federal politics Saxony has 16 constituencies for the Bundestag. Administration Saxony is divided into 10 districts: 1. Bautzen (BZ) 2. Erzgebirgskreis (ERZ) 3. Görlitz (GR) 4. Leipzig (L) 5. Meissen (MEI) (Meissen) 6. Mittelsachsen (FG) 7. Nordsachsen (TDO) 8. Sächsische Schweiz-Osterzgebirge (PIR) 9. Vogtlandkreis (V) 10. Zwickau (Z) In addition, three cities have the status of an urban district (): Chemnitz (C) Dresden (DD) Leipzig (L) Between 1990 and 2008, Saxony was divided into the three regions (Regierungsbezirke) of Chemnitz, Dresden, and Leipzig. After a reform in 2008, these regions – with some alterations of their respective areas – were called Direktionsbezirke. In 2012, the authorities of these regions were merged into one central authority, the . Demographics Population change Saxony is a densely populated state if compared with more rural German states such as Bavaria or Lower Saxony. However, the population has declined over time. The population of Saxony began declining in the 1950s due to emigration, a process which accelerated after the fall of the Berlin Wall in 1989. After bottoming out in 2013,
| 167,289 | 7.7 | 4.6 | 10 | 10 | 8 | 8.4 |- ! colspan=13| |- | bgcolor=| | align=left| Free Democratic Party (FDP) | 100,639 | 4.7 | 0.6 | 0 | 97,438 | 4.5 | 0.7 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Free Voters (FW) | 98,353 | 4.6 | 2.6 | 0 | 72,897 | 3.4 | 1.8 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Die PARTEI (PARTEI) | 12,557 | 0.6 | 0.4 | 0 | 33,618 | 1.6 | 0.9 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Human Environment Animal Protection (Tierschutz) | – | – | 0.0 | – | 33,476 | 1.5 | 0.4 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| National Democratic Party (NPD) | – | – | 0.0 | – | 12,947 | 0.6 | 4.3 | 0 | 0 | ±0 | 0 |- | bgcolor=black| | align=left| Partei für Gesundheitsforschung | – | – | New | – | 11,652 | 0.5 | New | 0 | 0 | New | 0 |- | bgcolor=| | align=left| Blaue #TeamPetry Thüringen | 1,508 | 0.1 | New | 0 | 7,806 | 0.4 | New | 0 | 0 | New | 0 |- | bgcolor=| | align=left| Pirate Party Germany (Piraten) | – | – | 1.6 | – | 6,632 | 0.3 | 0.8 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Ecological Democratic Party (ÖDP) | – | – | | – | 6,000 | 0.3 | 0.3 | 0 | 0 | ±0 | 0 |- | bgcolor=#110077| | align=left| Party of Humanists (Humanisten) | – | – | New | – | 4,305 | 0.2 | New | 0 | 0 | New | 0 |- | | align=left| Dawn of German Patriots – Middle Germany (ADPM) | – | – | New | – | 3,948 | 0.2 | New | 0 | 0 | New | 0 |- | bgcolor=#005488| | align=left| Party of Reason (PDV) | – | – | | – | 2,268 | 0.1 | 0.1 | 0 | 0 | ±0 | 0 |- | bgcolor=#FF0000| | align=left| Communist Party of Germany (KPD) | – | – | | – | 1,951 | 0.1 | 0.1 | 0 | 0 | ±0 | 0 |- | | align=left| Bürgerrechtsbewegung Solidarität (BüSo) | – | – | 0.4 | – | 1,630 | 0.1 | 0.1 | 0 | 0 | ±0 | 0 |- | bgcolor=| | align=left| Other | 2,732 | 0.1 | | 0 | – | – | – | – | 0 | ±0 | 0 |- ! colspan=2| Valid votes ! 2,159,850 ! 98.7 ! ! ! 2,166,457 ! 99.0 ! ! ! ! ! |- ! colspan=2| Blank and invalid votes ! 28,636 ! 1.3 ! ! ! 22,029 ! 1.0 ! ! ! ! ! |- ! colspan=2| Total ! 2,188,486 ! 100.0 ! ! 60 ! 2,188,486 ! 100.0 ! ! 59 ! 119 ! 7 ! |- ! colspan=2| Electorate/voter turnout ! 3,288,643 ! 66.5 ! 17.4 ! ! 3,288,643 ! 66.5 ! 17.4 ! ! ! ! |- | colspan=13| Source: Statistisches Landesamt des Freistaates Sachsen |} Members of the state government Saxony is a parliamentary democracy. A Minister President heads the government of Saxony. Michael Kretschmer has been Minister President since 13 December 2017. Federal politics Saxony has 16 constituencies for the Bundestag. Administration Saxony is divided into 10 districts: 1. Bautzen (BZ) 2. Erzgebirgskreis (ERZ) 3. Görlitz (GR) 4. Leipzig (L) 5. Meissen (MEI) (Meissen) 6. Mittelsachsen (FG) 7. Nordsachsen (TDO) 8. Sächsische Schweiz-Osterzgebirge (PIR) 9. Vogtlandkreis (V) 10. Zwickau (Z) In addition, three cities have the status of an urban district (): Chemnitz (C) Dresden (DD) Leipzig (L) Between 1990 and 2008, Saxony was divided into the three regions (Regierungsbezirke) of Chemnitz, Dresden, and Leipzig. After a reform in 2008, these regions – with some alterations of their respective areas – were called Direktionsbezirke. In 2012, the authorities of these regions were merged into one central authority, the . Demographics Population change Saxony is a densely populated state if compared with more rural German states such as Bavaria or Lower Saxony. However, the population has declined over time. The population of Saxony began declining in the 1950s due to emigration, a process which accelerated after the fall of the Berlin Wall in 1989. After bottoming out in 2013, the population has stabilized due to increased immigration and higher fertility rates. The cities of Leipzig, Dresden and Chemnitz, and the towns of Radebeul and Markkleeberg in their vicinity, have seen their populations increase since 2000. The following tables illustrate the foreign resident populations and the population of Saxony since 1816: Birthrate The average number of children per woman in Saxony was 1.60 in 2018, the fourth-highest rate of all German states. Within Saxony, the highest is the Bautzen district with 1.77, while Leipzig is the lowest with 1.49. Dresden's fertility rate of 1.58 is the highest of all German cities with more than 500,000 inhabitants. Sorbian population Saxony is home to the Sorbs. There are currently between 45,000 and 60,000 Sorbs living in Saxony (Upper Lusatia region). Today's Sorb minority is the remainder of the Slavic population that settled throughout Saxony in the early Middle Ages and over time slowly assimilated into the German speaking society. Many geographic names in Saxony are of Sorbic origin (including the three largest cities Chemnitz, Dresden and Leipzig). The Sorbic language and culture are protected by special laws and cities and villages in eastern Saxony that are inhabited by a significant number of Sorbian inhabitants have bilingual street signs and administrative offices provide service in both, German and Sorbian. The Sorbs enjoy cultural self-administration which is exercised through the Domowina. Former Minister President Stanislaw Tillich is of Sorbian ancestry and has been the first leader of a German state from a national minority. Religion As of 2011, the Evangelical Church in Germany represented the largest Christian denomination in the state, adhered to by 21.4% of the population. Members of the Roman Catholic Church formed a minority of 3.8%. About 0.9% of the Saxons belonged to an Evangelical free church (Evangelische Freikirche, i.e. various Protestants outside the EKD), 0.3% to Orthodox churches and 1% to other religious communities, while 72.6% did not belong to any public-law religious society. The Moravian Church (see above) still maintains its religious centre in Herrnhut and it is there where 'The Daily Watchwords' (Losungen) are selected each year which are in use in many churches worldwide. In particular in the larger cities, there are numerous smaller religious communities. The international Church of Jesus Christ of Latter-day Saints has a presence in the Freiberg Germany Temple which was the first of its kind in Germany, opened in 1985 even before its counterpart in Western Germany. It now also serves as a religious center for the church members in Poland, the Czech Republic, Slovakia, and Hungary. In Leipzig, there is a significant Buddhist community, which mainly caters to the population of Vietnamese origin, with one Buddhist temple built in 2008 and another one currently under construction. The Sikh faith also maintains a presence in Saxony's three largest cities with three (though small) Gurdwara. Economy The Gross domestic product (GDP) of the state was 124.6 billion euros in 2018, accounting for 3.7% of German economic output. GDP per capita adjusted for purchasing power was 28,100 euros or 93% of the EU27 average in the same year. The GDP per employee was 85% of the EU average. The GDP per capita was the highest of the states of the former GDR. Saxony has a 'very high' Human Development Index value of 0.930 (2018), which is at the same level as Denmark. Within Germany Saxony is ranked 9th. Saxony has, after Saxony Anhalt, the most vibrant economy of the states of the former East Germany (GDR). Its economy grew by 1.9% in 2010. Nonetheless, unemployment remains above the German average. The eastern part of Germany, excluding Berlin, qualifies as an "Objective 1" development-region within the European Union, and was eligible to receive investment subsidies up to 30% until 2013. FutureSAX, a business plan competition and entrepreneurial support organisation, has been in operation since 2002. Microchip-makers near Dresden have given the region the nickname "Silicon Saxony". The publishing and porcelain industries of the region are well known, although their contributions to the regional economy are no longer significant. Today, the automobile industry, machinery production, and services mainly contribute to the economic development of the region. Saxony reported an average unemployment of 5.5% in 2019. The Leipzig area, which until recently was among the regions with the highest unemployment rate, could benefit greatly from investments by Porsche and BMW. With the VW Phaeton factory in Dresden, and many parts suppliers, the automobile industry has again become one of the pillars of Saxon industry, as it was in the early 20th century. Zwickau is another major Volkswagen location. Freiberg, a former mining town, has emerged as a foremost location for solar technology. Dresden and some other regions of Saxony play a leading role in some areas of international biotechnology, such as electronic bioengineering. While these high-technology sectors do not yet offer a large number of jobs, they have stopped or even reversed the brain drain that was occurring until the early 2000s in many parts of Saxony. Regional universities have strengthened their positions by partnering with local industries. Glashütte is the birthplace of the German watchmaking industry and home to highly regarded watch manufacturers such as A. Lange & Söhne and Glashütte Original. International trade Saxony is a strongly export-oriented economy. In 2018, exports amounted to 40.48 billion euros while imports stood at 24.41 billion euros. The largest export partner of Saxony is China with an amount of 6.72 billion euros, while the second largest export market are the United States with 3.59 billion. The largest exporting sectors are the automobile industry and mechanical engineering. Tourism Saxony is a renowned tourist destination in Germany. The cities of Dresden and Leipzig are two of Germany's most visited cities. Areas along the border with the Czech Republic, such as the Lusatian Mountains, Ore Mountains, Saxon Switzerland, and Vogtland, attract significant numbers of visitors. In addition, Saxony has well-preserved historic towns such as Görlitz, Bautzen, Freiberg, Pirna, Meissen and Stolpen as well as numerous castles and palaces. New tourist destinations are developing, notably in the Lusatian Lake District. Education Saxony's school system belongs to the most excelling ones in Germany. It has been ranked first in the German school assessment (Bildungsmonitor) for several years. Saxony has four large universities, six Fachhochschulen (Universities of Applied Sciences) and six art schools. The Dresden University of Technology (TU Dresden), founded in 1828, is one of Germany's oldest universities. With 36,066 students as of 2010, it is the largest university in Saxony and one of the ten largest universities in Germany. It is a member of TU9, a consortium of nine leading German Institutes of Technology. Leipzig University is one of the oldest universities in the world and the second-oldest university (by consecutive years of existence) in Germany, founded in 1409. Famous alumni include Leibniz, Goethe, Ranke, Nietzsche, Wagner, Cai Yuanpei, Angela Merkel, Raila Odinga, Tycho Brahe, and nine Nobel laureates are associated with this university. With over 11,000 students, the Chemnitz University of Technology is the third largest university in Saxony. Established in 1765, the Freiberg University of Mining and Technology, located in the former mining town of Freiberg, is the oldest university of mining and metallurgy in the world. Saxony is home to several Max Planck Institutes and research institutions of the Fraunhofer Society. One of the two main campuses of the German National Library is located in Leipzig. Culture Saxony is part of Central Germany as a cultural area. As such, throughout German history it played an important role in shaping German culture. Languages The most common patois spoken in Saxony are combined in the group of "Thuringian and Upper Saxon dialects". Due to the inexact use of the term "Saxon dialects" in colloquial language, the Upper Saxon attribute has been added to distinguish it from Old Saxon and Low Saxon. Other German dialects spoken in Saxony are the dialects of the Erzgebirge (Ore Mountains), which have been affected by Upper Saxon dialects, and the dialects of the Vogtland, which are more affected by the East Franconian languages. Upper Sorbian (a West Slavic language) is spoken in the parts of Upper Lusatia that are inhabited by the Sorbian minority. The Germans in Upper Lusatia speak distinct dialects of their own (Lusatian dialects). Motherland of the Reformation Saxony is often seen as the motherland of the Reformation. It was predominantly Lutheran Protestant from the Reformation until the late 20th century. The Electoral Saxony, a predecessor of today's Saxony, was the original birthplace of the Reformation. The elector was Lutheran starting in 1525. The Lutheran church was organized through the late 1510s and the early 1520s. It was officially established in 1527 by John the Steadfast. Although some of the sites associated with Martin Luther also lie in the current state of Saxony-Anhalt (including Wittenberg, Eisleben and Mansfeld), today's Saxony is usually viewed as the formal successor to what used to be Luther's country back in the 16th century (i.e. the Electoral Saxony). Martin Luther personally oversaw the Lutheran church in Saxony and shaped it consistently with his own views and ideas. The 16th, 17th and 18th centuries were heavily dominated by Lutheran orthodoxy. In addition, the Reformed faith made inroads with the so-called crypto Calvinists, but was strongly persecuted in an overwhelmingly Lutheran state. In the 17th century, Pietism became an important influence. In the 18th century, the Moravian Church was set up on Count von Zinzendorf's property at Herrnhut. From 1525, the rulers were traditionally Lutheran and widely acknowledged as defenders of the Protestant faith, although – beginning with Augustus II the Strong, who was required to convert to Roman Catholicism in 1697 in order to become King of Poland – its monarchs were exclusively Roman Catholic. That meant Augustus and the subsequent Electors of Saxony, who were Roman Catholic, ruled over a state with an almost entirely Protestant population. In 1925, 90.3% of the Saxon population was Protestant, 3.6% was Roman Catholic, 0.4% was Jewish and 5.7% was placed in other religious categories. After World War II, Saxony was incorporated into East Germany which pursued a policy of state atheism. After 45 years of Communist rule, the majority of the population has become unaffiliated. Nonetheless, even during this time Saxony remained an important place of religious dialogue and it was at Meissen where the agreement on mutual recognition between the German Evangelical Church and the Church of England was signed in 1988. Sports In 2020, there were 4,447 registered sports clubs of various disciplines with over 600,000 members in Saxony. The most popular sport in Saxony is football. With RB Leipzig there is one Saxon team playing in the Bundesliga as well as the European Champions League. Leipzig is notable for a longstanding football tradition, a Leipzig team having been the first national football champion in German history. Another popular sport is handball with several Bundesliga teams from Saxony. On a local level sports such as table tennis, cycling, mountaineering and volleyball are popular. Rock climbing Saxony prides itself to have been one of the first places in the world where modern recreational rock climbing was developed. Falkenstein rock in the area of Bad Schandau is considered to be the place were the German rock climbing tradition started in 1864. Winter sports The Ore Mountains in southern Saxony are traditionally a region of winter sports. The ski ressort of Oberwiesenthal is the highest town of Germany, at an altitude of 900 m, though the surrounding mountains do not reach the same height as in the alpine areas of Southern Germany. Thus, climate change is posing a certain threat to the development of winter sports business. There are a number of training facilities for the German Winter Olympics' team in the region. Art The two major cultural centers of Saxony are Dresden and Leipzig. The two cities have each a unique character which is reflecting the role they played throughout Saxon and German history, Dresden being a political center while Leipzig has been a major trading city. Thus, Dresden is well known for the art collections of the former Saxon kings (Dresden State Art Collections with the Green Vault and Zwinger as the most well-known parts). Leipzig on the other hand never had a royal court, so its culture is borne largely by its citizens.
Important pockets of the language also exist in the Highlands (5.4%) and in Argyll and Bute (4.0%) and Inverness (4.9%). The locality with the largest absolute number is Glasgow with 5,878 such persons, who make up over 10% of all of Scotland's Gaelic speakers. Gaelic continues to decline in its traditional heartland. Between 2001 and 2011, the absolute number of Gaelic speakers fell sharply in the Western Isles (−1,745), Argyll & Bute (−694), and Highland (−634). The drop in Stornoway, the largest parish in the Western Isles by population, was especially acute, from 57.5% of the population in 1991 to 43.4% in 2011. The only parish outside the Western Isles over 40% Gaelic-speaking is Kilmuir in Northern Skye at 46%. The islands in the Inner Hebrides with significant percentages of Gaelic speakers are Tiree (38.3%), Raasay (30.4%), Skye (29.4%), Lismore (26.9%), Colonsay (20.2%), and Islay (19.0%). As a result of continued decline in the traditional Gaelic heartlands, today no civil parish in Scotland has a proportion of Gaelic speakers greater than 65% (the highest value is in Barvas, Lewis, with 64.1%). In addition, no civil parish on mainland Scotland has a proportion of Gaelic speakers greater than 20% (the highest value is in Ardnamurchan, Highland, with 19.3%). Out of a total of 871 civil parishes in Scotland, the proportion of Gaelic speakers exceeds 50% in 7 parishes, exceeds 25% in 14 parishes, and exceeds 10% in 35 parishes. Decline in traditional areas has recently been balanced by growth in the Scottish Lowlands. Between the 2001 and 2011 censuses, the number of Gaelic speakers rose in nineteen of the country's 32 council areas. The largest absolute gains were in Aberdeenshire (+526), North Lanarkshire (+305), Aberdeen City (+216), and East Ayrshire (+208). The largest relative gains were in Aberdeenshire (+0.19%), East Ayrshire (+0.18%), Moray (+0.16%), and Orkney (+0.13%). In 2018, the census of pupils in Scotland showed 520 students in publicly funded schools had Gaelic as the main language at home, an increase of 5% from 497 in 2014. During the same period, Gaelic medium education in Scotland has grown, with 4,343 pupils (6.3 per 1000) being educated in a Gaelic-immersion environment in 2018, up from 3,583 pupils (5.3 per 1000) in 2014. Data collected in 2007–2008 indicated that even among pupils enrolled in Gaelic medium schools, 81% of primary students and 74% of secondary students report using English more often than Gaelic when speaking with their mothers at home. The effect on this of the significant increase in pupils in Gaelic medium education since that time is unknown. Usage Official Scotland Scottish Parliament Gaelic has long suffered from its lack of use in educational and administrative contexts and was long suppressed. The UK government has ratified the European Charter for Regional or Minority Languages in respect of Gaelic. Gaelic, along with Irish and Welsh, is designated under Part III of the Charter, which requires the UK Government to take a range of concrete measures in the fields of education, justice, public administration, broadcasting and culture. It has not received the same degree of official recognition from the UK Government as Welsh. With the advent of devolution, however, Scottish matters have begun to receive greater attention, and it achieved a degree of official recognition when the Gaelic Language (Scotland) Act was enacted by the Scottish Parliament on 21 April 2005. The key provisions of the Act are: Establishing the Gaelic development body, (BnG), on a statutory basis with a view to securing the status of the Gaelic language as an official language of Scotland commanding equal respect to the English language and to promote the use and understanding of Gaelic. Requiring BnG to prepare a National Gaelic Language Plan every five years for approval by Scottish Ministers. Requiring BnG to produce guidance on Gaelic medium education and Gaelic as a subject for education authorities. Requiring public bodies in Scotland, both Scottish public bodies and cross-border public bodies insofar as they carry out devolved functions, to develop Gaelic language plans in relation to the services they offer, if requested to do so by BnG. Following a consultation period, in which the government received many submissions, the majority of which asked that the bill be strengthened, a revised bill was published; the main alteration was that the guidance of the is now statutory (rather than advisory). In the committee stages in the Scottish Parliament, there was much debate over whether Gaelic should be given 'equal validity' with English. Due to executive concerns about resourcing implications if this wording was used, the Education Committee settled on the concept of 'equal respect'. It is not clear what the legal force of this wording is. The Act was passed by the Scottish Parliament unanimously, with support from all sectors of the Scottish political spectrum, on 21 April 2005. Under the provisions of the Act, it will ultimately fall to BnG to secure the status of the Gaelic language as an official language of Scotland. Some commentators, such as (2006) argue that the Gaelic Act falls so far short of the status accorded to Welsh that one would be foolish or naïve to believe that any substantial change will occur in the fortunes of the language as a result of 's efforts. On 10 December 2008, to celebrate the 60th anniversary of the Universal Declaration of Human Rights, the Scottish Human Rights Commission had the UDHR translated into Gaelic for the first time. However, given there are no longer any monolingual Gaelic speakers, following an appeal in the court case of Taylor v Haughney (1982), involving the status of Gaelic in judicial proceedings, the High Court ruled against a general right to use Gaelic in court proceedings. Qualifications in the language The Scottish Qualifications Authority offer two streams of Gaelic examination across all levels of the syllabus: Gaelic for learners (equivalent to the modern foreign languages syllabus) and Gaelic for native speakers (equivalent to the English syllabus). performs assessment of spoken Gaelic, resulting in the issue of a Bronze Card, Silver Card or Gold Card. Syllabus details are available on An Comunn's website. These are not widely recognised as qualifications, but are required for those taking part in certain competitions at the annual . European Union In October 2009, a new agreement allowed Scottish Gaelic to be formally used between Scottish Government ministers and European Union officials. The deal was signed by Britain's representative to the EU, Sir Kim Darroch, and the Scottish government. This did not give Scottish Gaelic official status in the EU but gave it the right to be a means of formal communications in the EU's institutions. The Scottish government had to pay for the translation from Gaelic to other European languages. The deal was received positively in Scotland; Secretary of State for Scotland Jim Murphy said the move was a strong sign of the UK government's support for Gaelic. He said; "Allowing Gaelic speakers to communicate with European institutions in their mother tongue is a progressive step forward and one which should be welcomed". Culture Minister Mike Russell said; "this is a significant step forward for the recognition of Gaelic both at home and abroad and I look forward to addressing the council in Gaelic very soon. Seeing Gaelic spoken in such a forum raises the profile of the language as we drive forward our commitment to creating a new generation of Gaelic speakers in Scotland." Signage Bilingual road signs, street names, business and advertisement signage (in both Gaelic and English) are gradually being introduced throughout Gaelic-speaking regions in the Highlands and Islands, including Argyll. In many cases, this has simply meant re-adopting the traditional spelling of a name (such as or rather than the anglicised forms Ratagan or Lochailort respectively). Some monolingual Gaelic road signs, particularly direction signs, are used on the Outer Hebrides, where a majority of the population can have a working knowledge of the language. These omit the English translation entirely. Bilingual railway station signs are now more frequent than they used to be. Practically all the stations in the Highland area use both English and Gaelic, and the spread of bilingual station signs is becoming ever more frequent in the Lowlands of Scotland, including areas where Gaelic has not been spoken for a long time. This has been welcomed by many supporters of the language as a means of raising its profile as well as securing its future as a 'living language' (i.e. allowing people to use it to navigate from A to B in place of English) and creating a sense of place. However, in some places, such as Caithness, the Highland Council's intention to introduce bilingual signage has incited controversy. The Ordnance Survey has acted in recent years to correct many of the mistakes that appear on maps. They announced in 2004 that they intended to correct them and set up a committee to determine the correct forms of Gaelic place names for their maps. Ainmean-Àite na h-Alba ("Place names in Scotland") is the national advisory partnership for Gaelic place names in Scotland. Canada In the nineteenth century, Canadian Gaelic was the third-most widely spoken European language in British North America and Gaelic-speaking immigrant communities could be found throughout what is modern-day Canada. Gaelic poets in Canada produced a significant literary tradition. The number of Gaelic-speaking individuals and communities declined sharply, however, after the First World War. Nova Scotia At the start of the 21st century, it was estimated that no more than 500 people in Nova Scotia still spoke Scottish Gaelic as a first language. In the 2011 census, 300 people claimed to have Gaelic as their first language (a figure that may include Irish Gaelic). In the same 2011 census, 1,275 people claimed to speak Gaelic, a figure that not only included all Gaelic languages but also those people who are not first language speakers, of whom 300 claim to have Gaelic as their "mother tongue." The Nova Scotia government maintains the Office of Gaelic Affairs (), which is dedicated to the development of Scottish Gaelic language, culture and tourism in Nova Scotia, and which estimates about 2,000 total Gaelic speakers to be in the province. As in Scotland, areas of North-Eastern Nova Scotia and Cape Breton have bilingual street signs. Nova Scotia also has (The Gaelic Council of Nova Scotia), a non-profit society dedicated to the maintenance and promotion of the Gaelic language and culture in Maritime Canada. In 2018, the Nova Scotia government launched a new Gaelic vehicle license plate to raise awareness of the language and help fund Gaelic language and culture initiatives. In September 2021, the first Gaelic-medium primary school outside of Scotland, named , opened in Mabou, Nova Scotia. Outside Nova Scotia Maxville Public School in Maxville, Glengarry, Ontario, offers Scottish Gaelic lessons weekly. In Prince Edward Island, the Colonel Gray High School now offers both an introductory and an advanced course in Gaelic; both language and history are taught in these classes. This is the first recorded time that Gaelic has ever been taught as an official course on Prince Edward Island. The province of British Columbia is host to the (The Gaelic Society of Vancouver), the Vancouver Gaelic Choir, the Victoria Gaelic Choir, as well as the annual Gaelic festival Vancouver. The city of Vancouver's Scottish Cultural Centre also holds seasonal Scottish Gaelic evening classes. Media The BBC operates a Gaelic-language radio station as well as a television channel, . Launched on 19 September 2008, BBC Alba is widely available in the UK (on Freeview, Freesat, Sky and Virgin Media). It also broadcasts across Europe on the Astra 2 satellites. The channel is being operated in partnership between BBC Scotland and – an organisation funded by the Scottish Government, which works to promote the Gaelic language in broadcasting. The ITV franchise in central Scotland, STV Central, produces a number of Scottish Gaelic programmes for both BBC Alba and its own main channel. Until BBC Alba was broadcast on Freeview, viewers were able to receive the channel , which broadcast for an hour every evening. Upon BBC Alba's launch on Freeview, it took the channel number that was previously assigned to TeleG. There are also television programmes in the language on other BBC channels and on the independent commercial channels, usually subtitled in English. The ITV franchise in the north of Scotland, STV North (formerly Grampian Television) produces some non-news programming in Scottish Gaelic. Education Scotland The Education (Scotland) Act 1872, which completely ignored Gaelic and led to generations of Gaels being forbidden to speak their native language in the classroom is now recognised as having dealt a major blow to the language. People still living in 2001 could recall being beaten for speaking Gaelic in school. Even later, when these attitudes had changed, little provision was made for Gaelic medium education in Scottish schools. As late as 1958, even in Highland schools, only 20% of primary students were taught Gaelic as a subject, and only 5% were taught other subjects through the Gaelic language. Gaelic-medium playgroups for young children began to appear in Scotland during the late 1970s and early 1980s. Parent enthusiasm may have been a factor in the "establishment of the first Gaelic medium primary school units in Glasgow and Inverness in 1985". The first modern solely Gaelic-medium secondary school, ("Glasgow Gaelic School"), was opened at Woodside in Glasgow in 2006 (61 partially Gaelic-medium primary schools and approximately a dozen Gaelic-medium secondary schools also exist). According to , a total of 2,092 primary pupils were enrolled in Gaelic-medium primary education in 2008–09, as opposed to 24 in 1985. The Columba Initiative, also known as (formerly ), is a body that seeks to promote links between speakers of Scottish Gaelic and Irish. In November 2019, the language-learning app Duolingo opened a beta course in Gaelic. Starting from summer 2020, children starting school in the Western Isles will be enrolled in GME (Gaelic-medium education) unless parents request differently. Children will be taught Scottish Gaelic from P1 to P4 and then English will be introduced to give them a bilingual education. Canada In May 2004, the Nova Scotia government announced the funding of an initiative to support the language and its culture within the province. Several public schools in Northeastern Nova Scotia and Cape Breton offer Gaelic classes as part of the high-school curriculum. Maxville Public School in Maxville, Glengarry, Ontario, offers Scottish Gaelic lessons weekly. In Prince Edward Island, the Colonel Gray High School offer an introductory and an advanced course in Scottish Gaelic. Higher and further education A number of Scottish and some Irish universities offer full-time degrees including a Gaelic language element, usually graduating as Celtic Studies. In Nova Scotia, Canada, St. Francis Xavier University, the Gaelic College of Celtic Arts and Crafts and Cape Breton University (formerly known as the "University College of Cape Breton") offer Celtic Studies degrees and/or Gaelic language programs. The government's Office of Gaelic Affairs offers lunch-time lessons to public servants in Halifax. In Russia the Moscow State University offers Gaelic language, history and culture courses. The University of the Highlands and Islands offers a range of Gaelic language, history and culture courses at the National Certificate, Higher National Diploma, Bachelor of Arts (ordinary), Bachelor of Arts (Honours) and Master of Science levels. It offers opportunities for postgraduate research through the medium of Gaelic. Residential courses at on the Isle of Skye offer adults the chance to become fluent in Gaelic in one year. Many continue to complete degrees, or to follow up as distance learners. A number of other colleges offer a one-year certificate course, which is also available online (pending accreditation). Lews Castle College's Benbecula campus offers an independent 1-year course in Gaelic and Traditional Music (FE, SQF level 5/6). Church In the Western Isles, the isles of Lewis, Harris and North Uist have a Presbyterian majority (largely Church of Scotland – in Gaelic, Free Church of Scotland and Free Presbyterian Church of Scotland). The isles of South Uist and Barra have a Catholic majority. All these churches have Gaelic-speaking congregations throughout the Western Isles. Notable city congregations with regular services in Gaelic are St Columba's Church, Glasgow and Greyfriars Tolbooth & Highland Kirk, Edinburgh. —a shorter Gaelic version of the English-language Book of Common Order—was published in 1996 by the Church of Scotland. The widespread use of English in worship has often been suggested as one of the historic reasons for the decline of Gaelic. The Church of Scotland is supportive today, but has a shortage of Gaelic-speaking ministers. The Free Church also recently announced plans to abolish Gaelic-language communion services, citing both a lack of ministers and a desire to have their congregations united at communion time. Literature From the sixth century to the present day, Scottish Gaelic has been used as the language of literature. Two prominent writers of the twentieth century are Anne Frater and Sorley Maclean. Names Personal names Gaelic has its own version of European-wide names which also have English forms, for example: (John), (Alexander), (William), (Catherine), (Robert), (Christina), (Ann), (Mary), (James), (Patrick) and (Thomas). Not all traditional Gaelic names have direct equivalents in English: , which is normally rendered as Euphemia (Effie) or Henrietta (Etta) (formerly also as Henny or even as Harriet), or, , which is "matched" with Dorothy, simply on the basis of a certain similarity in spelling. Many of these traditional Gaelic-only names are now regarded as old-fashioned, and hence are rarely or never used. Some names have come into Gaelic from Old Norse; for example, ( < ), (< ), or (< ), (< ), (). These are conventionally rendered in English as Sorley (or, historically, Somerled), Norman, Ronald or Ranald, Torquil and Iver (or Evander). Some Scottish names are Anglicized forms of Gaelic names: → (Angus), → (Donald), for instance. , and the recently established (pronounced ) come from the Gaelic for, respectively, James, and Mary, but derive from the form of the names as they appear in the vocative case: (James) (nom.) → (voc.) and (Mary) (nom.) → (voc.). Surnames The most common class of Gaelic surnames are those beginning with (Gaelic for "son"), such as / (MacLean). The female form is (Gaelic for "daughter"), so Catherine MacPhee is properly called in Gaelic, (strictly, is a contraction of the Gaelic phrase , meaning "daughter of the son", thus really means "daughter of MacDonald" rather than "daughter of Donald"). The "of" part actually comes from the genitive form of the patronymic that follows the prefix; in the case of , ("of Donald") is the genitive form of ("Donald"). Several colours give rise to common Scottish surnames: (Bain – white), (Roy – red), (Dow, Duff – black), (Dunn – brown), (Bowie – yellow) although in Gaelic these occur as part of a fuller form such as 'son of the servant of', i.e. . Phonology Most varieties of Gaelic show either 8 or 9 vowel qualities () in their inventory of vowel phonemes, which can be either long or short. There are also two reduced vowels () which only occur short. Although some vowels are strongly nasal, instances of distinctive nasality are rare. There are about nine diphthongs and a few triphthongs. Most consonants have both palatal and non-palatal counterparts, including a very rich system of liquids, nasals and trills (i.e. 3 contrasting "l" sounds, 3 contrasting "n" sounds and 3 contrasting "r" sounds). The historically voiced stops have lost their voicing, so the phonemic contrast today is between unaspirated and aspirated . In many dialects, these stops may however gain voicing through secondary articulation through a preceding nasal, for examples "door" but "the door" as or .
dozen Gaelic-medium secondary schools also exist). According to , a total of 2,092 primary pupils were enrolled in Gaelic-medium primary education in 2008–09, as opposed to 24 in 1985. The Columba Initiative, also known as (formerly ), is a body that seeks to promote links between speakers of Scottish Gaelic and Irish. In November 2019, the language-learning app Duolingo opened a beta course in Gaelic. Starting from summer 2020, children starting school in the Western Isles will be enrolled in GME (Gaelic-medium education) unless parents request differently. Children will be taught Scottish Gaelic from P1 to P4 and then English will be introduced to give them a bilingual education. Canada In May 2004, the Nova Scotia government announced the funding of an initiative to support the language and its culture within the province. Several public schools in Northeastern Nova Scotia and Cape Breton offer Gaelic classes as part of the high-school curriculum. Maxville Public School in Maxville, Glengarry, Ontario, offers Scottish Gaelic lessons weekly. In Prince Edward Island, the Colonel Gray High School offer an introductory and an advanced course in Scottish Gaelic. Higher and further education A number of Scottish and some Irish universities offer full-time degrees including a Gaelic language element, usually graduating as Celtic Studies. In Nova Scotia, Canada, St. Francis Xavier University, the Gaelic College of Celtic Arts and Crafts and Cape Breton University (formerly known as the "University College of Cape Breton") offer Celtic Studies degrees and/or Gaelic language programs. The government's Office of Gaelic Affairs offers lunch-time lessons to public servants in Halifax. In Russia the Moscow State University offers Gaelic language, history and culture courses. The University of the Highlands and Islands offers a range of Gaelic language, history and culture courses at the National Certificate, Higher National Diploma, Bachelor of Arts (ordinary), Bachelor of Arts (Honours) and Master of Science levels. It offers opportunities for postgraduate research through the medium of Gaelic. Residential courses at on the Isle of Skye offer adults the chance to become fluent in Gaelic in one year. Many continue to complete degrees, or to follow up as distance learners. A number of other colleges offer a one-year certificate course, which is also available online (pending accreditation). Lews Castle College's Benbecula campus offers an independent 1-year course in Gaelic and Traditional Music (FE, SQF level 5/6). Church In the Western Isles, the isles of Lewis, Harris and North Uist have a Presbyterian majority (largely Church of Scotland – in Gaelic, Free Church of Scotland and Free Presbyterian Church of Scotland). The isles of South Uist and Barra have a Catholic majority. All these churches have Gaelic-speaking congregations throughout the Western Isles. Notable city congregations with regular services in Gaelic are St Columba's Church, Glasgow and Greyfriars Tolbooth & Highland Kirk, Edinburgh. —a shorter Gaelic version of the English-language Book of Common Order—was published in 1996 by the Church of Scotland. The widespread use of English in worship has often been suggested as one of the historic reasons for the decline of Gaelic. The Church of Scotland is supportive today, but has a shortage of Gaelic-speaking ministers. The Free Church also recently announced plans to abolish Gaelic-language communion services, citing both a lack of ministers and a desire to have their congregations united at communion time. Literature From the sixth century to the present day, Scottish Gaelic has been used as the language of literature. Two prominent writers of the twentieth century are Anne Frater and Sorley Maclean. Names Personal names Gaelic has its own version of European-wide names which also have English forms, for example: (John), (Alexander), (William), (Catherine), (Robert), (Christina), (Ann), (Mary), (James), (Patrick) and (Thomas). Not all traditional Gaelic names have direct equivalents in English: , which is normally rendered as Euphemia (Effie) or Henrietta (Etta) (formerly also as Henny or even as Harriet), or, , which is "matched" with Dorothy, simply on the basis of a certain similarity in spelling. Many of these traditional Gaelic-only names are now regarded as old-fashioned, and hence are rarely or never used. Some names have come into Gaelic from Old Norse; for example, ( < ), (< ), or (< ), (< ), (). These are conventionally rendered in English as Sorley (or, historically, Somerled), Norman, Ronald or Ranald, Torquil and Iver (or Evander). Some Scottish names are Anglicized forms of Gaelic names: → (Angus), → (Donald), for instance. , and the recently established (pronounced ) come from the Gaelic for, respectively, James, and Mary, but derive from the form of the names as they appear in the vocative case: (James) (nom.) → (voc.) and (Mary) (nom.) → (voc.). Surnames The most common class of Gaelic surnames are those beginning with (Gaelic for "son"), such as / (MacLean). The female form is (Gaelic for "daughter"), so Catherine MacPhee is properly called in Gaelic, (strictly, is a contraction of the Gaelic phrase , meaning "daughter of the son", thus really means "daughter of MacDonald" rather than "daughter of Donald"). The "of" part actually comes from the genitive form of the patronymic that follows the prefix; in the case of , ("of Donald") is the genitive form of ("Donald"). Several colours give rise to common Scottish surnames: (Bain – white), (Roy – red), (Dow, Duff – black), (Dunn – brown), (Bowie – yellow) although in Gaelic these occur as part of a fuller form such as 'son of the servant of', i.e. . Phonology Most varieties of Gaelic show either 8 or 9 vowel qualities () in their inventory of vowel phonemes, which can be either long or short. There are also two reduced vowels () which only occur short. Although some vowels are strongly nasal, instances of distinctive nasality are rare. There are about nine diphthongs and a few triphthongs. Most consonants have both palatal and non-palatal counterparts, including a very rich system of liquids, nasals and trills (i.e. 3 contrasting "l" sounds, 3 contrasting "n" sounds and 3 contrasting "r" sounds). The historically voiced stops have lost their voicing, so the phonemic contrast today is between unaspirated and aspirated . In many dialects, these stops may however gain voicing through secondary articulation through a preceding nasal, for examples "door" but "the door" as or . In some fixed phrases, these changes are shown permanently, as the link with the base words has been lost, as in "now", from "this time/period". In medial and final position, the aspirated stops are preaspirated rather than aspirated. Grammar Scottish Gaelic is an Indo-European language with an inflecting morphology, verb–subject–object word order and two grammatical genders. Noun inflection Gaelic nouns inflect for four cases (nominative/accusative, vocative, genitive and dative) and three numbers (singular, dual and plural). They are also normally classed as either masculine or feminine. A small number of words that used to belong to the neuter class show some degree of gender confusion. For example, in some dialects "the sea" behaves as a masculine noun in the nominative case, but as a feminine noun in the genitive (). Nouns are marked for case in a number of ways, most commonly involving various combinations of lenition, palatalisation and suffixation. Verb inflection There are 12 irregular verbs. Most other verbs follow a fully predictable paradigm, although polysyllabic verbs ending in laterals can deviate from this paradigm as they show syncopation. There are: Three persons: 1st, 2nd and 3rd Two numbers: singular and plural Two voices: traditionally called active and passive, but actually personal and impersonal Three non-composed combined TAM forms expressing tense, aspect and mood, i.e. non-past (future-habitual), conditional (future of the past), and past (preterite); several composed TAM forms, such as pluperfect, future perfect, present perfect, present continuous, past continuous, conditional perfect, etc. Two verbs, , used to attribute a notionally temporary state, action, or quality to the subject, and (a defective verb that has only two forms), used to show a notional permanent identity or quality, have non-composed present and non-past tense forms: () [perfective present], / [imperfective non-past] and all other especeted verb forms, though the verb adjective ("past participle") is lacking; () , past and conditional. Four moods: independent (used in affirmative main clause verbs), relative (used in verbs in affirmative relative clauses), dependent (used in subordinate clauses, anti-affirmative relative clauses, and anti-affirmative main clauses), and subjunctive. Word order Word order is strictly verb–subject–object, including questions, negative questions and negatives. Only a restricted set of preverb particles may occur before the verb. Lexicon The majority of the vocabulary of Scottish Gaelic is native Celtic. There are a large number of borrowings from Latin (, from ), Norse ( from , from ), French ( from ) and Scots (, ). There are also many Brythonic influences on Scottish Gaelic. Scottish Gaelic contains a number of apparently P-Celtic loanwords, but it is not always possible to disentangle P and Q Celtic words. However, some common words such as = Welsh , Cumbric are clearly of P-Celtic origin. In common with other Indo-European languages, the neologisms coined for modern concepts are typically based on Greek or Latin, although often coming through English; television, for instance, becomes and computer becomes . Some speakers use an English word even if there is a Gaelic equivalent, applying the rules of Gaelic grammar. With verbs, for instance, they will simply add the verbal suffix (, or, in Lewis, , as in, " watch (Lewis, "watch ") telly" (I am watching the television), instead of "". This phenomenon was described over 170 years ago, by the minister who compiled the account covering the parish of Stornoway in the New Statistical Account of Scotland, and examples can be found dating to the eighteenth century. However, as Gaelic medium education grows in popularity, a newer generation of literate Gaels is becoming more familiar with modern Gaelic vocabulary. Loanwords into other languages Scottish Gaelic has also influenced the Scots language and English, particularly Scottish Standard English. Loanwords include: whisky, slogan, brogue, jilt, clan, trousers, gob, as well as familiar elements of Scottish geography like ben (), glen () and . Irish has also influenced Lowland Scots and English in Scotland, but it is not always easy to distinguish its influence from that of Scottish Gaelic. Writing system Alphabet The modern Scottish Gaelic alphabet has 18 letters: A, B, C, D, E, F, G, H, I, L, M, N, O, P, R, S, T, U. The letter , now mostly used to indicate lenition (historically sometimes inaccurately called aspiration) of a consonant, was in general not used in the oldest orthography, as lenition was instead indicated with a dot over the lenited consonant. The letters of the alphabet were traditionally named after trees, but this custom has fallen out of use. Long vowels are marked with a grave accent (), indicated through digraphs (e.g. is ) or conditioned by certain consonant environments (e.g. a preceding a non-intervocalic is ). Traditional spelling systems also use the acute accent on the letters , and to denote a change in vowel quality rather than length, but the reformed spellings have replaced these with the grave. Certain 18th century sources used only an acute accent along the lines of Irish, such as in the writings of Alasdair mac Mhaighstir Alasdair (1741–51) and the earliest editions (1768–90) of Duncan Ban MacIntyre. Orthography The 1767 New Testament set the standard for Scottish Gaelic. The 1981 Scottish Examination Board recommendations for Scottish Gaelic, the Gaelic Orthographic Conventions, were adopted by most publishers and agencies, although
BC, Seleucus took control over eastern Anatolia and northern Syria. In the latter area, he founded a new capital at Antioch on the Orontes, a city he named after his father. An alternative capital was established at Seleucia on the Tigris, north of Babylon. Seleucus's empire reached its greatest extent following his defeat of his erstwhile ally, Lysimachus, at Corupedion in 281 BC, after which Seleucus expanded his control to encompass western Anatolia. He hoped further to take control of Lysimachus's lands in Europe – primarily Thrace and even Macedonia itself, but was assassinated by Ptolemy Ceraunus on landing in Europe. His son and successor, Antiochus I Soter, was left with an enormous realm consisting of nearly all of the Asian portions of the Empire, but faced with Antigonus II Gonatas in Macedonia and Ptolemy II Philadelphus in Egypt, he proved unable to pick up where his father had left off in conquering the European portions of Alexander's empire. Breakup of Central Asian territories Antiochus I (reigned 281–261 BC) and his son and successor Antiochus II Theos (reigned 261–246 BC) were faced with challenges in the west, including repeated wars with Ptolemy II and a Celtic invasion of Asia Minor—distracting attention from holding the eastern portions of the Empire together. Towards the end of Antiochus II's reign, various provinces simultaneously asserted their independence, such as Bactria and Sogdiana under Diodotus, Cappadocia under Ariarathes III, and Parthia under Andragoras. A few years later, the last was defeated and killed by the invading Parni of Arsaces – the region would then become the core of the Parthian Empire. Diodotus, governor for the Bactrian territory, asserted independence in around 245 BC, although the exact date is far from certain, to form the Greco-Bactrian Kingdom. This kingdom was characterized by a rich Hellenistic culture and was to continue its domination of Bactria until around 125 BC when it was overrun by the invasion of northern nomads. One of the Greco-Bactrian kings, Demetrius I of Bactria, invaded India around 180 BC to form the Indo-Greek Kingdoms. The rulers of Persis, called Fratarakas, also seem to have established some level of independence from the Seleucids during the 3rd century BC, especially from the time of Vahbarz. They would later overtly take the title of Kings of Persis, before becoming vassals to the newly formed Parthian Empire. The Seleucid satrap of Parthia, named Andragoras, first claimed independence, in a parallel to the secession of his Bactrian neighbour. Soon after, however, a Parthian tribal chief called Arsaces invaded the Parthian territory around 238 BC to form the Arsacid dynasty, from which the Parthian Empire originated. Antiochus II's son Seleucus II Callinicus came to the throne around 246 BC. Seleucus II was soon dramatically defeated in the Third Syrian War against Ptolemy III of Egypt and then had to fight a civil war against his own brother Antiochus Hierax. Taking advantage of this distraction, Bactria and Parthia seceded from the empire. In Asia Minor too, the Seleucid dynasty seemed to be losing control: the Gauls had fully established themselves in Galatia, semi-independent semi-Hellenized kingdoms had sprung up in Bithynia, Pontus, and Cappadocia, and the city of Pergamum in the west was asserting its independence under the Attalid Dynasty. The Seleucid economy started to show the first signs of weakness, as Galatians gained independence and Pergamum took control of coastal cities in Anatolia. Consequently, they managed to partially block contact with the West. Revival (223–191 BC) A revival would begin when Seleucus II's younger son, Antiochus III the Great, took the throne in 223 BC. Although initially unsuccessful in the Fourth Syrian War against Egypt, which led to a defeat at the Battle of Raphia (217 BC), Antiochus would prove himself to be the greatest of the Seleucid rulers after Seleucus I himself. He spent the next ten years on his anabasis (journey) through the eastern parts of his domain and restoring rebellious vassals like Parthia and Greco-Bactria to at least nominal obedience. He gained many victories such as the Battle of Mount Labus and Battle of the Arius and besieged the Bactrian capital. He even emulated Seleucus with an expedition into India where he met with King Sophagasenus (Sanskrit: Subhagasena) receiving war elephants, perhaps in accordance of the existing treaty and alliance set after the Seleucid-Mauryan War. Actual translation of Polybius 11.34 (No other source except Polybius makes any reference to Sophagasenus): When he returned to the west in 205 BC, Antiochus found that with the death of Ptolemy IV, the situation now looked propitious for another western campaign. Antiochus and Philip V of Macedon then made a pact to divide the Ptolemaic possessions outside of Egypt, and in the Fifth Syrian War, the Seleucids ousted Ptolemy V from control of Coele-Syria. The Battle of Panium (200 BC) definitively transferred these holdings from the Ptolemies to the Seleucids. Antiochus appeared, at the least, to have restored the Seleucid Kingdom to glory. Expansion into Greece and war with Rome Following the defeat of his erstwhile ally Philip by Rome in 197 BC, Antiochus saw the opportunity for expansion into Greece itself. Encouraged by the exiled Carthaginian general Hannibal, and making an alliance with the disgruntled Aetolian League, Antiochus launched an invasion across the Hellespont. With his huge army he aimed to establish the Seleucid empire as the foremost power in the Hellenic world, but these plans put the empire on a collision course with the new rising power of the Mediterranean, the Roman Republic. At the battles of Thermopylae (191 BC) and Magnesia (190 BC), Antiochus's forces suffered resounding defeats, and he was compelled to make peace and sign the Treaty of Apamea (188 BC), the main clause of which saw the Seleucids agree to pay a large indemnity, to retreat from Anatolia and to never again attempt to expand Seleucid territory west of the Taurus Mountains. The Kingdom of Pergamum and the Republic of Rhodes, Rome's allies in the war, gained the former Seleucid lands in Anatolia. Antiochus died in 187 BC on another expedition to the east, where he sought to extract money to pay the indemnity. Roman power, Parthia and Judea The reign of his son and successor Seleucus IV Philopator (187–175 BC) was largely spent in attempts to pay the large indemnity, and Seleucus was ultimately assassinated by his minister Heliodorus. Seleucus' younger brother, Antiochus IV Epiphanes, now seized the throne. He attempted to restore Seleucid power and prestige with a successful war against the old enemy, Ptolemaic Egypt, which met with initial success as the Seleucids defeated and drove the Egyptian army back to Alexandria itself. As the king planned on how to conclude the war, he was informed that Roman commissioners, led by the Proconsul Gaius Popillius Laenas, were near and requesting a meeting with the Seleucid king. Antiochus agreed, but when they met and Antiochus held out his hand in friendship, Popilius placed in his hand the tablets on which was written the decree of the senate and told him to read it. When the king said that he would call his friends into council and consider what he ought to do, Popilius drew a circle in the sand around the king's feet with the stick he was carrying and said, "Before you step out of that circle give me a reply to lay before the senate." For a few moments he hesitated, astounded at such a peremptory order, and at last replied, "I will do what the senate thinks right." He then chose to withdraw rather than set the empire to war with Rome again. On his return journey, according to Josephus, he made an expedition to Judea, took Jerusalem by force, slew a great many who had favored Ptolemy, sent his soldiers to plunder them without mercy. He also spoiled the temple, and put the constant practice of offering a daily sacrifice of expiation, for 3 years and 6 months. The latter part of his reign saw a further disintegration of the Empire despite his best efforts. Weakened economically, militarily and by loss of prestige, the Empire became vulnerable to rebels in the eastern areas of the empire, who began to further undermine the empire while the Parthians moved into the power vacuum to take over the old Persian lands. Antiochus' aggressive Hellenizing (or de-Judaizing) activities provoked a full scale armed rebellion in Judea—the Maccabean Revolt. Efforts to deal with both the Parthians and the Jews as well as retain control of the provinces at the same time proved beyond the weakened empire's power. Antiochus died during a military expedition against the Parthians in 164 BC. Civil war and further decay After the death of Antiochus IV Epiphanes, the Seleucid Empire became increasingly unstable. Frequent civil wars made central authority tenuous at best. Epiphanes' young son, Antiochus V Eupator, was first overthrown by Seleucus IV's son, Demetrius I Soter in 161 BC. Demetrius I attempted to restore Seleucid power in Judea particularly, but was overthrown in 150 BC by Alexander Balas – an impostor who (with Egyptian backing) claimed to be the son of Epiphanes. Alexander Balas reigned until 145 BC when he was overthrown by Demetrius I's son, Demetrius II Nicator. Demetrius II proved unable to control the whole of the kingdom, however. While he ruled Babylonia and eastern Syria from Damascus, the remnants of Balas' supporters – first supporting Balas' son Antiochus VI, then the usurping general Diodotus Tryphon – held out in Antioch. Meanwhile, the decay of the Empire's territorial possessions continued apace. By 143 BC, the Jews in the form of the Maccabees had fully established their independence. Parthian expansion continued as well. In 139 BC, Demetrius II was defeated in battle by the Parthians and was captured. By this time, the entire Iranian Plateau had been lost to Parthian control. Demetrius Nicator's brother, Antiochus VII Sidetes, took the throne after his brother's capture. He faced the enormous task of restoring a rapidly crumbling empire, one facing threats on multiple fronts. Hard-won control of Coele-Syria was threatened by the Jewish Maccabee rebels. Once-vassal dynasties in Armenia, Cappadocia, and Pontus were threatening Syria and northern Mesopotamia; the nomadic Parthians, brilliantly led by Mithridates I of Parthia, had overrun upland Media (home of the famed Nisean horse herd); and Roman intervention was an ever-present threat. Sidetes managed to bring the Maccabees to heel and frighten the Anatolian dynasts into a temporary submission; then, in 133, he turned east with the full might of the Royal Army (supported by a body of Jews under the Hasmonean prince, John Hyrcanus) to drive back the Parthians. Sidetes' campaign initially met with spectacular success, recapturing Mesopotamia, Babylonia, and Media. In the winter of 130/129 BC, his army was scattered in winter quarters throughout Media and Persis when the Parthian king, Phraates II, counter-attacked. Moving to intercept the Parthians with only the troops at his immediate disposal, he was ambushed and killed at the Battle of Ecbatana in 129 BC. Antiochus Sidetes is sometimes called the last great Seleucid king. After the death of Antiochus VII Sidetes, all of the recovered eastern territories were recaptured by the Parthians. The Maccabees again rebelled, civil war soon tore the empire to pieces, and the Armenians began
the government learned the Greek language, wrote in Greek, absorbed Greek philosophical ideas, and took on Greek names; some of these practices then slowly filtered down to the lower classes. Hellenic ideas began an almost 250-year expansion into the Near East, Middle East, and Central Asian cultures. Synthesizing Hellenic and indigenous cultural, religious, and philosophical ideas met with varying degrees of success. The result was times of simultaneous peace and rebellion in various parts of the empire. In general, the Seleucids allowed local religions to operate undisturbed, such as incorporating Babylonian religious tenets to gain support. However, a rare exception proved one of the most heavily documented parts of Seleucid history: the Maccabean Revolt in Judea. While most Seleucid governments had ignored Judaism, under King Antiochus IV the government rather uncharacteristically banned and restricted its practice after a period of favoritism and apparently selling the High Priest position to the highest bidder. The result was the eventual loss of control of Judea to an independent Hasmonean kingdom, proving the wisdom of the usual policy of not overly interfering with local religious practice. Military As with the other major Hellenistic armies, the Seleucid army fought primarily in the Greco-Macedonian style, with its main body being the phalanx. The phalanx was a large, dense formation of men armed with small shields and a long pike called the sarissa. This form of fighting had been developed by the Macedonian army in the reign of Philip II of Macedon and his son Alexander the Great. Alongside the phalanx, the Seleucid armies used a great deal of native and mercenary troops to supplement their Greek forces, which were limited due to the distance from the Seleucid rulers' Macedonian homeland. The size of the Seleucid army usually varied between 70,000 and 200,000 in manpower. The distance from Greece put a strain on the Seleucid military system, as it was primarily based around the recruitment of Greeks as the key segment of the army. In order to increase the population of Greeks in their kingdom, the Seleucid rulers created military settlements. There were two main periods in the establishment of settlements, firstly under Seleucus I Nicator and Antiochus I Soter and then under Antiochus IV Epiphanes. The military settlers were given land, "varying in size according to rank and arm of service'. They were settled in 'colonies of an urban character, which at some point could acquire the status of a polis". Unlike the Ptolemaic military settlers, who were known as Kleruchoi, the Seleucid settlers were called Katoikoi. The settlers would maintain the land as their own and in return they would serve in the Seleucid army when called. The majority of settlements were concentrated in Lydia, northern Syria, the upper Euphrates and Media. The Greeks were dominant in Lydia, Phrygia and Syria. For example, Antiochus III brought Greeks from Euboea, Crete and Aetolia and settled them in Antioch. These Greek settlers would be used to form the Seleucid phalanx and cavalry units, with picked men put into the kingdom's guards regiments. The rest of the Seleucid army would consist of native and mercenary troops, who would serve as light auxiliary troops. While the Seleucids were happy to recruit from less populated and outlying parts of the Empire such as the Arabs and Jews in the south, Iranian peoples in the east, and inhabitants of Asia Minor to the north, they generally eschewed recruiting native Syrians and native Mesopotamians (Babylonians). This was presumably mostly from a desire not to train and arm the people who were an overwhelming majority in the trade and governmental centers of the Empire in Antioch and Babylon, risking revolt. To a lesser extent, this reticence to arm them flowed from the usual contempt a ruling class has for a conquered people. Following losses of territory in Asia Minor during the Roman-Seleucid War, King Antiochus IV sponsored a new wave of immigration and settlements to replace them and maintain enough Greeks to staff the phalanxes seen at the military parade at Daphne in 166–165 BC. Antiochus IV built 15 new cities "and their association with the increased phalanx... at Daphne is too obvious to be ignored". Economy As a Hegemonic empire, much of the state's wealth accumulation centered around maintaining its sizable military. While the motive is simple enough, the Seleucid empire boasts of a sophisticated political economy that extracts wealth from local temples, cities (or poleis), and royal estates; much of which was inherited from their Achaemenid predecessors. Recent discussion indicates a market-oriented economy under the Seleucids. However, evidencing limits our understanding of the Seleucid economy to the Hellenistic Near-East; that is, through their holdings in Syria, Asia Minor, and Mesopotamia. Little is known about the economy of the Upper Satrapies. Monetization Currency plays an increasingly central role under the Seleucids; however, we should note that monetization was nothing new in their newly acquired lands. Rather, the introduction and widespread implementation of currency is attributed to Darius I's tax reforms centuries prior; hence, the Seleucids see a continuation rather than shift in this practice, i.e. the payment of taxation in silver or, if necessary, in kind. In this regard, the Seleucids are notable for paying their sizeable armies exclusively in silver. Nevertheless, there are two significant developments of currency during the Seleucid period: the adoption of the “Attic Standard” in certain regions, and the popularization of bronze coinage. The adoption of the Attic standard was not uniform across the realm. The Attic standard was already the common currency of the Mediterranean prior to Alexander's conquest; that is, it was the preferred currency for foreign transactions. As a result, coastal regions under the Seleucids —Syria and Asia Minor—were quick to adopt the new standard. In Mesopotamia however, the millennia-old shekel (weighing 8.33g Silver) prevailed over the Attic standard. According to Historian R.J. van der Spek, this is due to their particular method in recording price, which favored bartering over monetary transactions. The Mesopotamians used the value of one shekel as a fixed reference point, against which the amount of a good is given. Prices themselves are accounted in terms of their weight in silver per ton, i.e. 60g Silver, Barley, June 242 BCE. The minute difference in weight between a Shekel and Didrachm (weighing 8.6g Silver) could not be expressed in this barter system. And the use of a Greek tetradrachm would be "a far too heavy denomination…in daily trade." Bronze coinage, dating from the late fifth and fourth century, and was popularized as a "fiduciary" currency facilitating "small-scale exchanges" in the Hellenistic period. It was principally a legal tender which circulated only around its locales of production;[3]however, the great Seleucid mint at Antioch during Antiochus III's reign (which Numismatist Arthur Houghton dubs "The Syrian and Coele-Syrian Experiment") began minting bronze coins (weighing 1.25–1.5g) to serve a "regional purpose." The reasons behind this remain unclear. However, Spek notes a chronic shortage of silver in the Seleucid empire. In fact, Antiochus I's heavy withdrawal of silver from a satrap is noted by the Babylonian astronomical diary (AD No. –273 B ‘Rev. 33’): "purchases in Babylon and other cities were made in Greek bronze coins." This was unprecedented because "in official documents [bronze coins] played no part"; it was a sign of "hardship" for the Seleucids. Nevertheless, the low denomination of bronze coinage meant it was used in tandem with bartering; making it a popular and successful medium of exchange. Agriculture Agriculture, like most pre-modern economies, constituted a vast majority of the Seleucid economy. Somewhere between 80 and 90% of the Seleucid population was employed, in some form, within the prevailing agricultural structures inherited from their Neo-Babylonian and Achaemenid predecessors. These included temples, poleis, and royal estates. We should clarify that the term poleis, according to Spek, did not confer any special status to cities in the Seleucid sources; it was simply the term for "city"—Greek or otherwise. Regardless, agricultural produce varied from region to region. But in general, Greek poleis produced: “grain, olives and their oil, wine…figs, cheese from sheep and goats, [and] meat." Whereas Mesopotamian production from temple land consisted of: “barley, dates, mustard (or cascuta/dodder), cress (cardamom), sesame and wool”; which, as the core region of the Seleucid empire, was also the most productive. Recent evidence indicates that Mesopotamian grain production, under the Seleucids, was subject to market forces of supply and demand. Traditional "primitivist" narratives of the ancient economy argue that it was "marketless"; however, the Babylonian astronomical diaries show a high degree of market integration of barley and date prices—to name a few—in Seleucid Babylonia. Prices exceeding 370g silver per ton in Seleucid Mesopotamia was considered a sign of famine. Therefore, during periods of war, heavy taxation, and crop failure, prices increase drastically. In an extreme example, Spek believes tribal Arab raiding into Babylonia caused barley prices to skyrocket to a whopping 1493g silver per ton from 5–8 May, 124 BCE. The average Mesopotamian peasant, if working for a wage at a temple, would receive 1 shekel; it "was a reasonable monthly wage for which one could buy one kor of grain= 180 [liters]." While this appears dire, we should be reminded that Mesopotamia under the Seleucids was largely stable and prices remained low. With encouraged Greek colonization and land reclamation increasing the supply of grain production, however, the question of whether this artificially kept prices stable is uncertain. The Seleucids also continued the tradition of actively maintaining the Mesopotamian waterways. As the greatest source of state income, the Seleucid kings actively managed the irrigation, reclamation, and population of Mesopotamia. In fact, canals were often dug by royal decrees, to which "some were called the King’s Canal for that reason." For example, the construction of the Pallacottas canal was able to control the water level of the Euphrates which, as Arrian notes in his Anabasis 7.21.5, required: “over two months of work by more than 10,000 Assyrians.” Role of the state—political economy As a hegemonic empire, the state's primary focus was maintaining its sizable army via wealth extraction from three major sources: tribute from autonomous poleis and temples, and proportional land-tax from royal land. The definition of "royal land" remains contested. While all agree poleis do not constitute royal land, some remain uncertain over the status of temple land. Yet, they commanded notable economic power and functioned almost independently from the state. Nevertheless, the Seleucid manner of extraction, in contrast to earlier regimes, is considered more "aggressive" and "predatory". In theory, the Seleucid state was an absolute monarchy that did
able to return when the war was over. However, they could not return, and those who had stayed were expelled and a new Polish population, incl. people displaced from former Eastern Poland annexed by the Soviet Union and from Central Poland, joined the surviving autochtonous Polish inhabitants of the region. After 1945 and in 1946, nearly all of the 4.5 million Silesians of German descent fled, or were interned in camps and expelled, including some thousand German Jews who survived the Holocaust and had returned to Silesia. The newly formed Polish United Workers' Party created a Ministry of the Recovered Territories that claimed half of the available arable land for state-run collectivized farms. Many of the new Polish Silesians who resented the Germans for their invasion in 1939 and brutality in occupation now resented the newly formed Polish communist government for their population shifting and interference in agricultural and industrial affairs. The administrative division of Silesia within Poland has changed several times since 1945. Since 1999, it has been divided between Lubusz Voivodeship, Lower Silesian Voivodeship, Opole Voivodeship, and Silesian Voivodeship. Czech Silesia is now part of the Czech Republic, forming the Moravian-Silesian Region and the northern part of the Olomouc Region. Germany retains the Silesia-Lusatia region (Niederschlesien-Oberlausitz or Schlesische Oberlausitz) west of the Neisse, which is part of the federal state of Saxony. The region was affected by the 1997 Central European flood. Geography Most of Silesia is relatively flat, although its southern border is generally mountainous. It is primarily located in a swath running along both banks of the upper and middle Oder (Odra) River, but it extends eastwards to the upper Vistula River. The region also includes many tributaries of the Oder, including the Bóbr (and its tributary the Kwisa), the Barycz and the Nysa Kłodzka. The Sudeten Mountains run along most of the southern edge of the region, though at its south-eastern extreme it reaches the Silesian Beskids and Moravian-Silesian Beskids, which belong to the Carpathian Mountains range. Historically, Silesia was bounded to the west by the Kwisa and Bóbr Rivers, while the territory west of the Kwisa was in Upper Lusatia (earlier Milsko). However, because part of Upper Lusatia was included in the Province of Silesia in 1815, in Germany Görlitz, Niederschlesischer Oberlausitzkreis and neighbouring areas are considered parts of historical Silesia. Those districts, along with Poland's Lower Silesian Voivodeship and parts of Lubusz Voivodeship, make up the geographic region of Lower Silesia. Silesia has undergone a similar notional extension at its eastern extreme. Historically, it extended only as far as the Brynica River, which separates it from Zagłębie Dąbrowskie in the Lesser Poland region. However, to many Poles today, Silesia (Śląsk) is understood to cover all of the area around Katowice, including Zagłębie. This interpretation is given official sanction in the use of the name Silesian Voivodeship (województwo śląskie) for the province covering this area. In fact, the word Śląsk in Polish (when used without qualification) now commonly refers exclusively to this area (also called Górny Śląsk or Upper Silesia). As well as the Katowice area, historical Upper Silesia also includes the Opole region (Poland's Opole Voivodeship) and Czech Silesia. Czech Silesia consists of a part of the Moravian-Silesian Region and the Jeseník District in the Olomouc Region. Natural resources Silesia is a resource-rich and populous region. Since the middle of the 18th century, coal has been mined. The industry had grown while Silesia was part of Germany, and peaked in the 1970s under the People's Republic of Poland. During this period, Silesia became one of the world's largest producers of coal, with a record tonnage in 1979. Coal mining declined during the next two decades, but has increased again following the end of Communist rule. The 41 coal mines in Silesia are mostly part of the Upper Silesian Coal Basin, which lies in the Silesian Upland. The coalfield has an area of about . Deposits in Lower Silesia have proven to be difficult to exploit and the area's unprofitable mines were closed in 2000. In 2008, an estimated 35 billion tonnes of lignite reserves were found near Legnica, making them some of the largest in the world. From the fourth century BC, iron ore has been mined in the upland areas of Silesia. The same period had lead, copper, silver, and gold mining. Zinc, cadmium, arsenic, and uranium have also been mined in the region. Lower Silesia features large copper mining and processing between the cities of Legnica, Głogów, Lubin, and Polkowice. The region is known for stone quarrying to produce limestone, marl, marble, and basalt. The region also has a thriving agricultural sector, which produces cereals (wheat, rye, barley, oats, corn), potatoes, rapeseed, sugar beets and others. Milk production is well developed. The Opole Silesia has for decades occupied the top spot in Poland for their indices of effectiveness of agricultural land use. Mountainous parts of southern Silesia feature many significant and attractive tourism destinations (e.g., Karpacz, Szczyrk, Wisła). Silesia is generally well forested. This is because greenness is generally highly desirable by the local population, particularly in the highly industrialized parts of Silesia. Demographics Silesia has been historically diverse in every aspect. Nowadays, the largest part of Silesia is located in Poland; it is often cited as one of the most diverse regions in that country. The United States Immigration Commission, in its Dictionary of Races or Peoples (published in 1911, during a period of intense immigration from Silesia to the United States), considered Silesian as a geographical (not ethnic) term, denoting the inhabitants of Silesia. It is also mentioned the existence of both Polish Silesian and German Silesian dialects in that region. Ethnicity Modern Silesia is inhabited by Poles, Silesians, Germans, and Czechs. Germans first came to Silesia during the Late Medieval Ostsiedlung. The last Polish census of 2011 showed that the Silesians are the largest ethnic or national minority in Poland, Germans being the second; both groups are located mostly in Upper Silesia. The Czech part of Silesia is inhabited by Czechs, Moravians, Silesians, and Poles. In the early 19th century the population of the Prussian part of Silesia was between 2/3 and 3/4 German-speaking, between 1/5 and 1/3 Polish-speaking, with Sorbs, Czechs, Moravians and Jews forming other smaller minorities (see Table 1. below). Before the Second World War, Silesia was inhabited mostly by Germans, with Poles a large minority, forming a majority in Upper Silesia. Silesia was also the home of Czech and Jewish minorities. The German population tended to be based in the urban centres and in the rural areas to the north and west, whilst the Polish population was mostly rural and could be found in the east and in the south. Ethnic structure of Prussian Upper Silesia (Opole regency) during the 19th century and the early 20th century can be found in Table 2.: The Austrian part of Silesia had a mixed German, Polish and Czech population, with Polish-speakers forming a majority in Cieszyn Silesia. Religion Historically, Silesia was about equally split between Protestants (overwhelmingly Lutherans) and Roman Catholics. In an 1890 census taken in the German part, Roman Catholics made up a slight majority of 53%, while the remaining 47% were almost entirely Lutheran. Geographically speaking, Lower Silesia was mostly Lutheran except for the Glatzer Land (now Kłodzko County). Upper Silesia was mostly Roman Catholic except for some of its northwestern parts, which were predominantly Lutheran. Generally speaking, the population was mostly Protestant in the western parts, and it tended to be more Roman Catholic the further east one went. In Upper Silesia, Protestants were concentrated in larger cities and often identified as German. After World War II, the religious demographics changed drastically as Germans, who constituted the bulk of the Protestant population, were forcibly expelled. Poles, who were mostly Roman Catholic, were resettled in their place. Today, Silesia remains predominantly Roman Catholic. Existing since the 12th century, Silesia's Jewish community was concentrated around Wrocław and Upper Silesia, and numbered 48,003 (1.1% of the population) in 1890, decreasing to 44,985 persons (0.9%) by 1910. In Polish East Upper Silesia, the number of Jews was around 90,000–100,000. Historically the community had suffered a number of localised expulsions such as their 1453 expulsion from Wrocław. From 1712 to 1820 a succession of men held the title Chief Rabbi of Silesia ("Landesrabbiner"): Naphtali ha-Kohen (1712–16); Samuel ben Naphtali (1716–22); Ḥayyim Jonah Te'omim (1722–1727); Baruch b. Reuben Gomperz (1733–54); Joseph Jonas Fränkel (1754–93); Jeremiah Löw Berliner (1793–99); Lewin Saul Fränkel (1800–7); Aaron Karfunkel (1807–16); and Abraham ben Gedaliah Tiktin (1816–20). Consequences of World War II After the German invasion of Poland in 1939, following Nazi racial policy, the Jewish population of Silesia was subjected to Nazi genocide with executions performed by Einsatzgruppe z. B.V. led by Udo von Woyrsch and Einsatzgruppe I led by Bruno Streckenbach, imprisonment in ghettos and ethnic cleansing to the General Government. In their efforts to exterminate the Jews through murder and ethnic cleansing Nazi established in Silesia province the Auschwitz and Gross-Rosen camps. Expulsions were carried out openly and reported in the local press. Those sent to ghettos would from 1942 be expelled to concentration and work camps. Between 5 May and 17 June, 20,000 Silesian Jews were sent to Birkenau to gas chambers and during August 1942, 10,000 to 13,000 Silesian Jews were murdered by gassing at Auschwitz. Most Jews in Silesia were exterminated by the Nazis. After the war Silesia became a major centre for repatriation of the Jewish population in Poland which survived Nazi German extermination and in autumn 1945, 15,000 Jews were in Lower Silesia, mostly Polish Jews returned from territories now belonging to Soviet Union, rising in 1946 to seventy thousand as Jewish survivors from other regions in Poland were relocated. The majority of Germans fled or were expelled from the present-day Polish and Czech parts of Silesia during and after World War II. From June 1945 to January 1947, 1.77 million Germans were expelled from Lower Silesia, and 310,000 from Upper Silesia. Today, most German Silesians and their descendants live in the territory of the Federal Republic of Germany, many of them in the Ruhr area working as miners, like their ancestors in Silesia. To smooth their integration into West German society after 1945, they were placed into officially recognized organizations, like the Landsmannschaft Schlesien, with financing from the federal West German budget. One of its most
into the early Polish state, and after its fragmentation in the 12th century it formed the Duchy of Silesia, a provincial duchy of Poland. As a result of further fragmentation, Silesia was divided into many duchies, ruled by various lines of the Polish Piast dynasty. In the 14th century, it became a constituent part of the Bohemian Crown Lands under the Holy Roman Empire, which passed to the Austrian Habsburg Monarchy in 1526, however, a number of duchies remained under the rule of Polish dukes from the houses of Piast, Jagiellon and Sobieski as formal Bohemian fiefdoms, some until the 17th–18th centuries. As a result of the Silesian Wars, the region was annexed by the German state of Prussia in 1742. After World War I, when the Poles and Czechs regained their independence, the easternmost part of Upper Silesia became again part of Poland by the decision of the Entente Powers after insurrections by Poles and the Upper Silesian plebiscite, while the remaining former Austrian parts of Silesia were divided between Czechoslovakia and Poland. During World War II, as a result of German occupation the entire region was under control of Nazi Germany. In 1945, after World War II, most of the German-held Silesia was transferred to Polish jurisdiction by the Potsdam Agreement between the victorious Allies and became again part of Poland, although with a Soviet-installed communist regime. The small Lusatian strip west of the Oder–Neisse line, which had belonged to Silesia since 1815, became part of East Germany. As the result of the forced population shifts of 1945–48, today's inhabitants of Silesia speak the national languages of their respective countries. Previously German-speaking Lower Silesia had developed a new mixed Polish dialect and novel costumes. There is ongoing debate about whether the Silesian language should be considered a dialect of Polish or a separate language. The Lower Silesian German dialect is nearing extinction due to its speakers' expulsion. Etymology The names of Silesia in different languages most likely share their etymology— ; ; ; ; ; ; ; Latin, Spanish and English: Silesia; ; ; ; ; . The names all relate to the name of a river (now Ślęza) and mountain (Mount Ślęża) in mid-southern Silesia, which served as a place of cult for pagans before Christianization. Ślęża is listed as one of the numerous Pre-Indo-European topographic names in the region (see old European hydronymy). According to some Polonists, the name Ślęża or Ślęż is directly related to the Old Polish words ślęg or śląg , which means dampness, moisture, or humidity. They disagree with the hypothesis of an origin for the name Śląsk from the name of the Silings tribe, an etymology preferred by some German authors. In Polish common usage, "Śląsk" refers to traditionally Polish Upper Silesia and today's Silesian Voivodeship, but less to Lower Silesia, which is different from Upper Silesia in many respects as its population was predominantly German-speaking until 1945–48. History In the fourth century BC from the south, through the Kłodzko Valley, the Celts entered Silesia, and settled around Mount Ślęża near modern Wrocław, Oława and Strzelin. Germanic Lugii tribes were first recorded within Silesia in the 1st century. West Slavs and Lechites arrived in the region around the 7th century, and by the early ninth century, their settlements had stabilized. Local West Slavs started to erect boundary structures like the Silesian Przesieka and the Silesia Walls. The eastern border of Silesian settlement was situated to the west of the Bytom, and east from Racibórz and Cieszyn. East of this line dwelt a closely related Lechitic tribe, the Vistulans. Their northern border was in the valley of the Barycz River, north of which lived the Western Polans tribe who gave Poland its name. The first known states in Silesia were Greater Moravia and Bohemia. In the 10th century, the Polish ruler Mieszko I of the Piast dynasty incorporated Silesia into the newly established Polish state. In 1000, the Diocese of Wrocław was established as the oldest Catholic diocese in the region, and one of the oldest dioceses in Poland, subjugated to the Roman Catholic Archdiocese of Gniezno. Poland repulsed German invasions of Silesia in 1017 at Niemcza and in 1109 at Głogów. During the Fragmentation of Poland, Silesia and the rest of the country were divided into many smaller duchies ruled by various Silesian dukes. During this time, German cultural and ethnic influence increased as a result of immigration from German-speaking states of the Holy Roman Empire. In 1178, parts of the Duchy of Kraków around Bytom, Oświęcim, Chrzanów, and Siewierz were transferred to the Silesian Piasts, although their population was primarily Vistulan and not of Silesian descent. In 1241, the Mongols conducted their first invasion of Poland, incl. Silesia, causing widespread panic and mass flight. They looted much of the region and defeated the combined Polish, Moravian and German forces led by Duke Henry II the Pious at the Battle of Legnica, which took place at Legnickie Pole near the Silesian city of Legnica. Upon the death of Orda Khan, the Mongols chose not to press forward further into Europe, but returned east to participate in the election of a new Grand Khan (leader). Between 1289 and 1292, Bohemian king Wenceslaus II became suzerain of some of the Upper Silesian duchies. Polish monarchs had not renounced their hereditary rights to Silesia until 1335. The province became part of the Bohemian Crown which was part of the Holy Roman Empire, however, a number of duchies remained under the rule of the Polish dukes from the houses of Piast, Jagiellon and Sobieski as formal Bohemian fiefdoms, some until the 17th–18th centuries. In 1469 sovereignty over the region passed to Hungary, and in 1490 it returned to Bohemia. In 1526 Silesia passed with the Bohemian Crown to the Habsburg Monarchy. In the 15th century, several changes were made to Silesia's borders. Parts of the territories which had been transferred to the Silesian Piasts in 1178 were bought by the Polish kings in the second half of the 15th century (the Duchy of Oświęcim in 1457; the Duchy of Zator in 1494). The Bytom area remained in the possession of the Silesian Piasts, though it was a part of the Diocese of Kraków. The Duchy of Krosno Odrzańskie (Crossen) was inherited by the Margraviate of Brandenburg in 1476, and with the renunciation of King Ferdinand I and the estates of Bohemia in 1538, became an integral part of Brandenburg. In 1645, the Duchy of Opole and Racibórz came back under Polish rule under the House of Vasa. In 1742, most of Silesia was seized by King Frederick the Great of Prussia in the War of the Austrian Succession, eventually becoming the Prussian Province of Silesia in 1815; consequently, Silesia became part of the German Empire when it was proclaimed in 1871. After World War I, a part of Silesia, Upper Silesia, was contested by Germany and the newly independent Second Polish Republic. The League of Nations organized a plebiscite to decide the issue in 1921. It resulted in 60% of votes being cast for Germany and 40% for Poland. Following the third Silesian uprising (1921), however, the easternmost portion of Upper Silesia (including Katowice), with a majority ethnic Polish population, was awarded to Poland, becoming the Silesian Voivodeship. The Prussian Province of Silesia within Germany was then divided into the provinces of Lower Silesia and Upper Silesia. Meanwhile, Austrian Silesia, the small portion of Silesia retained by Austria after the Silesian Wars, was mostly awarded to the new Czechoslovakia (becoming known as Czech Silesia and Zaolzie), although most of Cieszyn and territory to the east of it went to Poland. Polish Silesia was among the first regions invaded during Germany's 1939 attack on Poland, which started World War II. One of the claimed goals of Nazi German occupation, particularly in Upper Silesia, was the extermination of those whom Nazis viewed as
Góra Valley Zittau Basin Sudeten Foreland Vidnava Lowland Žulová Hilly Land High Sudetes (, , ) is together name for the Krkonoše, Hrubý Jeseník and Śnieżnik mountain ranges. Climate The highest mountains, those located along the Czech-Polish border have annual precipitations around 1500 mm. The Table Mountains that reach 919 m have precipitations ranging from 750 mm at lower locations to 920 mm in the upper parts with July being the rainiest month. Snow cover at the Table Mountains typically last 70 to 95 days depending on altitude. Vegetation Settlement, logging and clearance has left forest pockets in the foothills with dense and continuous forest being found in the upper parts of the mountains. Due to logging in the last centuries little remains of the broad-leaf trees like beech, sycamore, ash and littleleaf linden that were once common in the Sudetes. Instead Norway spruce was planted in their place in the early 19th century, in some places amounting to monocultures. To provide more space for spruce plantations various peatlands were drained in the 19th and 20th century. Some spruce plantations have suffered severe damage as the seeds used came from lowland specimens that were not adapted to mountain conditions. Silver fir grow naturally in the Sudetes being more widespread in past times, before clearance since the Late Middle Ages and subsequent industrial pollution reduced the stands. Many arctic-alpine and alpine vascular plants have a disjunct distribution being notably absent from the central Sudetes despite suitable habitats. Possibly this is the result a warm period during the Holocene (last 10,000 years) which wiped out cold-adapted vascular plants in the medium-sized mountains of the central Sudetes where there was no higher ground that could serve as refugia. Besides altitude the distribution of some alpine plants is influenced by soil. This is the case of Aster alpinus that grows preferentially on calcareous ground. Other alpine plants such as Cardamine amara, Epilobium anagallidifolium, Luzula sudetica and Solidago virgaurea occur beyond their altitudinal zonation in very humid areas. Peatlands are common in the mountains occurring on high plateaus or in valley bottoms. Fens occur at slopes. Timber line The higher mountains of the Sudetes lie above the timber line which is made up of Norway spruce. Spruces in wind-exposed areas display features such as flag tree disposition of branches, tilted stems and elongated stem cross sections. Forest-free areas above the timber line have increased historically by deforestation yet lowering of the timber line by human activity is minimal. Areas above the timber line appear discontinuously as "islands" in the Sudetes. At Krkonoše the timber line lies at c. 1230 m a.s.l. while to the southeast in the Hrubý Jeseník mountains it lie at c. 1310 m a.s.l. Part of the Hrubý Jeseník mountains have been above the timber line for no less than 5000 years. Mountains rise considerably above the timber line, at most 400 m, a characteristic that sets the Sudetes apart of other Mittelgebirge of Central Europe. Geology Geological research has been hampered by the multinational geography of the Sudetes with and the limitation of studies to state boundaries. Bedrock The igneous and metamorphic rocks of the Sudetes originated during the Variscan orogeny and its aftermath. The Sudetes are the northeasternmost accessible part of Variscan orogen as in the North European Plain the orogen is buried beneath sediments. Plate tectonic movements during the Variscan orogeny assembled together four major and two to three lesser tectonostratigraphic terranes. The assemblage of the terranes ought to have involved the closure of at least two ocean basins containing oceanic crust and marine sediments. This is reflected in the ophiolites, MORB-basalts, blueschists and eclogites that occur in-between terranes. Various terranes of the Sudetes are likely extensions of the Armorican terrane while other terranes may be the fringes of the ancient Baltica continent. One possibility for the amalgamation of terranes in the Sudetes is that the Góry Sowie-Kłodzko terrane collided with the Orlica-Śnieżnik terrane causing the closure of a small oceanic basin. This event led to obduction of the Central Sudetic ophiolite in the Devonian period. In the Early Carboniferous the joint Góry Sowie-Kłodzko-Orlica-Śnieżnik terrane collided with the Brunovistulian terrane. This last terrane was part of the Old Red Continent and could correspond either to Baltica or the eastern tip of the narrow Avalonia terrane. Also by the Early Carboniferous the Saxothuringian terrane collided with the Góry Sowie-Kłodzko-Orlica-Śnieżnik terrane closing the Rheic Ocean. Once the main phase of deformation of the orogeny was over basins that had formed in-between metamorphic rock massifs were filled by sedimentary rock in the Devonian and Carboniferous periods. During and after sedimentation large granitic plutons intruded the crust. Viewed in a map today these plutons make up about 15% the Sudetes. Granites are of S-type. The granites and grantic-gneisses of Izera in the west Sudetes are disassociated from orogeny and thought to have formed during rifting along a passive continental margin. The Karkonosze Granite, also in the west Sudetes, have been dated to have formed c. 318 million years ago at the beginning of the Variscan orogeny. The Karkonosze Granite is intruded by somewhat younger lamprophyre dykes. A NW-SE to WNW-ESE oriented strike-slip fault —the Intra-Sudetic fault— runs through the length of the Sudetes. The Intra-Sudetic fault is parallel with the Upper Elbe fault and Middle Odra fault. Other main faults at the sudetes are also NW-SE oriented, dextral and of strike slip type. These include the Tłumaczów-Sienna Fault and the Marginal Sudetic Fault. Volcanism and thermal waters There are remnants of lava
plantations have suffered severe damage as the seeds used came from lowland specimens that were not adapted to mountain conditions. Silver fir grow naturally in the Sudetes being more widespread in past times, before clearance since the Late Middle Ages and subsequent industrial pollution reduced the stands. Many arctic-alpine and alpine vascular plants have a disjunct distribution being notably absent from the central Sudetes despite suitable habitats. Possibly this is the result a warm period during the Holocene (last 10,000 years) which wiped out cold-adapted vascular plants in the medium-sized mountains of the central Sudetes where there was no higher ground that could serve as refugia. Besides altitude the distribution of some alpine plants is influenced by soil. This is the case of Aster alpinus that grows preferentially on calcareous ground. Other alpine plants such as Cardamine amara, Epilobium anagallidifolium, Luzula sudetica and Solidago virgaurea occur beyond their altitudinal zonation in very humid areas. Peatlands are common in the mountains occurring on high plateaus or in valley bottoms. Fens occur at slopes. Timber line The higher mountains of the Sudetes lie above the timber line which is made up of Norway spruce. Spruces in wind-exposed areas display features such as flag tree disposition of branches, tilted stems and elongated stem cross sections. Forest-free areas above the timber line have increased historically by deforestation yet lowering of the timber line by human activity is minimal. Areas above the timber line appear discontinuously as "islands" in the Sudetes. At Krkonoše the timber line lies at c. 1230 m a.s.l. while to the southeast in the Hrubý Jeseník mountains it lie at c. 1310 m a.s.l. Part of the Hrubý Jeseník mountains have been above the timber line for no less than 5000 years. Mountains rise considerably above the timber line, at most 400 m, a characteristic that sets the Sudetes apart of other Mittelgebirge of Central Europe. Geology Geological research has been hampered by the multinational geography of the Sudetes with and the limitation of studies to state boundaries. Bedrock The igneous and metamorphic rocks of the Sudetes originated during the Variscan orogeny and its aftermath. The Sudetes are the northeasternmost accessible part of Variscan orogen as in the North European Plain the orogen is buried beneath sediments. Plate tectonic movements during the Variscan orogeny assembled together four major and two to three lesser tectonostratigraphic terranes. The assemblage of the terranes ought to have involved the closure of at least two ocean basins containing oceanic crust and marine sediments. This is reflected in the ophiolites, MORB-basalts, blueschists and eclogites that occur in-between terranes. Various terranes of the Sudetes are likely extensions of the Armorican terrane while other terranes may be the fringes of the ancient Baltica continent. One possibility for the amalgamation of terranes in the Sudetes is that the Góry Sowie-Kłodzko terrane collided with the Orlica-Śnieżnik terrane causing the closure of a small oceanic basin. This event led to obduction of the Central Sudetic ophiolite in the Devonian period. In the Early Carboniferous the joint Góry Sowie-Kłodzko-Orlica-Śnieżnik terrane collided with the Brunovistulian terrane. This last terrane was part of the Old Red Continent and could correspond either to Baltica or the eastern tip of the narrow Avalonia terrane. Also by the Early Carboniferous the Saxothuringian terrane collided with the Góry Sowie-Kłodzko-Orlica-Śnieżnik terrane closing the Rheic Ocean. Once the main phase of deformation of the orogeny was over basins that had formed in-between metamorphic rock massifs were filled by sedimentary rock in the Devonian and Carboniferous periods. During and after sedimentation large granitic plutons intruded the crust. Viewed in a map today these plutons make up about 15% the Sudetes. Granites are of S-type. The granites and grantic-gneisses of Izera in the west Sudetes are disassociated from orogeny and thought to have formed during rifting along a passive continental margin. The Karkonosze Granite, also in the west Sudetes, have been dated to have formed c. 318 million years ago at the beginning of the Variscan orogeny. The Karkonosze Granite is intruded by somewhat younger lamprophyre dykes. A NW-SE to WNW-ESE oriented strike-slip fault —the Intra-Sudetic fault— runs through the length of the Sudetes. The Intra-Sudetic fault is parallel with the Upper Elbe fault and Middle Odra fault. Other main faults at the sudetes are also NW-SE oriented, dextral and of strike slip type. These include the Tłumaczów-Sienna Fault and the Marginal Sudetic Fault. Volcanism and thermal waters There are remnants of lava flows and volcanic plugs in the Sudetes. The volcanic rocks making up these outcrops are of mafic chemistry and include basanite and represent episodes of volcanism in the Oligocene and Miocene periods. Volcanism affected not only the Sudetes but also parts of the Sudetic foreland being part of a SW-NE oriented Bohemo-Silesian Belt of volcanic rocks. Mantle xenoliths have been recovered from the lavas of a volcano at Ještěd-Kozákov Ridge in the Czech western Sudetes. These pyroxenite xenoliths arrived to surface from approximate depths of 35, 70 and 73 km and indicate a complex history for the mantle beneath the Sudetes. There are thermal springs in the Sudetes with measured temperatures of 29 to 44 °C. Drilling has revealed the existence of waters at 87 °C at depths of 2000 m. These modern waters are believed to be associated to the Late Cenozoic volcanism in Central Europe. Uplift and landforms The Sudetes forms the NE border of the Bohemian Massif. In detail the Sudetes is made up of a series of massifs that are rectangular and rhomboid in plan view. These mountains corresponds to horsts and domes separated by basins, including grabens. The mountains took their present form after the Late Mesozoic retreat of the seas from the area which left the Sudetes subject to denudation for at least 65 million years. This meant that during the Late Cretaceous and Early Cenozoic 8 to 4 km of rock was eroded from the top of what is now the Sudetes. Concurrently with the Cenozoic denudation the climate cooled due to the northward drift of Europe. The collision between Africa and Europe has resulted in the deformation and uplift of the Sudetes. As such the uplift is related to the contemporary rise of the Alps and Carpathians. Uplift was accomplished
of Sigismund's education confirmed the position of his Jesuit tutors, János Leleszi and Gergely Vásárhelyi. According to Szamosközy, Stephen Báthory also ordered Sigismund's companions to talk of foreign lands, wars, and hunting with him during their dinners together. He reorganized the government on 3May 1583, charging Sándor Kendi, Farkas Kovacsóczy, and László Sombori with the administration of Transylvania during Sigismund's minority. The Diet suggested to Stephen Báthory that he dismiss them, but he only dissolved the council on 1May 1585. He replaced the three councillors with the devout Calvinist János Ghyczy, making him regent for Sigismund. Prince under guardianship Sigismund adopted the title of Prince of Transylvania after Stephen Báthory died on 13 December 1586. He was still a minor, and Ghyczy continued to rule as regent. Sigismund was one of the candidates to the throne of the Polish–Lithuanian Commonwealth. His advisors knew that he had little chance to win, but they wanted to demonstrate that the Báthorys had a valid claim to rule the Commonwealth. Kovacsóczy officially announced Sigismund's application at the Sejm (or general assembly) on 14August 1587. Five days later, the assembly elected Sigismund III Vasa king. During the ensuing war of succession, Transylvanian troops supported SigismundIII against Maximilian of Habsburg, who had also laid claim to Poland and Lithuania. Sigismund's cousins, Balthasar and Stephen Báthory, returned from Poland to Transylvania. Balthasar wanted to take charge of the government, making his court at Fogaras (present-day Făgăraș in Romania) the center of those who opposed Ghyczy's rule. Kovacsóczy, the chancellor of Transylvania, remained neutral in the conflict. In October 1588 the Diet proposed to declare the sixteen-year-old Sigismund of age if he banished the Jesuits from Transylvania. He did not accept the offer, mainly because he did not want to expel his confessor, Alfonso Carillo. The Diet was dissolved, but Sigismund's cousins convinced him not to resist the Diet, which was dominated by Protestant delegates. The Diet was again summoned in late 1588; on 8December it ordered the expulsion of the Jesuits and declared Sigismund to be of age. Internal conflicts Sigismund took the customary oath of the Transylvanian monarchs on 23December 1588. Pope Sixtus V excommunicated him for the expulsion of the Jesuits. Sigismund's cousin, Cardinal Andrew Báthory, urged the pope to lift the ban, saying that the prince's Protestant advisors had forced him to throw out the priests. The pope authorized Sigismund to employ a confessor in May 1589, and the excommunication was revoked on Easter 1590. Sigismund made several attempts to strengthen the position of the Roman Catholic Church, especially by appointing Catholics to the highest positions of state administration. Carillo and other Jesuit priests returned to Sigismund's court in disguise in early 1591. Sigismund met Andrew and Balthasar Báthory in August to seek their support for the legalization of the Jesuits' presence, but they refused to stand by the priests at the Diet. Sigismund dispatched his favorite, István Jósika, to Tuscany to start negotiations regarding his marriage to Eleonora Orsini (a niece of Ferdinando I de' Medici), although his cousins had sharply opposed Jósika's appointment. He also invited Italian artists and artisans to his court, making them his advisors or butlers. Szamosközy described them as "the trashiest representatives of the noblest nation". The delegates of the "Three Nations" criticized Sigismund for his prodigal way of life at the Diet in Gyulafehérvár in November. To reduce his authority, the Diet prescribed that Sigismund should only make decisions in the royal council. Sigismund deprived his cousins of the allowances that the royal treasury had paid to them. Gossip about conspiracies spread during the following months. Sándor Kendi accused Sigismund's former tutor, János Gálffy, of deliberately stirring up debates between the prince and his cousins. Other courtiers claimed that Balthasar Báthory was planning to dethrone Sigismund. A Jesuit priest was informed at Vienna that Gálffy and his allies wanted to murder the prince and his cousins. In late 1591 Sigismund stated that he was willing to renounce in favor of Balthasar if the members of the royal council favored his cousin. His offer was refused, but during the debate Kendi referred to Sigismund and Balthasar as the "two monsters and greatest disasters of the Transylvanian realm". Pope Clement VIII's legate, Attilio Amalteo, mediated a reconciliation between Sigismund and his cousins in the summer of 1592. The pope also urged Sigismund to marry a Catholic princess from the House of Lorraine. At the demand of the sultan, Transylvania troops assisted Aaron the Tyrant, Voivode of Moldavia. The sultan also ordered Sigismund to pay double the amount of the yearly tribute. Balthasar Báthory murdered Sigismund's secretary, Pál Gyulai, on 10December 1592. He also persuaded Sigismund to order the execution of Gálffy on 8March 1593. That summer, Sigismund went to Kraków in disguise to start negotiations regarding his marriage with Anna, the sister of SigismundIII of Poland. The Holy See had proposed the marriage, which could have enabled Sigismund to rule Poland during the absence of the king, who was also King of Sweden, but the plan came to nothing. Murad III declared war against the Holy Roman Emperor, Rudolph in August. The sultan ordered Sigismund to send reinforcements to support the Ottoman army in Royal Hungary. According to diplomatic sources, the grand vizier was planning to occupy Transylvania. At the proposal of Jan Zamoyski, Chancellor of Poland, Sigismund sent envoys to Elizabeth I of England, asking her to intervene on his behalf at the Sublime Porte. She ordered her ambassador at Istanbul, Edward Barton, to support Sigismund. Pope Clement VIII wanted to persuade Sigismund to join the Holy League that the pope had organized against the Ottoman Empire. After Rudolph's troops defeated the Ottomans in a series of battles in the autumn of 1593, Sigismund decided to join the Holy League, provided that Rudolph acknowledged the independence of Transylvania from the Hungarian Crown. However, the delegates of the Three Nations refused to declare war against the Ottoman Empire at three consecutive Diets between May and July. Sigismund abdicated, tasking Balthasar Báthory with the government in late July. Balthasar wanted to seize the throne, but Kovacsóczy, Kendi, and the other leading officials decided to set up an aristocratic council to administer Transylvania. The commanders of the army (including Stephen Bocskai), and Friar Carillo jointly convinced Sigismund to return on 8August. They also persuaded him to order the arrest of Kovacsóczy, Kendi, Balthasar Báthory, and twelve other noblemen who had opposed the war against the Ottomans on 28August, accusing them of plotting. Sándor and Gábor Kendi were beheaded along with two other members of the royal council; Balthasar Báthory, Kovacsóczy, and Ferenc Kendi were strangled in prison. All but one murdered noblemen were Protestants, mostly Unitarians. Many of their relatives converted to Catholicism to prevent the confiscation of their estates. Holy League Sigismund decided to join the Holy League together with Aaron the Tyrant, voivode of Moldavia, and Michael the Brave, voivode of Wallachia, on 5October 1594. The two voivodes had started direct negotiations with the Holy See, but Sigismund, who claimed suzerainty over them, prevented them from conducting further direct negotiations. Sigismund's envoy, Stephen Bocskai, signed the document that confirmed the membership of Transylvania in the Holy League in Prague on 28January 1595. According to the treaty, RudolphII recognized Sigismund's hereditary right to rule Transylvania and Partium and to use the title of prince, but he also stipulated that the principality was to be re-united with the Hungarian Crown if Sigismund's family died out. The Diet of
the Diet, which was dominated by Protestant delegates. The Diet was again summoned in late 1588; on 8December it ordered the expulsion of the Jesuits and declared Sigismund to be of age. Internal conflicts Sigismund took the customary oath of the Transylvanian monarchs on 23December 1588. Pope Sixtus V excommunicated him for the expulsion of the Jesuits. Sigismund's cousin, Cardinal Andrew Báthory, urged the pope to lift the ban, saying that the prince's Protestant advisors had forced him to throw out the priests. The pope authorized Sigismund to employ a confessor in May 1589, and the excommunication was revoked on Easter 1590. Sigismund made several attempts to strengthen the position of the Roman Catholic Church, especially by appointing Catholics to the highest positions of state administration. Carillo and other Jesuit priests returned to Sigismund's court in disguise in early 1591. Sigismund met Andrew and Balthasar Báthory in August to seek their support for the legalization of the Jesuits' presence, but they refused to stand by the priests at the Diet. Sigismund dispatched his favorite, István Jósika, to Tuscany to start negotiations regarding his marriage to Eleonora Orsini (a niece of Ferdinando I de' Medici), although his cousins had sharply opposed Jósika's appointment. He also invited Italian artists and artisans to his court, making them his advisors or butlers. Szamosközy described them as "the trashiest representatives of the noblest nation". The delegates of the "Three Nations" criticized Sigismund for his prodigal way of life at the Diet in Gyulafehérvár in November. To reduce his authority, the Diet prescribed that Sigismund should only make decisions in the royal council. Sigismund deprived his cousins of the allowances that the royal treasury had paid to them. Gossip about conspiracies spread during the following months. Sándor Kendi accused Sigismund's former tutor, János Gálffy, of deliberately stirring up debates between the prince and his cousins. Other courtiers claimed that Balthasar Báthory was planning to dethrone Sigismund. A Jesuit priest was informed at Vienna that Gálffy and his allies wanted to murder the prince and his cousins. In late 1591 Sigismund stated that he was willing to renounce in favor of Balthasar if the members of the royal council favored his cousin. His offer was refused, but during the debate Kendi referred to Sigismund and Balthasar as the "two monsters and greatest disasters of the Transylvanian realm". Pope Clement VIII's legate, Attilio Amalteo, mediated a reconciliation between Sigismund and his cousins in the summer of 1592. The pope also urged Sigismund to marry a Catholic princess from the House of Lorraine. At the demand of the sultan, Transylvania troops assisted Aaron the Tyrant, Voivode of Moldavia. The sultan also ordered Sigismund to pay double the amount of the yearly tribute. Balthasar Báthory murdered Sigismund's secretary, Pál Gyulai, on 10December 1592. He also persuaded Sigismund to order the execution of Gálffy on 8March 1593. That summer, Sigismund went to Kraków in disguise to start negotiations regarding his marriage with Anna, the sister of SigismundIII of Poland. The Holy See had proposed the marriage, which could have enabled Sigismund to rule Poland during the absence of the king, who was also King of Sweden, but the plan came to nothing. Murad III declared war against the Holy Roman Emperor, Rudolph in August. The sultan ordered Sigismund to send reinforcements to support the Ottoman army in Royal Hungary. According to diplomatic sources, the grand vizier was planning to occupy Transylvania. At the proposal of Jan Zamoyski, Chancellor of Poland, Sigismund sent envoys to Elizabeth I of England, asking her to intervene on his behalf at the Sublime Porte. She ordered her ambassador at Istanbul, Edward Barton, to support Sigismund. Pope Clement VIII wanted to persuade Sigismund to join the Holy League that the pope had organized against the Ottoman Empire. After Rudolph's troops defeated the Ottomans in a series of battles in the autumn of 1593, Sigismund decided to join the Holy League, provided that Rudolph acknowledged the independence of Transylvania from the Hungarian Crown. However, the delegates of the Three Nations refused to declare war against the Ottoman Empire at three consecutive Diets between May and July. Sigismund abdicated, tasking Balthasar Báthory with the government in late July. Balthasar wanted to seize the throne, but Kovacsóczy, Kendi, and the other leading officials decided to set up an aristocratic council to administer Transylvania. The commanders of the army (including Stephen Bocskai), and Friar Carillo jointly convinced Sigismund to return on 8August. They also persuaded him to order the arrest of Kovacsóczy, Kendi, Balthasar Báthory, and twelve other noblemen who had opposed the war against the Ottomans on 28August, accusing them of plotting. Sándor and Gábor Kendi were beheaded along with two other members of the royal council; Balthasar Báthory, Kovacsóczy, and Ferenc Kendi were strangled in prison. All but one murdered noblemen were Protestants, mostly Unitarians. Many of their relatives converted to Catholicism to prevent the confiscation of their estates. Holy League Sigismund decided to join the Holy League together with Aaron the Tyrant, voivode of Moldavia, and Michael the Brave, voivode of Wallachia, on 5October 1594. The two voivodes had started direct negotiations with the Holy See, but Sigismund, who claimed suzerainty over them, prevented them from conducting further direct negotiations. Sigismund's envoy, Stephen Bocskai, signed the document that confirmed the membership of Transylvania in the Holy League in Prague on 28January 1595. According to the treaty, RudolphII recognized Sigismund's hereditary right to rule Transylvania and Partium and to use the title of prince, but he also stipulated that the principality was to be re-united with the Hungarian Crown if Sigismund's family died out. The Diet of Transylvania confirmed the treaty on 16April. The Diet also prohibited religious innovations, which gave rise to the persecution of Szekler Sabbatarians in Udvarhelyszék. The Wallachian boyars and prelates recognized Sigismund's suzerainty over Wallachia on behalf of Michael the Brave
at the State Department, W.O. Thompson, who was Darrow's law partner, and F.B. McElwee. The defense was also assisted by librarian and Biblical authority Charles Francis Potter, who was a Modernist Unitarian preacher. The prosecution team was led by Tom Stewart, district attorney for the 18th Circuit (and future United States Senator), and included, in addition to Herbert and Sue Hicks, Ben B. McKenzie and William Jennings Bryan. The trial was covered by journalists from the South and around the world, including H. L. Mencken for The Baltimore Sun, which was also paying part of the defense's expenses. It was Mencken who provided the trial with its most colorful labels such as the "Monkey Trial" of "the infidel Scopes". It was also the first United States trial to be broadcast on national radio. Proceedings The ACLU had originally intended to oppose the Butler Act on the grounds that it violated the teacher's individual rights and academic freedom, and was therefore unconstitutional. Principally because of Clarence Darrow, this strategy changed as the trial progressed. The earliest argument proposed by the defense once the trial had begun was that there was actually no conflict between evolution and the creation account in the Bible; later, this viewpoint would be called theistic evolution. In support of this claim, they brought in eight experts on evolution. But other than Dr. Maynard Metcalf, a zoologist from Johns Hopkins University, the judge would not allow these experts to testify in person. Instead, they were allowed to submit written statements so their evidence could be used at the appeal. In response to this decision, Darrow made a sarcastic comment to Judge Raulston (as he often did throughout the trial) on how he had been agreeable only on the prosecution's suggestions. Darrow apologized the next day, keeping himself from being found in contempt of court. The presiding judge, John T. Raulston, was accused of being biased towards the prosecution and frequently clashed with Darrow. At the outset of the trial, Raulston quoted Genesis and the Butler Act. He also warned the jury not to judge the merit of the law (which would become the focus of the trial) but on the violation of the Act, which he called a 'high misdemeanor'. The jury foreman himself was unconvinced of the merit of the Act but he acted, as did most of the jury, on the instructions of the judge. Bryan chastised evolution for teaching children that humans were but one of 35,000 types of mammals and bemoaned the notion that human beings were descended "Not even from American monkeys, but from old world monkeys". Darrow responded for the defense in a speech that was universally considered the oratorical climax of the trial. Arousing fears of "inquisitions", Darrow argued that the Bible should be preserved in the realm of theology and morality and not put into a course of science. In his conclusion, Darrow declared that Bryan's "duel to the death" against evolution should not be made one-sided by a court ruling that took away the chief witnesses for the defense. Darrow promised there would be no duel because "there is never a duel with the truth." The courtroom went wild when Darrow finished; Scopes declared Darrow’s speech to be the dramatic high point of the entire trial and insisted that part of the reason Bryan wanted to go on the stand was to regain some of his tarnished glory. Examination of Bryan On the sixth day of the trial, the defense ran out of witnesses. The judge declared that all the defense testimony on the Bible was irrelevant and should not be presented to the jury (which had been excluded during the defense). On the seventh day of the trial, the defense asked the judge to call Bryan as a witness to question him on the Bible, as their own experts had been rendered irrelevant; Darrow had planned this the day before and called Bryan a "Bible expert". This move surprised those present in the court, as Bryan was a counsel for the prosecution and Bryan himself (according to a journalist reporting the trial) never made a claim of being an expert, although he did tout his knowledge of the Bible. This testimony revolved around several questions regarding Biblical stories and Bryan's beliefs (as shown below); this testimony culminated in Bryan declaring that Darrow was using the court to "slur the Bible" while Darrow replied that Bryan's statements on the Bible were "foolish". On the seventh day of the trial, Clarence Darrow took the unorthodox step of calling William Jennings Bryan, counsel for the prosecution, to the stand as a witness in an effort to demonstrate that belief in the historicity of the Bible and its many accounts of miracles was unreasonable. Bryan accepted, on the understanding that Darrow would in turn submit to questioning by Bryan. Although Hays would claim in his autobiography that the examination of Bryan was unplanned, Darrow spent the night before in preparation. The scientists the defense had brought to Dayton—and Charles Francis Potter, a modernist minister who had engaged in a series of public debates on evolution with the fundamentalist preacher John Roach Straton—prepared topics and questions for Darrow to address to Bryan on the witness stand. Kirtley Mather, chairman of the geology department at Harvard and also a devout Baptist, played Bryan and answered questions as he believed Bryan would. Raulston had adjourned court to the stand on the courthouse lawn, ostensibly because he was "afraid of the building" with so many spectators crammed into the courtroom, but probably because of the stifling heat. Adam and Eve An area of questioning involved the book of Genesis, including questions about whether Eve was actually created from Adam's rib, where Cain got his wife, and how many people lived in Ancient Egypt. Darrow used these examples to suggest that the stories of the Bible could not be scientific and should not be used in teaching science with Darrow telling Bryan, "You insult every man of science and learning in the world because he does not believe in your fool religion." Bryan's declaration in response was, "The reason I am answering is not for the benefit of the superior court. It is to keep these gentlemen from saying I was afraid to meet them and let them question me, and I want the Christian world to know that any atheist, agnostic, unbeliever, can question me anytime as to my belief in God, and I will answer him." Stewart objected for the prosecution, demanding to know the legal purpose of Darrow's questioning. Bryan, gauging the effect the session was having, snapped that its purpose was "to cast ridicule on everybody who believes in the Bible". Darrow, with equal vehemence, retorted, "We have the purpose of preventing bigots and ignoramuses from controlling the education of the United States." A few more questions followed in the charged open-air courtroom. Darrow asked where Cain got his wife; Bryan answered that he would "leave the agnostics to hunt for her". When Darrow addressed the issue of the temptation of Eve by the serpent, Bryan insisted that the Bible be quoted verbatim rather than allowing Darrow to paraphrase it in his own terms. However, after another angry exchange, Judge Raulston banged his gavel, adjourning the court. End of the trial The confrontation between Bryan and Darrow lasted approximately two hours on the afternoon of the seventh day of the trial. It is likely that it would have continued the following morning but for Judge Raulston's announcement that he considered the whole examination irrelevant to the case and his decision that it should be "expunged" from the record. Thus Bryan was denied the chance to cross-examine the defense lawyers in return, although after the trial Bryan would distribute nine questions to the press to bring out Darrow's "religious attitude". The questions and Darrow's short answers were published in newspapers the day after the trial ended, with The New York Times characterizing Darrow as answering Bryan's questions "with his agnostic's creed, 'I don't know,' except where he could deny them with his belief in natural, immutable law". After the defense's final attempt to present evidence was denied, Darrow asked the judge to bring in the jury only to have them come to a guilty verdict: We claim that the defendant is not guilty, but as the court has excluded any testimony, except as to the one issue as to whether he taught that man descended from a lower order of animals, and we cannot contradict that testimony, there is no logical thing to come except that the jury find a verdict that we may carry to the higher court, purely as a matter of proper procedure. We do not think it is fair to the court or counsel on the other side to waste a lot of time when we know this is the inevitable result and probably the best result for the case. After they were brought in, Darrow then addressed the jury: We came down here to offer evidence in this case and the court has held under the law that the evidence we had is not admissible, so all we can do is to take an exception and carry it to a higher court to see whether the evidence is admissible or not... we cannot even explain to you that we think you should return a verdict of not guilty. We do not see how you could. We do not ask it. Darrow closed the case for the defense without a final summation. Under Tennessee law, when the defense waived its right to make a closing speech, the prosecution was also barred from summing up its case, preventing Bryan from presenting his prepared summation. Scopes never testified since there was never a factual issue as to whether he had taught evolution. Scopes later admitted that, in reality, he was unsure of whether he had taught evolution (another reason the defense did not want him to testify), but the point was not contested at the trial. William Jennings Bryan's summation of the Scopes trial (distributed to reporters but not read in court): Science is a magnificent force, but it is not a teacher of morals. It can perfect machinery, but it adds no moral restraints to protect society from the misuse of the machine. It can also build gigantic intellectual ships, but it constructs no moral rudders for the control of storm-tossed human vessel. It not only fails to supply the spiritual element needed but some of its unproven hypotheses rob the ship of its compass and thus endanger its cargo. In war, science has proven itself an evil genius; it has made war more terrible than it ever was before. Man used to be content to slaughter his fellowmen on a single plane, the earth's surface. Science has taught him to go down into the water and shoot up from below and to go up into the clouds and shoot down from above, thus making the battlefield three times as bloody as it was before; but science does not teach brotherly love. Science has made war so hellish that civilization was about to commit suicide; and now we are told that newly discovered instruments of destruction will make the cruelties of the late war seem trivial in comparison with the cruelties of wars that may come in the future. If civilization is to be saved from the wreckage threatened by intelligence not consecrated by love, it must be saved by the moral code of the meek and lowly Nazarene. His teachings, and His teachings alone, can solve the problems that vex the heart and perplex the world. After eight days of trial, it took the jury only nine minutes to deliberate. Scopes was found guilty on July 21 and ordered by Raulston to pay a $100 fine (). Raulston imposed the fine before Scopes was given an opportunity to say anything about why the court should not impose punishment upon him and after Neal brought the error to the judge's attention the defendant spoke for the first and only time in court: Your honor, I feel that I have been convicted of violating an unjust statute. I will continue in the future, as I have in the past, to oppose this law in any way I can. Any other action would be in violation of my ideal of academic freedom—that is, to teach the truth as guaranteed in our constitution, of personal and religious freedom. I think the fine is unjust. Bryan died suddenly five days after the trial's conclusion. The connection between the trial and his death is still debated by historians. Appeal to the Supreme Court of Tennessee Scopes' lawyers appealed, challenging the conviction on several grounds. First, they argued that the statute was overly vague because it prohibited the teaching of "evolution", a very broad term. The court rejected that argument, holding: Evolution, like prohibition, is a broad term. In recent bickering, however, evolution has been understood to mean the theory which holds that man has developed from some pre-existing lower type. This is the popular significance of evolution, just as the popular significance of prohibition is prohibition of the traffic in intoxicating liquors. It was in that sense that evolution was used in this act. It is in this sense that the word will be used in this opinion, unless the context otherwise indicates. It is only to the theory of the evolution of man from a lower type that the act before us was intended to apply, and much of the discussion we have heard is beside this case. Second, the lawyers argued that the statute violated Scopes' constitutional right to free speech because it prohibited him from teaching evolution. The court rejected this argument, holding that the state was permitted to regulate his speech as an employee of the state: He was an employee of the state of Tennessee or of a municipal agency of the state. He was under contract with the state to work in an institution of the state. He had no right or privilege to serve the state except upon such terms as the state prescribed. His liberty, his privilege, his immunity to teach and proclaim the theory of evolution, elsewhere than in the service of the state, was in no wise touched by this law. Third, it was argued that the terms of the Butler Act violated the Tennessee State Constitution, which provided that "It shall be the duty of the General Assembly in all future periods of this government, to cherish literature and science." The argument was that the theory of the descent of man from a lower order of animals was now established by the preponderance of scientific thought, and that the prohibition of the teaching of such theory was a violation of the legislative duty to cherish science. The court rejected this argument, holding that the determination of what laws cherished science was an issue for the legislature, not the judiciary: The courts cannot sit in judgment on such acts of the Legislature or its agents and determine whether or not the omission or addition of a particular course of study tends to cherish science. Fourth, the defense lawyers argued that the statute violated the provisions of the Tennessee Constitution that prohibited the establishment of a state religion. The Religious Preference provisions of the Tennessee Constitution (Section3 of ArticleI) stated, "no preference shall ever be given, by law, to any religious establishment or mode of worship". Writing for the court, Chief Justice Grafton Green rejected this argument, holding that the Tennessee Religious Preference clause was designed to prevent the establishment of a state religion as had been the experience in England and Scotland at the writing of the Constitution, and held: We are not able to see how the prohibition of teaching the theory that man has descended from a lower order of animals gives preference to any religious establishment or mode of worship. So far as we know, there is no religious establishment or organized body that has in its creed or confession of faith any article denying or affirming such a theory. So far as we know, the denial or affirmation of such a theory does not enter into any recognized mode of worship. Since this cause has been pending in this court, we have been favored, in addition to briefs of counsel and various amici curiae, with a multitude of resolutions, addresses, and communications from scientific bodies, religious factions, and individuals giving us the benefit of their views upon the theory of evolution. Examination of these contributions indicates that Protestants, Catholics, and Jews are divided among themselves in their beliefs, and that there is no unanimity among the members of any religious establishment as to this subject. Belief or unbelief in the theory of evolution is no more a characteristic of any religious establishment or mode of worship than is belief or unbelief in the wisdom of the prohibition laws. It would appear that members of the same churches quite generally disagree as to these things. Further, the court held that while the statute "forbade" the teaching of evolution (as the court had defined it) it did not require teaching any other doctrine and thus did not benefit any one religious doctrine or sect over others. Nevertheless, having found the statute to be constitutional, the court set aside the conviction on appeal because of a legal technicality: the jury should have decided the fine, not the judge, since under the state constitution, Tennessee judges could not at that time set fines above $50, and the Butler Act specified a minimum fine of $100. Justice Green added a totally unexpected recommendation: The court is informed that the plaintiff in error is no longer in the service of the state. We see nothing to be gained by prolonging the life of this bizarre case. On the contrary, we think that the peace and dignity of the state, which all criminal prosecutions are brought to redress, will be the better conserved by the entry of a nolle prosequi herein. Such a course is suggested to the Attorney General. Attorney General L. D. Smith immediately announced that he would not seek a retrial, while Scopes' lawyers offered angry comments on the stunning decision. In 1968, the Supreme Court of the United States ruled in Epperson v. Arkansas 393 U.S. 97 (1968) that such bans contravene the Establishment Clause of the First Amendment because their primary purpose is religious. Tennessee had repealed the Butler Act the previous year. Aftermath Creation versus evolution debate The trial revealed a growing chasm in American Christianity and two ways of finding truth, one "biblical" and one "evolutionist". Author David Goetz writes that the majority of Christians denounced evolution at the time. Author Mark Edwards contests the conventional view that in the wake of the Scopes trial, a humiliated fundamentalism retreated into the political and cultural background, a viewpoint which is evidenced in the film Inherit the Wind (1960) as well as in the majority of contemporary historical accounts. Rather, the cause of fundamentalism's retreat was the death of its leader, Bryan. Most fundamentalists saw the trial as a victory rather than a defeat, but Bryan's death soon after it created a leadership void that no other fundamentalist leader could fill. Bryan, unlike the other leaders, brought name recognition, respectability, and the ability to forge a broad-based coalition of fundamentalist and mainline religious groups which argued in defense of the anti-evolutionist position. Adam Shapiro criticized the view that the Scopes trial was an essential and inevitable conflict between religion and science, claiming that such a view was "self-justifying". Instead, Shapiro emphasizes the fact that the Scopes trial was the result of particular circumstances, such as politics postponing the adoption of new textbooks. Anti-evolution movement The trial escalated the political and legal conflict in which strict creationists and scientists struggled over the teaching of evolution in Arizona and California science classes. Before the Dayton trial only the South Carolina, Oklahoma, and Kentucky legislatures had dealt with anti-evolution laws or riders to educational appropriations bills. After Scopes was convicted, creationists throughout the United States sought similar anti-evolution laws for their states. By 1927, there were 13 states, both in the North and in the South, that had deliberated over some form of anti-evolution law. At least 41 bills or resolutions were introduced into the state legislatures, with some states facing the issue repeatedly. Nearly all these efforts were rejected, but Mississippi and Arkansas did put anti-evolution laws on the books after the Scopes trial, laws that would outlive the Butler Act (which survived until 1967). In the Southwest, anti-evolution crusaders included ministers R. S. Beal and Aubrey L. Moore in Arizona and members of the Creation Research Society in California. They sought to ban evolution as a topic for study in the schools or, failing that, to relegate it to the status of unproven hypothesis perhaps taught alongside the biblical version of creation. Educators, scientists, and other distinguished laymen favored evolution. This struggle occurred later in the Southwest than elsewhere, finally collapsing in the Sputnik era after 1957, when the national mood inspired increased trust for science in general and for evolution in particular. The opponents of evolution made a transition from the anti-evolution crusade of the 1920s to the creation science movement of the 1960s. Despite some similarities between these two causes, the creation science movement represented a shift from overtly religious to covertly religious objections to evolutionary theory—sometimes described as a Wedge Strategy—raising what it claimed was scientific evidence in support of a literal interpretation of the Bible. Creation science also differed in terms of popular leadership, rhetorical tone, and sectional focus. It lacked a prestigious leader like Bryan, utilized pseudoscientific rather than religious rhetoric, and was a product of California and Michigan instead of the South. Teaching of
and his decision that it should be "expunged" from the record. Thus Bryan was denied the chance to cross-examine the defense lawyers in return, although after the trial Bryan would distribute nine questions to the press to bring out Darrow's "religious attitude". The questions and Darrow's short answers were published in newspapers the day after the trial ended, with The New York Times characterizing Darrow as answering Bryan's questions "with his agnostic's creed, 'I don't know,' except where he could deny them with his belief in natural, immutable law". After the defense's final attempt to present evidence was denied, Darrow asked the judge to bring in the jury only to have them come to a guilty verdict: We claim that the defendant is not guilty, but as the court has excluded any testimony, except as to the one issue as to whether he taught that man descended from a lower order of animals, and we cannot contradict that testimony, there is no logical thing to come except that the jury find a verdict that we may carry to the higher court, purely as a matter of proper procedure. We do not think it is fair to the court or counsel on the other side to waste a lot of time when we know this is the inevitable result and probably the best result for the case. After they were brought in, Darrow then addressed the jury: We came down here to offer evidence in this case and the court has held under the law that the evidence we had is not admissible, so all we can do is to take an exception and carry it to a higher court to see whether the evidence is admissible or not... we cannot even explain to you that we think you should return a verdict of not guilty. We do not see how you could. We do not ask it. Darrow closed the case for the defense without a final summation. Under Tennessee law, when the defense waived its right to make a closing speech, the prosecution was also barred from summing up its case, preventing Bryan from presenting his prepared summation. Scopes never testified since there was never a factual issue as to whether he had taught evolution. Scopes later admitted that, in reality, he was unsure of whether he had taught evolution (another reason the defense did not want him to testify), but the point was not contested at the trial. William Jennings Bryan's summation of the Scopes trial (distributed to reporters but not read in court): Science is a magnificent force, but it is not a teacher of morals. It can perfect machinery, but it adds no moral restraints to protect society from the misuse of the machine. It can also build gigantic intellectual ships, but it constructs no moral rudders for the control of storm-tossed human vessel. It not only fails to supply the spiritual element needed but some of its unproven hypotheses rob the ship of its compass and thus endanger its cargo. In war, science has proven itself an evil genius; it has made war more terrible than it ever was before. Man used to be content to slaughter his fellowmen on a single plane, the earth's surface. Science has taught him to go down into the water and shoot up from below and to go up into the clouds and shoot down from above, thus making the battlefield three times as bloody as it was before; but science does not teach brotherly love. Science has made war so hellish that civilization was about to commit suicide; and now we are told that newly discovered instruments of destruction will make the cruelties of the late war seem trivial in comparison with the cruelties of wars that may come in the future. If civilization is to be saved from the wreckage threatened by intelligence not consecrated by love, it must be saved by the moral code of the meek and lowly Nazarene. His teachings, and His teachings alone, can solve the problems that vex the heart and perplex the world. After eight days of trial, it took the jury only nine minutes to deliberate. Scopes was found guilty on July 21 and ordered by Raulston to pay a $100 fine (). Raulston imposed the fine before Scopes was given an opportunity to say anything about why the court should not impose punishment upon him and after Neal brought the error to the judge's attention the defendant spoke for the first and only time in court: Your honor, I feel that I have been convicted of violating an unjust statute. I will continue in the future, as I have in the past, to oppose this law in any way I can. Any other action would be in violation of my ideal of academic freedom—that is, to teach the truth as guaranteed in our constitution, of personal and religious freedom. I think the fine is unjust. Bryan died suddenly five days after the trial's conclusion. The connection between the trial and his death is still debated by historians. Appeal to the Supreme Court of Tennessee Scopes' lawyers appealed, challenging the conviction on several grounds. First, they argued that the statute was overly vague because it prohibited the teaching of "evolution", a very broad term. The court rejected that argument, holding: Evolution, like prohibition, is a broad term. In recent bickering, however, evolution has been understood to mean the theory which holds that man has developed from some pre-existing lower type. This is the popular significance of evolution, just as the popular significance of prohibition is prohibition of the traffic in intoxicating liquors. It was in that sense that evolution was used in this act. It is in this sense that the word will be used in this opinion, unless the context otherwise indicates. It is only to the theory of the evolution of man from a lower type that the act before us was intended to apply, and much of the discussion we have heard is beside this case. Second, the lawyers argued that the statute violated Scopes' constitutional right to free speech because it prohibited him from teaching evolution. The court rejected this argument, holding that the state was permitted to regulate his speech as an employee of the state: He was an employee of the state of Tennessee or of a municipal agency of the state. He was under contract with the state to work in an institution of the state. He had no right or privilege to serve the state except upon such terms as the state prescribed. His liberty, his privilege, his immunity to teach and proclaim the theory of evolution, elsewhere than in the service of the state, was in no wise touched by this law. Third, it was argued that the terms of the Butler Act violated the Tennessee State Constitution, which provided that "It shall be the duty of the General Assembly in all future periods of this government, to cherish literature and science." The argument was that the theory of the descent of man from a lower order of animals was now established by the preponderance of scientific thought, and that the prohibition of the teaching of such theory was a violation of the legislative duty to cherish science. The court rejected this argument, holding that the determination of what laws cherished science was an issue for the legislature, not the judiciary: The courts cannot sit in judgment on such acts of the Legislature or its agents and determine whether or not the omission or addition of a particular course of study tends to cherish science. Fourth, the defense lawyers argued that the statute violated the provisions of the Tennessee Constitution that prohibited the establishment of a state religion. The Religious Preference provisions of the Tennessee Constitution (Section3 of ArticleI) stated, "no preference shall ever be given, by law, to any religious establishment or mode of worship". Writing for the court, Chief Justice Grafton Green rejected this argument, holding that the Tennessee Religious Preference clause was designed to prevent the establishment of a state religion as had been the experience in England and Scotland at the writing of the Constitution, and held: We are not able to see how the prohibition of teaching the theory that man has descended from a lower order of animals gives preference to any religious establishment or mode of worship. So far as we know, there is no religious establishment or organized body that has in its creed or confession of faith any article denying or affirming such a theory. So far as we know, the denial or affirmation of such a theory does not enter into any recognized mode of worship. Since this cause has been pending in this court, we have been favored, in addition to briefs of counsel and various amici curiae, with a multitude of resolutions, addresses, and communications from scientific bodies, religious factions, and individuals giving us the benefit of their views upon the theory of evolution. Examination of these contributions indicates that Protestants, Catholics, and Jews are divided among themselves in their beliefs, and that there is no unanimity among the members of any religious establishment as to this subject. Belief or unbelief in the theory of evolution is no more a characteristic of any religious establishment or mode of worship than is belief or unbelief in the wisdom of the prohibition laws. It would appear that members of the same churches quite generally disagree as to these things. Further, the court held that while the statute "forbade" the teaching of evolution (as the court had defined it) it did not require teaching any other doctrine and thus did not benefit any one religious doctrine or sect over others. Nevertheless, having found the statute to be constitutional, the court set aside the conviction on appeal because of a legal technicality: the jury should have decided the fine, not the judge, since under the state constitution, Tennessee judges could not at that time set fines above $50, and the Butler Act specified a minimum fine of $100. Justice Green added a totally unexpected recommendation: The court is informed that the plaintiff in error is no longer in the service of the state. We see nothing to be gained by prolonging the life of this bizarre case. On the contrary, we think that the peace and dignity of the state, which all criminal prosecutions are brought to redress, will be the better conserved by the entry of a nolle prosequi herein. Such a course is suggested to the Attorney General. Attorney General L. D. Smith immediately announced that he would not seek a retrial, while Scopes' lawyers offered angry comments on the stunning decision. In 1968, the Supreme Court of the United States ruled in Epperson v. Arkansas 393 U.S. 97 (1968) that such bans contravene the Establishment Clause of the First Amendment because their primary purpose is religious. Tennessee had repealed the Butler Act the previous year. Aftermath Creation versus evolution debate The trial revealed a growing chasm in American Christianity and two ways of finding truth, one "biblical" and one "evolutionist". Author David Goetz writes that the majority of Christians denounced evolution at the time. Author Mark Edwards contests the conventional view that in the wake of the Scopes trial, a humiliated fundamentalism retreated into the political and cultural background, a viewpoint which is evidenced in the film Inherit the Wind (1960) as well as in the majority of contemporary historical accounts. Rather, the cause of fundamentalism's retreat was the death of its leader, Bryan. Most fundamentalists saw the trial as a victory rather than a defeat, but Bryan's death soon after it created a leadership void that no other fundamentalist leader could fill. Bryan, unlike the other leaders, brought name recognition, respectability, and the ability to forge a broad-based coalition of fundamentalist and mainline religious groups which argued in defense of the anti-evolutionist position. Adam Shapiro criticized the view that the Scopes trial was an essential and inevitable conflict between religion and science, claiming that such a view was "self-justifying". Instead, Shapiro emphasizes the fact that the Scopes trial was the result of particular circumstances, such as politics postponing the adoption of new textbooks. Anti-evolution movement The trial escalated the political and legal conflict in which strict creationists and scientists struggled over the teaching of evolution in Arizona and California science classes. Before the Dayton trial only the South Carolina, Oklahoma, and Kentucky legislatures had dealt with anti-evolution laws or riders to educational appropriations bills. After Scopes was convicted, creationists throughout the United States sought similar anti-evolution laws for their states. By 1927, there were 13 states, both in the North and in the South, that had deliberated over some form of anti-evolution law. At least 41 bills or resolutions were introduced into the state legislatures, with some states facing the issue repeatedly. Nearly all these efforts were rejected, but Mississippi and Arkansas did put anti-evolution laws on the books after the Scopes trial, laws that would outlive the Butler Act (which survived until 1967). In the Southwest, anti-evolution crusaders included ministers R. S. Beal and Aubrey L. Moore in Arizona and members of the Creation Research Society in California. They sought to ban evolution as a topic for study in the schools or, failing that, to relegate it to the status of unproven hypothesis perhaps taught alongside the biblical version of creation. Educators, scientists, and other distinguished laymen favored evolution. This struggle occurred later in the Southwest than elsewhere, finally collapsing in the Sputnik era after 1957, when the national mood inspired increased trust for science in general and for evolution in particular. The opponents of evolution made a transition from the anti-evolution crusade of the 1920s to the creation science movement of the 1960s. Despite some similarities between these two causes, the creation science movement represented a shift from overtly religious to covertly religious objections to evolutionary theory—sometimes described as a Wedge Strategy—raising what it claimed was scientific evidence in support of a literal interpretation of the Bible. Creation science also differed in terms of popular leadership, rhetorical tone, and sectional focus. It lacked a prestigious leader like Bryan, utilized pseudoscientific rather than religious rhetoric, and was a product of California and Michigan instead of the South. Teaching of science The Scopes trial had both short- and long-term effects in the teaching of science in schools in the United States. Though often portrayed as influencing public opinion against fundamentalism, the victory was not complete. Though the ACLU had taken on the trial as a cause, in the wake of Scopes' conviction they were unable to find more volunteers to take on the Butler law and, by 1932, had given up. The anti-evolutionary legislation was not challenged again until 1965, and in the meantime, William Jennings Bryan's cause was taken up by a number of organizations, including the Bryan Bible League and the Defenders of the Christian Faith. The effects of the Scopes Trial on high school biology texts has not been unanimously agreed by scholars. Of the most widely used textbooks after the trial, only one included the word evolution in its index; the relevant page includes biblical quotations. Some scholars have accepted that this was the result of the Scopes Trial: for example Hunter, the author of the biology text which Scopes was on trial for teaching, revised the text by 1926 in response to the Scopes Trial Controversy. However, George Gaylord Simpson challenged this notion as confusing cause and effect, and instead posited that the trend of anti-evolution movements and laws that provoked the Scopes Trial was also to blame for the removal of evolution from biological texts, and that the trial itself had little effect. The fundamentalists' target slowly veered off evolution in the mid-1930s. Miller and Grabiner suggest that as the anti-evolutionist movement died out, biology textbooks began to include the previously removed evolutionary theory. This also corresponds to the emerging demand that science textbooks be written by scientists rather than educators or education specialists. This account of history has also been challenged. In Trying Biology Robert Shapiro examines many of the eminent biology textbooks in the 1910–1920s, and finds that while they may have avoided the word evolution to placate anti-evolutionists, the overall focus on the subject was not greatly diminished, and the books were still implicitly evolution based. It has also been suggested that the narrative of evolution's being removed from textbooks due to religious pressure, only to be reinstated decades later, was an example of "Whig history" propagated by the Biological Sciences Curriculum Study, and that the shift in the ways biology textbooks discussed evolution can be attributed to other race and class based factors. In 1958 the National Defense Education Act was passed with the encouragement of many legislators who feared the United States education system was falling behind that of the Soviet Union. The act yielded textbooks, produced in cooperation with the American Institute of Biological Sciences, which stressed the importance of evolution as the unifying principle of biology. The new educational regime was not unchallenged. The greatest backlash was in Texas where attacks were launched in sermons and in the press. Complaints were lodged with the State Textbook Commission. However, in addition to federal support, a number of social trends had turned public discussion in favor of evolution. These included increased interest in improving public education, legal precedents separating religion and public education, and continued urbanization in the South. This led to a weakening of the backlash in Texas, as well as to the repeal of the Butler Law in Tennessee in 1967. Publicity Edward J. Larson, a historian who won the Pulitzer Prize for History for his book Summer for the Gods: The Scopes Trial and America's Continuing Debate Over Science and Religion (2004), notes: "Like so many archetypal American events, the trial itself began as a publicity stunt." The press coverage of the "Monkey Trial" was overwhelming. The front pages of newspapers like The New York Times were dominated by the case for days. More than 200 newspaper reporters from all parts of the country and two from London were in Dayton. Twenty-two telegraphers sent out 165,000 words per day on the trial, over thousands of miles of telegraph wires hung for the purpose; more words were transmitted to Britain about the Scopes trial than for any previous American event. Trained chimpanzees performed on the courthouse lawn. Chicago's WGN radio station broadcast the trial with announcer Quin Ryan via clear-channel broadcasting first on-the-scene coverage of the criminal trial. Two movie cameramen had their film flown out daily in a small plane from a specially prepared airstrip. H.L. Mencken's trial reports were heavily slanted against the prosecution and the jury, which were "unanimously hot for Genesis". He mocked the town's inhabitants as "yokels" and "morons". He called Bryan a "buffoon" and his speeches "theologic bilge". In contrast, he called the defense "eloquent" and "magnificent". Even today, some American creationists, fighting in courts and state legislatures to demand that creationism be taught on an equal footing with evolution in the schools, have claimed that it was Mencken's trial reports in 1925 that turned public opinion against creationism. The media's portrayal of Darrow's cross-examination of Bryan, and the play and movie Inherit the Wind (1960), caused millions of Americans to ridicule religious-based opposition to the theory of evolution. The trial also brought publicity to the town of Dayton, Tennessee, and was hatched as a publicity stunt. From The Salem Republican, June 11, 1925: The whole matter has assumed the portion of Dayton and her merchants endeavoring to secure a large amount of notoriety and publicity with an open question as whether Scopes is a party to the plot or not. Courthouse In a $1 million restoration of the Rhea County Courthouse in Dayton, completed in 1979, the second-floor courtroom was restored to its appearance during the Scopes trial. A museum of trial events in its basement contains such memorabilia as the microphone used to broadcast the trial, trial records, photographs, and an audiovisual history. Every July, local people re-enact key moments of the trial in the courtroom. In front of the courthouse stands a commemorative plaque erected by the Tennessee Historical Commission, reading as follows: 2B 23 THE SCOPES TRIAL Here, from July 10 to 21, 1925 JohnThomas Scopes, a County High School teacher, was tried for teaching that a man descended from a lower order of animals in violation of a lately passed state law. William Jennings Bryan assisted the prosecution; Clarence Darrow, Arthur Garfield Hays, and Dudley Field Malone the defense. Scopes was convicted. The Rhea County Courthouse was designated a National Historic Landmark by the National Park Service in 1976. It was placed on the National Register of Historic Places in 1972. Humor Anticipating that Scopes would be found guilty, the press fitted the defendant for martyrdom and created an onslaught of ridicule, and hosts of cartoonists added their own portrayals to the attack. For example: American Experience has published a gallery of such cartoons, and 14 such cartoons are also reprinted in L. Sprague de Camp's The Great Monkey Trial. Time magazine's initial coverage of the trial focused on Dayton as "the fantastic cross between a circus and a holy war". Life magazine adorned its masthead with monkeys reading books and proclaimed, "the whole matter is something to laugh about." Both
faction, declared Emperor Maximilian II as the new monarch. However, chancellor Jan Zamoyski and other opponents of Habsburgs persuaded many of the lesser nobility to demand a "Piast king", a Polish king. After a heated discussion, it was decided that Anna Jagiellon, sister of the former King Sigismund II Augustus, should be elected king and marry Stephen Báthory. In January 1576 Báthory passed the mantle of voivode of Transylvania to his brother Christopher Báthory and departed for Poland. On 1 May 1576 Báthory married Anna and was crowned king of Poland and grand duke of Lithuania. After being chosen as king in the 1576 Polish–Lithuanian royal election, Báthory also began using the title of the prince of Transylvania. Establishing power Báthory's position was at first extremely difficult, as there was still some opposition to his election. Emperor Maximilian, insisting on his earlier election, fostered internal opposition and prepared to enforce his claim by military action. At first the representatives of the Grand Duchy of Lithuania refused to recognize Báthory as grand duke, and demanded concessions - that he return the estates of his wife Anne to the Lithuanian treasury, hold Sejm conventions in both Lithuania and Poland, and reserve the highest governmental official offices in Lithuania for Lithuanians. He accepted the conditions. In June Báthory was recognized as Grand Duke of Lithuania. With Lithuania secure, the other major region refusing to recognize his election was Prussia. Maximilian's sudden death improved Báthory's situation, but the city of Danzig (Gdańsk) still refused to recognize his election without significant concessions. The Hanseatic League city, bolstered by its immense wealth, fortifications, and the secret support of Maximilian, had supported the Emperor's election and decided not to recognize Báthory as legitimate ruler. The resulting conflict was known as the Danzig rebellion. Most armed opposition collapsed when the prolonged Siege of Danzig by Báthory's forces was lifted as an agreement was reached. The Danzig army was utterly defeated in a field battle on 17 April 1577. However, since Báthory's armies were unable to take the city by force, a compromise was reached. In exchange for some of Danzig's demands being favorably reviewed, the city recognised Báthory as ruler of Poland and paid the sum of 200,000 zlotys in gold as compensation. Tying up administration of the Commonwealth's northern provinces, in February 1578 he acknowledged George Frederick as the ruler of Duchy of Prussia, receiving his feudal tribute. Policies After securing control over the Commonwealth, Báthory had a chance to devote himself to strengthening his authority, in which he was supported by his chancellor Jan Zamoyski, who would soon become one of the king's most trusted advisers. Báthory reorganised the judiciary by formation of legal tribunals (the Crown Tribunal in 1578 and the Lithuanian Tribunal in 1581). While this somewhat weakened the royal position, it was of little concern to Báthory, as the loss of power was not significant in the short term, and he was more concerned with the hereditary Hungarian throne. In exchange, the Sejm allowed him to raise taxes and push a number of reforms strengthening the military, including the establishment of the piechota wybraniecka, an infantry formation composed of peasants. Many of his projects aimed to modernize the Commonwealth army, reforming it in a model of Hungarian troops of Transylvania. He also founded the Academy of Vilnius, the third university in the Commonwealth, transforming what had been a Jesuit college into a major university. He founded several other Jesuit colleges, and was active in propagating Catholicism, while at the same time being respectful of the Commonwealth policy of religious tolerance, issuing a number of decrees offering protection to Polish Jews, and denouncing any religious violence. In external relations, Báthory sought peace through strong alliances. Though remaining distrustful of the Habsburgs, he maintained the tradition of good relations that the Commonwealth enjoyed with its Western neighbor and confirmed past treaties between the Commonwealth and Holy Roman Empire with diplomatic missions received by Maximilian's successor, Rudolf II. The troublesome south-eastern border with the Ottoman Empire was temporarily quelled by truces signed in July 1577 and April 1579. The Sejm of January 1578 gathered in Warsaw was persuaded to grant Báthory subsidies for the inevitable war against Muscovy. A number of his trusted advisers were Hungarian, and he remained interested in Hungarian politics. Báthory wished to recreate his native country into an independent, strong power, but the unfavorable international situation did not allow him significantly to advance any of his plans in that area. In addition to Hungarian, he was well versed in Latin, and spoke Italian and German; he never learned the Polish language. In his personal life, he was described as rather frugal in his personal expenditures, with hunting and reading as his favorite pastimes. War with Muscovy Before Báthory's election to the throne of the Commonwealth, Ivan the Terrible of Russia had begun encroaching on its sphere of interest in the northeast, eventually invading the Commonwealth borderlands in Livonia; the conflict would grow to involve a number of nearby powers (outside Russia and Poland-Lithuania, also Sweden, the Kingdom of Livonia and Denmark-Norway). Each of them was vying for control of Livonia, and the resulting conflict, lasting for several years, became known as the Livonian War. By 1577, Ivan was in control of most of the disputed territory, but his conquest was short-lived. In 1578, Commonwealth forces scored a number of victories in Liviona and begun pushing Ivan's forces back; this marked the turning point in the war. Báthory, together with his chancellor Zamoyski, led the army of the Commonwealth in a series of decisive campaigns taking Polotsk in 1579 and Velikiye Luki in 1580. In 1581, Stephen penetrated once again into Russia and, on 22 August, laid siege to the city of Pskov. While the city held, on 13 December 1581 Ivan the Terrible began negotiations that concluded with the Truce of Jam Zapolski on 15 January 1582. The treaty was favorable to the Commonwealth, as Ivan ceded Polatsk, Veliz and most of the Duchy of Livonia in exchange for regaining Velikiye Luki and Nevel. Final years In 1584, Báthory allowed Zamoyski to execute Samuel Zborowski, whose death sentence for treason and murder had been pending for roughly a decade. This political conflict between Báthory and the Zborowski family, framed as the clash between the monarch and the nobility, would be a major recurring controversy in internal Polish politics for many years. In external politics, Báthory was considering another
Roman Emperor, and quelling rebellions, most notably, the Danzig rebellion. He reigned only a decade, but is considered one of the most successful kings in Polish history, particularly in the realm of military history. His signal achievement was his victorious campaign in Livonia against Russia in the middle part of his reign, in which he repulsed a Russian invasion of Commonwealth borderlands and secured a highly favorable treaty of peace (the Peace of Jam Zapolski). Youth Stephen Báthory was born on 27 September 1533 in the castle at Somlyó, also known as Szilágysomlyó (today's Șimleu Silvaniei). He was the son of Stephen VIII Báthory (d. 1534) of the noble Hungarian Báthory family and his wife Catherine Telegdi. He had at least five siblings: two brothers and three sisters. Little is known about his childhood. Around 1549–1550, he briefly visited Italy and probably spent a few months attending lectures at the Padua University. Upon his return, he joined the army of Ferdinand I, Holy Roman Emperor, and took part in his military struggle against the Turks. Some time after 1553, Báthory was captured by the Turks, and after Ferdinand I refused to pay his ransom, joined the opposing side, supporting John II Sigismund Zápolya in his struggle for power in the Eastern Hungarian Kingdom. As Zápolya's supporter, Báthory acted both as a feudal lord, military commander and a diplomat. During one of his trips to Vienna he was put under house arrest for two years. During this time he fell out of favor at Zápolya's court, and his position was largely assumed by another Hungarian noble, Gáspár Bekes. Báthory briefly retired from politics, but he still wielded considerable influence and was seen as a possible successor to Zápolya. After Zápolya's death in 1571, the Transylvanian estates elected Báthory Voivode of Transylvania. Bekes, supported by the Habsburgs, disputed his election, but by 1573, Báthory emerged victorious in the resulting civil war and drove Bekes out of Transylvania. He subsequently attempted to play the Ottomans and the Holy Roman Empire against one another in an attempt to strengthen the Transylvania position. Elected king In 1572, the throne of the Polish–Lithuanian Commonwealth, at the time the largest and one of the most populous states in Europe, was vacated when King Sigismund II Augustus died without heirs. The Sejm was given the power to elect a new king, and in the 1573 Polish–Lithuanian royal election chose Henry of France; Henry soon ascended the French throne and forfeited the Polish one by returning to France. Báthory decided to enter into the election; in the meantime he had to defeat another attempt by Bekes to challenge his authority in Transylvania, which he did by defeating Bekes at the Battle of Kerelőszentpál. On 12 December 1575, after an interregnum of roughly one and a half years, primate of Poland Jakub Uchański, representing a pro-Habsburg faction, declared Emperor Maximilian II as the new monarch. However, chancellor Jan Zamoyski and other opponents of Habsburgs persuaded many of the lesser nobility to demand a "Piast king", a Polish king. After a heated discussion, it was decided that Anna Jagiellon, sister of the former King Sigismund II Augustus, should be elected king and marry Stephen Báthory. In January 1576 Báthory passed the mantle of voivode of Transylvania to his brother Christopher Báthory and departed for Poland. On 1 May 1576 Báthory married Anna and was crowned king of Poland and grand duke of Lithuania. After being chosen as king in the 1576 Polish–Lithuanian royal election, Báthory also began using the title of the prince of Transylvania. Establishing power Báthory's position was at first extremely difficult, as there was still some opposition to his election. Emperor Maximilian, insisting on his earlier election, fostered internal opposition and prepared to enforce his claim by military action.
was neither a new teaching nor a religion. Rather, Subuh remarked that as a result of following the inner guidance from the latihan, members could be guided towards a religion that was right for them, whether it is Christianity, Judaism, Islam, Hinduism, Buddhism, etc. While following a religion can provide discipline that can be valuable for a member's inner development, it is not necessary to follow a religion in order to be in Subud and do the latihan. Today, people of all religions and even those who follow no religion are in Subud. There are Subud groups in about 83 countries, with a worldwide membership of about 10,000. Etymology The name "Subud" is an acronym that stands for three Javanese words, Susila Budhi Dharma, which are derived from the Sanskrit terms suśīla (good-tempered), buddhi, and dharma. The meaning depends on the context in which they are being used. The original Sanskrit root words are defined differently than Pak Subuh indicates: Sanskrit Suśīla: "well-disposed", "having an amiable disposition", "good-tempered". Buddhi: "intelligence, mind, reason". Dharma: the Law that "upholds, supports or maintains the regulatory order of the universe". Pak Subuh Pak Subuh gives the following definitions: Susila: the good character of man in accordance with the Will of Almighty God. Budhi: the force of the inner self within man. Dharma: surrender, trust and sincerity towards Almighty God. History Muhammad Subuh Sumohadiwidjojo explained in talks to Subud members, beginning in the 1940s, that during 1925 he was taking a late-night walk when he had an unexpected and unusual experience. He said he found himself enveloped in a brilliant light, and looked up to see what seemed like the sun falling directly onto his body, and he thought that he was having a heart attack. He said he went directly home, lay down on his bed, and prepared to die with the feeling that maybe it was his time, and that he could not fight it, so he surrendered himself to God. According to the story, however, instead of dying he was moved from within to stand up and perform movements similar to his normal Muslim prayer routine. It seemed that he was not moving through his own volition; but was being guided by what he interpreted as the power of God. This same kind of experience reportedly happened to him for a few hours each night over a period of about 1000 days during which he slept little but was able to continue working full-time. He said he experienced a kind of "inner teaching" whereby he was given to understand a variety of things spontaneously. As these experiences proceeded, Pak Subuh explained, he gained spontaneous insight into people and situations that he had not possessed before. Around 1933, as he reported, he received that if other people were physically near him while he was in a state of "latihan", then the experience would begin in them also. While still in his early thirties, Pak Subuh's reputation as someone with spiritual insight apparently grew, and people went to him to be 'opened'. They in turn could open others, and this is how Subud eventually spread around the world. In Jakarta, Husein Rofé, an English linguist who had been living in Indonesia since 1950, met Pak Subuh. Rofé had been searching for a spiritual path and became the first non-Indonesian to be opened. Subud moved outside of Indonesia when Rofé attended a religious congress in Japan in 1954. Subud first spread internationally into Japan, followed by Hong Kong and Cyprus. In 1957, Rofé (who was then in London) suggested that Pak Subuh visit Britain. Pak Subuh accepted the invitation and visited the home of John G. Bennett in Coombe Springs. It was at this time that many UK followers of George Gurdjieff were initiated into Subud, including Bennett himself, though he later left the group. Over the next 14 months Pak Subuh visited many countries before returning to Indonesia. Symbol The Subud symbol was envisioned by Pak Subuh in 1959. The design consists of seven concentric circles and seven spokes, which, in traditional Javanese mysticism, represent seven levels of life forces as well as the Great Life Force that connects them. Each circle grows wider, the further out from the center, and each spoke narrows as it approaches the center. The space between the circles remains constant. The symbol is often printed in black and white when color printing is not available. When colors are used, usually the circles and spokes are gold and the background is dark blue to black. However, the symbol is also sometimes blue on white or white on blue. The World Subud Association has registered this design, as well as the name "Subud", as a trade, service or collective membership mark in many countries. Practices The core of Subud is the latihan experience. Pak Subuh gives the following descriptions of Subud: The central practice of Subud is the latihan kejiwaan (literally "spiritual exercise" or "training of the spirit") or simply "the latihan". This exercise is not thought about, learned or trained for; it is unique for each person and the ability to "receive" it is passed on by being in the presence of another practicing member at the "opening" (see below). About twice a week, Subud members go to a local center to participate in a group latihan, men and women separately. The experience takes place in a room or a hall with open space. After a period of sitting quietly, the members are typically asked to stand and relax by a "helper" (see below), who then announces the start of the exercise. In the practice of the exercise, members are typically advised to follow "what arises from within", not expecting anything in advance. One is recommended not to focus on any image or recite any mantra, nor to mix the exercise with other activities like meditation or use of drugs, but simply to intend to surrender to the Divine or the transcendent good or the will of God. (The term "God" is used here with a broad and inclusive intention. An individual is at liberty to substitute interpretations that they feel more in tune with.) One is not to pay attention to others in the room, each of whom is doing his or her own latihan. During the exercise, practitioners may find that, in terms of physical and emotional expression, they involuntarily move, make sounds, walk around, dance, jump, skip, laugh, cry or whatever. The experience varies greatly for different people, but the practitioner is always wholly conscious throughout and free to stop the exercise at any time. Many Subud members believe that this experience, apparently arising from within each person, provides them with something of what they currently need in life. For some, the latihan may appear to initially involve a "purification", which possibly permits subsequently deeper experience. Members may describe their latihan as leaving them feeling "cleansed", "centered", "at peace", or "energized". The latihan is sometimes said to "work" 24 hours a day, not only when one is explicitly "doing" it. Supposedly, the regular practice of the latihan will enable people to experience positive development in various aspects of their daily life and being. The official website talks of "a deepening of the natural connection with wisdom, one's higher self, the divine, or God, depending on one's preferred terminology". (see links) Although the latihan can be practised alone, members are advised to participate regularly, ideally twice a week, in a group latihan. When a member has enough experience to reliably sense the appropriate time to finish his or her latihan session, he or she may add perhaps one more weekly session of the latihan at home. While the suggestions of Subud's founder are held as valuable by many members, there is no requirement to believe anything, and the latihan is open to individuals of all faiths - or none. Subud officially endorses no doctrine regarding the latihan's nature or benefits. The Opening The "opening" refers to a person's first latihan, which is specially arranged to pass on the "contact", metaphorically resembling a candle flame that lights a new candle with no difference in quality of the flame. Only after the formal opening process, in most cases, is a person able to receive for himself or herself, and is then welcome to participate in the group latihan. In the opening, the person is accompanied by one or more experienced members called "helpers", and is asked to simply stand and relax with the helpers standing nearby. A simple statement or agreed set of "opening words" is read by one of the helpers that acknowledges the person's wish to receive the contact. The helpers then begin the exercise as they would normally do. The contact is passed on to the new member without effort or intention on the part of anyone present. This is the moment of the person's first connection with the latihan kejiwaan of Subud. Testing Testing is a distinct variety of the latihan directed toward receiving guidance or insight on a particular issue. Some question or request for clarification is acknowledged, and then the exercise is performed with openness to the issue. The original word for testing used by Muhammad Subuh was "terimah," which is Indonesian for "receiving". Many people who have been practicing the latihan for some time claim to be able to recognize indications or intuitions "from their inner feeling" in response to questions that are put forward. Such indications
the will of God. (The term "God" is used here with a broad and inclusive intention. An individual is at liberty to substitute interpretations that they feel more in tune with.) One is not to pay attention to others in the room, each of whom is doing his or her own latihan. During the exercise, practitioners may find that, in terms of physical and emotional expression, they involuntarily move, make sounds, walk around, dance, jump, skip, laugh, cry or whatever. The experience varies greatly for different people, but the practitioner is always wholly conscious throughout and free to stop the exercise at any time. Many Subud members believe that this experience, apparently arising from within each person, provides them with something of what they currently need in life. For some, the latihan may appear to initially involve a "purification", which possibly permits subsequently deeper experience. Members may describe their latihan as leaving them feeling "cleansed", "centered", "at peace", or "energized". The latihan is sometimes said to "work" 24 hours a day, not only when one is explicitly "doing" it. Supposedly, the regular practice of the latihan will enable people to experience positive development in various aspects of their daily life and being. The official website talks of "a deepening of the natural connection with wisdom, one's higher self, the divine, or God, depending on one's preferred terminology". (see links) Although the latihan can be practised alone, members are advised to participate regularly, ideally twice a week, in a group latihan. When a member has enough experience to reliably sense the appropriate time to finish his or her latihan session, he or she may add perhaps one more weekly session of the latihan at home. While the suggestions of Subud's founder are held as valuable by many members, there is no requirement to believe anything, and the latihan is open to individuals of all faiths - or none. Subud officially endorses no doctrine regarding the latihan's nature or benefits. The Opening The "opening" refers to a person's first latihan, which is specially arranged to pass on the "contact", metaphorically resembling a candle flame that lights a new candle with no difference in quality of the flame. Only after the formal opening process, in most cases, is a person able to receive for himself or herself, and is then welcome to participate in the group latihan. In the opening, the person is accompanied by one or more experienced members called "helpers", and is asked to simply stand and relax with the helpers standing nearby. A simple statement or agreed set of "opening words" is read by one of the helpers that acknowledges the person's wish to receive the contact. The helpers then begin the exercise as they would normally do. The contact is passed on to the new member without effort or intention on the part of anyone present. This is the moment of the person's first connection with the latihan kejiwaan of Subud. Testing Testing is a distinct variety of the latihan directed toward receiving guidance or insight on a particular issue. Some question or request for clarification is acknowledged, and then the exercise is performed with openness to the issue. The original word for testing used by Muhammad Subuh was "terimah," which is Indonesian for "receiving". Many people who have been practicing the latihan for some time claim to be able to recognize indications or intuitions "from their inner feeling" in response to questions that are put forward. Such indications may take various forms, including sounds, visions, vibrations and/or spontaneous physical movements similar to, though perhaps more intense than, those experienced in the usual latihan. However, it appears that such indications often defy intellectual analysis and that the supposed guidance can be obscured or biased by the mental or emotional attitudes of those present. Testing is generally viewed as an instrument for helping to clarify issues in the present, but may lead to confusion if treated as a kind of fortune-telling. Nevertheless, many Subud members claim to benefit from testing in terms of resolving issues. Testing is normally used to help select helpers, and often committee members, throughout the World Subud Association. Pak Subuh's book "Susila Budhi Dharma" cites examples of situations in which testing may be useful, including self-training in putting any benefits of the latihan into practice. (Throughout Muhammad Subuh's book "Susila Budhi Dharma", which was written in 1952, testing is always referred to as "feeling" or "receiving". The first time "testing" was called by that name was in 1957 by John G. Bennett.) Fasting Individual Subud members often voluntarily engage in occasional fasting as Pak Subuh recommended. Each year, some members fast at the same time as the Muslim fast of Ramadan which Pak
"slavery". Writing in the 21st century, Professor Peter Read said that Board members, in recording reasons for removal of children, noted simply "For being Aboriginal." But the number of files bearing such a comment appear to be on the order of either one or two, with two others being noted only with "Aboriginal". In 1909, the Protector of Aborigines in South Australia, William Garnet South, reportedly "lobbied for the power to remove Aboriginal children without a court hearing because the courts sometimes refused to accept that the children were neglected or destitute". South argued that "all children of mixed descent should be treated as neglected". His lobbying reportedly played a part in the enactment of the Aborigines Act 1911. This designated his position as the legal guardian of every Aboriginal child in South Australia, not only the so-called "half-castes". The Bringing Them Home report identified instances of official misrepresentation and deception, such as when caring and able parents were incorrectly described by Aboriginal Protection Officers as not being able to properly provide for their children. In other instances, parents were told by government officials that their child or children had died, even though this was not the case. One first-hand account referring to events in 1935 stated: I was at the post office with my Mum and Auntie [and cousin]. They put us in the police ute and said they were taking us to Broome. They put the mums in there as well. But when we'd gone [about ] they stopped, and threw the mothers out of the car. We jumped on our mothers' backs, crying, trying not to be left behind. But the policemen pulled us off and threw us back in the car. They pushed the mothers away and drove off, while our mothers were chasing the car, running and crying after us. We were screaming in the back of that car. When we got to Broome they put me and my cousin in the Broome lock-up. We were only ten years old. We were in the lock-up for two days waiting for the boat to Perth. The report discovered that removed children were, in most cases, placed into institutional facilities operated by religious or charitable organisations. A significant number, particularly females, were "fostered" out. Children taken to such institutions were trained to be assimilated to Anglo-Australian culture. Policies included punishment for speaking their local Indigenous languages. The intention was to educate them for a different future and to prevent their being socialised in Aboriginal cultures. The boys were generally trained as agricultural labourers and the girls as domestic servants; these were the chief occupations of many Europeans at the time in the largely rural areas outside cities. A common aspect of the removals was the failure by these institutions to keep records of the actual parentage of the child, or such details as the date or place of birth. As is stated in the report: the physical infrastructure of missions, government institutions and children's homes was often very poor and resources were insufficient to improve them or to keep the children adequately clothed, fed and sheltered. The children were taken into care purportedly to protect them from neglect and abuse. However, the report said that, among the 502 inquiry witnesses, 17% of female witnesses and 7.7% of male witnesses reported having suffered a sexual assault while in an institution, at work, or while living with a foster or adoptive family. Documentary evidence, such as newspaper articles and reports to parliamentary committees, suggest a range of rationales. Apparent motivations included the belief that the Aboriginal people would die out, given their catastrophic population decline after white contact, the belief that they were heathens and were better off in non-indigenous households, and the belief that full-blooded Aboriginal people resented miscegenation and the mixed-race children fathered and abandoned by white men. Effects on the removed and their descendants Removed people The stated aim of the "resocialisation" program was to improve the integration of Aboriginal people into modern [European-Australian] society; however, a recent study conducted in Melbourne reported that there was no tangible improvement in the social position of "removed" Aboriginal people as compared to "non-removed". Particularly in the areas of employment and post-secondary education, the removed children had about the same results as those who were not removed. In the early decades of the program, post-secondary education was limited for most Australians, but the removed children lagged behind their white contemporaries as educational opportunities improved. The study indicated that removed Aboriginal people were less likely to have completed a secondary education, three times as likely to have acquired a police record, and were twice as likely to use illicit drugs as were Aboriginal people who grew up in their ethnic community. The only notable advantage "removed" Aboriginal people achieved was a higher average income. The report noted this was likely due to the increased urbanisation of removed individuals, and greater access to welfare payments than for Aboriginal people living in remote communities. There seemed to be little evidence that removed mixed-race Aboriginal people had been successful in gaining better work even in urbanised areas. By around the age of 18, the children were released from government control. In cases where their files were available, individuals were sometimes allowed to view their own files. According to the testimony of one Aboriginal person: I was requested to attend at the Sunshine Welfare Offices, where they formerly (sic) discharged me from State ward ship. It took the Senior Welfare Officer a mere 20 minutes to come clean, and tell me everything that my heart had always wanted to know...that I was of "Aboriginal descent", that I had a Natural mother, father, three brothers and a sister, who were alive...He placed in front of me 368 pages of my file, together with letters, photos and birthday cards. He informed me that my surname would change back to my Mother's maiden name of Angus. The Bringing Them Home report condemned the policy of disconnecting children from their cultural heritage. One witness said to the commission: I've got everything that could be reasonably expected: a good home environment, education, stuff like that, but that's all material stuff. It's all the non-material stuff that I didn't have — the lineage... You know, you've just come out of nowhere; there you are. In 2015, many of the recommendations of Bringing Them Home were yet to be fulfilled. In 2017, 35% of all children in out-of-home care in Australia identify as being Aboriginal, an increase from 20% in 1997 when Bringing Them Home was published. Generational effects A 2019 study by the Australian Institute of Health and Welfare (AIHW) found that children living in households with members of the Stolen Generations are more likely "to experience a range of adverse outcomes", including poor health, especially mental health, missing school and living in poverty. There are high incidences of anxiety, depression, PTSD and suicide, along with alcohol abuse, among the Stolen Generations, with this resulting in unstable parenting and family situations. Public awareness and recognition Historian Professor Peter Read, then at the Australian National University, was the first to use the phrase "stolen generation". He published a magazine article on the topic with this title, based on his research. He expanded the article into a book, The Stolen Generations (1981). Widespread awareness of the Stolen Generations, and the practices that created them, grew in the late 1980s through the efforts of Aboriginal and white activists, artists, and musicians (Archie Roach's "Took the Children Away" and Midnight Oil's "The Dead Heart" being examples of the latter). The Mabo v Queensland (No 2) case (commonly known as the Mabo case) attracted great media and public attention to itself and to all issues related to the government treatment of Aboriginal people and Torres Strait Islanders in Australia, and most notably the Stolen Generations. In early 1995, Rob Riley, an activist with the Aboriginal Legal Service, published Telling Our Story. It described the large-scale negative effects of past government policies that resulted in the removal of thousands of mixed-race Aboriginal children from their families and their being reared in a variety of conditions in missions, orphanages, reserves, and white foster homes. The Australian Human Rights and Equal Opportunity Commission's National Inquiry into the Separation of Aboriginal and Torres Strait Islander Children from Their Families commenced in May 1995, presided over by the Commission's president Sir Ronald Wilson and its Aboriginal and Torres Strait Islander Social Justice Commissioner Mick Dodson. During the ensuing 17 months, the Inquiry visited every state and Territory in Australia, heard testimony from 535 Aboriginal Australians, and received submissions of evidence from more than 600 more. In April 1997, the Commission released its official Bringing Them Home report. Between the commissioning of the National Inquiry and the release of the final report in 1997, the government of John Howard had replaced the Paul Keating government. At the Australian Reconciliation Convention in May 1997, Howard was quoted as saying: "Australians of this generation should not be required to accept guilt and blame for past actions and policies." Following publication of the report, the parliament of the Northern Territory and the state parliaments of Victoria, South Australia, and New South Wales passed formal apologies to the Aboriginal people affected. On 26 May 1998, the first "National Sorry Day" was held; reconciliation events such as the Walk for Reconciliation across Sydney Harbour Bridge and in other cities were held nationally, and attended by a total of more than one million people. As public pressure continued to increase on the government, Howard drafted a Motion of Reconciliation with Senator Aden Ridgeway, expressing "deep and sincere regret over the removal of Aboriginal children from their parents", which was passed by the federal parliament in August 1999. Howard said that the Stolen Generation represented "the most blemished chapter in the history of this country". Activists took the issue of the Stolen Generations to the United Nations Commission on Human Rights. At its hearing on this subject in July 2000, the Commission on Human Rights strongly criticised the Howard government for its handling of issues related to the Stolen Generations. The UN Committee on the Elimination of Racial Discrimination concluded its discussion of Australia's 12th report on its actions by acknowledging "the measures taken to facilitate family reunion and to improve counselling and family support services for the victims", but expressed concern: that the Commonwealth Government does not support a formal national apology and that it considers inappropriate the provision of monetary compensation for those forcibly and unjustifiably separated from their families, on the grounds that such practices were sanctioned by law at the time and were intended to "assist the people whom they affected".The Committee recommended "that the State party consider the need to address appropriately the extraordinary harm inflicted by these racially discriminatory practices." Activists highlighted the Stolen Generations and related Aboriginal issues during the Sydney 2000 Summer Olympics. They set up a large "Aboriginal Tent City" on the grounds of Sydney University to bring attention to Aboriginal issues in general. Cathy Freeman is an Aboriginal athlete who was chosen to light the Olympic flame and won the gold medal in the 400 metre sprint. In interviews, she said that her own grandmother was a victim of forced removal. The internationally successful rock group Midnight Oil attracted worldwide media interest by performing at the Olympic closing ceremony in black sweatsuits with the word "SORRY" emblazoned across them. In 2000, Phillip Knightley summed up the Stolen Generations in these terms: This cannot be over-emphasized—the Australian government literally kidnapped these children from their parents as a matter of policy. White welfare officers, often supported by police, would descend on Aboriginal camps, round up all the children, separate the ones with light-coloured skin, bundle them into trucks and take them away. If their parents protested they were held at bay by police. According to the archaeologist and writer Josephine Flood, "The well-meaning but ill-conceived policy of forced assimilation of mixed-race Aborigines is now universally condemned for the trauma and loss of language and culture it brought to the stolen children and their families." Australian federal parliament apology One of the recommendations of the 1997 Bringing Them Home report was for Australian parliaments to offer an official apology. A decade later, on 13 February 2008, Prime Minister Kevin Rudd presented an apology to Indigenous Australians as a motion to be voted on by the house. The apology text was as follows: The text of the apology did not refer to compensation to Aboriginal people generally or to members of the Stolen Generations specifically. Rudd followed the apology with a 20-minute speech to the house about the need for this action. The government's apology and his speech were widely applauded among both Indigenous Australians and the non-Indigenous general public. Opposition leader Brendan Nelson also delivered a 20-minute speech. He endorsed the apology but in his speech Nelson referred to the "under-policing" of child welfare in Aboriginal communities, as well as a host of social ills blighting the lives of Aboriginal people. His speech was considered controversial and received mixed reactions. Thousands of people who had gathered in public spaces in around Australia to hear the apology turned their backs on the screens that broadcast Nelson speaking. In Perth, people booed and jeered until the screen was switched off. In Parliament House's Great Hall, elements of the audience began a slow clap, with some finally turning their backs. The apology was unanimously adopted by the House of Representatives, although six members of Nelson's opposition caucus left the House in protest at the apology. Later that day, the Senate considered a motion for an identical apology, which was also passed unanimously. Beforehand, the Leader of the Greens, Senator Bob Brown, attempted to amend the motion to include words committing parliament to offering compensation to those who suffered loss under past Indigenous policies, but was opposed by all the other parties. Legal cases and compensation The states all have redress schemes: first Tasmania (2006), followed by Western Australia (2007), Queensland (2012), South Australia (2015) and New South Wales (2017); while a redress scheme for the territories, formerly controlled by the Commonwealth Government, was announced in August 2021. For victims of sexual abuse, there is also National Redress Scheme, set up in the wake of the Royal Commission into Institutional Responses to Child Sexual Abuse, which started on 1 July 2019 and open for applications until 30 June 2027, New South Wales Compensation claims have been heard by the NSW Supreme Court's Court of Appeal in Williams v The Minister Aboriginal Land Rights Act 1983 and New South Wales [2000] NSWCA 255 and the Australian Federal Court in Cubillo v Commonwealth of Australia [2000] FCA 1084. In Williams, an individual (rather than a group of plaintiffs) made claims in negligence arising from having been placed under the control of the Aborigines Welfare Board pursuant to s 7(2) of the Aborigines Welfare Act 1909 shortly after her birth, and was placed by the Board with the United Aborigines Mission at its Aborigines Children Home at Bomaderry near Nowra, NSW. The trial judge found that there was no duty of care and therefore that an action in negligence could not succeed. This was upheld by the NSW Court of Appeal in 2000. In relation to whether the action in NSW courts was limited by the passage of time, the Court of Appeal, reversing Studert J, extended the limitation period for the non-equitable claims by about three decades pursuant to s 60G of the Limitation Act 1969 (Williams v Minister, Aboriginal Land Rights Act 1983 (1994) 35 NSWLR 497). Australian Prime Minister Kevin Rudd's 2008 Apology to Australia's Indigenous peoples was not expected to have any legal effect on claims for compensation in NSW. New South Wales set up a scheme running from 1 July 2017 until 30 June 2022, enabling survivors to claim compensation. Its funding also allows for a healing fund, allocating grants to healing centres, memorials and keeping places, as well as a separate fund to help fund Stolen Generations members' funerals. There were estimated to be between 700 and 1,300 survivors in NSW in 2017. Queensland Queensland has the Redress Scheme that provides compensation payments ranging from $7000 to $40,000 to people who experienced abuse and neglect as children in Queensland institutions (Government of Queensland 2012). The scheme is not exclusive for Indigenous peoples but is for anyone who experienced abuse as a child whilst in state care. South Australia In June 1998, Bruce Trevorrow, a Ngarrindjeri man, sued the South Australian Government for pain and suffering suffered as a result of his being removed from his parents when he was a baby. On 1 August 2007, aged 50, Trevorrow became the first member of the Stolen Generations to be awarded compensation by a court of law, when it awarded him . The SA government appealed in February 2008, but lost their appeal in March 2010, but Trevorrow had died only a few months after they lodged the appeal. The South Australian reparations scheme was set up in November 2015, after a 2013 parliamentary committee reported that such a fund would be cheaper than fighting legal claims. The fund allows for around 300 eligible people to receive up to each. A Individual Reparations Scheme provided ex-gratia payments to Aboriginal people who were eligible for reparations, and in 2018, a payment of was made to eligible applicants, with an additional to follow. After the total fund of was underspent, the Community Reparations Fund was established to support projects that would promote healing for the Stolen Generations, their families and the wider community. Tasmania In October 2006 the Tasmanian Government allocated a package of to fund various reconciliation measures, including compensation for affected people, or their descendants if no longer living, under the Stolen Generation of Aboriginal Children Act 2006. In a first for the country, 106 people were found to qualify for the payments. Western Australia Western Australia has a redress scheme that is not exclusive for Indigenous peoples but is for anyone who experienced abuse as a child whilst in state care. Territories A compensation fund worth was announced by the federal government on 6 August 2021, to be used to award one-off payments of in recognition of the harm suffered as well as to pay for counselling, for survivors of the Stolen Generations in the Northern Territory, Australian Capital Territory and Jervis Bay Territory. Historical debate Use of the word "stolen" The word "stolen" is used here to refer to the Aboriginal children having been taken away from their families. It has been in use for this since the early 20th century. For instance, Patrick McGarry, a member of the Parliament of New South Wales, objected to the Aborigines Protection Amending Act 1915 which authorised the Aborigines' Protection Board to remove Aboriginal children from their parents without having to establish cause. McGarry described the policy as "steal[ing] the child away from its parents". In 1924, the Adelaide Sun wrote: "The word 'stole' may sound a bit far-fetched but by the time we have told the story of the heart-broken Aboriginal mother we are sure the word will not be considered out of place." In most jurisdictions, Indigenous Australians were put under the authority of a Protector, effectively being made wards of the State. The protection was done through each jurisdiction's Aboriginal Protection Board; in Victoria and Western Australia these boards were also responsible for applying what were known as Half-Caste Acts. More recent usage has developed since Peter Read's publication of The Stolen Generations: The Removal of Aboriginal Children in New South Wales 1883 to 1969 (1981), which examined the history of these government actions. The 1997 publication of the government's Bringing Them Home – Report of the National Inquiry into the Separation of Aboriginal and Torres Strait Islander Children from Their Families heightened awareness of the Stolen Generations. The acceptance of the term in Australia is illustrated by the 2008 formal apology to the Stolen Generations, led by Prime Minister Kevin Rudd and passed by both houses of the Parliament of Australia. Previous apologies had been offered by State and Territory governments in the period 1997–2001. Some have objected to the use of the term "Stolen Generations". Former Prime Minister John Howard did not believe the government should apologise to the Australian Aboriginal peoples. Then Minister for Aboriginal and Torres Strait Islander Affairs John Herron disputed usage of the term in April 2000. Others who disputed the
of self-identified Indigenous people by the television station ABS. According to the Bringing Them Home report: The report closely examined the distinctions between "forcible removal", "removal under threat or duress", "official deception", "uninformed voluntary release", and "voluntary release". The evidence indicated that in numerous cases, children were brutally and forcibly removed from their parent or parents, possibly even from the hospital shortly after birth, when identified as mixed-race babies. Aboriginal Protection Officers often made the judgement to remove certain children. In some cases, families were required to sign legal documents to relinquish care to the state. In Western Australia, the Aborigines Act 1905 removed the legal guardianship of Aboriginal parents. It made all their children legal wards of the state, so the government did not require parental permission to relocate the mixed-race children to institutions. In 1915, in New South Wales, the Aborigines Protection Amending Act 1915 gave the Aborigines' Protection Board authority to remove Aboriginal children "without having to establish in court that they were neglected." At the time, some members of Parliament objected to the NSW amendment; one member stated it enabled the Board to "steal the child away from its parents." At least two members argued that the amendment would result in children being subjected to unpaid labour (at institutions or farms) tantamount to "slavery". Writing in the 21st century, Professor Peter Read said that Board members, in recording reasons for removal of children, noted simply "For being Aboriginal." But the number of files bearing such a comment appear to be on the order of either one or two, with two others being noted only with "Aboriginal". In 1909, the Protector of Aborigines in South Australia, William Garnet South, reportedly "lobbied for the power to remove Aboriginal children without a court hearing because the courts sometimes refused to accept that the children were neglected or destitute". South argued that "all children of mixed descent should be treated as neglected". His lobbying reportedly played a part in the enactment of the Aborigines Act 1911. This designated his position as the legal guardian of every Aboriginal child in South Australia, not only the so-called "half-castes". The Bringing Them Home report identified instances of official misrepresentation and deception, such as when caring and able parents were incorrectly described by Aboriginal Protection Officers as not being able to properly provide for their children. In other instances, parents were told by government officials that their child or children had died, even though this was not the case. One first-hand account referring to events in 1935 stated: I was at the post office with my Mum and Auntie [and cousin]. They put us in the police ute and said they were taking us to Broome. They put the mums in there as well. But when we'd gone [about ] they stopped, and threw the mothers out of the car. We jumped on our mothers' backs, crying, trying not to be left behind. But the policemen pulled us off and threw us back in the car. They pushed the mothers away and drove off, while our mothers were chasing the car, running and crying after us. We were screaming in the back of that car. When we got to Broome they put me and my cousin in the Broome lock-up. We were only ten years old. We were in the lock-up for two days waiting for the boat to Perth. The report discovered that removed children were, in most cases, placed into institutional facilities operated by religious or charitable organisations. A significant number, particularly females, were "fostered" out. Children taken to such institutions were trained to be assimilated to Anglo-Australian culture. Policies included punishment for speaking their local Indigenous languages. The intention was to educate them for a different future and to prevent their being socialised in Aboriginal cultures. The boys were generally trained as agricultural labourers and the girls as domestic servants; these were the chief occupations of many Europeans at the time in the largely rural areas outside cities. A common aspect of the removals was the failure by these institutions to keep records of the actual parentage of the child, or such details as the date or place of birth. As is stated in the report: the physical infrastructure of missions, government institutions and children's homes was often very poor and resources were insufficient to improve them or to keep the children adequately clothed, fed and sheltered. The children were taken into care purportedly to protect them from neglect and abuse. However, the report said that, among the 502 inquiry witnesses, 17% of female witnesses and 7.7% of male witnesses reported having suffered a sexual assault while in an institution, at work, or while living with a foster or adoptive family. Documentary evidence, such as newspaper articles and reports to parliamentary committees, suggest a range of rationales. Apparent motivations included the belief that the Aboriginal people would die out, given their catastrophic population decline after white contact, the belief that they were heathens and were better off in non-indigenous households, and the belief that full-blooded Aboriginal people resented miscegenation and the mixed-race children fathered and abandoned by white men. Effects on the removed and their descendants Removed people The stated aim of the "resocialisation" program was to improve the integration of Aboriginal people into modern [European-Australian] society; however, a recent study conducted in Melbourne reported that there was no tangible improvement in the social position of "removed" Aboriginal people as compared to "non-removed". Particularly in the areas of employment and post-secondary education, the removed children had about the same results as those who were not removed. In the early decades of the program, post-secondary education was limited for most Australians, but the removed children lagged behind their white contemporaries as educational opportunities improved. The study indicated that removed Aboriginal people were less likely to have completed a secondary education, three times as likely to have acquired a police record, and were twice as likely to use illicit drugs as were Aboriginal people who grew up in their ethnic community. The only notable advantage "removed" Aboriginal people achieved was a higher average income. The report noted this was likely due to the increased urbanisation of removed individuals, and greater access to welfare payments than for Aboriginal people living in remote communities. There seemed to be little evidence that removed mixed-race Aboriginal people had been successful in gaining better work even in urbanised areas. By around the age of 18, the children were released from government control. In cases where their files were available, individuals were sometimes allowed to view their own files. According to the testimony of one Aboriginal person: I was requested to attend at the Sunshine Welfare Offices, where they formerly (sic) discharged me from State ward ship. It took the Senior Welfare Officer a mere 20 minutes to come clean, and tell me everything that my heart had always wanted to know...that I was of "Aboriginal descent", that I had a Natural mother, father, three brothers and a sister, who were alive...He placed in front of me 368 pages of my file, together with letters, photos and birthday cards. He informed me that my surname would change back to my Mother's maiden name of Angus. The Bringing Them Home report condemned the policy of disconnecting children from their cultural heritage. One witness said to the commission: I've got everything that could be reasonably expected: a good home environment, education, stuff like that, but that's all material stuff. It's all the non-material stuff that I didn't have — the lineage... You know, you've just come out of nowhere; there you are. In 2015, many of the recommendations of Bringing Them Home were yet to be fulfilled. In 2017, 35% of all children in out-of-home care in Australia identify as being Aboriginal, an increase from 20% in 1997 when Bringing Them Home was published. Generational effects A 2019 study by the Australian Institute of Health and Welfare (AIHW) found that children living in households with members of the Stolen Generations are more likely "to experience a range of adverse outcomes", including poor health, especially mental health, missing school and living in poverty. There are high incidences of anxiety, depression, PTSD and suicide, along with alcohol abuse, among the Stolen Generations, with this resulting in unstable parenting and family situations. Public awareness and recognition Historian Professor Peter Read, then at the Australian National University, was the first to use the phrase "stolen generation". He published a magazine article on the topic with this title, based on his research. He expanded the article into a book, The Stolen Generations (1981). Widespread awareness of the Stolen Generations, and the practices that created them, grew in the late 1980s through the efforts of Aboriginal and white activists, artists, and musicians (Archie Roach's "Took the Children Away" and Midnight Oil's "The Dead Heart" being examples of the latter). The Mabo v Queensland (No 2) case (commonly known as the Mabo case) attracted great media and public attention to itself and to all issues related to the government treatment of Aboriginal people and Torres Strait Islanders in Australia, and most notably the Stolen Generations. In early 1995, Rob Riley, an activist with the Aboriginal Legal Service, published Telling Our Story. It described the large-scale negative effects of past government policies that resulted in the removal of thousands of mixed-race Aboriginal children from their families and their being reared in a variety of conditions in missions, orphanages, reserves, and white foster homes. The Australian Human Rights and Equal Opportunity Commission's National Inquiry into the Separation of Aboriginal and Torres Strait Islander Children from Their Families commenced in May 1995, presided over by the Commission's president Sir Ronald Wilson and its Aboriginal and Torres Strait Islander Social Justice Commissioner Mick Dodson. During the ensuing 17 months, the Inquiry visited every state and Territory in Australia, heard testimony from 535 Aboriginal Australians, and received submissions of evidence from more than 600 more. In April 1997, the Commission released its official Bringing Them Home report. Between the commissioning of the National Inquiry and the release of the final report in 1997, the government of John Howard had replaced the Paul Keating government. At the Australian Reconciliation Convention in May 1997, Howard was quoted as saying: "Australians of this generation should not be required to accept guilt and blame for past actions and policies." Following publication of the report, the parliament of the Northern Territory and the state parliaments of Victoria, South Australia, and New South Wales passed formal apologies to the Aboriginal people affected. On 26 May 1998, the first "National Sorry Day" was held; reconciliation events such as the Walk for Reconciliation across Sydney Harbour Bridge and in other cities were held nationally, and attended by a total of more than one million people. As public pressure continued to increase on the government, Howard drafted a Motion of Reconciliation with Senator Aden Ridgeway, expressing "deep and sincere regret over the removal of Aboriginal children from their parents", which was passed by the federal parliament in August 1999. Howard said that the Stolen Generation represented "the most blemished chapter in the history of this country". Activists took the issue of the Stolen Generations to the United Nations Commission on Human Rights. At its hearing on this subject in July 2000, the Commission on Human Rights strongly criticised the Howard government for its handling of issues related to the Stolen Generations. The UN Committee on the Elimination of Racial Discrimination concluded its discussion of Australia's 12th report on its actions by acknowledging "the measures taken to facilitate family reunion and to improve counselling and family support services for the victims", but expressed concern: that the Commonwealth Government does not support a formal national apology and that it considers inappropriate the provision of monetary compensation for those forcibly and unjustifiably separated from their families, on the grounds that such practices were sanctioned by law at the time and were intended to "assist the people whom they affected".The Committee recommended "that the State party consider the need to address appropriately the extraordinary harm inflicted by these racially discriminatory practices." Activists highlighted the Stolen Generations and related Aboriginal issues during the Sydney 2000 Summer Olympics. They set up a large "Aboriginal Tent City" on the grounds of Sydney University to bring attention to Aboriginal issues in general. Cathy Freeman is an Aboriginal athlete who was chosen to light the Olympic flame and won the gold medal in the 400 metre sprint. In interviews, she said that her own grandmother was a victim of forced removal. The internationally successful rock group Midnight Oil attracted worldwide media interest by performing at the Olympic closing ceremony in black sweatsuits with the word "SORRY" emblazoned across them. In 2000, Phillip Knightley summed up the Stolen Generations in these terms: This cannot be over-emphasized—the Australian government literally kidnapped these children from their parents as a matter of policy. White welfare officers, often supported by police, would descend on Aboriginal camps, round up all the children, separate the ones with light-coloured skin, bundle them into trucks and take them away. If their parents protested they were held at bay by police. According to the archaeologist and writer Josephine Flood, "The well-meaning but ill-conceived policy of forced assimilation of mixed-race Aborigines is now universally condemned for the trauma and loss of language and culture it brought to the stolen children and their families." Australian federal parliament apology One of the recommendations of the 1997 Bringing Them Home report was for Australian parliaments to offer an official apology. A decade later, on 13 February 2008, Prime Minister Kevin Rudd presented an apology to Indigenous Australians as a motion to be voted on by the house. The apology text was as follows: The text of the apology did not refer to compensation to Aboriginal people generally or to members of the Stolen Generations specifically. Rudd followed the apology with a 20-minute speech to the house about the need for this action. The government's apology and his speech were widely applauded among both Indigenous Australians and the non-Indigenous general public. Opposition leader Brendan Nelson also delivered a 20-minute speech. He endorsed the apology but in his speech Nelson referred to the "under-policing" of child welfare in Aboriginal communities, as well as a host of social ills blighting the lives of Aboriginal people. His speech was considered controversial and received mixed reactions. Thousands of people who had gathered in public spaces in around Australia to hear the apology turned their backs on the screens that broadcast Nelson speaking. In Perth, people booed and jeered until the screen was switched off. In Parliament House's Great Hall, elements of the audience began a slow clap, with some finally turning their backs. The apology was unanimously adopted by the House of Representatives, although six members of Nelson's opposition caucus left the House in protest at the apology. Later that day, the Senate considered a motion for an identical apology, which was also passed unanimously. Beforehand, the Leader of the Greens, Senator Bob Brown, attempted to amend the motion to include words committing parliament to offering compensation to those who suffered loss under past Indigenous policies, but was opposed by all the other parties. Legal cases and compensation The states all have redress schemes: first Tasmania (2006), followed by Western Australia (2007), Queensland (2012), South Australia (2015) and New South Wales (2017); while a redress scheme for the territories, formerly controlled by the Commonwealth Government, was announced in August 2021. For victims of sexual abuse, there is also National Redress Scheme, set up in the wake of the Royal Commission into Institutional Responses to Child Sexual Abuse, which started on 1 July 2019 and open for applications until 30 June 2027, New South Wales Compensation claims have been heard by the NSW Supreme Court's Court of Appeal in Williams v The Minister Aboriginal Land Rights Act 1983 and New South Wales [2000] NSWCA 255 and the Australian Federal Court in Cubillo v Commonwealth of Australia [2000] FCA 1084. In Williams, an individual (rather than a group of plaintiffs) made claims in negligence arising from having been placed under the control of the Aborigines Welfare Board pursuant to s 7(2) of the Aborigines Welfare Act 1909 shortly after her birth, and was placed by the Board with the United Aborigines Mission at its Aborigines Children Home at Bomaderry near Nowra, NSW. The trial judge found that there was no duty of care and therefore that an action in negligence could not succeed. This was upheld by the NSW Court of Appeal in 2000. In relation to whether the action in NSW courts was limited by the passage of time, the Court of Appeal, reversing Studert J, extended the limitation period for the non-equitable claims by about three decades pursuant to s 60G of the Limitation Act 1969 (Williams v Minister, Aboriginal Land Rights Act 1983 (1994) 35 NSWLR 497). Australian Prime Minister Kevin Rudd's 2008 Apology to Australia's Indigenous peoples was not expected to have any legal effect on claims for compensation in NSW. New South Wales set up a scheme running from 1 July 2017 until 30 June 2022, enabling survivors to claim compensation. Its funding also allows for a healing fund, allocating grants to healing centres, memorials and keeping places, as well as a separate fund to help fund Stolen Generations members' funerals. There were estimated to be between 700 and 1,300 survivors in NSW in 2017. Queensland Queensland has the Redress Scheme that provides compensation payments ranging from $7000 to $40,000 to people who experienced abuse and neglect as children in Queensland institutions (Government of Queensland 2012). The scheme is not exclusive for Indigenous peoples but is for anyone who experienced abuse as a child whilst in state care. South Australia In June 1998, Bruce Trevorrow, a Ngarrindjeri man, sued the South Australian Government for pain and suffering suffered as a result of his being removed from his parents when he was a baby. On 1 August 2007, aged 50, Trevorrow became the first member of the Stolen Generations to be awarded compensation by a court of law, when it awarded him . The SA government appealed in February 2008, but lost their appeal in March 2010, but Trevorrow had died only a few months after they lodged the appeal. The South Australian reparations scheme was set up in November 2015, after a 2013 parliamentary committee reported that such a fund would be cheaper than fighting legal claims. The fund allows for around 300 eligible people to receive up to each. A Individual Reparations Scheme provided ex-gratia payments to Aboriginal people who were eligible for reparations, and in 2018, a payment of was made to eligible applicants, with an additional to follow. After the total fund of was underspent, the Community Reparations Fund was established to support projects that would promote healing for the Stolen Generations, their families and the wider community. Tasmania In October 2006 the Tasmanian Government allocated a package of to fund various reconciliation measures, including compensation for affected people, or their descendants if no longer living, under the Stolen Generation of Aboriginal Children Act 2006. In a first for the country, 106 people were found to qualify for the payments. Western Australia Western Australia has a redress scheme that is not exclusive for Indigenous peoples but is for anyone who experienced abuse as a child whilst in state care. Territories A compensation fund worth was announced by the federal government on 6 August 2021, to be used to award one-off payments of in recognition of the harm
he served as a vigintivir in Rome, overseeing road maintenance in or near the city, and he may have appeared in court as an advocate. At the time of Marcus Aurelius, he was the State Attorney (Advocatus fisci). However, he omitted the military tribunate from the cursus honorum and had to delay his quaestorship until he had reached the required minimum age of 25. To make matters worse, the Antonine Plague swept through the capital in 166. With his career at a halt, Severus decided to temporarily return to Leptis, where the climate was healthier. According to the Historia Augusta, a usually unreliable source, he was prosecuted for adultery during this time but the case was ultimately dismissed. At the end of 169, Severus was of the required age to become a quaestor and journeyed back to Rome. On 5December, he took office and was officially enrolled in the Roman Senate. Between 170 and 180 his activities went largely unrecorded, in spite of the fact that he occupied an impressive number of posts in quick succession. The Antonine Plague had thinned the senatorial ranks and, with capable men now in short supply, Severus' career advanced more steadily than it otherwise might have. The sudden death of his father necessitated another return to Leptis Magna to settle family affairs. Before he was able to leave Africa, Mauri tribesmen invaded southern Spain. Control of the province was handed over to the emperor, while the Senate gained temporary control of Sardinia as compensation. Thus, Septimius Severus spent the remainder of his second term as quaestor on the island of Sardinia. In 173, Severus' kinsman Gaius Septimius Severus was appointed proconsul of the Province of Africa. The elder Severus chose his cousin as one of his two legati pro praetore, a senior military appointment. Following the end of this term, Septimius Severus returned to Rome, taking up office as tribune of the plebs, a senior legislative position, with the distinction of being the candidatus of the emperor. Marriages About 175, Septimius Severus, in his early thirties at the time, contracted his first marriage, to Paccia Marciana, a woman from Leptis Magna. He probably met her during his tenure as legate under his uncle. Marciana's name suggests Punic or Libyan origin, but nothing else is known of her. Septimius Severus does not mention her in his autobiography, though he commemorated her with statues when he became emperor. The unreliable Historia Augusta claims that Marciana and Severus had two daughters, but no other attestation of them has survived. It appears that the marriage produced no surviving children, despite lasting for more than ten years. Marciana died of natural causes around 186. Septimius Severus, now in his forties, childless and eager to remarry, began enquiring into the horoscopes of prospective brides. The Historia Augusta relates that he heard of a woman in Syria of whom it had been foretold that she would marry a king, and so Severus sought her as his wife. This woman was an Emesene Syrian named Julia Domna. Her father, Julius Bassianus, descended from the Arab Emesene dynasty and served as a high priest to the local cult of the sun god Elagabal. Domna's older sister, Julia Maesa, would become the grandmother of the future emperors Elagabalus and Alexander Severus. Bassianus accepted Severus' marriage proposal in early 187, and in the summer the couple married in Lugdunum (modern-day Lyon, France), of which Severus was the governor. The marriage proved happy, and Severus cherished Julia and her political opinions. Julia built "the most splendid reputation" by applying herself to letters and philosophy. They had two sons, Lucius Septimius Bassianus (later nicknamed Caracalla, born 4April 188 in Lugdunum) and Publius Septimius Geta (born 7March 189 in Rome). Rise to power In 191, on the advice of Quintus Aemilius Laetus, prefect of the Praetorian Guard, emperor Commodus appointed Severus as governor of Pannonia Superior. Commodus was assassinated the following year. Pertinax was acclaimed emperor, but he was then killed by the Praetorian Guard in early 193. In response to the murder of Pertinax, Severus's legion XIV Gemina acclaimed him emperor at Carnuntum. Nearby legions, such as X Gemina at Vindobona, soon followed suit. Having assembled an army, Severus hurried to Italy. Pertinax's successor in Rome, Didius Julianus, had bought the emperorship in an auction. Julianus was condemned to death by the Senate and killed. Severus took possession of Rome without opposition. He executed Pertinax's murderers and dismissed the rest of the Praetorian Guard, filling its ranks with loyal troops from his own legions. The legions of Syria had proclaimed Pescennius Niger emperor. At the same time Severus felt it reasonable to offer Clodius Albinus, the powerful governor of Britannia, who had probably supported Didius against him, the rank of Caesar, which implied some claim to the succession. With his rear safe, he moved to the East and crushed Niger's forces at the Battle of Issus (194). While campaigning against Byzantium, he ordered that the tomb of his fellow-Carthaginian Hannibal be covered with fine marble. He devoted the following year to suppressing Mesopotamia and other Parthian vassals who had backed Niger. Afterwards, Severus declared his son Caracalla as his successor, which caused Albinus to be hailed emperor by his troops and to invade Gaul. After a short stay in Rome, Severus moved north to meet him. On 19February 197 at the Battle of Lugdunum, with an army of about 75,000 men, mostly composed of Pannonian, Moesian and Dacian legions and a large number of auxiliaries, Severus defeated and killed Clodius Albinus, securing his full control over the empire. Emperor War against Parthia In early 197 Severus left Rome and sailed to the east. He embarked at Brundisium and probably landed at the port of Aegeae in Cilicia, travelling on
the climate was healthier. According to the Historia Augusta, a usually unreliable source, he was prosecuted for adultery during this time but the case was ultimately dismissed. At the end of 169, Severus was of the required age to become a quaestor and journeyed back to Rome. On 5December, he took office and was officially enrolled in the Roman Senate. Between 170 and 180 his activities went largely unrecorded, in spite of the fact that he occupied an impressive number of posts in quick succession. The Antonine Plague had thinned the senatorial ranks and, with capable men now in short supply, Severus' career advanced more steadily than it otherwise might have. The sudden death of his father necessitated another return to Leptis Magna to settle family affairs. Before he was able to leave Africa, Mauri tribesmen invaded southern Spain. Control of the province was handed over to the emperor, while the Senate gained temporary control of Sardinia as compensation. Thus, Septimius Severus spent the remainder of his second term as quaestor on the island of Sardinia. In 173, Severus' kinsman Gaius Septimius Severus was appointed proconsul of the Province of Africa. The elder Severus chose his cousin as one of his two legati pro praetore, a senior military appointment. Following the end of this term, Septimius Severus returned to Rome, taking up office as tribune of the plebs, a senior legislative position, with the distinction of being the candidatus of the emperor. Marriages About 175, Septimius Severus, in his early thirties at the time, contracted his first marriage, to Paccia Marciana, a woman from Leptis Magna. He probably met her during his tenure as legate under his uncle. Marciana's name suggests Punic or Libyan origin, but nothing else is known of her. Septimius Severus does not mention her in his autobiography, though he commemorated her with statues when he became emperor. The unreliable Historia Augusta claims that Marciana and Severus had two daughters, but no other attestation of them has survived. It appears that the marriage produced no surviving children, despite lasting for more than ten years. Marciana died of natural causes around 186. Septimius Severus, now in his forties, childless and eager to remarry, began enquiring into the horoscopes of prospective brides. The Historia Augusta relates that he heard of a woman in Syria of whom it had been foretold that she would marry a king, and so Severus sought her as his wife. This woman was an Emesene Syrian named Julia Domna. Her father, Julius Bassianus, descended from the Arab Emesene dynasty and served as a high priest to the local cult of the sun god Elagabal. Domna's older sister, Julia Maesa, would become the grandmother of the future emperors Elagabalus and Alexander Severus. Bassianus accepted Severus' marriage proposal in early 187, and in the summer the couple married in Lugdunum (modern-day Lyon, France), of which Severus was the governor. The marriage proved happy, and Severus cherished Julia and her political opinions. Julia built "the most splendid reputation" by applying herself to letters and philosophy. They had two sons, Lucius Septimius Bassianus (later nicknamed Caracalla, born 4April 188 in Lugdunum) and Publius Septimius Geta (born 7March 189 in Rome). Rise to power In 191, on the advice of Quintus Aemilius Laetus, prefect of the Praetorian Guard, emperor Commodus appointed Severus as governor of Pannonia Superior. Commodus was assassinated the following year. Pertinax was acclaimed emperor, but he was then killed by the Praetorian Guard in early 193. In response to the murder of Pertinax, Severus's legion XIV Gemina acclaimed him emperor at Carnuntum. Nearby legions, such as X Gemina at Vindobona, soon followed suit. Having assembled an army, Severus hurried to Italy. Pertinax's successor in Rome, Didius Julianus, had bought the emperorship in an auction. Julianus was condemned to death by the Senate and killed. Severus took possession of Rome without opposition. He executed Pertinax's murderers and dismissed the rest of the Praetorian Guard, filling its ranks with loyal troops from his own legions. The legions of Syria had proclaimed Pescennius Niger emperor. At the same time Severus felt it reasonable to offer Clodius Albinus, the powerful governor of Britannia, who had probably supported Didius against him, the rank of Caesar, which implied some claim to the succession. With his rear safe, he moved to the East and crushed Niger's forces at the Battle of Issus (194). While campaigning against Byzantium, he ordered that the tomb of his fellow-Carthaginian Hannibal be covered with fine marble. He devoted the following year to suppressing Mesopotamia and other Parthian vassals who had backed Niger. Afterwards, Severus declared his son Caracalla as his successor, which caused Albinus to be hailed emperor by his troops and to invade Gaul. After a short stay in Rome, Severus moved north to meet him. On 19February 197 at the Battle of Lugdunum, with an army of about 75,000 men, mostly composed of Pannonian, Moesian and Dacian legions and a large number of auxiliaries, Severus defeated and killed Clodius Albinus, securing his full control over the empire. Emperor War against Parthia In early 197 Severus left Rome and sailed to the east. He embarked at Brundisium and probably landed at the port of Aegeae in Cilicia, travelling on to Syria by land. He immediately gathered his army and crossed the Euphrates. Abgar IX, titular King of Osroene but essentially only the ruler of Edessa since the annexation of his kingdom as a Roman province, handed over his children as hostages and assisted Severus' expedition by providing archers. King Khosrov I of Armenia also sent hostages, money and gifts. Severus travelled on to Nisibis, which his general Julius Laetus had prevented from falling into Parthian hands. Afterwards Severus returned to Syria to plan a more ambitious campaign. The following year he led another, more successful campaign against the Parthian Empire, reportedly in retaliation for the support it had given to Pescennius Niger. His legions sacked the Parthian royal city of Ctesiphon and he annexed the northern half of Mesopotamia to the empire; Severus took the title , following the example of Trajan. However, he was unable to capture the fortress of Hatra, even after two lengthy sieges - just like Trajan, who had tried nearly a century before. During his time in the east, though, Severus also expanded the Limes Arabicus, building new fortifications in the Arabian Desert from Basie to Dumatha. Relations with the Senate and People Severus' relations with the Senate were never good. He was unpopular with them from the outset, having seized power with the help of the military, and he returned the sentiment. Severus ordered the execution of a large number of Senators on charges of corruption or conspiracy against him and replaced them with his favourites. Although his actions turned Rome more into a military dictatorship, he was popular with the citizens of Rome, having stamped out the rampant corruption of Commodus's reign. When he returned from his victory over the Parthians, he erected the Arch of Septimius Severus in Rome. According to Cassius Dio, however, after 197 Severus fell heavily under the influence of his Praetorian prefect, Gaius Fulvius Plautianus, who came to have almost total control of the imperial administration. At the same time, a bloody power crisis erupted between Plautianus and Julia Domna, Severus' influential and powerful wife, which had a relatively destructive effect on the centre of power. Plautianus's daughter, Fulvia Plautilla, was married to Severus's son, Caracalla. Plautianus's excessive power came to an end in 204, when he was denounced by the emperor's dying brother. In January 205 Julia Domna and Caracalla accused Plautianus of plotting to kill him and Severus. The powerful prefect was executed while he was trying to defend his case in front of the two emperors. One of the two following praefecti was the famous jurist Papinian. Executions of senators did not stop: Cassius Dio records that many of them were put to death, some after being formally tried. After the assassination of Gaius Fulvius Plautianus in the rest of his reign, he relied more on the advice of his clever and educated wife, Julia Domna, in the administration of the empire. Military reforms Upon his arrival at Rome in 193, Severus discharged the Praetorian Guard, which had murdered Pertinax and had then auctioned the Roman Empire to Didius Julianus. Its members were stripped of their ceremonial armour and forbidden to come within miles of the city on pain of death. Severus replaced the old guard with 10 new cohorts recruited from veterans of his Danubian legions. Around
The cap logo remained the same. 1977–1982 For the 1977 season, the Giants switched to pullover uniforms. "Giants" on the home uniform was changed from serifed block lettering to cursive script, and the color scheme returned to black with orange trim. The road uniform became orange, with letters in black with white trim. Neck and sleeve stripes are in black, orange and white. Both uniforms received chest numbers. The standard cap was changed to feature an orange brim. The 1978 season saw the Giants add a black alternate uniform, an inverse of their road orange uniform. All three uniforms now featured the "Giants" script previously exclusive to the home uniform. 1983–1993 Before the 1983 season, the Giants returned to a traditional buttoned uniform. This design returned to the classic look they wore early in their San Francisco tenure, but with a few exceptions. The lettering became more rounded (save for the player's name), the neck stripes were removed, and the interlocking "SF" and black piping was added on the road gray uniform. The caps returned to an all-black design. 1994–1999 In 1994, the Giants made a few changes to their uniform. The road uniform reverted back to "San Francisco" in front and removed the piping. The front of both uniforms returned to stylized block letters with pointed edges, but kept the rounded numbers. The "SF" on the cap was also changed to reflect the lettering change. 2000–present Coinciding with the move to Oracle Park (then Pacific Bell Park) in 2000, the Giants unveiled new uniforms which were aesthetically close to the style they originally wore in their early years. On each uniform, numbers returned to a block letter style. Home The base of the home uniform was changed to cream. The "Giants" wordmark kept the same stylized block letter treatment but the arrangement was changed from a vertical to a radial arch. Neck stripes also returned with this uniform. Gold drop shadows were also added. A left sleeve patch containing the team logo and the words "San Francisco Baseball Club" was also featured. Road The gray road uniform returned to the classic "San Francisco" wordmark used in the 1960s, though in 2005 gold drop shadows were also added. This uniform was then tweaked to include black piping in 2012. Two sleeve patches were used. Between 2000 and 2010, the patch featured "SF" in orange letters in front of a baseball, with the full name added within a black circle. In 2011, this was changed to the sleeve patch used on the home uniform. Until 2020, only the road uniform featured player names; since 2021, all Giants uniforms have player names on the back. Black alternate In 2001, the Giants added a road and home alternate black uniform. Each uniform shared the same design as their home and road counterparts, with the exception of the road alternate receiving gold drop shadows. The home design was dropped after only one season, and the road version was retired the following year. Both sets were worn with an all-black cap but with the squatchee in black (the primary cap has an orange squatchee) and the "SF" wordmark changed to black with orange trim. In 2015, the Giants unveiled a new black alternate uniform to be used on select Saturday home games. This set has the interlocking "SF" in front along with orange piping and a new sleeve patch containing the Golden Gate Bridge atop the "Giants" wordmark. Initially, the letters were in black with orange trim, but this was changed to orange with black trim and orange drop shadows. Orange alternate Before the 2010 season, the Giants unveiled a new orange alternate uniform to be used on Friday home games. Initially, this design was similar to the home uniform save for a trim change to cream, but in 2011, the sleeve patch was changed to the one previously used on the team's road uniform. In 2014, the orange alternate were tweaked slightly, adding black piping and a new sleeve patch featuring the interlocking "SF" logo, and returning to the script "Giants" lettering previously used in the late 1970s. This design is usually paired with a black cap with orange brim featuring the "SF" logo. Road alternate Between 2012 and 2019, the Giants wore a second gray road uniform. This design was similar to the primary roads, but with the "SF" in place of the city name. Rivalries The Giants' rivalry with the Los Angeles Dodgers dates back to when the two teams were based in New York, as does their rivalry with the New York Yankees. The Dodger and Giants rivalry is one of the longest rivalries in sports history. Their rivalry with the Oakland Athletics dates back to when the Giants were in New York and the A's were in Philadelphia and played each other in the 1905, 1911, & 1913 World Series, and was renewed in 1968 when the Athletics moved from Kansas City and the teams again played each other in the earthquake-interrupted 1989 Bay Bridge World Series. The 2010 NLCS inaugurated a Giants rivalry with the Philadelphia Phillies after confrontations between Jonathan Sánchez and Chase Utley, and between Ramón Ramírez and Shane Victorino. However, with the Philadelphia Phillies dropping off as one of the premier teams of the National League, this rivalry has died down since 2010 and 2011. Another rivalry that has intensified recently is with the St. Louis Cardinals, whom the team has faced 4 times in the NLCS. The rivalry between the New York Giants and Chicago Cubs in the early 20th century was once regarded as one of the most heated in baseball, with Merkle's Boner leading to a 1908 season-ending matchup in New York of particular note. That historical rivalry was revisited when the Giants beat the Cubs in the 1989 NL playoffs, in their tiebreaker game in Chicago at the end of the 1998 season, and on June 6, 2012, in a "Turn Back The Century" game in which both teams wore replica 1912 uniforms. Los Angeles Dodgers The Giants-Dodgers rivalry is one of the longest-standing rivalries in team sports. The Giants-Dodgers feud began in the late 19th century when both clubs were based in New York City, with the Dodgers based in Brooklyn and the Giants playing at the Polo Grounds in upper Manhattan. After the 1957 season, Dodgers owner Walter O'Malley decided to move the team to Los Angeles primarily for financial reasons. Along the way, he managed to convince Giants owner Horace Stoneham (who was considering moving his team to Minnesota) to preserve the rivalry by taking his team to San Francisco as well. New York baseball fans were stunned and heartbroken by the move. Given that the cities of Los Angeles and San Francisco have long been competitors in economic, cultural and political arenas, their new California venues became fertile ground for transplantation of the ancient rivalry. In the wake of the Giants' and Dodgers' leaving New York, a new ballclub was born in 1962 in Queens: The New York Mets. The team's colors (blue and orange) were an homage to the recently departed teams. Both teams' having endured for over a century while leaping across an entire continent, as well as the rivalry's growth from cross-city to cross-state, have led to its being considered one of the greatest in sports history. The Giants-Dodgers rivalry has seen both teams enjoy periods of success at the expense of the other. While the Giants have more total wins, head-to-head wins, and World Series titles in their franchise histories, the Dodgers have won the National League West 11 more times than the Giants since the start of division play in 1969. Both teams have made the postseason as a National League wild card twice. The Giants won their first world championship in California in 2010, while the Dodgers won their last world title in 2020. As of the end of the 2020 baseball season, the Los Angeles Dodgers lead the San Francisco Giants in California World Series triumphs, 6-3, whereas in 20th-century New York, the Giants led the Dodgers in World Series championships, 5–1. The combined franchise histories give the Giants an 8-7 edge in MLB championships, overall. Oakland Athletics A geographic rivalry with the cross-Bay American League Athletics greatly increased with the 1989 World Series, nicknamed the "Battle of the Bay", which Oakland swept (and which was interrupted by the Loma Prieta earthquake moments before the scheduled start of Game 3 in San Francisco). In addition, the introduction of interleague play in 1997 has pitted the two teams against each other for usually six games every season since 1997, three in each city (but only four in 2013, two in each city). Before 1997, they played each other only in Cactus League spring training. Their interleague play wins and losses (63–57 in favor of the A's) have been fairly evenly divided despite differences in league, style of play, stadium, payroll, fan base stereotypes, media coverage and World Series records, all of which have heightened the rivalry in recent years. The intensity of the rivalry and how it is understood varies among Bay Area fans. A's fans generally view the Giants as a hated rival, while Giants fans generally view the A's as a friendly rival much lower on the scale. This is most likely due to the A's lack of a historical rival, while the Giants have their heated rivalry with the Dodgers. Some Bay Area fans are fans of both teams. The "split hats" that feature the logos of both teams best embodies the shared fan base. Other Bay Area fans view the competition between the two teams as a "friendly rivalry", with little actual hatred
trim and orange drop shadows. Orange alternate Before the 2010 season, the Giants unveiled a new orange alternate uniform to be used on Friday home games. Initially, this design was similar to the home uniform save for a trim change to cream, but in 2011, the sleeve patch was changed to the one previously used on the team's road uniform. In 2014, the orange alternate were tweaked slightly, adding black piping and a new sleeve patch featuring the interlocking "SF" logo, and returning to the script "Giants" lettering previously used in the late 1970s. This design is usually paired with a black cap with orange brim featuring the "SF" logo. Road alternate Between 2012 and 2019, the Giants wore a second gray road uniform. This design was similar to the primary roads, but with the "SF" in place of the city name. Rivalries The Giants' rivalry with the Los Angeles Dodgers dates back to when the two teams were based in New York, as does their rivalry with the New York Yankees. The Dodger and Giants rivalry is one of the longest rivalries in sports history. Their rivalry with the Oakland Athletics dates back to when the Giants were in New York and the A's were in Philadelphia and played each other in the 1905, 1911, & 1913 World Series, and was renewed in 1968 when the Athletics moved from Kansas City and the teams again played each other in the earthquake-interrupted 1989 Bay Bridge World Series. The 2010 NLCS inaugurated a Giants rivalry with the Philadelphia Phillies after confrontations between Jonathan Sánchez and Chase Utley, and between Ramón Ramírez and Shane Victorino. However, with the Philadelphia Phillies dropping off as one of the premier teams of the National League, this rivalry has died down since 2010 and 2011. Another rivalry that has intensified recently is with the St. Louis Cardinals, whom the team has faced 4 times in the NLCS. The rivalry between the New York Giants and Chicago Cubs in the early 20th century was once regarded as one of the most heated in baseball, with Merkle's Boner leading to a 1908 season-ending matchup in New York of particular note. That historical rivalry was revisited when the Giants beat the Cubs in the 1989 NL playoffs, in their tiebreaker game in Chicago at the end of the 1998 season, and on June 6, 2012, in a "Turn Back The Century" game in which both teams wore replica 1912 uniforms. Los Angeles Dodgers The Giants-Dodgers rivalry is one of the longest-standing rivalries in team sports. The Giants-Dodgers feud began in the late 19th century when both clubs were based in New York City, with the Dodgers based in Brooklyn and the Giants playing at the Polo Grounds in upper Manhattan. After the 1957 season, Dodgers owner Walter O'Malley decided to move the team to Los Angeles primarily for financial reasons. Along the way, he managed to convince Giants owner Horace Stoneham (who was considering moving his team to Minnesota) to preserve the rivalry by taking his team to San Francisco as well. New York baseball fans were stunned and heartbroken by the move. Given that the cities of Los Angeles and San Francisco have long been competitors in economic, cultural and political arenas, their new California venues became fertile ground for transplantation of the ancient rivalry. In the wake of the Giants' and Dodgers' leaving New York, a new ballclub was born in 1962 in Queens: The New York Mets. The team's colors (blue and orange) were an homage to the recently departed teams. Both teams' having endured for over a century while leaping across an entire continent, as well as the rivalry's growth from cross-city to cross-state, have led to its being considered one of the greatest in sports history. The Giants-Dodgers rivalry has seen both teams enjoy periods of success at the expense of the other. While the Giants have more total wins, head-to-head wins, and World Series titles in their franchise histories, the Dodgers have won the National League West 11 more times than the Giants since the start of division play in 1969. Both teams have made the postseason as a National League wild card twice. The Giants won their first world championship in California in 2010, while the Dodgers won their last world title in 2020. As of the end of the 2020 baseball season, the Los Angeles Dodgers lead the San Francisco Giants in California World Series triumphs, 6-3, whereas in 20th-century New York, the Giants led the Dodgers in World Series championships, 5–1. The combined franchise histories give the Giants an 8-7 edge in MLB championships, overall. Oakland Athletics A geographic rivalry with the cross-Bay American League Athletics greatly increased with the 1989 World Series, nicknamed the "Battle of the Bay", which Oakland swept (and which was interrupted by the Loma Prieta earthquake moments before the scheduled start of Game 3 in San Francisco). In addition, the introduction of interleague play in 1997 has pitted the two teams against each other for usually six games every season since 1997, three in each city (but only four in 2013, two in each city). Before 1997, they played each other only in Cactus League spring training. Their interleague play wins and losses (63–57 in favor of the A's) have been fairly evenly divided despite differences in league, style of play, stadium, payroll, fan base stereotypes, media coverage and World Series records, all of which have heightened the rivalry in recent years. The intensity of the rivalry and how it is understood varies among Bay Area fans. A's fans generally view the Giants as a hated rival, while Giants fans generally view the A's as a friendly rival much lower on the scale. This is most likely due to the A's lack of a historical rival, while the Giants have their heated rivalry with the Dodgers. Some Bay Area fans are fans of both teams. The "split hats" that feature the logos of both teams best embodies the shared fan base. Other Bay Area fans view the competition between the two teams as a "friendly rivalry", with little actual hatred compared to similar ones such as the Subway Series (New York Mets vs. New York Yankees), the Red Line Series (Chicago Cubs vs. Chicago White Sox) and the Freeway Series (Los Angeles Dodgers vs. Los Angeles Angels of Anaheim). The Giants and A's enjoyed a limited rivalry at the start of the 20th century before the Yankees began to dominate after the acquisition of Babe Ruth in 1920, when the Giants were in New York and the A's were in Philadelphia. The teams were managed by legendary leaders John McGraw and Connie Mack, who were considered not only friendly rivals but the premier managers during that era, especially in view of their longevity (Mack for 50 years, McGraw for 30) since both were majority owners. Each team played in five of the first 15 World Series (tying them with the Red Sox and Cubs for most World Series appearances during that time period). As the New York Giants and the Philadelphia A's, they met in three World Series, with the Giants winning in and the A's in & . After becoming the San Francisco Giants and Oakland A's, they met in a fourth Series in resulting in the A's last world championship (as of 2018). Historical rivalry New York Yankees Though in different leagues, the Giants have also been historical rivals of the Yankees, starting in New York before the Giants moved to the West Coast. Before the institution of interleague play in 1997, the two teams had little opportunity to play each other except in seven World Series: , , , , , and , the Yankees winning last five of the seven Series. The teams have met five times in regular season interleague play: In 2002 at the old Yankee Stadium, in 2007 at Oracle Park (then known as AT&T Park), in 2013 and 2016 at the current Yankee Stadium, and in 2019 at Oracle Park. The teams' next regular season meetings will occur in 2022. In a September 2013 meeting, Yankees 3B Alex Rodriguez hit a grand slam, breaking Lou Gehrig's grand slam record. In his July 4, 1939 farewell speech ending with the renowned "Today, I consider myself the luckiest man on the face of the earth", Yankee slugger Lou Gehrig, who played in 2,130 consecutive games, declared that the Giants were a team he "would give his right arm to beat, and vice versa". Baseball Hall of Famers As of 2021, the Major League Baseball Hall of Fame has inducted 66 representatives of the Giants (55 players and 11 managers) into the Hall of Fame, more than any other team in the history of baseball. Ford C. Frick Award recipients Other The following inducted members of the Hall of Fame played or managed for the Giants, but either played for the Giants and were inducted as a manager having never managed the Giants, or managed the Giants and were inducted as a player having never played for the Giants: Cap Anson – inducted as player, managed Giants in 1898. Hughie Jennings – inducted as player, managed Giants from 1924 to 1925. Bill McKechnie – inducted as manager, played for Giants in 1916. Frank Robinson – inducted as player, managed Giants from 1981 to 1984. Casey Stengel – inducted as manager, played for Giants from 1921 to 1923. Broadcasters Russ Hodges, Lon Simmons, and Jon Miller are permanently honored in the Hall's "Scribes & Mikemen" exhibit as a result of winning the Ford C. Frick Award in 1980, 2004, and 2010 respectively. As with all Frick Award winners, none are officially recognized as an inducted member of the Hall of Fame. Giants in the Bay Area Sports Hall of Fame San Francisco Giants Wall of Famers The Giants Wall of Fame recognizes retired players whose records stand highest among their teammates on the basis of longevity and achievements. Those honored have played a minimum of nine seasons for the San Francisco Giants, or five seasons with at least one All-Star selection as a Giant. Retired numbers The Giants have retired 11 numbers in the history of the franchise, most recently Barry Bonds' number 25 in 2018. Of the Giants whose numbers have been retired, all but Bonds have been elected to the National Baseball Hall of Fame. In 1944, Carl Hubbell (#11) became the first National Leaguer to have his number retired by his team. Bill Terry (#3), Mel Ott (#4), and Hubbell played and/or managed their entire careers for the New York Giants. Willie Mays (#24) began his career in New York, moving with the Giants to San Francisco in 1958; he did not play in most of 1952 and all of 1953 due to his service in the Korean War. Mathewson and McGraw are honored by the Giants, but played in an era before uniform numbers became standard in baseball. The Giants had originally scheduled to retire Will Clark's #22 on July 11, 2020 but the ceremony was postponed until July 30, 2022 due to the COVID-19 pandemic. Also honored John McGraw (3B, 1902–06; manager, 1902–32) and Christy Mathewson (P, 1900–16), who were members of the New York Giants before the introduction of uniform numbers, have the letters "NY" displayed in place of a number. Broadcasters Lon Simmons (1958–73, 1976–78, 1996–2002 & 2006), Russ Hodges (1949–70), and Jon Miller (1997–current) are each represented by an old-style radio microphone displayed in place of a number. The Giants present the Willie Mac Award annually to the player that best exemplifies the spirit and leadership shown by Willie McCovey throughout his career. Team captains The Giants have had a number of captains over the years: Jack Doyle 1902 Dan McGann 1903–1907 Larry Doyle 1908–1916 Gus Mancuso 1937–1938 Mel Ott 1939–1947 Alvin Dark 1950–1956 Willie Mays 1961–1972 Willie McCovey 1977–1980 Darrell Evans 1980–1983 Jack Clark 1984 Season records All-time regular season record: 11,194-9,718 (.535) (through 2020 season) Roster Minor league affiliations The San Francisco Giants farm system consists of eight minor league affiliates. Radio and television Giants' television telecasts are split between NBC-owned KNTV (broadcast) and NBC Sports Bay Area (cable). KNTV's broadcast contract with the Giants began in 2008, one year after the team and KTVU mutually ended a relationship that dated to 1961. Jon Miller regularly calls the action on KNTV, while
with orange drop shadows. Other features included orange numbers at the back and white piping along the chest, neck and sleeves. White chest numbers were added in 1999. Initially, the swinging friar logo was added to the left sleeve, but was removed after the 1998 season in favor of the team's primary logo which lasted until the 2000 season. The following year, the Padres began wearing an alternate home white uniform which bore the same features as the primary home uniform minus the pinstripes and orange trim. Navy blue piping was also added. An alternate navy cap with the white "SD" was used with the uniform. This uniform became the primary in 2001, after which the pinstriped uniforms were retired following that season. 2004–2015: Blue & sand The logo was completely changed when the team changed stadiums between the 2003 and 2004 seasons, with the new logo looking similar to home plate with San Diego written in sand font at the top right corner and the Padres new script written completely across the center. Waves finished the bottom of the plate. Navy remained but a sandy beige replaced orange as a secondary color. The team's colors were also changed, to navy blue and sand brown. In 2009, the San Diego was removed from the top right corner of the logo. For the next seven seasons the Padres were the only team in Major League Baseball that did not have a grey jersey. On the road, the team wore sand uniforms with the city name in front. The home design featured the updated "Padres" script in navy with sand drop shadows. Both uniforms featured the primary logo on the left sleeve. The alternate blue uniform featured the same "Padres" script in sand, and the swinging friar logo was added to the left sleeve. The Padres continued to wear their primary navy cap at home, while on the road they went with a second navy cap with "SD" in sand. In 2011, the Padres' road uniform was changed to a grey base, and the navy and sand caps were used exclusively with the navy alternates. After the season, the alternate navy cap was retired. For the 2012 season, the Padres unveiled a new primary logo, featuring the cap logo inside a navy blue circle with the words "San Diego Padres Baseball Club" adorning the outer circle. The "swinging friar" logo was recolored navy blue and white and was added to the left sleeve of the home uniform. Another secondary logo features the Padres script carried over from the previous year's primary logo below the depiction of Petco Park in sand and above the year of the team's first season (EST. 1969); this design was added to the team's road and navy alternates. While the home uniforms kept the sand trim, the road and navy alternates did not. In addition, the "SD" replaced "Padres" in front of the navy alternates, and the city name wordmark on the road uniforms was updated. All uniforms also added piping around the chest, neck and sleeves. 2016–2019: Blue & white In the 2016 season, the Padres wore a navy blue and gold color scheme, similar to the one used on the 2016 All-Star Game logo. The home uniform was patterned similarly to the alternate navy uniforms, with gold trim accenting the piping and letters. An alternate navy cap with the "S" in white and "D" in gold was also used with the uniform. To coincide with the change, the Padres added a new brown and gold alternate uniform to be worn mostly during Friday home games, along with an updated gold-paneled brown cap. For the 2017 season, the Padres revealed a new color scheme and new jerseys for the second straight year. The gold was scrapped from the home uniform and the team reverted to a navy blue-and-white combo. The word Padres returned to the front of the home uniform, but with a new script, while the script on the road uniform reverted to the San Diego wordmark style it used from 2004 to 2011. Both uniforms also added the "SD" logo on the left sleeve. The navy blue alternates remained intact minus the left sleeve patch. Despite this major change, the brown and gold alternate uniform from the previous set was retained, with the addition of the "SD" on the left sleeve. 2020–present: Brown & gold pinstripes The club announced in January 2019 that the original brown and gold colors would return for the 2020 season. The new uniform designs featuring the brown and gold colors were officially unveiled on November 9. The team featured brown and gold on each of the three unveiled jerseys, including the return of pinstripes to the Padre home jersey for the first time since 2001 and a sand-colored road jersey (along with pinstripes, making the Padres the only team in Major League Baseball to wear road pinstripes) for the first time since 2010. Alternate non-pinstriped sand pants are paired with the brown alternate jersey. The shade of the sand color is noticeably darker than the sand-colored road jerseys worn from 2004 to 2010. An all-brown cap with "SD" in gold was also released. With the uniform change, the Padres are once again the only MLB team without a grey jersey. Military appreciation In 1996, the Padres became the first national sports team to have an annual military appreciation event. In 2000, the Padres began wearing a camouflage jersey to honor the military. The jersey is now in its seventh iteration. Starting in 2008, the Padres began wearing camouflage jerseys for every Sunday home game. They also wear these uniforms on Memorial Day, Independence Day, and Labor Day. For 2011, the Padres changed the camouflage design to a more modern "digital" design, using the MARPAT design after receiving permission from then-Commandant James Conway, and dropped the green from the lettering and logo of the jersey. Green was replaced by a sand-olive color (also in the cap worn with the jersey). For 2016, to coincide with hosting the 2016 Major League Baseball All-Star Game, the Padres changed the camouflage jersey once again; this time to navy blue, however, this design was only worn for one season as for 2017, the Padres switched the camouflage jersey to Marine, which was used through 2019. For 2020, the Padres will begin using two different camouflage jersey colors: green and sand-olive, both with the current Padres wordmark. Since 1995 Marine Recruits from the nearby Marine Corps Recruit Depot often visit the games en masse during Military Appreciation Day, in uniform, often filling entire sections in the upper deck of Petco Park. When they are present, the team commemorates this with a special Fourth Inning Stretch featuring the Marine Hymn played by stadium organist Bobby Cressey. Through April 2005 over 60,000 marine recruits were hosted by the Padres. This is part of an extensive military outreach program, which also includes a series of Military Appreciation Night games, and game tapes mailed to deployed United States Navy ships of the Pacific Fleet for onboard viewing (a large portion of the Pacific Fleet is homeported in San Diego).. Now, every Sunday home game the Padres play is "Military
share the stadium with the Seattle Mariners. From 1969 to 1993, the Padres held spring training in Yuma, Arizona at Desert Sun Stadium. Due to the short driving distance and direct highway route (, all on Interstate 8), Yuma was very popular with Padres fans, and many fans would travel by car from San Diego for spring training games. The move from Yuma to Peoria was very controversial, but was defended by the team as a reflection on the low quality of facilities in Yuma and the long travel necessary to play against other Arizona-based spring training teams (whose sites were all in the Phoenix and Tucson areas, both rather far from Yuma). Logos and colors Throughout the team's history, the San Diego Padres have used multiple logos, uniform, and color combinations. 1969–1979: Original brown & gold Their first logo in 1969 depicted a friar swinging a bat with Padres written at the top while standing in a sun-like figure with San Diego Padres on the exterior of it. The "Swinging Friar" has popped up on the uniform on and off ever since. Although the "Swinging Friar" is no longer used as the primary logo, it remains as the mascot of the team and is now utilized as an alternate logo and on the uniform sleeve. Brown and gold were the Padres' original colors. The team's first uniforms featured a cream base for the home uniforms and a tan base for the road uniforms. Brown letters with gold trim adorned the uniforms, which featured the team name in front of both designs. A second tan uniform, this time with the city name, was used as a road alternate before becoming the primary in 1971. Caps were all-brown with the gold "SD", though the team later broke out an alternate gold cap with a brown brim and "SD" lettering. Switching from flannel to polyester in 1972, the Padres radically changed their uniforms. The team wore all-gold uniforms and pants regardless of road or home games, with the only difference being the road uniform emblazoned with the city name and the home uniform with the team name. The Padres also broke out a new brown cap, complete with a gold front panel and a brown "SD", which would remain for the next several years. The gold front panel was shaped as a bell, alluding to the bells in the historic mission in San Diego. In 1974, the Padres returned to wearing traditional uniforms. The home design now had a script "Padres" lettering in front, with the road design keeping much of the original aesthetic. Chest numbers were also added. In 1976, the Padres ditched the buttons in favor of pullovers for their home uniform. In addition, they went with a brown uniform top for road games, featuring gold sleeves and gold letters. The brown uniforms served as a template for the Padres' next uniform set beginning in 1978. The home uniforms now featured brown sleeves and gold letters, and a gold alternate with brown sleeves and letters was also released. The full team name, which was written in a more futuristic font, was emblazoned in front while the swinging friar logo was added to the left sleeve. However, this set only lasted for that season, as the Padres tweaked its design the next season. The updated design removed the swinging friar logo while returning to the team name/city name dynamic for home and road games respectively. The gold uniforms were also retired. 1980–1984: Brown, gold, & orange In 1980, the Padres added orange to the palette. The team's next uniform set removed the contrasting colored sleeves and chest numbers, and orange was added to the letters and striping of the home uniforms and trim and striping of the road uniforms. The caps were also updated to feature orange trim on the "SD" and within the gold panel. In 1984, the Padres added the initials "RAK" on the left sleeve in honor of Ray Kroc. 1985–1990: Brown & orange pinstripes In 1985, the Padres switched to using a script-like logo in which Padres was written sloped up. That would later become a script logo for the Padres. The team's colors were changed to brown and orange and remained this way through the 1990 season. In 1989, the Padres took the scripted Padres logo and put it in a gray ring that read "San Diego Baseball Club" with a striped center. That same year, the Padres returned to wearing traditional buttoned uniforms. The home uniforms featured the script "Padres" in front while the road uniforms had the "SD" emblazoned on the left chest. Brown letters with orange trim and brown pinstripes adorned both uniforms. The "RAK" initials remained until 1986. An all-brown cap with the orange "SD" was used with the uniform. 1991–2003: Blue & orange In 1991, the Padres logo was updated. The color of the ring was changed to silver, and the Padres script was changed from brown to blue. The logo only lasted one year, as the Padres changed their logo for the third time in three years, again by switching colors of the ring. The logo became a white ring with fewer stripes in the center and a darker blue Padres script with orange shadows and they also wearing blue pin stripes. In 1991, the team's colors were also changed, to a combination of orange and navy blue. The home uniform kept the pinstripes but was changed to navy blue, which was also implemented on the letters. The road uniforms eliminated the pinstripes and added the city name in navy blue block letters with white trim and orange drop shadows. A navy cap with the "S" in white and "D" in orange was used with the uniform. The team logo was added on the left sleeve in 1996. The Padres unveiled a navy blue alternate uniform in 1997, featuring the team name in front written in navy blue with orange drop shadows. Other features included orange numbers at the back and white piping along the chest, neck and sleeves. White chest numbers were added in 1999. Initially, the swinging friar logo was added to the left sleeve, but was removed after the 1998 season in favor of the team's primary logo which lasted until the 2000 season. The following year, the Padres began wearing an alternate home white uniform which bore the same features as the primary home uniform minus the pinstripes and orange trim. Navy blue piping was also added. An alternate navy cap with the white "SD" was used with the uniform. This uniform became the primary in 2001, after which the pinstriped uniforms were retired following that season. 2004–2015: Blue & sand The logo was completely changed when the team changed stadiums between the 2003 and 2004 seasons, with the new logo looking similar to home plate with San Diego written in sand font at the top right corner and the Padres new script written completely across the center. Waves finished the bottom of the plate. Navy remained but a sandy beige replaced orange as a secondary color. The team's colors were also changed, to navy blue and sand brown. In 2009, the San Diego was removed from the top right corner of the logo. For the next seven seasons the Padres were the only team in Major League Baseball that did not have a grey jersey. On the road, the team wore sand uniforms with the city name in front. The home design featured the updated "Padres" script in navy with sand drop shadows. Both uniforms featured the primary logo on the left sleeve. The alternate blue uniform featured the same "Padres" script in sand, and the swinging friar logo was added to the left sleeve. The Padres continued to wear their primary navy cap at home, while on the road they went with a second navy cap with "SD" in sand. In 2011, the Padres' road uniform was changed to a grey base, and the navy and sand caps were used exclusively with the navy alternates. After the season, the alternate navy cap was retired. For the 2012 season, the Padres unveiled a new primary logo, featuring the cap logo inside a navy blue circle with the words "San Diego Padres Baseball Club" adorning the outer circle. The "swinging friar" logo was recolored navy blue and white and was added to the left sleeve of the home uniform. Another secondary logo features the Padres script carried over from the previous year's primary logo below the depiction of Petco Park in sand and above the year of the team's first season (EST. 1969); this design was added to the team's road and navy alternates. While the home uniforms kept the sand trim, the road and navy alternates did not. In addition, the "SD" replaced "Padres" in front of the navy alternates, and the city name wordmark on the road uniforms was updated. All uniforms also added piping around the chest, neck and sleeves. 2016–2019: Blue & white In the 2016 season, the Padres wore a navy blue and gold color scheme, similar to the one used on the 2016 All-Star Game logo. The home uniform was patterned similarly to the alternate navy uniforms, with gold trim accenting the piping and letters. An alternate navy cap with the "S" in white and "D" in gold was also used with the uniform. To coincide with the change, the Padres added a new brown and gold alternate uniform to be worn mostly during Friday home games, along with an updated gold-paneled brown cap. For the 2017 season, the Padres revealed a new color scheme and new jerseys for the second straight year. The gold was scrapped from the home uniform and the team reverted to a navy blue-and-white combo. The word Padres returned to the front of the home uniform, but with a new script, while the script on the road uniform reverted to the San Diego wordmark style it used from 2004 to 2011. Both uniforms also added the "SD" logo on the left sleeve. The navy blue alternates remained intact minus the left sleeve patch. Despite this major change, the brown and gold alternate uniform from the previous set was retained, with the addition of the "SD" on the left sleeve. 2020–present: Brown & gold pinstripes The club announced in January 2019 that the original brown and gold colors would return for the 2020 season. The new uniform designs featuring the brown and gold colors were officially unveiled on November 9. The team featured brown and gold on each of the three unveiled jerseys, including the return of pinstripes to the Padre home jersey for the first time since 2001 and a sand-colored road jersey (along with pinstripes, making the Padres the only team in Major League Baseball to wear road pinstripes) for the first time since 2010. Alternate non-pinstriped sand pants are paired with the brown alternate jersey. The shade of the sand color is noticeably darker than the sand-colored road jerseys worn from 2004 to 2010. An all-brown cap with "SD" in gold was also released. With the uniform change, the Padres are once again the only MLB team without a grey jersey. Military appreciation In 1996, the Padres became the first national sports team to have an annual military appreciation event. In 2000, the Padres began wearing a camouflage jersey to honor the military. The jersey is now in its seventh iteration. Starting in 2008, the Padres began wearing camouflage jerseys for
the firmware was held on an external 16 KB ROM cartridge also known as the "kludge" or "dongle", until the QL was redesigned to accommodate the necessary 48 KB of ROM internally, instead of the 32 KB initially specified. The QL also suffered from reliability problems of its Microdrives. These problems were later rectified, by Sinclair engineers, especially on Samsung produced models, as well as by aftermarket firms such as Adman Services and TF Services, to the point where several QL users report the Samsung Microdrives in particular working perfectly even after almost 17 years of service; but in any case much too late to redeem the negative image they had already created. Although the computer was hyped as being advanced for its time, and relatively cheap, it failed to sell well, and UK production was suspended in 1985, due to lack of demand. After Amstrad acquired Sinclair's computer products lines in April 1986, the QL was officially discontinued. Apart from its reliability issues, the target business market was becoming wedded to the IBM PC platform, whilst the majority of ZX Spectrum owners were uninterested in upgrading to a machine which had a minimal library of games. Sinclair's persistence with the non-standard Microdrive and uncomfortable keyboard did not endear it to the business market; coupled with the machine's resemblance to a ZX Spectrum+, they led many to perceive the QL as something akin to a toy. Software publishers were also reluctant to support the QL because Microdrive cartridges were the only available distribution medium for QL. ICL One Per Desk The QL's CPU, ZX8301 and ZX8302 ASICs and Microdrives formed the basis of International Computers Limited's (ICL's) One Per Desk (OPD) - also marketed by British Telecom as the Merlin Tonto and by Telecom Australia as the Computerphone. The result of a three-year collaboration between Sinclair Research, ICL and British Telecom, the OPD had the addition of a telephone handset at one end of the keyboard, and rudimentary Computer-Telephony Integration (CTI) software. This machine interested a number of high-profile business customers, including certain divisions of the former UK Customs and Excise Department, but its success was generally limited. In the late 1980s they were used in bingo halls to allow a country wide networked bingo game. Legacy Linus Torvalds has attributed his eventually developing the Linux kernel, likewise having pre-emptive multitasking, in part to having owned a Sinclair QL in the 1980s. Because of the lack of support, particularly in Finland, Torvalds became used to writing his own software rather than relying on programs written by others. His frustration with the Sinclair led, years later, to his purchasing a more standard IBM PC compatible on which he would develop Linux. Clones After Amstrad abandoned the QL in 1986, several companies previously involved in the QL peripherals market stepped in to fill the void. These included CST and DanSoft, creators of the Thor line of compatible systems; Miracle Systems, creator of the Gold Card and Super Gold Card processor/memory upgrade cards and the QXL PC-based hardware emulator; and Qubbesoft, with the Aurora, the first replacement QL mainboard, with enhanced graphics modes. In the late 1990s, two partly QL-compatible motherboards named Q40 and Q60 (collectively referred to as Qx0) were designed by Peter Graf and marketed by D&D Systems. The Q40 and Q60, based on the Motorola 68040 and 68060 CPUs respectively, were much more powerful than the original QL and have the ability among other things (such as multimedia, high resolution graphics, Ethernet networking etc.) to run the Linux
ZX8302 originally being intended to perform its functions) ran at 7.5 MHz and acted as a keyboard/joystick interface, RS-232 receive buffer and audio generator. When comparing technical specifications among microcomputers in the traditional sense of the term, the QL qualifies as the fastest for having a 15 MHz clock that alternated between Motorola's 68008 & Intel's 8049. QDOS, a pre-emptive multitasking operating system primarily designed by Tony Tebby, was included on ROM, as was an advanced structured BASIC interpreter, named SuperBASIC designed by Jan Jones, which was also used as the command-line interpreter. The QL was bundled with an office suite, consisting of a word processor, spreadsheet, database, and business graphics written by Psion. It was the first OS to feature a Windows-style GUI predating Apple by a month. Physically, the QL was the same black colour as the preceding ZX81 and Sinclair ZX Spectrum models, but introduced a new angular styling theme and keyboard design which would later be seen in the ZX Spectrum+. The QL used British Telecom type 631W plugs of similar design to British telephone sockets for serial cables except for QLs built by Samsung for export markets, which had DE-9 sockets. Joysticks connected to the QL with similar type 630W plugs. History The QL was originally conceived in 1981 under the code-name ZX83, as a portable computer for business users, with a built-in ultra-thin flat-screen CRT display similar to the later TV80 pocket TV, printer and modem. As development progressed it eventually became clear that the portability features were over-ambitious and the specification was reduced to a conventional desktop configuration. The electronics were primarily designed by David Karlin, who joined Sinclair Research in summer 1982. The industrial design was done by Rick Dickinson, who already designed the ZX81 and ZX Spectrum range of products. Sinclair had commissioned GST Computer Systems to produce the operating system for the machine, but switched to Domesdos, developed by Tony Tebby as an in-house alternative, before launch. GST's OS, designed by Tim Ward, was later made available as 68K/OS, in the form of an add-on ROM card. The tools developed by GST for the QL would later be used on the Atari ST, where GST object format became standard. The QL was designed to be more powerful than the IBM Personal Computer, and comparable to Apple's Macintosh. While the CPU clock speed was comparable to that of the Macintosh, and the later Atari ST and Amiga, the 8-bit databus and cycle stealing of the ZX8301 gate array limited the QL's performance. At the time of the rushed launch, on 12 January 1984, the QL was far from being ready for production—there being no complete working prototype in existence. Although Sinclair started taking orders immediately, promising delivery within 28 days, first customer deliveries only started, slowly, in April. This provoked much criticism of the company and the attention of the Advertising Standards Authority. Because of its premature launch, the QL was plagued by a number of problems from the start. Early production QLs were shipped with preliminary versions of firmware containing numerous bugs, mainly in SuperBASIC. Part of the firmware was held on an external 16 KB ROM cartridge also known as the "kludge" or "dongle", until the QL was redesigned to accommodate the necessary 48 KB of ROM internally, instead of the 32 KB initially specified. The QL also suffered from reliability problems of its Microdrives. These problems were later rectified, by Sinclair engineers, especially on Samsung produced models, as well as by aftermarket firms such as Adman Services and TF Services, to the point where several QL users report the Samsung Microdrives in particular working perfectly
technically infinite, because the heat goes into changing its state rather than raising its temperature. The specific heat capacity of a substance, especially a gas, may be significantly higher when it is allowed to expand as it is heated (specific heat capacity at constant pressure) than when it is heated in a closed vessel that prevents expansion (specific heat capacity at constant volume). These two values are usually denoted by and , respectively; their quotient is the heat capacity ratio. The term specific heat may also refer to the ratio between the specific heat capacities of a substance at a given temperature and of a reference substance at a reference temperature, such as water at 15 °C; much in the fashion of specific gravity. Specific heat capacity is also related to other intensive measures of heat capacity with other denominators. If the amount of substance is measured as a number of moles, one gets the molar heat capacity instead, whose SI unit is joule per kelvin per mole, J⋅mol−1⋅K−1. If the amount is taken to be the volume of the sample (as is sometimes done in engineering), one gets the volumetric heat capacity, whose SI unit is joule per kelvin per cubic meter, J⋅m−3⋅K−1. One of the first scientists to use the concept was Joseph Black, an 18th-century medical doctor and professor of medicine at Glasgow University. He measured the specific heat capacities of many substances, using the term capacity for heat. Definition The specific heat capacity of a substance, usually denoted by or , is the heat capacity of a sample of the substance, divided by the mass of the sample: where represents the amount of heat needed to uniformly raise the temperature of the sample by a small increment . Like the heat capacity of an object, the specific heat capacity of a substance may vary, sometimes substantially, depending on the starting temperature of the sample and the pressure applied to it. Therefore, it should be considered a function of those two variables. These parameters are usually specified when giving the specific heat capacity of a substance. For example, "Water (liquid): = 4187 J⋅kg−1⋅K−1 (15 °C)" When not specified, published values of the specific heat capacity generally are valid for some standard conditions for temperature and pressure. However, the dependency of on starting temperature and pressure can often be ignored in practical contexts, e.g. when working in narrow ranges of those variables. In those contexts one usually omits the qualifier , and approximates the specific heat capacity by a constant suitable for those ranges. Specific heat capacity is an intensive property of a substance, an intrinsic characteristic that does not depend on the size or shape of the amount in consideration. (The qualifier "specific" in front of an extensive property often indicates an intensive property derived from it.) Variations The injection of heat energy into a substance, besides raising its temperature, usually causes an increase in its volume and/or its pressure, depending on how the sample is confined. The choice made about the latter affects the measured specific heat capacity, even for the same starting pressure and starting temperature . Two particular choices are widely used: If the pressure is kept constant (for instance, at the ambient atmospheric pressure), and the sample is allowed to expand, the expansion generates work as the force from the pressure displaces the enclosure or the surrounding fluid. That work must come from the heat energy provided. The specific heat capacity thus obtained is said to be measured at constant pressure (or isobaric), and is often denoted etc. On the other hand, if the expansion is prevented — for example by a sufficiently rigid enclosure, or by increasing the external pressure to counteract the internal one — no work is generated, and the heat energy that would have gone into it must instead contribute to the internal energy of the sample, including raising its temperature by an extra amount. The specific heat capacity obtained this way is said to be measured at constant volume (or isochoric) and denoted etc. The value of is usually less than the value of . This difference is particularly notable in gases where values under constant pressure are typically 30% to 66.7% greater than those at constant volume. Hence the heat capacity ratio of gases is typically between 1.3 and 1.67. Applicability The specific heat capacity can be defined and measured for gases, liquids, and solids of fairly general composition and molecular structure. These include gas mixtures, solutions and alloys, or heterogenous materials such as milk, sand, granite, and concrete, if considered at a sufficiently large scale. The specific heat capacity can be defined also for materials that change state or composition as the temperature and pressure change, as long as the changes are reversible and gradual. Thus, for example, the concepts are definable for a gas or liquid that dissociates as the temperature increases, as long as the products of the dissociation promptly and completely recombine when it drops. The specific heat capacity is not meaningful if the substance undergoes irreversible chemical changes, or if there is a phase change, such as melting or boiling, at a sharp temperature within the range of temperatures spanned by the measurement. Measurement The specific heat capacity of a substance is typically determined according to the definition; namely, by measuring the heat capacity of a sample of the substance, usually with a calorimeter, and dividing by the sample's mass . Several techniques can be applied for estimating the heat capacity of a substance as for example fast differential scanning calorimetry. The specific heat capacities of gases can be measured at constant volume, by enclosing the sample in a rigid container. On the other hand, measuring the specific heat capacity at constant volume can be prohibitively difficult for liquids and solids, since one often would need impractical pressures in order to prevent the expansion that would be caused by even small increases in temperature. Instead, the common practice is to measure the specific heat capacity at constant pressure (allowing the material to expand or contract as it wishes), determine separately the coefficient of thermal expansion and the compressibility of the material, and compute the specific heat capacity at constant volume from these data according to the laws of thermodynamics. Units International system The SI unit for specific heat capacity is joule per kelvin per kilogram ((J/K)/kg, J/(kg⋅K), J⋅K−1⋅kg−1, etc.). Since an increment of temperature of one degree Celsius is the same as an increment of one kelvin, that is the same as joule per degree Celsius per kilogram (J⋅kg−1⋅°C−1). Sometimes the gram is used instead of kilogram for the unit of mass: 1 J⋅g−1⋅K−1 = 0.001 J⋅kg−1⋅K−1. The specific heat capacity of a substance (per unit of mass) has dimension L2⋅Θ−1⋅T−2, or (L/T)2/Θ. Therefore, the SI unit J⋅kg−1⋅K−1 is equivalent to metre squared per second squared per kelvin (m2⋅K−1⋅s−2). Imperial engineering units Professionals in construction, civil engineering, chemical engineering, and other technical disciplines, especially in the United States, may use English Engineering units including the Imperial pound (lb = 0.45359237 kg) as the unit of mass, the degree Fahrenheit or Rankine (°F = 5/9 K, about 0.555556 K) as the unit of temperature increment, and the British thermal unit (BTU ≈ 1055.06 J), as the unit of heat. In those contexts, the unit of specific heat capacity is BTU⋅°F−1⋅lb−1 = 4177.6 J⋅kg−1⋅K−1. The BTU was originally defined so that the average specific heat capacity of water would be 1 BTU⋅°F−1⋅lb−1. Calories In chemistry, heat amounts were often measured in calories. Confusingly, two units with that name, denoted "cal" or "Cal", have been commonly used to measure amounts of heat: the "small calorie" (or "gram-calorie", "cal") is 4.184 J, exactly. It was originally defined so that the specific heat capacity of liquid water would be 1 cal⋅°C−1⋅g−1. The "grand calorie" (also "kilocalorie", "kilogram-calorie", or "food calorie"; "kcal" or "Cal") is 1000 small calories, that is, 4184 J, exactly. It was originally defined so that the specific heat capacity of water would be 1 Cal⋅°C−1⋅kg−1. While these units are still used in some contexts (such as kilogram calorie in nutrition), their use is now deprecated in technical and scientific fields. When heat is measured in these units, the unit of specific heat capacity is usually 1 cal⋅°C−1⋅g−1 ("small calorie") = 1 Cal⋅°C−1⋅kg−1 = 1 kcal⋅°C−1⋅kg−1 ("large calorie") = 4184 J⋅kg−1⋅K−1. In either unit, the specific heat capacity of water is approximately 1. The combinations cal⋅°C−1⋅kg−1 = 4.184 J⋅kg−1⋅K−1 and kcal⋅°C−1⋅g−1 = 4,184,000 J⋅kg−1⋅K−1 do not seem to be widely used. Physical basis of specific heat capacity The temperature of a sample of a substance reflects the average kinetic energy of its constituent particles (atoms or molecules) relative to its center of mass. However, not all energy provided to a sample of a substance will go into raising its temperature, exemplified via the equipartition theorem. Monatomic gases Quantum mechanics predicts that, at room temperature and ordinary pressures, an isolated atom in a gas cannot store any significant amount of energy except in the form of kinetic energy. Thus, heat capacity per mole is the same for all monatomic gases (such as the noble gases). More precisely, and , where is the ideal gas unit
is which in the absence of phase transitions is equivalent to where is the heat capacity of a body made of the material in question, is the mass of the body, is the volume of the body, and is the density of the material. For gases, and also for other materials under high pressures, there is need to distinguish between different boundary conditions for the processes under consideration (since values differ significantly between different conditions). Typical processes for which a heat capacity may be defined include isobaric (constant pressure, ) or isochoric (constant volume, ) processes. The corresponding specific heat capacities are expressed as A related parameter to is , the volumetric heat capacity. In engineering practice, for solids or liquids often signifies a volumetric heat capacity, rather than a constant-volume one. In such cases, the mass-specific heat capacity is often explicitly written with the subscript , as . Of course, from the above relationships, for solids one writes For pure homogeneous chemical compounds with established molecular or molar mass or a molar quantity is established, heat capacity as an intensive property can be expressed on a per mole basis instead of a per mass basis by the following equations analogous to the per mass equations: where n = number of moles in the body or thermodynamic system. One may refer to such a per mole quantity as molar heat capacity to distinguish it from specific heat capacity on a per-mass basis. Polytropic heat capacity The polytropic heat capacity is calculated at processes if all the thermodynamic properties (pressure, volume, temperature) change The most important polytropic processes run between the adiabatic and the isotherm functions, the polytropic index is between 1 and the adiabatic exponent (γ or κ) Dimensionless heat capacity The dimensionless heat capacity of a material is where C is the heat capacity of a body made of the material in question (J/K) n is the amount of substance in the body (mol) R is the gas constant (J⋅K−1⋅mol−1) N is the number of molecules in the body. (dimensionless) kB is the Boltzmann constant (J⋅K−1) Again, SI units shown for example. Read more about the quantities of dimension one at BIPM In the Ideal gas article, dimensionless heat capacity is expressed as . Heat capacity at absolute zero From the definition of entropy the absolute entropy can be calculated by integrating from zero kelvins temperature to the final temperature Tf The heat capacity must be zero at zero temperature in order for the above integral not to yield an infinite absolute entropy, thus violating the third law of thermodynamics. One of the strengths of the Debye model is that (unlike the preceding Einstein model) it predicts the proper mathematical form of the approach of heat capacity toward zero, as absolute zero temperature is approached. Solid phase The theoretical maximum heat capacity for larger and larger multi-atomic gases at higher temperatures, also approaches the Dulong–Petit limit of 3R, so long as this is calculated per mole of atoms, not molecules. The reason is that gases with very large molecules, in theory have almost the same high-temperature heat capacity as solids, lacking only the (small) heat capacity contribution that comes from potential energy that cannot be stored between separate molecules in a gas. The Dulong–Petit limit results from the equipartition theorem, and as such is only valid in the classical limit of a microstate continuum, which is a high temperature limit. For light and non-metallic elements, as well as most of the common molecular solids based on carbon compounds at standard ambient temperature, quantum effects may also play an important role, as they do in multi-atomic gases. These effects usually combine to give heat capacities lower than 3R per mole of atoms in the solid, although in molecular solids, heat capacities calculated per mole of molecules in molecular solids may be more than 3R. For example, the heat capacity of water ice at the melting point is about 4.6R per mole of molecules, but only 1.5R per mole of atoms. The lower than 3R number "per atom" (as is the case with diamond and beryllium) results from the “freezing out” of possible vibration modes for light atoms at suitably low temperatures, just as in many low-mass-atom gases at room temperatures. Because of high crystal binding energies, these effects are seen in solids more often than liquids: for example the heat capacity of liquid water is twice that of ice at near the same temperature, and is again close to the 3R per mole of atoms of the Dulong–Petit theoretical maximum. For a more modern and precise analysis of the heat capacities of solids, especially at low temperatures, it is useful to use the idea of phonons. See Debye model. Theoretical estimation The path integral Monte Carlo method is a numerical approach for determining the values of heat capacity, based on quantum dynamical principles. However, good approximations can be made for gases in many states using simpler methods outlined below. For many solids composed of relatively heavy atoms (atomic number > iron), at non-cryogenic temperatures, the heat capacity at room temperature approaches 3R = 24.94 joules per kelvin per mole of atoms (Dulong–Petit law, R is the gas constant). Low temperature approximations for both gases and solids at temperatures less than their characteristic Einstein temperatures or Debye temperatures can be made by the methods of Einstein and Debye discussed below. Water (liquid): CP = 4185.5 J⋅K−1⋅kg−1 (15 °C, 101.325 kPa) Water (liquid): CVH = 74.539 J⋅K−1⋅mol−1 (25 °C) For liquids and gases, it is important to know the pressure to which given heat capacity data refer. Most published data are given for standard pressure. However, different standard conditions for temperature and pressure have been defined by different organizations. The International Union of Pure and Applied Chemistry (IUPAC) changed its recommendation from one atmosphere to the round value 100 kPa (≈750.062 Torr). Calculation from first principles The path integral Monte Carlo method is a numerical approach for determining the values of heat capacity, based on quantum dynamical principles. However, good approximations can be made for gases in many states using simpler methods outlined below. For many solids composed of relatively heavy atoms (atomic number > iron), at non-cryogenic temperatures, the heat capacity at room temperature approaches 3R = 24.94 joules per kelvin per mole of atoms (Dulong–Petit law, R is the gas constant). Low temperature approximations for both gases and solids at temperatures less than their characteristic Einstein temperatures or Debye temperatures can be made by the methods of Einstein and Debye discussed below. Relation between heat capacities Measuring the specific heat capacity at constant volume can be prohibitively difficult for liquids and solids. That is, small temperature changes typically require large pressures to maintain a liquid or solid at constant volume, implying that the containing vessel must be nearly rigid or at least very strong (see coefficient of thermal expansion and compressibility). Instead, it is easier to measure the heat capacity at constant pressure (allowing the material to expand or contract freely) and solve for the heat capacity at constant volume using mathematical relationships derived from the basic thermodynamic laws. The heat capacity ratio, or adiabatic index, is the ratio of the heat capacity at constant pressure to heat capacity at constant volume. It is sometimes also known as the isentropic expansion factor. Ideal gas For an ideal gas, evaluating the partial derivatives above according to the equation of state, where R is the gas constant, for an ideal gas Substituting this equation reduces simply to Mayer's relation: The differences in heat capacities as defined by the above Mayer relation is only exact for an ideal gas and would be different for any real gas. Specific heat capacity The specific heat capacity of a material on a per mass basis is which in the absence of phase transitions is equivalent to where is the heat capacity of a body made of the material in question, is the mass of the body, is the volume of the body, is the density of the material. For gases, and also for other materials under high pressures, there is need to distinguish between different boundary conditions for the processes under consideration (since values differ significantly between different conditions). Typical processes for which a heat capacity may be defined include isobaric (constant pressure, ) or isochoric (constant volume, ) processes. The corresponding specific heat capacities are expressed as From the results of the previous section, dividing through by the mass gives the relation A related parameter to is , the volumetric heat capacity. In engineering practice, for solids or liquids often signifies a volumetric heat capacity, rather than a constant-volume one. In such cases, the specific heat capacity is often explicitly written with the subscript , as . Of course, from the above relationships, for solids one writes For pure homogeneous chemical compounds with established molecular or molar mass, or a molar quantity, heat capacity as an intensive property can be expressed on a per-mole basis instead of a per-mass basis by the following equations analogous to the per mass equations: where n is the number of moles in the body or thermodynamic system. One may refer to such a per-mole quantity as molar heat capacity to distinguish it from specific heat capacity on a per-mass basis. Polytropic heat capacity The polytropic heat capacity is calculated at processes if all the thermodynamic properties (pressure, volume, temperature) change: The most important polytropic processes run between the adiabatic and the isotherm functions, the polytropic index is between 1 and the adiabatic exponent (γ or κ). Dimensionless heat capacity The dimensionless heat capacity of a material is where is the heat capacity of a body made of the material in question (J/K), n is the amount of substance in the body (mol), R is the gas constant (J/(K⋅mol)), N is the number of molecules in the body (dimensionless), kB is Boltzmann's constant (J/(K⋅molecule)). In the ideal gas article, dimensionless heat capacity is expressed as and is related there directly to half the number of degrees of freedom per particle. This holds true for quadratic degrees of freedom, a consequence of the equipartition theorem. More generally, the dimensionless heat capacity relates the logarithmic increase in temperature to the increase in the dimensionless entropy per particle , measured in nats. Alternatively, using base-2 logarithms, relates the base-2 logarithmic increase in temperature to the increase in the dimensionless entropy measured in bits. Heat capacity at absolute zero From the definition of entropy the absolute entropy can be calculated by integrating from zero to the final temperature Tf: Thermodynamic derivation In theory, the specific heat capacity of a substance can also be derived from its abstract thermodynamic modeling by an equation of state and an internal energy function. State of matter in a homogeneous sample To apply the theory, one considers the sample of the substance (solid, liquid, or gas) for which the specific heat capacity can be defined; in particular, that it has homogeneous composition and fixed mass . Assume that the evolution of the system is always slow enough for the internal pressure and temperature be considered uniform throughout. The pressure would be equal to the pressure applied to it by the enclosure or some surrounding fluid, such as air. The state of the material can then be specified by three parameters: its temperature , the pressure , and its specific volume , where is the volume of the sample. (This quantity is the reciprocal of the material's density .) Like and , the specific volume is an intensive property of the material and its state, that does not depend on the amount of substance in the sample. Those variables are not independent. The allowed states are defined by an equation of state relating those three variables: The function depends on the material under consideration. The specific internal energy stored internally in the sample, per unit of mass, will then be another function of these state variables, that is also specific of the material. The total internal energy in the sample then will be . For some simple materials, like an ideal gas, one can derive from basic theory the equation of state and even the specific internal energy In general, these functions must be determined experimentally for each substance. Conservation of energy The absolute value of this quantity is undefined, and (for the purposes of thermodynamics) the state of "zero internal energy" can be chosen arbitrarily. However, by the law of conservation of energy, any infinitesimal increase in the total internal energy must be matched by the net flow of heat energy into the sample, plus any net mechanical energy provided to it by enclosure or surrounding medium on it. The latter is , where is the change in the sample's volume in that infinitesimal step. Therefore hence If the volume of the sample (hence the specific volume of the material) is kept constant during the injection of the heat amount , then the term is zero (no mechanical work is done). Then, dividing by , where is the change in temperature that resulted from the heat input. The left-hand side is the specific heat capacity at constant volume of the material. For the heat capacity at constant pressure, it is useful to define the specific enthalpy of the system as the sum . An infinitesimal change in the specific enthalpy will then be therefore If the pressure is kept constant, the second term on the left-hand side is zero, and The left-hand side is the specific heat capacity at constant pressure of the material. Connection to equation of state In general, the infinitesimal quantities are constrained by the equation of state and the specific internal energy function. Namely, Here denotes the (partial) derivative of the state equation with respect to its argument, keeping the other two arguments fixed, evaluated at the state in question. The other partial derivatives are defined in the same way. These two equations on the four infinitesimal increments normally constrain them to a two-dimensional linear subspace space of possible infinitesimal state changes, that depends on the material and on the state. The constant-volume and constant-pressure changes are only two particular directions in this space. This analysis also holds no matter how the energy increment is injected into the sample, namely by heat conduction, irradiation, electromagnetic induction, radioactive decay, etc. Relation between heat capacities For any specific volume , denote the function that describes how the pressure varies with the temperature , as allowed by the equation of state, when the specific volume of the material is forcefully kept constant at . Analogously, for any pressure , let be the function that describes how the specific volume varies with the temperature, when the pressure is kept constant at . Namely, those functions are such that and for any values of . In other words, the graphs of and are slices of the surface defined by the state equation, cut by planes of constant and constant , respectively. Then, from the fundamental thermodynamic relation it follows that This equation can be rewritten as where is the coefficient of thermal expansion, is the isothermal compressibility, both depending on the state . The heat capacity ratio, or adiabatic index, is the ratio of the heat capacity at constant pressure to heat capacity at constant volume. It is sometimes also known as the isentropic expansion factor. Calculation from first principles The path integral Monte Carlo method is a numerical approach for determining the values of heat capacity, based on quantum dynamical principles. However, good approximations can be made for gases in many states using simpler methods outlined below. For many solids composed of relatively heavy atoms (atomic number > iron), at non-cryogenic temperatures, the heat capacity at room temperature approaches 3R = 24.94 joules per kelvin per mole of atoms (Dulong–Petit law, R is the gas constant). Low temperature approximations for both gases and
classic form consists of a Y-shaped frame held either in the dominant or non-dominant hand, with two natural-rubber strips or tubes attached to the upper two ends. The other ends of the strips lead back to a pocket that holds the projectile. Either the non-dominant or dominant hand grasps the pocket and draws it back to the desired extent to provide power for the projectile—up to a full span of the arm with sufficiently long bands. Other names include catapult (United Kingdom), beanshooter (United States), gulel (India), getis / gulel (Nepal), (South Africa), or ging, shanghai, pachoonga (Australia and New Zealand), Tirador (Philippines). Use and history Slingshots depend on strong elastic materials, typically vulcanized natural rubber or the equivalent such as silicone rubber tubing, and thus date no earlier than the invention of vulcanized rubber by Charles Goodyear in 1839 (patented in 1844). By 1860, this "new engine" had established a reputation for use by juveniles in vandalism. For much of their early history, slingshots were a "do-it-yourself" item, typically made from a forked branch to form the "Y" shaped handle, with rubber strips sliced from items as inner tubes or other sources of good vulcanized rubber, and firing suitably sized stones. While early slingshots were most associated with young vandals, they could be effective hunting arms in the hands of a skilled user. Firing projectiles, such as lead musket balls, buckshot, steel ball bearings, air gun pellets, or small nails, a slingshot was capable of taking game such as quail, pheasant, rabbit, dove, and squirrel. Placing multiple balls in the pouch produces a shotgun effect (even though not very accurate), such as firing a dozen BBs at a time for hunting small birds. With the addition of a suitable rest, the slingshot can also be used to shoot arrows, allowing the hunting of medium-sized game at short ranges. While commercially made slingshots date from at latest 1918, with the introduction of the Zip-Zip, a cast iron model, it was not until the post–World War II years that slingshots saw a surge in popularity, and legitimacy. They were still primarily home-built; a 1946 Popular Science article details a slingshot builder and hunter using home-built slingshots made from forked dogwood sticks to take small game at ranges of up to with No. 0 lead buckshot ( diameter).
While commercially made slingshots date from at latest 1918, with the introduction of the Zip-Zip, a cast iron model, it was not until the post–World War II years that slingshots saw a surge in popularity, and legitimacy. They were still primarily home-built; a 1946 Popular Science article details a slingshot builder and hunter using home-built slingshots made from forked dogwood sticks to take small game at ranges of up to with No. 0 lead buckshot ( diameter). The Wham-O company, founded in 1948, produced the Wham-O slingshot. It was made of ash wood and used flat rubber bands. The Wham-O was suitable for hunting, with a draw weight of up to , and was available with an arrow rest. The National Slingshot Association was founded in the 1940s, headquartered in San Marino, California. It organised slingshot clubs and competitions nationwide. Despite the slingshot's reputation as a tool of juvenile delinquents, the NSA reported that 80% of slingshot sales were to men over 30 years old, many of them professionals. John Milligan, a part-time manufacturer of the aluminium-framed John Milligan Special, a hunting slingshot, reported that about a third of his customers were physicians. The middle 1950s saw two major innovations in slingshot manufacture, typified by the Wrist-Rocket which was produced by the Saunders Archery Co. of Columbus, Nebraska. The Wrist-Rocket was made from bent aluminum alloy rods that formed not only the handle and fork, but also a brace that extended backwards over the wrist, and provided support on the forearm to counter the torque of the bands. The Wrist-Rocket also used surgical rubber tubing rather than flat bands, attached to the backwards-facing fork ends by sliding the tubing ends over the tips of the forks, where it was held by friction or adhered with the addition of liquid rosin. The early production of the Wrist-Rocket slingshot was a joint effort between Saunders Archery Co., who came up with the trademark and developed the automated forming machinery, and Mark Ellenburg who came up with the basic design. A few years later Mark Ellenburg split away forming his own company called Tru-mark Manufacturing Company. Today Saunders Archery is still a major innovator in the slingshot industry with its line of flatband slingshots which use
(star cluster) Subaru Corporation Subaru (telescope), a telescope in Hawaii operated by the National Astronomical Observatory of Japan
the National Astronomical Observatory of Japan Subaru (literary magazine), published in Japan from 1909 to 1913 Subaru (name),
of military conflict. The Magazine of Fantasy & Science Fiction first published Starship Troopers in October and November 1959 as a two-part serial titled Starship Soldier. A senior editor at Putnam's, Peter Israel, purchased the manuscript and approved revisions that made it more marketable to adults. Asked whether it was aimed at children or adults, he said at a sales conference "Let's let the readers decide who likes it." The novel was eventually published by G. P. Putnam's Sons. Setting Set approximately 700 years from the present day, the human society in Starship Troopers is ruled by the Terran Federation, a world government governed by military veterans. The society is depicted as affluent, and futuristic technology shown as coexisting with educational methods from the 20th century. The rights of a full citizen, to vote and hold public office, are not universally guaranteed, but must be earned through Federal Service. Those who do not perform this service, which usually takes the form of military service, retain the rights of free speech and assembly, but cannot vote or hold public office. People of either sex above the age of 18 are permitted to enlist. Those who leave before completing their service do not receive the vote. Important government jobs are reserved for federal service veterans. This structure arose ad hoc after the collapse of the "20th century Western democracies", driven in part by an inability to control crime and juvenile delinquency, particularly in North America, and a war between an alliance of the United States, the United Kingdom and Russia against the "Chinese Hegemony". Two extraterrestrial civilizations are also depicted. The "Pseudo-Arachnids" or "Bugs" are shown as communal beings originating from the planet of Klendathu. They have multiple castes; workers, warriors, brains, and queens, similar to ants and termites. The warriors are the only ones who fight, and are unable to surrender in battle. It is also implied that the Bugs are technologically advanced, possessing technologies like spaceships. The "Skinnies" are depicted as less communal than the Arachnids but more so than human beings. The events of the novel take place during an interstellar war between the Terran Federation and the Arachnids. At the beginning of the story, Earth is not at war, but war has been declared by the time Rico has completed his training. The Skinnies are initially allies of the Pseudo-Arachnids, but switch to being allies of the humans midway through the novel. Faster-than-light travel exists in this future: spacecraft operate under the "Cherenkov drive", and can travel "Sol to Capella, forty-six lightyears, in under six weeks". Starship Troopers is narrated by the main protagonist Juan "Johnny" Rico, a member of the "Mobile Infantry". It is one of the few Heinlein novels which intersperses his typical linear narrative structure with a series of flashbacks. These flashbacks are frequently to Rico's History and Moral Philosophy course in school, in which the teacher discusses the history of the structure of their society. Rico is depicted as a man of Filipino ancestry, although there has been disagreement on this matter among fans. He is from a wealthy family, whose members had never served in the army. Rico's ancestry is depicted to be a thing of no consequence; the society he lives in appears to have abandoned racial and gender-based prejudice. Plot The novel opens with Rico aboard the corvette transport Rodger Young (named after Medal of Honor recipient Rodger Wilton Young), serving with the platoon known as "Rasczak's Roughnecks". The platoon carries out a raid against a planetary colony held by Skinnies. The raid is relatively brief: the platoon lands on the planet, destroys its targets, and retreats, suffering two casualties in the process. One of them, Dizzy Flores, dies while returning to orbit. The narrative then flashes back to Rico's graduation from high school. Rico and his best friend Carl are considering joining the Federal Service after graduation; Rico is hesitant, partly due to his father's attitude towards the military. Rico makes his decision after discovering that his classmate Carmen Ibañez also intends to enlist. Rico's choice is taken poorly by his parents, and he leaves with a sense of estrangement. He is assigned to the Mobile Infantry, and moves to Camp Arthur Currie (named for Arthur Currie who rose through the ranks to General in WWI) on the Canadian prairie for his training under Sergeant Charles Zim. The training is extremely demanding. Rico receives combat training of all types, including simulated fights in armored suits. A fellow recruit is court-martialed, flogged, and dismissed for striking a drill instructor who was also his company commander. Jean V. Dubois, who taught Rico's History and Moral Philosophy in school, sends Rico a letter, revealing that he is a Mobile Infantry veteran himself. The letter helps Rico stay motivated enough not to resign. Rico himself is given five lashes for firing a rocket during a drill with armored suits and simulated nuclear weapons without checking to see that no friendlies were within the blast zone, which in combat would have resulted in the death of a fellow soldier. Another recruit, who murdered a baby girl after deserting the army, is hanged by his battalion after his arrest by civilian police. Eventually, after further training at another camp near Vancouver, Rico graduates with 187 others, of the 2,009 who had begun training in that regiment. The "Bug War" has changed from minor incidents to a full-scale war during Rico's training. An Arachnid attack that annihilates the city of Buenos Aires alerts civilians to the situation; Rico's mother is killed in the attack. Rico participates in the Battle of Klendathu, an attack on the Arachnid's home world, which turns into a disastrous defeat for the Terran Federation. Rico's ship, the Valley Forge, is destroyed, and his unit is decimated; he is reassigned to the Roughnecks on board the Rodger Young, led by Lieutenant Rasczak and Sergeant Jelal. The unit carries out several raids, and Rico is promoted to corporal by Jelal, after Rasczak dies in combat. One of his comrades in the Roughnecks suggests that Rico go to officer training school and try to become an officer. Rico ends up going to see Jelal, and finds that Jelal already had the paperwork ready. Rico enters Officer Candidate School for a second course of training, including further courses in "History and Moral Philosophy". En route from the Roughnecks to the school, Rico encounters his father, who has also enlisted and is now a corporal, and the two reconcile. He is also visited in school by Carmen, now an ensign and ship's pilot officer in the Navy, and the two discuss their friend Carl, who had been killed earlier in the war. Rico is commissioned a temporary third lieutenant for his final test: a posting to a combat unit. Under the tutelage of his company commander, Captain Blackstone, and with the aid of his platoon sergeant, his boot camp drill instructor Fleet Sergeant Zim, who was reassigned from Mobile Infantry boot camp, Rico commands a platoon during "Operation Royalty", a raid to capture members of the Arachnid brain caste and queens. Rico then returns to the officer school to graduate. The novel ends with him holding the rank of Second Lieutenant, in command of his old platoon in the Rodger Young, with his father as his platoon sergeant. The platoon has been renamed "Rico's Roughnecks", and is about to participate in an attack on Klendathu. Major themes Commentators have written that Starship Troopers is not driven by its plot, though it contains scenes of military combat. Instead, much of the novel is given over to a discussion of ideas. In particular, the discussion of political views is a recurring feature of what scholar Jeffrey Cass described as an "ideologically intense" book. A 1997 review in Salon categorized it as a "philosophical novel". Critics have debated to what extent the novel promotes Heinlein's own political views. Some contend that the novel maintains a sense of irony that allows readers to draw their own conclusions; others argue that Heinlein is sermonizing throughout the book, and that its purpose is to expound Heinlein's militaristic philosophy. Militarism Starship Troopers has been identified as being a part of a tradition in US science fiction that assumes that violent conflict and the militarization of society are inevitable and necessary. Although the Mobile Infantry, the unit to which Rico is assigned, is seen as a lowly post by the characters in the story, the novel itself suggests that it is the heart of the army and the most honorable unit in it. In a commentary written in 1980, Heinlein agreed that Starship Troopers "glorifies the military ... Specifically the P.B.I., the Poor Bloody Infantry, the mudfoot who places his frail body between his loved home and the war's desolation—but is rarely appreciated... he has the toughest job of all and should be honored." The story is based on the social Darwinist idea of society as a struggle for survival based on military strength. It suggests that some conflicts must be resolved by force: one of the lessons Rico is repeatedly taught is that violence can be an effective method of settling conflict. These suggestions derive in part from Heinlein's view that in the 1950s the US government was being too conciliatory in its dealings with communist China and the Soviet Union. Heinlein draws an analogy between the human society in the novel, which is well-to-do but needs to be vigilant against the imperialist threat of the Arachnids, and US society of the 1950s. Reviewers have suggested that the Arachnids are Heinlein's analogue for communists. Traits used to support this include the communal nature of the Arachnids, which makes them capable of a much higher degree of coordination than the humans. Bug society is once explicitly described as communist, and is moreover depicted as communist by nature; this has been read as implying that those with a different political ideology are analogous to alien beings. The related motifs of alien invasion, patriotism, and personal sacrifice during war, are present, as are other aspects of US popular culture of the 1950s. Commentators have argued that Heinlein's portrayal of aliens, as well as being a reference to people in communist countries, invokes the trope of a return to the frontier. The concept of the frontier includes a social-Darwinist argument of constantly fighting for survival, even at the expense of indigenous people or, in the case of Starship Troopers, of aliens. Heinlein suggests that without territorial expansion involving violent conquest of other races, humans would be destroyed. Scholar Jamie King has stated that Heinlein does not address the question of what the military government and Federal Service would do in peacetime, and argues that Heinlein has set up a society designed to be continuously at war, and to keep expanding its territory. Coming of age Starship Troopers has been referred to as a bildungsroman or "coming-of-age" story for Rico, as he matures through his tenure in the infantry. His training, both at boot camp and at officer candidate school, involves learning the value of militarism, thus inviting the reader to learn it as well. This is especially true of the parts of his training that involve indoctrination, such as the claim by one of his instructors that rule by military veterans is the ideal form of government, because only they understand how to put collective well-being above the individual. The story traces Rico's transformation from a boy into a soldier, while exploring issues of identity and motivation, and traces his overall moral and social development, in a manner identified by commentators as similar to many stories about German soldiers in World War I. Rico's transformation has been likened to the common narrative within stories with military themes by scholar H. Bruce Franklin. This typical narrative is that of a sloppy and unfit civilian being knocked into shape by tough officers, whose training is "calculated sadism" but is depicted as fundamentally being on the right side. The letter Rico receives from Dubois, partly responsible for Rico "crossing the hump" with his training, is shown as a turning point in his development. The classroom scenes embedded in the story serve to explain Rico's adventures, and highlight his reactions to events around. A notable example is the execution Rico is forced to witness after a deserter from his unit murders a young girl; Rico is uncertain of his own reaction until he remembers a lecture by Dubois in which the latter argues that "moral sense" derives entirely from the will to survive. The concept of the American frontier is also related to the coming-of-age theme. Young protagonists across Heinlein's novels attain manhood by confronting a hostile "wilderness" in space; coming-of-age in a military, alien context is a common theme in Heinlein's earlier works as well. Rico's coming-of-age has also been described as being related to his relationship with his father; the journey "outward" through the novel also contains a search for Rico's childhood and a reunion with his estranged parent. Moral decline Starship Troopers also critiques US society of the 1950s, suggesting that it led young people to be spoiled and undisciplined. These beliefs are expressed through the classroom lectures of Dubois, Rico's teacher for History and Moral Philosophy. Dubois praises flogging and other types of corporal punishment as a means of addressing juvenile crimes. It has been suggested that Heinlein endorsed this view, although the fact that Dubois also compares raising children to training a puppy has been used to argue that Heinlein was making use of irony. The story is strongly in favor of corporal punishment and capital punishment, as a means of correcting juvenile delinquents, part of a trend in science fiction which examines technology and outer space in an innovative manner, but is reactionary with respect to human relationships. As with other books by Heinlein, traditional schools are denigrated, while learning "on the spot" is extolled: Rico is able to master the things required of him in military training without undue difficulty. Dubois also ridicules the idea of inalienable rights, such as "Life, Liberty and the pursuit of Happiness", arguing that people only have the rights that they are willing to fight and die for to protect. The novel appeals to scientific authority to justify this position; Dubois repeatedly states that his argument is mathematically demonstrable, statements which have led scholars to label the novel "hard science fiction", despite its social and political themes. The "moral decline" caused by this situation is depicted as having caused a global war between an alliance of the US, Britain, and Russia against the "Chinese Hegemony" in the year 1987. Despite the alliance between the US and Russia, this war has been described as demonstrating Heinlein's anti-communist beliefs, which saw "swarming hordes" of Chinese as a bigger threat. The novel draws some comparisons between the Chinese and the Arachnids, and suggests that the lessons of one war could be applied to the other. Reception To Heinlein's surprise, Starship Troopers won the Hugo Award for Best Novel in 1960. It has been acknowledged as one of the best-known and most influential works of science fiction. The novel is considered a landmark for the genre, having been described by a 1960 review as one of the ten best genre books of 1959, in a 2009 review as a key science fiction novel of the 1950s, and as the best-known example of military science fiction. It was also a personal landmark for Heinlein; it was one of his best-selling books, and is his best-known novel. The novel has been described as marking Heinlein's transition from writing juvenile fiction to a "more mature phase" as an author. Reviewing the book with others written for children, Floyd C. Gale of Galaxy Science Fiction wrote in 1960 that "Heinlein has penned a juvenile that really is not. This is a new and bitter and disillusioned Heinlein". Rating it 2.5 stars out of five for children, 4.5 stars for adults, and "?" for civilians, he believed that the novel would be "of exceptional interest to veterans with battle experience ... but youngsters will find it melancholy and verbose". Conversely, Michael Moorcock described it as Heinlein's last "straight" science fiction, before he turned to more serious writing such as Stranger in a Strange Land. By 1980, twenty years after its release, Starship Troopers had been translated into eleven languages and was still selling strongly. Heinlein nevertheless complained that, despite this success, almost all the mail he received about it was negative and he only heard about it "when someone wants to chew me out". The novel is highly contentious. Controversy surrounded its praise of the military and approval of violence, to the extent that it has frequently been described as fascist, and its implication that militarism is superior to traditional democracy. Heinlein's peers were among those who argued over the book; a comparison between a quote in Starship Troopers that "the noblest fate that a man can endure is to place his own mortal body between his loved home and war's desolation" and the anti-war poem "Dulce et Decorum Est" by Wilfred Owen began a two-year discussion in the Proceedings of the Institute for Twenty-First Century Studies from 1959 to 1961, with James Blish, Poul Anderson, Philip José Farmer, Anthony Boucher, John Brunner, Brian Aldiss, among those debating Starship Trooperss quality of writing, philosophy, and morality. The writing in Starship Troopers has received varied responses, with the scenes of military training and combat receiving praise. In a 2009 retrospective, Jo Walton wrote that Starship Troopers was "military SF done extremely well". She went on to argue that "Heinlein was absolutely at his peak when he wrote this in 1959. He had so much technical stylistic mastery of the craft of writing science fiction that he could [tell the story] 'backwards and in high heels' and get away with it." Others referred to it as very readable, and found the military scenes compelling. Heinlein's descriptions of training and boot camp in the novel, based on his own experiences in the military, have been described as being rendered with remarkable skill. A 1960 review in the New York Herald Tribune praised the "brilliantly written" passages describing infantry combat, and also called attention to the discussion of weapons and armor, which, according to other reviewers, demonstrated Heinlein's "undiminished talent for invention". Scholar George Slusser described the book in 1986 as the "ultimately convincing space-war epic", praising in particular the "precisely imagined" weapons and tactics, while a 1979 science fiction encyclopedia referred to it as the "slickest" of Heinlein's juvenile books. Criticism of the style of the book has centered on its political aspects. Heinlein's discussions of his political beliefs were criticized as "didactic", and the novel was derided for "exposition [that was] inserted in large indigestible chunks". Author Ken MacLeod's 2003 analysis of the political nature of Starship Troopers stated that it was "a book where civics infodumps and accounts of brutal boot-camp training far outweigh the thin and tensionless combat scenes". Scientist and author Brunner compared it to a "Victorian children's book", while the Science Fiction Handbook published in 2009 said that the novel provided "compelling images of a futuristic military" and that it raised important questions, even for those who disagree with its political ideology. However, it stated that the story was weak as a tale of an alien encounter, as it did not explore alien society in any detail, but presented the Arachnids as nameless and faceless creatures that wished to destroy humanity. Boucher, founder of The Magazine of Fantasy & Science Fiction, remarked in 1960 that Heinlein had "forgotten to insert a story". A 1979 summary said that though Heinlein's vision might verge on fascism, his tightly controlled narrative made his ideology seem "vibrantly appealing". Criticism of militarism Starship Troopers is generally considered to promote militarism, the glorification of war and of the military. Scholar Bruce Franklin referred to it in 1980 as a "bugle-blowing, drum-beating glorification" of military service, and wrote that militarism and imperialism were the explicit message of the book. Science fiction writer Dean McLaughlin called it "a book-length recruiting poster". In 1968 science fiction critic Alexei Panshin called Starship Troopers a militaristic polemic and compared it to a recruiting film, stating that it "purports to show the life of a typical soldier, with a soundtrack commentary by earnest sincere Private Jones who interprets what we see for us." Panshin stated that there was no "sustained human conflict" in the book: instead, "All the soldiers we see are tough, smart, competent, cleancut, clean-shaven, and noble." Panshin, a veteran of the peacetime military, argued that Heinlein glossed over the reality of military life, and that the Terran Federation-Arachnid conflict existed simply because, "Starship troopers are not half so glorious sitting on their butts polishing their weapons for the tenth time for lack of anything else to do." Literature scholar George Slusser, in describing the novel as "wrong-headed and retrogressive", argued that calling its ideology militarism or imperialism was inadequate, as these descriptions suggested an economic motive. Slusser instead says that Heinlein advocates for a complete "technological subjugation of nature", of which the Arachnids are a symbol, and that this subjugation itself is depicted as a sign of human advancement. A 1997 review in Salon stated that the novel could almost be described as propaganda, and was terrifying as a result, particularly in its belief that the boot camp had to be an ingredient of any civilization. This was described as a highly unusual utopian vision. Moorcock stated that the lessons Rico learns in boot camp: "wars are inevitable, [and] that the army is always right". In discussing the book's utility in classroom discussions of the form of government, Alan Myers stated that its depiction of the military was of an "unashamedly Earth-chauvinist nature". In the words of science fiction scholar Darko Suvin, Starship Troopers was an "unsubtle but powerful black-and-white paean to
The events of the novel take place during an interstellar war between the Terran Federation and the Arachnids. At the beginning of the story, Earth is not at war, but war has been declared by the time Rico has completed his training. The Skinnies are initially allies of the Pseudo-Arachnids, but switch to being allies of the humans midway through the novel. Faster-than-light travel exists in this future: spacecraft operate under the "Cherenkov drive", and can travel "Sol to Capella, forty-six lightyears, in under six weeks". Starship Troopers is narrated by the main protagonist Juan "Johnny" Rico, a member of the "Mobile Infantry". It is one of the few Heinlein novels which intersperses his typical linear narrative structure with a series of flashbacks. These flashbacks are frequently to Rico's History and Moral Philosophy course in school, in which the teacher discusses the history of the structure of their society. Rico is depicted as a man of Filipino ancestry, although there has been disagreement on this matter among fans. He is from a wealthy family, whose members had never served in the army. Rico's ancestry is depicted to be a thing of no consequence; the society he lives in appears to have abandoned racial and gender-based prejudice. Plot The novel opens with Rico aboard the corvette transport Rodger Young (named after Medal of Honor recipient Rodger Wilton Young), serving with the platoon known as "Rasczak's Roughnecks". The platoon carries out a raid against a planetary colony held by Skinnies. The raid is relatively brief: the platoon lands on the planet, destroys its targets, and retreats, suffering two casualties in the process. One of them, Dizzy Flores, dies while returning to orbit. The narrative then flashes back to Rico's graduation from high school. Rico and his best friend Carl are considering joining the Federal Service after graduation; Rico is hesitant, partly due to his father's attitude towards the military. Rico makes his decision after discovering that his classmate Carmen Ibañez also intends to enlist. Rico's choice is taken poorly by his parents, and he leaves with a sense of estrangement. He is assigned to the Mobile Infantry, and moves to Camp Arthur Currie (named for Arthur Currie who rose through the ranks to General in WWI) on the Canadian prairie for his training under Sergeant Charles Zim. The training is extremely demanding. Rico receives combat training of all types, including simulated fights in armored suits. A fellow recruit is court-martialed, flogged, and dismissed for striking a drill instructor who was also his company commander. Jean V. Dubois, who taught Rico's History and Moral Philosophy in school, sends Rico a letter, revealing that he is a Mobile Infantry veteran himself. The letter helps Rico stay motivated enough not to resign. Rico himself is given five lashes for firing a rocket during a drill with armored suits and simulated nuclear weapons without checking to see that no friendlies were within the blast zone, which in combat would have resulted in the death of a fellow soldier. Another recruit, who murdered a baby girl after deserting the army, is hanged by his battalion after his arrest by civilian police. Eventually, after further training at another camp near Vancouver, Rico graduates with 187 others, of the 2,009 who had begun training in that regiment. The "Bug War" has changed from minor incidents to a full-scale war during Rico's training. An Arachnid attack that annihilates the city of Buenos Aires alerts civilians to the situation; Rico's mother is killed in the attack. Rico participates in the Battle of Klendathu, an attack on the Arachnid's home world, which turns into a disastrous defeat for the Terran Federation. Rico's ship, the Valley Forge, is destroyed, and his unit is decimated; he is reassigned to the Roughnecks on board the Rodger Young, led by Lieutenant Rasczak and Sergeant Jelal. The unit carries out several raids, and Rico is promoted to corporal by Jelal, after Rasczak dies in combat. One of his comrades in the Roughnecks suggests that Rico go to officer training school and try to become an officer. Rico ends up going to see Jelal, and finds that Jelal already had the paperwork ready. Rico enters Officer Candidate School for a second course of training, including further courses in "History and Moral Philosophy". En route from the Roughnecks to the school, Rico encounters his father, who has also enlisted and is now a corporal, and the two reconcile. He is also visited in school by Carmen, now an ensign and ship's pilot officer in the Navy, and the two discuss their friend Carl, who had been killed earlier in the war. Rico is commissioned a temporary third lieutenant for his final test: a posting to a combat unit. Under the tutelage of his company commander, Captain Blackstone, and with the aid of his platoon sergeant, his boot camp drill instructor Fleet Sergeant Zim, who was reassigned from Mobile Infantry boot camp, Rico commands a platoon during "Operation Royalty", a raid to capture members of the Arachnid brain caste and queens. Rico then returns to the officer school to graduate. The novel ends with him holding the rank of Second Lieutenant, in command of his old platoon in the Rodger Young, with his father as his platoon sergeant. The platoon has been renamed "Rico's Roughnecks", and is about to participate in an attack on Klendathu. Major themes Commentators have written that Starship Troopers is not driven by its plot, though it contains scenes of military combat. Instead, much of the novel is given over to a discussion of ideas. In particular, the discussion of political views is a recurring feature of what scholar Jeffrey Cass described as an "ideologically intense" book. A 1997 review in Salon categorized it as a "philosophical novel". Critics have debated to what extent the novel promotes Heinlein's own political views. Some contend that the novel maintains a sense of irony that allows readers to draw their own conclusions; others argue that Heinlein is sermonizing throughout the book, and that its purpose is to expound Heinlein's militaristic philosophy. Militarism Starship Troopers has been identified as being a part of a tradition in US science fiction that assumes that violent conflict and the militarization of society are inevitable and necessary. Although the Mobile Infantry, the unit to which Rico is assigned, is seen as a lowly post by the characters in the story, the novel itself suggests that it is the heart of the army and the most honorable unit in it. In a commentary written in 1980, Heinlein agreed that Starship Troopers "glorifies the military ... Specifically the P.B.I., the Poor Bloody Infantry, the mudfoot who places his frail body between his loved home and the war's desolation—but is rarely appreciated... he has the toughest job of all and should be honored." The story is based on the social Darwinist idea of society as a struggle for survival based on military strength. It suggests that some conflicts must be resolved by force: one of the lessons Rico is repeatedly taught is that violence can be an effective method of settling conflict. These suggestions derive in part from Heinlein's view that in the 1950s the US government was being too conciliatory in its dealings with communist China and the Soviet Union. Heinlein draws an analogy between the human society in the novel, which is well-to-do but needs to be vigilant against the imperialist threat of the Arachnids, and US society of the 1950s. Reviewers have suggested that the Arachnids are Heinlein's analogue for communists. Traits used to support this include the communal nature of the Arachnids, which makes them capable of a much higher degree of coordination than the humans. Bug society is once explicitly described as communist, and is moreover depicted as communist by nature; this has been read as implying that those with a different political ideology are analogous to alien beings. The related motifs of alien invasion, patriotism, and personal sacrifice during war, are present, as are other aspects of US popular culture of the 1950s. Commentators have argued that Heinlein's portrayal of aliens, as well as being a reference to people in communist countries, invokes the trope of a return to the frontier. The concept of the frontier includes a social-Darwinist argument of constantly fighting for survival, even at the expense of indigenous people or, in the case of Starship Troopers, of aliens. Heinlein suggests that without territorial expansion involving violent conquest of other races, humans would be destroyed. Scholar Jamie King has stated that Heinlein does not address the question of what the military government and Federal Service would do in peacetime, and argues that Heinlein has set up a society designed to be continuously at war, and to keep expanding its territory. Coming of age Starship Troopers has been referred to as a bildungsroman or "coming-of-age" story for Rico, as he matures through his tenure in the infantry. His training, both at boot camp and at officer candidate school, involves learning the value of militarism, thus inviting the reader to learn it as well. This is especially true of the parts of his training that involve indoctrination, such as the claim by one of his instructors that rule by military veterans is the ideal form of government, because only they understand how to put collective well-being above the individual. The story traces Rico's transformation from a boy into a soldier, while exploring issues of identity and motivation, and traces his overall moral and social development, in a manner identified by commentators as similar to many stories about German soldiers in World War I. Rico's transformation has been likened to the common narrative within stories with military themes by scholar H. Bruce Franklin. This typical narrative is that of a sloppy and unfit civilian being knocked into shape by tough officers, whose training is "calculated sadism" but is depicted as fundamentally being on the right side. The letter Rico receives from Dubois, partly responsible for Rico "crossing the hump" with his training, is shown as a turning point in his development. The classroom scenes embedded in the story serve to explain Rico's adventures, and highlight his reactions to events around. A notable example is the execution Rico is forced to witness after a deserter from his unit murders a young girl; Rico is uncertain of his own reaction until he remembers a lecture by Dubois in which the latter argues that "moral sense" derives entirely from the will to survive. The concept of the American frontier is also related to the coming-of-age theme. Young protagonists across Heinlein's novels attain manhood by confronting a hostile "wilderness" in space; coming-of-age in a military, alien context is a common theme in Heinlein's earlier works as well. Rico's coming-of-age has also been described as being related to his relationship with his father; the journey "outward" through the novel also contains a search for Rico's childhood and a reunion with his estranged parent. Moral decline Starship Troopers also critiques US society of the 1950s, suggesting that it led young people to be spoiled and undisciplined. These beliefs are expressed through the classroom lectures of Dubois, Rico's teacher for History and Moral Philosophy. Dubois praises flogging and other types of corporal punishment as a means of addressing juvenile crimes. It has been suggested that Heinlein endorsed this view, although the fact that Dubois also compares raising children to training a puppy has been used to argue that Heinlein was making use of irony. The story is strongly in favor of corporal punishment and capital punishment, as a means of correcting juvenile delinquents, part of a trend in science fiction which examines technology and outer space in an innovative manner, but is reactionary with respect to human relationships. As with other books by Heinlein, traditional schools are denigrated, while learning "on the spot" is extolled: Rico is able to master the things required of him in military training without undue difficulty. Dubois also ridicules the idea of inalienable rights, such as "Life, Liberty and the pursuit of Happiness", arguing that people only have the rights that they are willing to fight and die for to protect. The novel appeals to scientific authority to justify this position; Dubois repeatedly states that his argument is mathematically demonstrable, statements which have led scholars to label the novel "hard science fiction", despite its social and political themes. The "moral decline" caused by this situation is depicted as having caused a global war between an alliance of the US, Britain, and Russia against the "Chinese Hegemony" in the year 1987. Despite the alliance between the US and Russia, this war has been described as demonstrating Heinlein's anti-communist beliefs, which saw "swarming hordes" of
in order to place a toll call. In large cities, there was often a special number, such as 112, which would ring the long-distance operator directly. Elsewhere, the subscriber would ask the local operator to ring the long-distance operator. The long-distance operator would record the name and city of the person to be called, and the operator would advise the calling party to hang up and wait for the call to be completed. Each toll center had only a limited number of trunks to distant cities, and if those circuits were busy, the operator would try alternate routings through intermediate cities. The operator would plug into a trunk for the destination city, and the inward operator would answer. The inward operator would obtain the number from the local information operator, and ring the call. Once the called party answered, the originating operator would advise him or her to stand by for the calling party, whom she'd then ring back, and record the starting time, once the conversation began. In the 1940s, with the advent of dial pulse and multi-frequency operator dialing, the operator would plug into a tandem trunk and dial the NPA (area code) and operator code for the information operator in the distant city. For instance, the New York City information operator was 212-131. If the customer knew the number, and the point was direct-dialable, the operator would dial the call. If the distant city did not have dialable numbers, the operator would dial the code for the inward operator serving the called party, and ask her to ring the number. In the 1960s, once most phone subscribers had direct long-distance dialing, a single type of operator began to serve both the local and long-distance functions. A customer might call to request a collect call, a call billed to a third number, or a person-to-person call. All toll calls from coin phones required operator assistance. The operator was also available to help complete a local or long-distance number which did not complete. For example, if a customer encountered a reorder tone (a fast busy signal), it could indicate "all circuits busy," or a problem in the destination exchange. The operator might be able to use a different routing to complete the call. If the operator could not get through by dialing the number, she could call the inward operator in the destination city, and ask her to try the number, or to test a line to see if it was busy or out of order. Cord switchboards used for these purposes were replaced in the 1970s and 1980s by TSPS and similar systems, which greatly reduced operator involvement in calls. The customer would, instead of simply dialing "0" for the operator, dial 1+NPA+7digits, after which an operator would answer and provide the desired service (coin collection, obtaining acceptance on a collect call, etc.), and then release the call to be automatically handled by the TSPS. Before the late 1970s and early 1980s, it was common for many smaller cities to have their own operators. An NPA (area code) would usually have its largest city as its primary toll center, with smaller toll centers serving the secondary cities scattered throughout the NPA. TSPS allowed telephone companies to close smaller toll centers and consolidate operator services in regional centers which might be hundreds of miles from the subscriber. In the mid 1980s the Bell Operating Companies (BOCs) opened their own Operator Services offices with a system called TOPS (Traffic Operator Position System) to act as local and intraLATA telephone operators. With this the BOCs took intraLATA call traffic from AT&T as well as services which were once provided on a cordboard (Toll Stations, Mobile
regional centers which might be hundreds of miles from the subscriber. In the mid 1980s the Bell Operating Companies (BOCs) opened their own Operator Services offices with a system called TOPS (Traffic Operator Position System) to act as local and intraLATA telephone operators. With this the BOCs took intraLATA call traffic from AT&T as well as services which were once provided on a cordboard (Toll Stations, Mobile and Marine [Ship-to-Shore]). Operators from AT&T returned to work for the BOC as the intraLATA traffic was cut to the BOC. In the early 1990s AT&T replaced TSPS with OSPS (Operator Service Position System). The OSPS position was a computer terminal which the AT&T operator entered billing information. With the advent of OSPS a feature called Interflow allowed operators on a system to answer calls from anywhere within their region. As technology changed, so did the application of Interflow. Interflow was implemented nationwide by AT&T. This allowed AT&T to close virtually every operator office throughout the US. As of 2004 the only AT&T operator offices remaining were located in Houston, Texas, and Jacksonville, Florida. Operation The switchboard is usually designed to accommodate the operator, who sits facing it. It has a high back panel, which consists of rows of female jacks, each jack designated and wired as a local extension of the switchboard (which serves an individual subscriber) or as an incoming or outgoing trunk line. The jack is also associated with a lamp. On the table or desk area in front of the operator are columns of 3-position toggle switches termed "keys", lamps, and cords. Each column consists of a front key and a rear key, a front lamp and a rear lamp, followed by a front cord and a rear cord, making up together a cord circuit. The front key is the "talk" key allowing the operator to speak with that particular cord pair. The rear key on older "manual" boards and PBXs is used to ring a telephone physically. On newer boards, the back key is used to collect (retrieve) money from coin telephones. Each of the keys has three positions: back, normal and forward. When a key is in the normal position an electrical talk path connects the front and rear cords. A key in the forward position (front key) connects the operator to the cord pair, and a key in the back position sends a ring signal out on the cord (on older manual exchanges). Each cord has a three-wire TRS phone connector: tip and ring for testing, ringing and voice; and a sleeve wire for busy signals. When a call is received, a jack lamp lights on the back panel and the operator responds by placing the rear cord into the corresponding jack
into 9P/Tempel to learn more about its structure and composition and the Stardust mission returned samples of another comet's tail. The Philae lander successfully landed on Comet Churyumov–Gerasimenko in 2014 as part of the broader Rosetta mission. Deep space exploration Deep space exploration is the branch of astronomy, astronautics and space technology that is involved with the exploration of distant regions of outer space. Physical exploration of space is conducted both by human spaceflights (deep-space astronautics) and by robotic spacecraft. Some of the best candidates for future deep space engine technologies include anti-matter, nuclear power and beamed propulsion. The latter, beamed propulsion, appears to be the best candidate for deep space exploration presently available, since it uses known physics and known technology that is being developed for other purposes. Future of space exploration Breakthrough Starshot Breakthrough Starshot is a research and engineering project by the Breakthrough Initiatives to develop a proof-of-concept fleet of light sail spacecraft named StarChip, to be capable of making the journey to the Alpha Centauri star system 4.37 light-years away. It was founded in 2016 by Yuri Milner, Stephen Hawking, and Mark Zuckerberg. Asteroids An article in science magazine Nature suggested the use of asteroids as a gateway for space exploration, with the ultimate destination being Mars. In order to make such an approach viable, three requirements need to be fulfilled: first, "a thorough asteroid survey to find thousands of nearby bodies suitable for astronauts to visit"; second, "extending flight duration and distance capability to ever-increasing ranges out to Mars"; and finally, "developing better robotic vehicles and tools to enable astronauts to explore an asteroid regardless of its size, shape or spin." Furthermore, using asteroids would provide astronauts with protection from galactic cosmic rays, with mission crews being able to land on them without great risk to radiation exposure. James Webb Space Telescope The James Webb Space Telescope (JWST or "Webb") is a space telescope that is planned to be the successor to the Hubble Space Telescope. The JWST will provide greatly improved resolution and sensitivity over the Hubble, and will enable a broad range of investigations across the fields of astronomy and cosmology, including observing some of the most distant events and objects in the universe, such as the formation of the first galaxies. Other goals include understanding the formation of stars and planets, and direct imaging of exoplanets and novas. The primary mirror of the JWST, the Optical Telescope Element, is composed of 18 hexagonal mirror segments made of gold-plated beryllium which combine to create a diameter mirror that is much larger than the Hubble's mirror. Unlike the Hubble, which observes in the near ultraviolet, visible, and near infrared (0.1 to 1 μm) spectra, the JWST will observe in a lower frequency range, from long-wavelength visible light through mid-infrared (0.6 to 27 μm), which will allow it to observe high redshift objects that are too old and too distant for the Hubble to observe. The telescope must be kept very cold in order to observe in the infrared without interference, so it will be deployed in space near the Earth–Sun Lagrangian point, and a large sunshield made of silicon- and aluminum-coated Kapton will keep its mirror and instruments below . Artemis program The Artemis program is an ongoing crewed spaceflight program carried out by NASA, U.S. commercial spaceflight companies, and international partners such as ESA, with the goal of landing "the first woman and the next man" on the Moon, specifically at the lunar south pole region by 2024. Artemis would be the next step towards the long-term goal of establishing a sustainable presence on the Moon, laying the foundation for private companies to build a lunar economy, and eventually sending humans to Mars. In 2017, the lunar campaign was authorized by Space Policy Directive 1, utilizing various ongoing spacecraft programs such as Orion, the Lunar Gateway, Commercial Lunar Payload Services, and adding an undeveloped crewed lander. The Space Launch System will serve as the primary launch vehicle for Orion, while commercial launch vehicles are planned for use to launch various other elements of the campaign. NASA requested $1.6 billion in additional funding for Artemis for fiscal year 2020, while the Senate Appropriations Committee requested from NASA a five-year budget profile which is needed for evaluation and approval by Congress. Rationales The research that is conducted by national space exploration agencies, such as NASA and Roscosmos, is one of the reasons supporters cite to justify government expenses. Economic analyses of the NASA programs often showed ongoing economic benefits (such as NASA spin-offs), generating many times the revenue of the cost of the program. It is also argued that space exploration would lead to the extraction of resources on other planets and especially asteroids, which contain billions of dollars that worth of minerals and metals. Such expeditions could generate a lot of revenue. In addition, it has been argued that space exploration programs help inspire youth to study in science and engineering. Space exploration also gives scientists the ability to perform experiments in other settings and expand humanity's knowledge. Another claim is that space exploration is a necessity to mankind and that staying on Earth will lead to extinction. Some of the reasons are lack of natural resources, comets, nuclear war, and worldwide epidemic. Stephen Hawking, renowned British theoretical physicist, said that "I don't think the human race will survive the next thousand years, unless we spread into space. There are too many accidents that can befall life on a single planet. But I'm an optimist. We will reach out to the stars." Arthur C. Clarke (1950) presented a summary of motivations for the human exploration of space in his non-fiction semi-technical monograph Interplanetary Flight. He argued that humanity's choice is essentially between expansion off Earth into space, versus cultural (and eventually biological) stagnation and death. These motivations could be attributed to one of the first rocket scientists in NASA, Wernher von Braun, and his vision of humans moving beyond Earth. The basis of this plan was to: "Develop multi-stage rockets capable of placing satellites, animals, and humans in space. Development of large, winged reusable spacecraft capable of carrying humans and equipment into Earth orbit in a way that made space access routine and cost-effective. Construction of a large, permanently occupied space station to be used as a platform both to observe Earth and from which to launch deep space expeditions. Launching the first human flights around the Moon, leading to the first landings of humans on the Moon, with the intent of exploring that body and establishing permanent lunar bases. Assembly and fueling of spaceships in Earth orbit for the purpose of sending humans to Mars with the intent of eventually colonizing that planet". Known as the Von Braun Paradigm, the plan was formulated to lead humans in the exploration of space. Von Braun's vision of human space exploration served as the model for efforts in space space exploration well into the twenty-first century, with NASA incorporating this approach into the majority of their projects. The steps were followed out of order, as seen by the Apollo program reaching the moon before the space shuttle program was started, which in turn was used to complete the International Space Station. Von Braun's Paradigm formed NASA's drive for human exploration, in the hopes that humans discover the far reaches of the universe. NASA has produced a series of public service announcement videos supporting the concept of space exploration. Overall, the public remains largely supportive of both crewed and uncrewed space exploration. According to an Associated Press Poll conducted in July 2003, 71% of U.S. citizens agreed with the statement that the space program is "a good investment", compared to 21% who did not. Human nature Space advocacy and space policy regularly invokes exploration as a human nature. This advocacy has been criticized by scholars as essentializing and continuation of colonialism, particularly manifest destiny, making space exploration misaligned with science and a less inclusive field. Topics Spaceflight Spaceflight is the use of space technology to achieve the flight of spacecraft into and through outer space. Spaceflight is used in space exploration, and also in commercial activities like space tourism and satellite telecommunications. Additional non-commercial uses of spaceflight include space observatories, reconnaissance satellites and other Earth observation satellites. A spaceflight typically begins with a rocket launch, which provides the initial thrust to overcome the force of gravity and propels the spacecraft from the surface of Earth. Once in space, the motion of a spacecraft—both when unpropelled and when under propulsion—is covered by the area of study called astrodynamics. Some spacecraft remain in space indefinitely, some disintegrate during atmospheric reentry, and others reach a planetary or lunar surface for landing or impact. Satellites Satellites are used for a large number of purposes. Common types include military (spy) and civilian Earth observation satellites, communication satellites, navigation satellites, weather satellites, and research satellites. Space stations and human spacecraft in orbit are also satellites. Commercialization of space The commercialization of space first started out with the launching of private satellites by NASA or other space agencies. Current examples of the commercial satellite use of space include satellite navigation systems, satellite television and satellite radio. The next step of commercialization of space was seen as human spaceflight. Flying humans safely to and from space had become routine to NASA. Reusable spacecraft were an entirely new engineering challenge, something only seen in novels and films like Star Trek and War of the Worlds. Great names like Buzz Aldrin supported the use of making a reusable vehicle like the space shuttle. Aldrin held that reusable spacecraft were the key in making space travel affordable, stating that the use of "passenger space travel is a huge potential market big enough to justify the creation of reusable launch vehicles". How can the public go against the words of one of America's best known heroes in space exploration? After all exploring space is the next great expedition, following the example of Lewis and Clark.Space tourism is the next step reusable vehicles in the commercialization of space. The purpose of this form of space travel is used by individuals for the purpose of personal pleasure. Private spaceflight companies such as SpaceX and Blue Origin, and commercial space stations such as the Axiom Space and the Bigelow Commercial Space Station have dramatically changed the landscape of space exploration, and will continue to do so in the near future. Alien life Astrobiology is the interdisciplinary study of life in the universe, combining aspects of astronomy, biology and geology. It is focused primarily on the study of the origin, distribution and evolution of life. It is also known as exobiology''' (from Greek: έξω, exo, "outside"). The term "Xenobiology" has been used as well, but this is technically incorrect because its terminology means "biology of the foreigners". Astrobiologists must also consider the possibility of life that is chemically entirely distinct from any life found on Earth. In the Solar System some of the prime locations for current or past astrobiology are on Enceladus, Europa, Mars, and Titan. Human spaceflight and habitation To date, the longest human occupation of space is the International Space Station which has been in continuous use for . Valeri Polyakov's record single spaceflight of almost 438 days aboard the Mir space station has not been surpassed. The health effects of space have been well documented through years of research conducted in the field of aerospace medicine. Analog environments similar to those one may experience in space travel (like deep sea submarines) have been used in this research to further explore the relationship between isolation and extreme environments. It is imperative that the health of the crew be maintained as any deviation from baseline may compromise the integrity of the mission as well as the safety of the crew, hence the reason why astronauts must endure rigorous medical screenings and tests prior to embarking on any missions. However, it does not take long for the environmental dynamics of spaceflight to commence its toll on the human body; for example, space motion sickness (SMS) - a condition which affects the neurovestibular system and culminates in mild to severe signs and symptoms such as vertigo, dizziness, fatigue, nausea, and disorientation - plagues almost all space travelers within their first few days in orbit. Space travel can also have a profound impact on the psyche of the crew members as delineated in anecdotal writings composed after their retirement. Space travel can adversely affect the body's natural biological clock (circadian rhythm); sleep patterns causing sleep deprivation and fatigue; and social interaction; consequently, residing in a Low Earth Orbit (LEO) environment for a prolonged amount of time can result in both mental and physical exhaustion. Long-term stays in space reveal issues with bone and muscle loss in low gravity, immune system suppression, and radiation exposure. The lack of gravity causes fluid to rise upward which can cause pressure to build up in the eye, resulting in vision problems; the loss of bone minerals and densities; cardiovascular deconditioning; and decreased endurance and muscle mass. Radiation is perhaps the most insidious health hazard to space travelers as it is invisible to the naked eye and can cause cancer. Space craft are no longer protected from the sun's radiation as they are positioned above the Earth's magnetic field; the danger of radiation is even more potent when one enters deep space. The hazards of radiation can be ameliorated through protective shielding on the spacecraft, alerts, and dosimetry. Fortunately, with new and rapidly evolving technological advancements, those in Mission Control are able to monitor the health of their astronauts more closely utilizing telemedicine. One may not be able to completely evade the physiological effects of space flight, but they can be mitigated. For example, medical systems aboard space vessels such as the International Space Station (ISS) are well equipped and designed to counteract the effects of lack of gravity and weightlessness; on-board treadmills can help prevent muscle loss and reduce the risk of developing premature osteoporosis. Additionally, a crew medical officer is appointed for each ISS mission and a flight surgeon is available 24/7 via the ISS Mission Control Center located in Houston, Texas. Although the interactions are intended to take place in real time, communications between the space and terrestrial crew may become delayed - sometimes by as much as 20 minutes - as their distance from each other increases when the spacecraft moves further out of LEO; because of this the crew are trained and need to be prepared to respond to any medical emergencies that may arise on the vessel as the ground crew are hundreds of miles away. As one can see, travelling and possibly living in space poses many challenges. Many past and current concepts for the continued exploration and colonization of space focus on a return to the Moon as a "stepping stone" to the other planets, especially Mars. At the end of 2006 NASA announced they were planning to build a permanent Moon base with continual presence by 2024. Beyond the technical factors that could make living in space more widespread, it has been suggested that the lack of private property, the inability or difficulty in establishing property rights in space, has been an impediment to the development of space for human habitation. Since the advent of space technology in the latter half of the twentieth century, the ownership of property in space has been murky, with strong arguments both for and against. In particular, the making of national territorial claims in outer space and on celestial bodies has been specifically proscribed by the Outer Space Treaty, which had been, , ratified by all spacefaring nations. Space colonization, also called space settlement and space humanization, would be the permanent autonomous (self-sufficient) human habitation of locations outside Earth, especially of natural satellites or planets such as the Moon or Mars, using significant amounts of in-situ resource utilization. Human representation and participation Participation and representation of humanity in space is an issue ever since the first phase of space exploration. Some rights of non-spacefaring countries have been secured through international space law, declaring space the "province of all mankind", understanding spaceflight as its resource, though sharing of space for all humanity is still criticized as imperialist and lacking. Additionally to international inclusion, the inclusion of women and people of colour has also been lacking. To reach a more inclusive spaceflight some organizations like the Justspace Alliance and IAU featured Inclusive Astronomy have been formed in recent years. Women The first woman to ever enter space was Valentina Tereshkova. She flew in 1963 but it was not until the 1980s that another woman entered space again. All astronauts were required to be military test pilots at the time and women were not able to enter this career, this is one reason for the delay in allowing women to join space crews. After the rule changed, Svetlana Savitskaya became the second woman to enter space, she was also from the Soviet Union. Sally Ride became the next woman to enter space and the first woman to enter space through the United States program. Since then, eleven other countries have allowed women astronauts. The first all female space walk occurred in 2018, including Christina Koch and Jessica Meir. These two women have both participated in separate space walks with NASA. The first woman to go to the moon is planned for 2024. Despite these developments women are still underrepresented among astronauts and especially cosmonauts. Issues that block potential applicants from the programs and limit the space missions they are able to go on, are for example: agencies limiting women to half as much time in space than men, arguing with unresearched potential risks for cancer. a lack of space suits sized appropriately for female astronauts. Additionally women have been discriminately treated for example as with Sally Ride by being scrutinized more than her male counterparts and asked sexist questions by the press. Art Artistry in and from space ranges from signals, capturing and arranging material like Yuri Gagarin's selfie in space or the image The Blue Marble, over drawings like the first one in space by cosmonaut and artist Alexei Leonov, music videos like Chris Hadfield's cover of Space Oddity on board the ISS, to permanent installations on celestial bodies like on the Moon. See also Discovery and exploration of the Solar System Spacecraft propulsion List of crewed spacecraft List of missions to Mars List of missions to the outer planets List of spaceflight records Robotic space exploration programs Robotic spacecraft Timeline of planetary exploration Landings on other planets Pioneer program Luna program Zond program Venera program Mars probe program Ranger program Mariner program Surveyor program Viking program Voyager program Vega program Phobos program Discovery program Chandrayaan Program Mangalyaan Program Chang'e Program Private Astrobotic Technology Program Living in space Interplanetary contamination Animals in space Animals in space Monkeys in space Russian space dogs Humans in space Astronauts List of human spaceflights List of human spaceflights by program Vostok program Mercury program Voskhod program Gemini program Soyuz program Apollo program Salyut program Skylab Space Shuttle program Mir International Space Station Vision for Space Exploration Aurora Programme Tier One Effect of spaceflight on the human body Space architecture Space archaeology flexible path destinations set Recent and future developments Asia's Space Race Commercial astronauts Artemis program Energy development Exploration of Mars Space tourism Private spaceflight Space colonization Interstellar spaceflight Deep space exploration Human outpost Mars to Stay
exploration of the Moon (see Google Lunar X Prize). Students interested in Space have formed SEDS (Students for the Exploration and Development of Space). SpaceX is currently developing Starship, a fully reusable orbital launch vehicle that is expected to massively reduce the cost of spaceflight and allow for crewed planetary exploration. History of exploration Telescope The first telescope is said to have been invented in 1608 in the Netherlands by an eyeglass maker named Hans Lippershey. The Orbiting Astronomical Observatory 2 was the first space telescope launched on 7 December 1968. As of 2 February 2019, there was 3,891 confirmed exoplanets discovered. The Milky Way is estimated to contain 100–400 billion stars and more than 100 billion planets. There are at least 2 trillion galaxies in the observable universe. GN-z11 is the most distant known object from Earth, reported as 32 billion light-years away. First outer space flights In 1949, the Bumper-WAC reached an altitude of , becoming the first human-made object to enter space, according to NASA, although V-2 Rocket MW 18014 crossed the Kármán line earlier, in 1944. The first successful orbital launch was of the Soviet uncrewed Sputnik 1 ("Satellite 1") mission on 4 October 1957. The satellite weighed about , and is believed to have orbited Earth at a height of about . It had two radio transmitters (20 and 40 MHz), which emitted "beeps" that could be heard by radios around the globe. Analysis of the radio signals was used to gather information about the electron density of the ionosphere, while temperature and pressure data was encoded in the duration of radio beeps. The results indicated that the satellite was not punctured by a meteoroid. Sputnik 1 was launched by an R-7 rocket. It burned up upon re-entry on 3 January 1958. First human outer space flight The first successful human spaceflight was Vostok 1 ("East 1"), carrying the 27-year-old Russian cosmonaut, Yuri Gagarin, on 12 April 1961. The spacecraft completed one orbit around the globe, lasting about 1 hour and 48 minutes. Gagarin's flight resonated around the world; it was a demonstration of the advanced Soviet space program and it opened an entirely new era in space exploration: human spaceflight. First astronomical body space explorations The first artificial object to reach another celestial body was Luna 2 reaching the Moon in 1959. The first soft landing on another celestial body was performed by Luna 9 landing on the Moon on 3 February 1966. Luna 10 became the first artificial satellite of the Moon, entering in a lunar orbit on 3 April 1966. The first crewed landing on another celestial body was performed by Apollo 11 on 20 July 1969, landing on the Moon. There have been a total of six spacecraft with humans landing on the Moon starting from 1969 to the last human landing in 1972. The first interplanetary flyby was the 1961 Venera 1 flyby of Venus, though the 1962 Mariner 2 was the first flyby of Venus to return data (closest approach 34,773 kilometers). Pioneer 6 was the first satellite to orbit the Sun, launched on 16 December 1965. The other planets were first flown by in 1965 for Mars by Mariner 4, 1973 for Jupiter by Pioneer 10, 1974 for Mercury by Mariner 10, 1979 for Saturn by Pioneer 11, 1986 for Uranus by Voyager 2, 1989 for Neptune by Voyager 2. In 2015, the dwarf planets Ceres and Pluto were orbited by Dawn and passed by New Horizons, respectively. This accounts for flybys of each of the eight planets in the Solar System, the Sun, the Moon and Ceres & Pluto (2 of the 5 recognized dwarf planets). The first interplanetary surface mission to return at least limited surface data from another planet was the 1970 landing of Venera 7, which returned data to Earth for 23 minutes from Venus. In 1975 the Venera 9 was the first to return images from the surface of another planet, returning images from Venus. In 1971 the Mars 3 mission achieved the first soft landing on Mars returning data for almost 20 seconds. Later much longer duration surface missions were achieved, including over six years of Mars surface operation by Viking 1 from 1975 to 1982 and over two hours of transmission from the surface of Venus by Venera 13 in 1982, the longest ever Soviet planetary surface mission. Venus and Mars are the two planets outside of Earth on which humans have conducted surface missions with uncrewed robotic spacecraft. First space station Salyut 1 was the first space station of any kind, launched into low Earth orbit by the Soviet Union on 19 April 1971. The International Space Station is currently the only fully functional space station, inhabited continuously since the year 2000. First interstellar space flight Voyager 1 became the first human-made object to leave the Solar System into interstellar space on 25 August 2012. The probe passed the heliopause at 121 AU to enter interstellar space. Farthest from Earth The Apollo 13 flight passed the far side of the Moon at an altitude of above the lunar surface, and 400,171 km (248,655 mi) from Earth, marking the record for the farthest humans have ever traveled from Earth in 1970. Voyager 1 is currently at a distance of (21.708 billion kilometers; 13.489 billion miles) from Earth as of 1 January 2019. It is the most distant human-made object from Earth. GN-z11 is the most distant known object from Earth, reported as 13.4 billion light-years away. Key people in early space exploration The dream of stepping into the outer reaches of Earth's atmosphere was driven by the fiction of Jules Verne and H. G. Wells, and rocket technology was developed to try to realize this vision. The German V-2 was the first rocket to travel into space, overcoming the problems of thrust and material failure. During the final days of World War II this technology was obtained by both the Americans and Soviets as were its designers. The initial driving force for further development of the technology was a weapons race for intercontinental ballistic missiles (ICBMs) to be used as long-range carriers for fast nuclear weapon delivery, but in 1961 when the Soviet Union launched the first man into space, the United States declared itself to be in a "Space Race" with the Soviets. Konstantin Tsiolkovsky, Robert Goddard, Hermann Oberth, and Reinhold Tiling laid the groundwork of rocketry in the early years of the 20th century. Wernher von Braun was the lead rocket engineer for Nazi Germany's World War II V-2 rocket project. In the last days of the war he led a caravan of workers in the German rocket program to the American lines, where they surrendered and were brought to the United States to work on their rocket development ("Operation Paperclip"). He acquired American citizenship and led the team that developed and launched Explorer 1, the first American satellite. Von Braun later led the team at NASA's Marshall Space Flight Center which developed the Saturn V moon rocket. Initially the race for space was often led by Sergei Korolev, whose legacy includes both the R7 and Soyuz—which remain in service to this day. Korolev was the mastermind behind the first satellite, first man (and first woman) in orbit and first spacewalk. Until his death his identity was a closely guarded state secret; not even his mother knew that he was responsible for creating the Soviet space program. Kerim Kerimov was one of the founders of the Soviet space program and was one of the lead architects behind the first human spaceflight (Vostok 1) alongside Sergey Korolev. After Korolev's death in 1966, Kerimov became the lead scientist of the Soviet space program and was responsible for the launch of the first space stations from 1971 to 1991, including the Salyut and Mir series, and their precursors in 1967, the Cosmos 186 and Cosmos 188. Other key people: Valentin Glushko was Chief Engine Designer for the Soviet Union. Glushko designed many of the engines used on the early Soviet rockets, but was constantly at odds with Korolev. Vasily Mishin was Chief Designer working under Sergey Korolev and one of the first Soviets to inspect the captured German V-2 design. Following the death of Sergei Korolev, Mishin was held responsible for the Soviet failure to be first country to place a man on the Moon. Robert Gilruth was the NASA head of the Space Task Force and director of 25 crewed space flights. Gilruth was the person who suggested to John F. Kennedy that the Americans take the bold step of reaching the Moon in an attempt to reclaim space superiority from the Soviets. Christopher C. Kraft, Jr. was NASA's first flight director, who oversaw development of Mission Control and associated technologies and procedures. Maxime Faget was the designer of the Mercury capsule; he played a key role in designing the Gemini and Apollo spacecraft, and contributed to the design of the Space Shuttle. Targets of exploration Starting in the mid-20th century probes and then human mission were sent into Earth orbit, and then on to the Moon. Also, probes were sent throughout the known Solar system, and into Solar orbit. Uncrewed spacecraft have been sent into orbit around Saturn, Jupiter, Mars, Venus, and Mercury by the 21st century, and the most distance active spacecraft, Voyager 1 and 2 traveled beyond 100 times the Earth-Sun distance. The instruments were enough though that it is thought they have left the Sun's heliosphere, a sort of bubble of particles made in the Galaxy by the Sun's solar wind. The Sun The Sun is a major focus of space exploration. Being above the atmosphere in particular and Earth's magnetic field gives access to the solar wind and infrared and ultraviolet radiations that cannot reach Earth's surface. The Sun generates most space weather, which can affect power generation and transmission systems on Earth and interfere with, and even damage, satellites and space probes. Numerous spacecraft dedicated to observing the Sun, beginning with the Apollo Telescope Mount, have been launched and still others have had solar observation as a secondary objective. Parker Solar Probe, launched in 2018, will approach the Sun to within 1/8th the orbit of Mercury. Mercury Mercury remains the least explored of the Terrestrial planets. As of May 2013, the Mariner 10 and MESSENGER missions have been the only missions that have made close observations of Mercury. MESSENGER entered orbit around Mercury in March 2011, to further investigate the observations made by Mariner 10 in 1975 (Munsell, 2006b). A third mission to Mercury, scheduled to arrive in 2025, BepiColombo is to include two probes. BepiColombo is a joint mission between Japan and the European Space Agency. MESSENGER and BepiColombo are intended to gather complementary data to help scientists understand many of the mysteries discovered by Mariner 10's flybys. Flights to other planets within the Solar System are accomplished at a cost in energy, which is described by the net change in velocity of the spacecraft, or delta-v. Due to the relatively high delta-v to reach Mercury and its proximity to the Sun, it is difficult to explore and orbits around it are rather unstable. Venus Venus was the first target of interplanetary flyby and lander missions and, despite one of the most hostile surface environments in the Solar System, has had more landers sent to it (nearly all from the Soviet Union) than any other planet in the Solar System. The first flyby was the 1961 Venera 1, though the 1962 Mariner 2 was the first flyby to successfully return data. Mariner 2 has been followed by several other flybys by multiple space agencies often as part of missions using a Venus flyby to provide a gravitational assist en route to other celestial bodies. In 1967 Venera 4 became the first probe to enter and directly examine the atmosphere of Venus. In 1970, Venera 7 became the first successful lander to reach the surface of Venus and by 1985 it had been followed by eight additional successful Soviet Venus landers which provided images and other direct surface data. Starting in 1975 with the Soviet orbiter Venera 9 some ten successful orbiter missions have been sent to Venus, including later missions which were able to map the surface of Venus using radar to pierce the obscuring atmosphere. Earth Space exploration has been used as a tool to understand Earth as a celestial object in its own right. Orbital missions can provide data for Earth that can be difficult or impossible to obtain from a purely ground-based point of reference. For example, the existence of the Van Allen radiation belts was unknown until their discovery by the United States' first artificial satellite, Explorer 1. These belts contain radiation trapped by Earth's magnetic fields, which currently renders construction of habitable space stations above 1000 km impractical. Following this early unexpected discovery, a large number of Earth observation satellites have been deployed specifically to explore Earth from a space based perspective. These satellites have significantly contributed to the understanding of a variety of Earth-based phenomena. For instance, the hole in the ozone layer was found by an artificial satellite that was exploring Earth's atmosphere, and satellites have allowed for the discovery of archeological sites or geological formations that were difficult or impossible to otherwise identify. The Moon The Moon was the first celestial body to be the object of space exploration. It holds the distinctions of being the first remote celestial object to be flown by, orbited, and landed upon by spacecraft, and the only remote celestial object ever to be visited by humans. In 1959 the Soviets obtained the first images of the far side of the Moon, never previously visible to humans. The U.S. exploration of the Moon began with the Ranger 4 impactor in 1962. Starting in 1966 the Soviets successfully deployed a number of landers to the Moon which were able to obtain data directly from the Moon's surface; just four months later, Surveyor 1 marked the debut of a successful series of U.S. landers. The Soviet uncrewed missions culminated in the Lunokhod program in the early 1970s, which included the first uncrewed rovers and also successfully brought lunar soil samples to Earth for study. This marked the first (and to date the only) automated return of extraterrestrial soil samples to Earth. Uncrewed exploration of the Moon continues with various nations periodically deploying lunar orbiters, and in 2008 the Indian Moon Impact Probe. Crewed exploration of the Moon began in 1968 with the Apollo 8 mission that successfully orbited the Moon, the first time any extraterrestrial object was orbited by humans. In 1969, the Apollo 11 mission marked the first time humans set foot upon another world. Crewed exploration of the Moon did not continue for long. The Apollo 17 mission in 1972 marked the sixth landing and the most recent human visit. Artemis 2 will flyby the Moon in 2022. Robotic missions are still pursued vigorously. Mars The exploration of Mars has been an important part of the space exploration programs of the Soviet Union (later Russia), the United States, Europe, Japan and India. Dozens of robotic spacecraft, including orbiters, landers, and rovers, have been launched toward Mars since the 1960s. These missions were aimed at gathering data about current conditions and answering questions about the history of Mars. The questions raised by the scientific community are expected to not only give a better appreciation of the red planet but also yield further insight into the past, and possible future, of Earth. Mars is the prime candidate where humans could live outside the Earth and the technology to reach Mars is possible. The exploration of Mars has come at a considerable financial cost with roughly two-thirds of all spacecraft destined for Mars failing before completing their missions, with some failing before they even began. Such a high failure rate can be attributed to the complexity and large number of variables involved in an interplanetary journey, and has led researchers to jokingly speak of The Great Galactic Ghoul which subsists on a diet of Mars probes. This phenomenon is also informally known as the "Mars Curse". In contrast to overall high failure rates in the exploration of Mars, India has become the first country to achieve success of its maiden attempt. India's Mars Orbiter Mission (MOM) is one of the least expensive interplanetary missions ever undertaken with an approximate total cost of 450 Crore (). The first mission to Mars by any Arab country has been taken up by the United Arab Emirates. Called the Emirates Mars Mission, it is scheduled for launch in 2020. The uncrewed exploratory probe has been named "Hope Probe" and will be sent to Mars to study its atmosphere in detail. Phobos The Russian space mission Fobos-Grunt, which launched on 9 November 2011 experienced a failure leaving it stranded in low Earth orbit. It was to begin exploration of the Phobos and Martian circumterrestrial orbit, and study whether the moons of Mars, or at least Phobos, could be a "trans-shipment point" for spaceships traveling to Mars. Asteroids Until the advent of space travel, objects in the asteroid belt were merely pinpricks of light in even the largest telescopes, their shapes and terrain remaining a mystery. Several asteroids have now been visited by probes, the first of which was Galileo, which flew past two: 951 Gaspra in 1991, followed by 243 Ida in 1993. Both of these lay near enough to Galileos planned trajectory to Jupiter that they could be visited at acceptable cost. The first landing on an asteroid was performed by the NEAR Shoemaker probe in 2000, following an orbital survey of the object. The dwarf planet Ceres and the asteroid 4 Vesta, two of the three largest asteroids, were visited by NASA's Dawn spacecraft, launched in 2007. Hayabusa was a robotic spacecraft developed by the Japan Aerospace Exploration Agency to return a sample of material from the small near-Earth asteroid 25143 Itokawa to Earth for further analysis. Hayabusa was launched on 9 May 2003 and rendezvoused with Itokawa in mid-September 2005. After arriving at Itokawa, Hayabusa studied the asteroid's shape, spin, topography, color, composition, density, and history. In November 2005, it landed on the asteroid twice to collect samples. The spacecraft returned to Earth on 13 June 2010. Jupiter The exploration of Jupiter has consisted solely of a number of automated NASA spacecraft visiting the planet since 1973. A large majority of the missions have been "flybys", in which detailed observations are taken without the probe landing or entering orbit; such as in Pioneer and Voyager programs. The Galileo and Juno spacecraft are the only spacecraft to have entered the planet's orbit. As Jupiter is believed to have only a relatively small rocky core and no real solid surface, a landing mission is precluded. Reaching Jupiter from Earth requires a delta-v of 9.2 km/s, which is comparable to the 9.7 km/s delta-v needed to reach low Earth orbit. Fortunately, gravity assists through planetary flybys can be used to reduce the energy required at launch to reach Jupiter, albeit at the cost of a significantly longer flight duration. Jupiter has 80 known moons, many of which have relatively little known information about them. Saturn Saturn has been explored only through uncrewed spacecraft launched by NASA, including one mission (Cassini–Huygens) planned and executed in cooperation with other space agencies. These missions consist of flybys in 1979 by Pioneer 11, in 1980 by Voyager 1, in 1982 by Voyager 2 and an orbital mission by the Cassini spacecraft, which lasted from 2004 until 2017. Saturn has at least 62 known moons, although the exact number is debatable since Saturn's rings are made up of vast numbers of independently orbiting objects of varying sizes. The largest of the moons is Titan, which holds the distinction of being the only moon in the Solar System with an atmosphere denser and thicker than that of Earth. Titan holds the distinction of being the only object in the Outer Solar System that has been explored with a lander, the Huygens probe deployed by the Cassini spacecraft. Uranus The exploration of Uranus has been entirely through the Voyager 2 spacecraft, with no other visits currently planned. Given its axial tilt of 97.77°, with its polar regions exposed to sunlight or darkness for long periods, scientists were not sure what to expect at Uranus. The closest approach to Uranus occurred on 24 January 1986. Voyager 2 studied the planet's unique atmosphere and magnetosphere. Voyager 2 also examined its ring system and the moons of Uranus including all five of the previously known moons, while discovering an additional ten previously unknown moons. Images of Uranus proved to have a very uniform appearance, with no evidence of the dramatic storms or atmospheric banding evident on Jupiter and Saturn. Great effort was required to even identify a few clouds in the images of the
The following outline is provided as an overview and topical guide to space science: Space science encompasses all of the scientific disciplines that involve space exploration and study natural phenomena and physical bodies occurring in outer space, such as space medicine and astrobiology. Branches of space sciences Astronomy See Outline of astronomy See astronomical object for a list of specific types of entities which scientists study. See Earth's location in the universe for an orientation. Astronomy Outline of astronomy Fields of astronomy defined by approach Observational astronomy – Observatories on the ground as well as space observatories take measurements of celestial entities and phenomena Astrometry – studies the position and movements of celestial objects Amateur astronomy Theoretical astronomy – mathematical modelling of celestial entities and phenomena Fields of astronomy defined by scope Astrophysics – study of the physics of the universe; of extraterrestrial objects and interstitial spaces Space plasma physics Orbital mechanics or astrodynamics, which also has applications to spacecraft Stellar astronomy – the study of stars Solar astronomy – the study of the Sun Planetary science – the study of planets, especially those other than Earth Planetary geology Galactic astronomy – the study of
in space Fe, Fi, Fo, Fum, and Phooey Monkeys and apes in space Tortoises in space Zond 5 Microorganisms tested in outer space Plants in space Space habitation Effect of spaceflight on the human body Food in space Medicine in space Neuroscience in space Religion in space Christmas on the International Space Station Sex in space Writing in space Space-related interdisciplinary fields Astrobiology Astrobotany Astrochemistry or cosmochemistry Cosmology Planetary science – overlaps with Earth science Micro-g environment research Forensic astronomy Space archaeology – the study of human artifacts in outer space Space medicine Space architecture Archaeoastronomy – the history of human understanding of the universe Astroanthropology See also References External links Institute of Space Technology, Pakistan Space Sciences
expeditious to the task. The railways soon even outpaced and replaced the steamboats. Mares' unexpected death at the age of 45 in 1864 placed Percy Neame, at the age of 28, as the stronger partner with Henry Shepherd, and with the challenge left to him in Mares' successful expansion programme he brought the Faversham Brewery well into the Neame family's dominion. Jonathan Neame is the fifth generation of his family to run the business. His late father Robert was the company’s first ever President. Shepherd Neame have embraced 21st-century brewing techniques, for instance using PDX Reactor Technology for the heat treatment of wort, rather than the traditional method, using a calandria. This has led to a reduction in energy consumption of 50%. Its cask, keg and bottling lines are all equally high tech, utilising robotics and the latest SAP software to minimise use of natural resources, while maximising beer quality. Its cardboard packaging is 100% recyclable and the brewery uses lightweight glass for bottled beer. It also just installed a new state-of-the-art Yeast Propagation Plant which will reduce energy consumption. The brewery has repeatedly pioneered sustainable brewing methods. It recycles 97% of the grain and hops used in the brewing process as animal feed on local farms and holds a Feed Materials Assurance Scheme certificate. Waste is separated into recyclable elements and the waste oil from its managed pubs and the brewery’s kitchens is collected and converted into biofuel. Its Water Recovery Plant, installed in 2014, allows the waste water that results from brewing and cleaning to be recycled, rather than sending it to the drain. Along with the Three Tuns Brewery in Shropshire, Shepherd Neame claims to the oldest brewery in Great Britain. Three Tuns was licensed in 1642, 56 years earlier than Shepherd Neame. However, there is evidence that brewing has taken place on the Shepherd Neame site since at least 1573, over a century before the establishment of the current brewery. Brewing and product range The brewery uses chalk-filtered mineral water from the brewery's own artesian well, deep below the brewery, and 93% of the hops used in its beers are grown in Kent. In 2016, its 100-year-old solid oak mash
1862 and although his own son was not a businessman of the same determination, the firm's expansion continued adequately with John Mares, who had come to the financial assistance of the Shepherd Brewery during the recession of the mid-1840s and continued as the impetus behind Shepherd and Mares until Percy Beale Neame joined the Brewery in 1864. Mares had seen the potential of the Brewery's growth with the arrival of the long delayed railway service in 1858. He pressed the firm to actively prepare for such growth. Horse-drawn drays were used to carry the Brewery's ales throughout Kent, and malts were imported by barge at Faversham Creek at its own wharf which was also used as the means to deliver its product to London, until the 1850s when steamboats were beginning to prove more expeditious to the task. The railways soon even outpaced and replaced the steamboats. Mares' unexpected death at the age of 45 in 1864 placed Percy Neame, at the age of 28, as the stronger partner with Henry Shepherd, and with the challenge left to him in Mares' successful expansion programme he brought the Faversham Brewery well into the Neame family's dominion. Jonathan Neame is the fifth generation of his family to run the business. His late father Robert was the company’s first ever President. Shepherd Neame have embraced 21st-century brewing techniques, for instance using PDX Reactor Technology for the heat treatment of wort, rather than the traditional method, using a calandria. This has led to a reduction in energy consumption of 50%. Its cask, keg and bottling lines are all equally high tech, utilising robotics and the latest SAP software to minimise use of natural resources, while maximising beer quality. Its cardboard packaging is 100% recyclable and the brewery uses lightweight glass for bottled beer. It also just installed a new state-of-the-art Yeast Propagation Plant which will reduce energy consumption. The brewery has repeatedly pioneered sustainable brewing methods. It recycles 97% of the grain and hops used in the brewing process as animal feed on local farms and holds a Feed Materials Assurance Scheme certificate. Waste is separated into recyclable elements and the waste oil from its managed pubs and the brewery’s kitchens is collected and converted into biofuel. Its Water Recovery Plant, installed in 2014, allows the waste water that results from brewing and cleaning to be recycled, rather than sending it
Therefore, a more complete Eastern Orthodox definition of what a saint is, has to do with the way that saints, through their humility and their love of humankind, saved inside them the entire Church, and loved all people. Orthodox belief considers that God reveals saints through answered prayers and other miracles. Saints are usually recognized by a local community, often by people who directly knew them. As their popularity grows they are often then recognized by the entire church. The word canonization means that a Christian has been found worthy to have his name placed in the canon (official list) of saints of the Church. The formal process of recognition involves deliberation by a synod of bishops. The Orthodox Church does not require the manifestation of miracles; what is required is evidence of a virtuous life. If the ecclesiastical review is successful, this is followed by a service of Glorification in which the Saint is given a day on the church calendar to be celebrated by the entire church. This does not, however, make the person a saint; the person already was a saint and the Church ultimately recognized it. As a general rule only clergy will touch relics in order to move them or carry them in procession, however, in veneration the faithful will kiss the relic to show love and respect toward the saint. The altar in an Orthodox church usually contains relics of saints, often of martyrs. Church interiors are covered with the Icons of saints. When an Orthodox Christian venerates icons of a saint he is venerating the image of God which he sees in the saint. Because the Church shows no true distinction between the living and the dead (the saints are considered to be alive in Heaven), saints are referred to as if they were still alive. Saints are venerated but not worshipped. They are believed to be able to intercede for salvation and help mankind either through direct communion with God or by personal intervention. In the Eastern Orthodox Church, the title Ὅσιος, Hosios (f. Ὁσία Hosia) is also used. This is a title attributed to saints who had lived a monastic or eremitic life, and it is equal to the more usual title of "Saint". Oriental Orthodoxy The Oriental Orthodox churches ‒ the Armenian Apostolic Church, the Coptic Orthodox Church of Alexandria, the Tewahedo Church, the Malankara Orthodox Syrian Church, and the Syriac Orthodox Church ‒ follow a canonization process unique to each church. The Coptic Orthodox Church of Alexandria, for example, has the requirement that at least 50 years must pass following a prospective saint's death before the Coptic Orthodox Church's pope can canonize the saint. Anglicanism In the Anglican Communion and the Continuing Anglican movement, the title of Saint refers to a person who has been elevated by popular opinion as a pious and holy person. The saints are seen as models of holiness to be imitated, and as a "cloud of witnesses" that strengthen and encourage the believer during his or her spiritual journey (). The saints are seen as elder brothers and sisters in Christ. Official Anglican creeds recognise the existence of the saints in heaven. In high-church contexts, such as Anglo-Catholicism, a saint is generally one to whom has been attributed (and who has generally demonstrated) a high level of holiness and sanctity. In this use, a saint is therefore not merely a believer, but one who has been transformed by virtue. In Catholicism, a saint is a special sign of God's activity. The veneration of saints is sometimes misunderstood to be worship, in which case it is derisively termed "hagiolatry". So far as invocation of the saints is concerned, one of the Church of England's Articles of Religion "Of Purgatory" condemns "the Romish Doctrine concerning...(the) Invocation of Saints" as "a fond thing vainly invented, and grounded upon no warranty of Scripture, but rather repugnant to the Word of God". Anglo-Catholics in Anglican provinces using the Articles often make a distinction between a "Romish" and a "Patristic" doctrine concerning the invocation of saints, permitting the latter in accordance with Article XXII. Indeed, the theologian E.J. Bicknell stated that the Anglican view acknowledges that the term "invocation may mean either of two things: the simple request to a saint for his prayers (intercession), 'ora pro nobis', or a request for some particular benefit. In medieval times the saints had come to be regarded as themselves the authors of blessings. Such a view was condemned but the former was affirmed." Some Anglicans and Anglican churches, particularly Anglo-Catholics, personally ask prayers of the saints. However, such a practice is seldom found in any official Anglican liturgy. Unusual examples of it are found in The Korean Liturgy 1938, the liturgy of the Diocese of Guiana 1959 and The Melanesian English Prayer Book. Anglicans believe that the only effective Mediator between the believer and God the Father, in terms of redemption and salvation, is God the Son, Jesus Christ. Historical Anglicanism has drawn a distinction between the intercession of the saints and the invocation of the saints. The former was generally accepted in Anglican doctrine, while the latter was generally rejected. There are some, however, in Anglicanism, who do beseech the saints' intercession. Those who beseech the saints to intercede on their behalf make a distinction between mediator and intercessor, and claim that asking for the prayers of the saints is no different in kind than asking for the prayers of living Christians. Anglican Catholics understand sainthood in a more Catholic or Orthodox way, often praying for intercessions from the saints and celebrating their feast days. According to the Church of England, a saint is one who is sanctified, as it translates in the Authorised King James Version (1611) 2 Chronicles 6:41: Now therefore arise, O God, into thy resting place, thou, and the ark of thy strength: let thy priests, O God, be clothed with salvation, and let thy saints rejoice in goodness. Lutheranism In the Lutheran Church, all Christians, whether in Heaven or on Earth, are regarded as saints. However, the church still recognizes and honors specific saints, including some of those recognized by the Catholic Church, but in a qualified way: according to the Augsburg Confession, the term saint is used in the manner of the Catholic Church only insofar as to denote a person who received exceptional grace, was sustained by faith, and whose good works are to be an example to any Christian. Traditional Lutheran belief accounts that prayers to the saints are prohibited, as they are not mediators of redemption. But, Lutherans do believe that saints pray for the Christian Church in general. Philip Melanchthon, the author of the Apology of the Augsburg Confession, approved honoring the saints by saying they are honored in three ways: 1. By thanking God for examples of His mercy; 2. By using the saints as examples for strengthening our faith; and 3. By imitating their faith and other virtues. The Lutheran Churches also have liturgical calendars in which they honor individuals as saints. The intercession of saints was criticized in the Augsburg Confession, Article XXI: Of the Worship of the Saints. This criticism was rebutted by the Catholic side in the Confutatio Augustana, which in turn was rebutted by the Lutheran side in the Apology to the Augsburg Confession. Methodism While Methodists as a whole do not venerate saints, they do honor and admire them. Methodists believe that all Christians are saints, but mainly use the term to refer to biblical figures, Christian leaders, and martyrs of the faith. Many Methodist churches are named after saints—such as the Twelve Apostles, John Wesley, etc.—although most are named after geographical locations associated with an early circuit or prominent location. Methodist congregations observe All Saints' Day. Many encourage the study of saints, that is, the biographies of holy people. The 14th Article of Religion in the United Methodist Book of Discipline states: The Romish doctrine concerning purgatory, pardon, worshiping, and adoration, as well of images as of relics, and also invocation of saints, is a fond thing, vainly invented, and grounded upon no warrant of Scripture, but repugnant to the Word of God. Other Protestantism In many Protestant churches, the word saint is used more generally to refer to anyone who is a Christian. This is similar in usage to Paul's numerous references in the New Testament of the Bible. In this sense, anyone who is within the Body of Christ (i.e., a professing Christian) is a saint because of their relationship with Christ Jesus. Many Protestants consider intercessory prayers to the saints to be idolatry, since an application of divine worship that should be given only to God himself is being given to other believers, dead or alive. Within some Protestant traditions, saint is also used to refer to any born-again Christian. Many emphasize the traditional New Testament meaning of the word, preferring to write "saint" to refer to any believer, in continuity with the doctrine of the priesthood of all believers. The Church of Jesus Christ of Latter-day Saints The use of "saint" within The Church of Jesus Christ of Latter-day Saints (LDS Church) is similar to the Protestant tradition. In the New Testament, saints are all those who have entered into the Christian covenant of baptism. The qualification "latter-day" refers to the doctrine that members are living in the latter days before the Second Coming of Christ, and is used to distinguish the members of the church, which considers itself the restoration of the ancient Christian church. Members are therefore often referred to as "Latter-day Saints" or "LDS", and among themselves as "saints". Other religions The use of the term saint is not exclusive to Christianity. In many religions, there are people who have been recognized within their tradition as having fulfilled the highest aspirations of religious teaching. In English, the term saint is often used to translate this idea from many world religions. The Jewish hasid or tsaddiq, the Islamic qidees, the Zoroastrian fravashi, the Hindu rsi or guru, the Buddhist arahant or bodhisattva, the Daoist shengren, the Shinto kami, and others have all been referred to as saints. African diaspora Cuban Santería, Haitian Vodou, Trinidad Orisha-Shango, Brazilian Umbanda, Candomblé, and other similar syncretist religions adopted the Catholic saints, or at least
relics in order to move them or carry them in procession, however, in veneration the faithful will kiss the relic to show love and respect toward the saint. The altar in an Orthodox church usually contains relics of saints, often of martyrs. Church interiors are covered with the Icons of saints. When an Orthodox Christian venerates icons of a saint he is venerating the image of God which he sees in the saint. Because the Church shows no true distinction between the living and the dead (the saints are considered to be alive in Heaven), saints are referred to as if they were still alive. Saints are venerated but not worshipped. They are believed to be able to intercede for salvation and help mankind either through direct communion with God or by personal intervention. In the Eastern Orthodox Church, the title Ὅσιος, Hosios (f. Ὁσία Hosia) is also used. This is a title attributed to saints who had lived a monastic or eremitic life, and it is equal to the more usual title of "Saint". Oriental Orthodoxy The Oriental Orthodox churches ‒ the Armenian Apostolic Church, the Coptic Orthodox Church of Alexandria, the Tewahedo Church, the Malankara Orthodox Syrian Church, and the Syriac Orthodox Church ‒ follow a canonization process unique to each church. The Coptic Orthodox Church of Alexandria, for example, has the requirement that at least 50 years must pass following a prospective saint's death before the Coptic Orthodox Church's pope can canonize the saint. Anglicanism In the Anglican Communion and the Continuing Anglican movement, the title of Saint refers to a person who has been elevated by popular opinion as a pious and holy person. The saints are seen as models of holiness to be imitated, and as a "cloud of witnesses" that strengthen and encourage the believer during his or her spiritual journey (). The saints are seen as elder brothers and sisters in Christ. Official Anglican creeds recognise the existence of the saints in heaven. In high-church contexts, such as Anglo-Catholicism, a saint is generally one to whom has been attributed (and who has generally demonstrated) a high level of holiness and sanctity. In this use, a saint is therefore not merely a believer, but one who has been transformed by virtue. In Catholicism, a saint is a special sign of God's activity. The veneration of saints is sometimes misunderstood to be worship, in which case it is derisively termed "hagiolatry". So far as invocation of the saints is concerned, one of the Church of England's Articles of Religion "Of Purgatory" condemns "the Romish Doctrine concerning...(the) Invocation of Saints" as "a fond thing vainly invented, and grounded upon no warranty of Scripture, but rather repugnant to the Word of God". Anglo-Catholics in Anglican provinces using the Articles often make a distinction between a "Romish" and a "Patristic" doctrine concerning the invocation of saints, permitting the latter in accordance with Article XXII. Indeed, the theologian E.J. Bicknell stated that the Anglican view acknowledges that the term "invocation may mean either of two things: the simple request to a saint for his prayers (intercession), 'ora pro nobis', or a request for some particular benefit. In medieval times the saints had come to be regarded as themselves the authors of blessings. Such a view was condemned but the former was affirmed." Some Anglicans and Anglican churches, particularly Anglo-Catholics, personally ask prayers of the saints. However, such a practice is seldom found in any official Anglican liturgy. Unusual examples of it are found in The Korean Liturgy 1938, the liturgy of the Diocese of Guiana 1959 and The Melanesian English Prayer Book. Anglicans believe that the only effective Mediator between the believer and God the Father, in terms of redemption and salvation, is God the Son, Jesus Christ. Historical Anglicanism has drawn a distinction between the intercession of the saints and the invocation of the saints. The former was generally accepted in Anglican doctrine, while the latter was generally rejected. There are some, however, in Anglicanism, who do beseech the saints' intercession. Those who beseech the saints to intercede on their behalf make a distinction between mediator and intercessor, and claim that asking for the prayers of the saints is no different in kind than asking for the prayers of living Christians. Anglican Catholics understand sainthood in a more Catholic or Orthodox way, often praying for intercessions from the saints and celebrating their feast days. According to the Church of England, a saint is one who is sanctified, as it translates in the Authorised King James Version (1611) 2 Chronicles 6:41: Now therefore arise, O God, into thy resting place, thou, and the ark of thy strength: let thy priests, O God, be clothed with salvation, and let thy saints rejoice in goodness. Lutheranism In the Lutheran Church, all Christians, whether in Heaven or on Earth, are regarded as saints. However, the church still recognizes and honors specific saints, including some of those recognized by the Catholic Church, but in a qualified way: according to the Augsburg Confession, the term saint is used in the manner of the Catholic Church only insofar as to denote a person who received exceptional grace, was sustained by faith, and whose good works are to be an example to any Christian. Traditional Lutheran belief accounts that prayers to the saints are prohibited, as they are not mediators of redemption. But, Lutherans do believe that saints pray for the Christian Church in general. Philip Melanchthon, the author of the Apology of the Augsburg Confession, approved honoring the saints by saying they are honored in three ways: 1. By thanking God for examples of His mercy; 2. By using the saints as examples for strengthening our faith; and 3. By imitating their faith and other virtues. The Lutheran Churches also have liturgical calendars in which they honor individuals as saints. The intercession of saints was criticized in the Augsburg Confession, Article XXI: Of the Worship of the Saints. This criticism was rebutted by the Catholic side in the Confutatio Augustana, which in turn was rebutted by the Lutheran side in the Apology to the Augsburg Confession. Methodism While Methodists as a whole do not venerate saints, they do honor and admire them. Methodists believe that all Christians are saints, but mainly use the term to refer to biblical figures, Christian leaders, and martyrs of the faith. Many Methodist churches are named after saints—such as the Twelve Apostles, John Wesley, etc.—although most are named after geographical locations associated with an early circuit or prominent location. Methodist congregations observe All Saints' Day. Many encourage the study of saints, that is, the biographies of holy people. The 14th Article of Religion in the United Methodist Book of Discipline states: The Romish doctrine concerning purgatory, pardon, worshiping, and adoration, as well of images as of relics, and also invocation of saints, is a fond thing, vainly invented, and grounded upon no warrant of Scripture, but repugnant to the Word of God. Other Protestantism In many Protestant churches, the word saint is used more generally to refer to anyone who is a Christian. This is similar in usage to Paul's numerous references in the New Testament of the Bible. In this sense, anyone who is within the Body of Christ (i.e., a professing Christian) is a saint because of their relationship with Christ Jesus. Many Protestants consider intercessory prayers to the saints to be idolatry, since an application of divine worship that should be given only to God himself is being given to other believers, dead or alive. Within some Protestant traditions, saint is also used to refer to any born-again Christian. Many emphasize the traditional New Testament meaning of the word, preferring to write "saint" to refer to any believer, in continuity with the doctrine of the priesthood of all believers. The Church of Jesus Christ of Latter-day Saints The use of "saint" within The Church of Jesus Christ of Latter-day Saints (LDS Church) is similar to the Protestant tradition. In the New Testament, saints are all those who have entered into the Christian covenant of baptism. The qualification "latter-day" refers to the doctrine that members are living in the latter days before the Second Coming of Christ, and is used to distinguish the members of the church, which considers itself the restoration of the ancient Christian church. Members are therefore often referred to as "Latter-day Saints" or "LDS", and among themselves as "saints". Other religions The use of the term saint is not exclusive to Christianity. In many religions, there are people who have been recognized within their tradition as having fulfilled the highest aspirations of religious teaching. In English, the term saint is often used to translate this idea from many world religions. The Jewish hasid or tsaddiq, the Islamic qidees, the Zoroastrian fravashi, the Hindu rsi or guru, the Buddhist arahant or bodhisattva, the Daoist shengren, the Shinto kami, and others have all been referred to as saints. African diaspora Cuban Santería, Haitian Vodou, Trinidad Orisha-Shango, Brazilian Umbanda, Candomblé, and other similar syncretist religions adopted the Catholic saints, or at least the images of the saints, and applied their own spirits/deities to them. They are worshiped in churches (where they appear as saints) and in religious festivals, where they appear as the deities. The name santería was originally a pejorative term for those whose worship of saints deviated from Catholic norms. Buddhism Buddhists in both the Theravada and Mahayana traditions
it is only a good approximation when the angle of the swing is small; see small-angle approximation). Simple harmonic motion can also be used to model molecular vibration as well. Simple harmonic motion provides a basis for the characterization of more complicated periodic motion through the techniques of Fourier analysis. Introduction The motion of a particle moving along a straight line with an acceleration whose direction is always towards a fixed point on the line and whose magnitude is proportional to the distance from the fixed point is called simple harmonic motion. In the diagram, a simple harmonic oscillator, consisting of a weight attached to one end of a spring, is shown. The other end of the spring is connected to a rigid support such as a wall. If the system is left at rest at the equilibrium position then there is no net force acting on the mass. However, if the mass is displaced from the equilibrium position, the spring exerts a restoring elastic force that obeys Hooke's law. Mathematically, the restoring force is given by where is the restoring elastic force exerted by the spring (in SI units: N), is the spring constant (N·m−1), and is the displacement from the equilibrium position (m). For any simple mechanical harmonic oscillator: When the system is displaced from its equilibrium position, a restoring force that obeys Hooke's law tends to restore the system to equilibrium. Once the mass is displaced from its equilibrium position, it experiences a net restoring force. As a result, it accelerates and starts going back to the equilibrium position. When the mass moves closer to the equilibrium position, the restoring force decreases. At the equilibrium position, the net restoring force vanishes. However, at , the mass has momentum because of the acceleration that the restoring force has imparted. Therefore, the mass continues past the equilibrium position, compressing the spring. A net restoring force then slows it down until its velocity reaches zero, whereupon it is accelerated back to the equilibrium position again. As long as the system has no energy loss, the mass continues to oscillate. Thus simple harmonic motion is a type of periodic motion. If energy is lost in the system, then the mass exhibits damped oscillation. Note if the real space and phase space plot are not co-linear, the phase space motion becomes elliptical. The area enclosed depends on the amplitude and the maximum momentum. Dynamics In Newtonian mechanics, for one-dimensional simple harmonic motion, the equation of motion, which is a second-order linear ordinary differential equation with constant coefficients, can be obtained by means of Newton's 2nd law and Hooke's law for a mass on a spring. where is the inertial mass of the oscillating body, is its displacement from the equilibrium (or mean) position, and is a constant (the spring constant for a mass on a spring). Therefore, Solving the differential equation above produces a solution that is a sinusoidal function: where The meaning of the constants and can be easily found: setting on the equation above we see that , so that is the initial position of the particle, ; taking the derivative of that equation and evaluating at zero we get that , so that is the initial speed of the particle divided by the angular frequency, . Thus we can write: This equation can also be written in the form: where or equivalently In the solution, and are two constants determined by the initial conditions (specifically, the initial position at time is , while the initial velocity is
momentum because of the acceleration that the restoring force has imparted. Therefore, the mass continues past the equilibrium position, compressing the spring. A net restoring force then slows it down until its velocity reaches zero, whereupon it is accelerated back to the equilibrium position again. As long as the system has no energy loss, the mass continues to oscillate. Thus simple harmonic motion is a type of periodic motion. If energy is lost in the system, then the mass exhibits damped oscillation. Note if the real space and phase space plot are not co-linear, the phase space motion becomes elliptical. The area enclosed depends on the amplitude and the maximum momentum. Dynamics In Newtonian mechanics, for one-dimensional simple harmonic motion, the equation of motion, which is a second-order linear ordinary differential equation with constant coefficients, can be obtained by means of Newton's 2nd law and Hooke's law for a mass on a spring. where is the inertial mass of the oscillating body, is its displacement from the equilibrium (or mean) position, and is a constant (the spring constant for a mass on a spring). Therefore, Solving the differential equation above produces a solution that is a sinusoidal function: where The meaning of the constants and can be easily found: setting on the equation above we see that , so that is the initial position of the particle, ; taking the derivative of that equation and evaluating at zero we get that , so that is the initial speed of the particle divided by the angular frequency, . Thus we can write: This equation can also be written in the form: where or equivalently In the solution, and are two constants determined by the initial conditions (specifically, the initial position at time is , while the initial velocity is ), and the origin is set to be the equilibrium position. Each of these constants carries a physical meaning of the motion: is the amplitude (maximum displacement from the equilibrium position), is the angular frequency, and is the initial phase. Using the techniques of calculus, the velocity and acceleration as a function of time can be found: Speed: Maximum speed: (at equilibrium point) Maximum acceleration: (at extreme points) By definition, if a mass is under SHM its acceleration is directly proportional to displacement. where Since , and, since where is the time period, These equations demonstrate that the simple harmonic motion is isochronous (the period and frequency are independent of the amplitude and the initial phase of the motion). Energy Substituting with , the kinetic energy of the system at time is and the potential energy is In the absence of friction and other energy loss, the total mechanical energy has a constant value Examples The following physical systems are some examples of simple harmonic oscillator. Mass on a spring A mass attached to a spring of spring constant exhibits simple harmonic motion in closed space. The equation for describing the period shows the period of oscillation is independent
Pagan religious witchcraft in England, which had supposedly survived as an underground religion for centuries. Ritual nudity was included as a regular part of Wiccan practice, but in the modern day it is mainly used by Alexandrian, Georgian, and Blue Star Wiccans. The "Charge of the Goddess", a part of Gardnerian ritual liturgy, does instruct Wiccans to practice ritual in the nude. Gardner spent several years in India, and may have picked up the concept from the Digambara Jains, a religious sect in which the monks may not wear clothing. The origins of this instruction have been traced to Aradia, or the Gospel of the Witches. The following speech by Aradia appears at the end of the book's first chapter; And as the sign that ye are truly free, Ye shall be naked in your rites, both men And women also: this shall last until The last of your oppressors shall be dead; Dr. Leo Ruickbie also notes that the traditional and artistic representation of witches cannot be overlooked as a source for nudity in Gardner's system, citing artists such as Albrecht Dürer and Salvator Rosa. Doreen Valiente, one of Gardner's priestesses, recalls Gardner's surprise at Valiente's recognition of material from Aradia in the original version of the "Charge" that she was given.
from Charles Godfrey Leland's 1899 book Aradia, or the Gospel of the Witches, and as such is mainly attributed to the Gardnerian and Aradian covens. Gardner's Witchcraft Today was published in 1954. The book claimed to report on the contemporary practice of Pagan religious witchcraft in England, which had supposedly survived as an underground religion for centuries. Ritual nudity was included as a regular part of Wiccan practice, but in the modern day it is mainly used by Alexandrian, Georgian, and Blue Star Wiccans. The "Charge of the Goddess", a part of Gardnerian ritual liturgy, does instruct Wiccans to practice ritual in the nude. Gardner spent several years in India, and may have picked up the concept from the Digambara Jains, a religious sect in which the monks may not wear clothing. The origins of this instruction have been traced to Aradia, or the Gospel of the Witches. The following speech by Aradia appears at the end of the book's first chapter; And as the sign that ye are truly free, Ye shall be naked in your rites, both men And women also: this shall last until The last of your oppressors shall be dead; Dr. Leo Ruickbie also notes that the traditional and artistic representation of witches cannot be overlooked as a
in war against Carthage (397 BC). After various changes of fortune, the Carthaginians managed to besiege Syracuse itself, but were eventually pushed back by a pestilence. A treaty in 392 BC allowed Syracuse to enlarge further its possessions, founding the cities of Adranon, Tyndarion and Tauromenos, and conquering Rhegion on the continent. In the Adriatic, to facilitate trade, Dionysius the Elder founded Ancona, Adria and Issa. Apart from his battle deeds, Dionysius was famous as a patron of art, and Plato himself visited Syracuse several times, where Dionysius, offended by Plato's daring to disagree with the king, imprisoned the philosopher and sold him into slavery. His successor was Dionysius the Younger, who was however expelled by Dion in 356 BC. But the latter's despotic rule led in turn to his expulsion, and Dionysius reclaimed his throne in 347 BC. Dionysius was besieged in Syracuse by the Syracusan general Hicetas in 344 BC. The following year the Corinthian Timoleon installed a democratic regime in the city after he exiled Dionysius and defeated Hicetas. The long series of internal struggles had weakened Syracuse's power on the island, and Timoleon tried to remedy this, defeating the Carthaginians in the Battle of the Crimissus (339 BC). Hellenistic period After Timoleon's death the struggle among the city's parties restarted and ended with the rise of another tyrant, Agathocles, who seized power with a coup in 317 BC. He resumed the war against Carthage, with alternate fortunes. He was besieged in Syracuse by the Carthaginians in 311 BC, but he escaped from the city with a small fleet. He scored a moral success, bringing the war to the Carthaginians' native African soil, inflicting heavy losses to the enemy. The defenders of Syracuse destroyed the Carthaginian army which besieged them. However, Agathocles was eventually defeated in Africa as well. The war ended with another treaty of peace which did not prevent the Carthaginians from interfering in the politics of Syracuse after the death of Agathocles (289 BC). They laid siege to Syracuse for the fourth and last time in 278 BC. They retreated at the arrival of king Pyrrhus of Epirus, whom Syracuse had asked for help. After a brief period under the rule of Epirus, Hiero II seized power in 275 BC. Hiero inaugurated a period of 50 years of peace and prosperity, in which Syracuse became one of the most renowned capitals of Antiquity. He issued the so-called Lex Hieronica, which was later adopted by the Romans for their administration of Sicily; he also had the theatre enlarged and a new immense altar, the "Hiero's Ara", built. Under his rule lived the most famous Syracusan, the mathematician and natural philosopher Archimedes. Among his many inventions were various military engines including the claw of Archimedes, later used to resist the Roman siege of 214–212 BC. Literary figures included Theocritus and others. Hiero's successor, the young Hieronymus (ruled from 215 BC), broke the alliance with the Romans after their defeat at the Battle of Cannae and accepted Carthage's support. The Romans, led by consul Marcus Claudius Marcellus, besieged the city in 214 BC. The city held out for three years, but fell in 212 BC. The successes of the Syracusians in repelling the Roman siege had made them overconfident. In 212 BC, the Romans received information that the city's inhabitants were to participate in the annual festival to their goddess Artemis. A small party of Roman soldiers approached the city under the cover of night and managed to scale the walls to get into the outer city and with reinforcements soon took control, killing Archimedes in the process, but the main fortress remained firm. After an eight-month siege and with parleys in progress, an Iberian captain named Moeriscus is believed to have let the Romans in near the Fountains of Arethusa. On the agreed signal, during a diversionary attack, he opened the gate. After setting guards on the houses of the pro-Roman faction, Marcellus gave Syracuse to plunder. Imperial Roman and Byzantine period Though declining slowly through the years, Syracuse maintained the status of capital of the Roman government of Sicily and seat of the praetor. It remained an important port for trade between the Eastern and the Western parts of the Empire. Christianity spread in the city through the efforts of Paul of Tarsus and Saint Marziano, the first bishop of the city, who made it one of the main centres of proselytism in the West. In the age of Christian persecutions massive catacombs were carved, whose size is second only to those of Rome. After a period of Vandal rule, 469–477, Syracuse and the island was recovered for Roman rule under Odoacer, 476–491 and Theodoric the Great, 491–526, by Belisarius for the Byzantine Empire (31 December 535). From 663 to 668 Syracuse was the seat of the Greek-speaking Emperor Constans II, as well as a capital of the Byzantine (Eastern Roman) Empire and metropolis of the whole Sicilian Church. Constans II was assassinated when his plans to permanently replace the Byzantine capital of Constantinople with Syracuse became suspected. Emirate of Sicily The city was besieged by the Aghlabids for almost a year in 827–828, but Byzantine reinforcements prevented its fall. It remained the center of Byzantine resistance to the gradual Muslim conquest of Sicily until it fell to the Aghlabids after another siege on 20/21 May 878. During the two centuries of Muslim rule, the capital of the Emirate of Sicily was moved from Syracuse to Palermo. The cathedral was converted into a mosque and the quarter on the Ortygia island was gradually rebuilt along Islamic styles. The city, nevertheless, maintained important trade relationships, and housed a relatively flourishing cultural and artistic life: several Arab poets, including Ibn Hamdis, the most important Sicilian Arab poet of the 12th century, flourished in the city. Norman kingdom of Sicily In 1038, the Byzantine general George Maniakes reconquered the city, sending the relics of St. Lucy to Constantinople. The eponymous castle on the cape of Ortygia bears his name, although it was built under the Hohenstaufen rule. In 1085 the Normans entered Syracuse, one of the last Arab strongholds, after a summer-long siege by Roger I of Sicily and his son Jordan of Hauteville, who was given the city as count. New quarters were built, and the cathedral was restored, as well as other churches. High medieval period In 1194, Emperor Henry VI occupied the Sicilian kingdom, including Syracuse. After a short period of Genoese rule (1205–1220) under the notorious admiral and pirate Alamanno da Costa, which favoured a rise of trades, royal authority was re-asserted in the city by Frederick II. He began the construction of the Castello Maniace, the Bishops' Palace and the Bellomo Palace. Frederick's death brought a period of unrest and feudal anarchy. In the War of the Sicilian Vespers between the Angevin and Aragonese dynasties for control of Sicily, Syracuse sided with the Aragonese and expelled the Angevins in 1298, receiving from the Spanish sovereigns great privileges in reward. The preeminence of baronial families is also shown by the construction of the palaces of Abela, Chiaramonte, Nava, Montalto . 16th–20th centuries The city was struck by two ruinous earthquakes in 1542 and 1693, and a plague in 1729. The 17th century destruction changed the appearance of Syracuse forever, as well as the entire Val di Noto, whose cities were rebuilt along the typical lines of Sicilian Baroque, considered one of the most typical expressions of the architecture of Southern Italy. The spread of cholera in 1837 led to a revolt against the Bourbon government. The punishment was the move of the province capital seat to Noto, but the unrest had not been totally choked, as the Siracusani took part in the Sicilian revolution of 1848. After the Unification of Italy of 1865, Syracuse regained its status of provincial capital. In the late 19th century, the walls (including Porta Ligny) were demolished and a bridge connecting the mainland to Ortygia island was built. In the following year a railway link was constructed. Modern history Both Allied and German bombings in 1943 caused heavy destruction during World War II. Operation Husky, the codename for the Allied invasion of Sicily, was launched on the night between 9–10 July 1943 with British forces attacking the southeast of the island. The plan was for the British 5th Infantry Division, part of General Sir Bernard Montgomery's Eighth Army to capture Syracuse on the first day of the invasion. This part of the operation went completely according to plan, and British forces captured Syracuse on the first night of the operation. The port was then used as a base for the British Royal Navy. To the west of the city is a Commonwealth War Graves cemetery where about 1,000 men are buried. After the end of the war the northern quarters of Syracuse experienced a heavy, often chaotic, expansion, favoured by the quick process of industrialization. Syracuse today has about 125,000 inhabitants and numerous attractions for the visitor interested in historical sites (such as the Ear of Dionysius). A process of recovering and restoring the historical centre has been ongoing since the 1990s. Nearby places of note include Catania, Noto, Modica and Ragusa. Geography Climate Syracuse experiences a hot-summer Mediterranean climate (Köppen climate classification Csa) with mild, wet winters and warm to hot, dry summers. Snow is infrequent; the last heavy snowfall in the city occurred in December 2014. Frosts are very rare, with the last one also happening in December 2014 when the temperature dropped to the all-time record low of 0 °C. A temperature of was registered in Syracuse by the Sicilian Agrometeorological Information Service (SAIS) on 11 August 2021, if recognized by the World Meteorological Organization, this would be the highest temperature ever recorded in Europe. Guido Guidi, lieutenant colonel of the Italian Meteorological Service, however, says the highest temperature registered in the organizations' stations during the heatwave was , on Naval Air Station Sigonella. Guidi underlines that the reported data by SAIS "is produced directly by the stations and is not subject to any control and validation procedure, neither automatic nor manual. It can therefore report errors due to sensor malfunctions as well as maintenance interventions". Government Demographics In 2016, there were 122,051 people residing in Syracuse, located in the province of Syracuse, Sicily, of whom 48.7% were male and 51.3% were female. Minors (children ages 18 and younger) totalled 18.9 percent of the population compared to pensioners who number 16.9 percent. This compares with the Italian average of 18.1 percent (minors) and 19.9 percent (pensioners). The average age of Syracuse resident is 40 compared to the Italian average of 42. In the five years between 2002 and 2007, the population of Syracuse declined by 0.5 percent, while Italy as a whole grew by 3.6 percent. The reason
Syracuse is mentioned in the Bible in the Acts of the Apostles book at 28:12 as Paul stayed there. The patron saint of the city is Saint Lucy; she was born in Syracuse and her feast day, Saint Lucy's Day, is celebrated on 13 December. History Archaic period Syracuse and its surrounding area have been inhabited since ancient times, as shown by the findings in the villages of Stentinello, Ognina, Plemmirio, Matrensa, Cozzo Pantano and Thapsos, which already had a relationship with Mycenaean Greece. Syracuse was founded in 734 or 733 BC by Greek settlers from Corinth and Tenea, led by the oecist (colonizer) Archias. There are many attested variants of the name of the city including Syrakousai, Syrakosai and Syrakō. The most acceptable theory is that the Phoenicians called it Sour-ha-Koussim, which means "Stone of the seagulls" from which would come the name of Syracuse. A possible origin of the city's name was given by Vibius Sequester citing first Stephanus Byzantius in that there was a Syracusian marsh () called Syrako and secondly Marcian's Periegesis wherein Archias gave the city the name of a nearby marsh; hence one gets Syrako (and thereby Syrakousai and other variants) for the name of Syracuse, a name also attested by Epicharmus. The settlement of Syracuse was a planned event, as a strong central leader, Arkhias the aristocrat, laid out how property would be divided up for the settlers, as well as plans for how the streets of the settlement should be arranged, and how wide they should be. The nucleus of the ancient city was the small island of Ortygia. The settlers found the land fertile and the native tribes to be reasonably well-disposed to their presence. The city grew and prospered, and for some time stood as the most powerful Greek city anywhere in the Mediterranean. Colonies were founded at Akrai (664 BC), Kasmenai (643 BC), Akrillai (7th century BC), Helorus (7th century BC) and Kamarina (598 BC). Classical period The descendants of the first colonists, called Gamoroi, held power until they were expelled by the lower class of the city assisted by Cyllirians, enslaved natives similar in status to the helots of Sparta. The former, however, returned to power in 485 BC, thanks to the help of Gelo, ruler of Gela. Gelo himself became the despot of the city, and moved many inhabitants of Gela, Kamarina and Megara to Syracuse, building the new quarters of Tyche and Neapolis outside the walls. His program of new constructions included a new theatre, designed by Damocopos, which gave the city a flourishing cultural life: this in turn attracted personalities as Aeschylus, Ario of Methymna and Eumelos of Corinth. The enlarged power of Syracuse made unavoidable the clash against the Carthaginians, who ruled western Sicily. In the Battle of Himera, Gelo, who had allied with Theron of Agrigento, decisively defeated the African force led by Hamilcar. A temple dedicated to Athena (on the site of today's Cathedral), was erected in the city to commemorate the event. Syracuse grew considerably during this time. Its walls encircled in the fifth century, but as early as the 470s BC the inhabitants started building outside the walls. The complete population of its territory approximately numbered 250,000 in 415 BC and the population size of the city itself was probably similar to Athens. Gelo was succeeded by his brother Hiero, who fought against the Etruscans at Cumae in 474 BC. His rule was eulogized by poets like Simonides of Ceos, Bacchylides and Pindar, who visited his court. A democratic regime was introduced by Thrasybulos (467 BC). The city continued to expand in Sicily, fighting against the rebellious Siculi, and on the Tyrrhenian Sea, making expeditions up to Corsica and Elba. In the late 5th century BC, Syracuse found itself at war with Athens, which sought more resources to fight the Peloponnesian War. The Syracusans enlisted the aid of a general from Sparta, Athens' foe in the war, to defeat the Athenians, destroy their ships, and leave them to starve on the island (see Sicilian Expedition). In 401 BC, Syracuse contributed a force of 300 hoplites and a general to Cyrus the Younger's Army of the Ten Thousand. Then in the early 4th century BC, the tyrant Dionysius the Elder was again at war against Carthage and, although losing Gela and Camarina, kept that power from capturing the whole of Sicily. After the end of the conflict Dionysius built a massive fortress on Ortygia and 22 km-long walls around all of Syracuse. Another period of expansion saw the destruction of Naxos, Catania and Lentini; then Syracuse entered again in war against Carthage (397 BC). After various changes of fortune, the Carthaginians managed to besiege Syracuse itself, but were eventually pushed back by a pestilence. A treaty in 392 BC allowed Syracuse to enlarge further its possessions, founding the cities of Adranon, Tyndarion and Tauromenos, and conquering Rhegion on the continent. In the Adriatic, to facilitate trade, Dionysius the Elder founded Ancona, Adria and Issa. Apart from his battle deeds, Dionysius was famous as a patron of art, and Plato himself visited Syracuse several times, where Dionysius, offended by Plato's daring to disagree with the king, imprisoned the philosopher and sold him into slavery. His successor was Dionysius the Younger, who was however expelled by Dion in 356 BC. But the latter's despotic rule led in turn to his expulsion, and Dionysius reclaimed his throne in 347 BC. Dionysius was besieged in Syracuse by the Syracusan general Hicetas in 344 BC. The following year the Corinthian Timoleon installed a democratic regime in the city after he exiled Dionysius and defeated Hicetas. The long series of internal struggles had weakened Syracuse's power on the island, and Timoleon tried to remedy this, defeating the Carthaginians in the Battle of the Crimissus (339 BC). Hellenistic period After Timoleon's death the struggle among the city's parties restarted and ended with the rise of another tyrant, Agathocles, who seized power with a coup in 317 BC. He resumed the war against Carthage, with alternate fortunes. He was besieged in Syracuse by the Carthaginians in 311 BC, but he escaped from the city with a small fleet. He scored a moral success, bringing the war to the Carthaginians' native African soil, inflicting heavy losses to the enemy. The defenders of Syracuse destroyed the Carthaginian army which besieged them. However, Agathocles was eventually defeated in Africa as well. The war ended with another treaty of peace which did not prevent the Carthaginians from interfering in the politics of Syracuse after the death of Agathocles (289 BC). They laid siege to Syracuse for the fourth and last time in 278 BC. They retreated at the arrival of king Pyrrhus of Epirus, whom Syracuse had asked for help. After a brief period under the rule of Epirus, Hiero II seized power in 275 BC. Hiero inaugurated a period of 50 years of peace and prosperity, in which Syracuse became one of the most renowned capitals of Antiquity. He issued the so-called Lex Hieronica, which was later adopted by the Romans for their administration of Sicily; he also had the theatre enlarged and a new immense altar, the "Hiero's Ara", built. Under his rule lived the most famous Syracusan, the mathematician and natural philosopher Archimedes. Among his many inventions were various military engines including the claw of Archimedes, later used to resist the Roman siege of 214–212 BC. Literary figures included Theocritus and others. Hiero's successor, the young Hieronymus (ruled from 215 BC), broke the alliance with the Romans after their defeat at the Battle of Cannae and accepted Carthage's support. The Romans, led by consul Marcus Claudius Marcellus, besieged the city in 214 BC. The city held out for three years, but fell in 212 BC. The successes of the Syracusians in repelling the Roman siege had made them overconfident. In 212 BC, the Romans received information that the city's inhabitants were to participate in the annual festival to their goddess Artemis. A small party of Roman soldiers approached the city under the cover of night and managed to scale the walls to get into the outer city and with reinforcements soon took control, killing Archimedes in the process, but the main fortress remained firm. After an eight-month siege and with parleys in progress, an Iberian captain named Moeriscus is believed to have let the Romans in near the Fountains of Arethusa. On the agreed signal, during a diversionary attack, he opened the gate. After setting guards on the houses of the pro-Roman faction, Marcellus gave Syracuse to plunder. Imperial Roman and Byzantine period Though declining slowly through the years, Syracuse maintained the status of capital of the Roman government of Sicily and seat of the praetor. It remained an important port for trade between the Eastern and the Western parts of the Empire. Christianity spread in the city through the efforts of Paul of Tarsus and Saint Marziano, the first bishop of the city, who made it one of the main centres of proselytism in the West. In the age of Christian persecutions massive catacombs were carved, whose size is second only to those of Rome. After a period of Vandal rule, 469–477, Syracuse and the island was recovered for Roman rule under Odoacer, 476–491 and Theodoric the Great, 491–526, by Belisarius for the Byzantine Empire (31 December 535). From 663 to 668 Syracuse was the seat of the Greek-speaking Emperor Constans II, as well as a capital of the Byzantine (Eastern Roman) Empire and metropolis of the whole Sicilian Church. Constans II was assassinated when his plans to permanently replace the Byzantine capital of Constantinople with Syracuse became suspected. Emirate of Sicily The city was besieged by the Aghlabids for almost a year in 827–828, but Byzantine reinforcements prevented its fall. It remained the center of Byzantine resistance to the gradual Muslim conquest of Sicily until it fell to the Aghlabids after another siege on 20/21 May 878. During the two centuries of Muslim rule, the capital of the Emirate of Sicily was moved from Syracuse to Palermo. The cathedral was converted into a mosque and the quarter on the Ortygia island was gradually rebuilt along Islamic styles. The city, nevertheless, maintained important trade relationships, and housed a relatively flourishing cultural and artistic life: several Arab poets, including Ibn Hamdis, the most important Sicilian Arab poet of the 12th century, flourished in the city. Norman kingdom of Sicily In 1038, the Byzantine general George Maniakes reconquered the city, sending the relics of St. Lucy to Constantinople. The eponymous castle
rank (using any sort), and then doing a stable sort by suit: Within each suit, the stable sort preserves the ordering by rank that was already done. This idea can be extended to any number of keys and is utilised by radix sort. The same effect can be achieved with an unstable sort by using a lexicographic key comparison, which, e.g., compares first by suit, and then compares by rank if the suits are the same. Comparison of algorithms In these tables, is the number of records to be sorted. The columns "Best", "Average" and "Worst" give the time complexity in each case, under the assumption that the length of each key is constant, and therefore that all comparisons, swaps and other operations can proceed in constant time. "Memory" denotes the amount of extra storage needed additionally to that used by the list itself, under the same assumption. The run times and the memory requirements listed are inside big O notation, hence the base of the logarithms does not matter. The notation means . Comparison sorts Below is a table of comparison sorts. A comparison sort cannot perform better than on average. Non-comparison sorts The following table describes integer sorting algorithms and other sorting algorithms that are not comparison sorts. As such, they are not limited to Ω(n log n). Complexities below assume items to be sorted, with keys of size , digit size , and the range of numbers to be sorted. Many of them are based on the assumption that the key size is large enough that all entries have unique key values, and hence that , where ≪ means "much less than". In the unit-cost random-access machine model, algorithms with running time of , such as radix sort, still take time proportional to , because is limited to be not more than , and a larger number of elements to sort would require a bigger in order to store them in the memory. Samplesort can be used to parallelize any of the non-comparison sorts, by efficiently distributing data into several buckets and then passing down sorting to several processors, with no need to merge as buckets are already sorted between each other. Others Some algorithms are slow compared to those discussed above, such as the bogosort with unbounded run time and the stooge sort which has O(n2.7) run time. These sorts are usually described for educational purposes in order to demonstrate how run time of algorithms is estimated. The following table describes some sorting algorithms that are impractical for real-life use in traditional software contexts due to extremely poor performance or specialized hardware requirements. Theoretical computer scientists have detailed other sorting algorithms that provide better than O(n log n) time complexity assuming additional constraints, including: Thorup's algorithm, a randomized algorithm for sorting keys from a domain of finite size, taking time and O(n) space. A randomized integer sorting algorithm taking expected time and O(n) space. Popular sorting algorithms While there are a large number of sorting algorithms, in practical implementations a few algorithms predominate. Insertion sort is widely used for small data sets, while for large data sets an asymptotically efficient sort is used, primarily heapsort, merge sort, or quicksort. Efficient implementations generally use a hybrid algorithm, combining an asymptotically efficient algorithm for the overall sort with insertion sort for small lists at the bottom of a recursion. Highly tuned implementations use more sophisticated variants, such as Timsort (merge sort, insertion sort, and additional logic), used in Android, Java, and Python, and introsort (quicksort and heapsort), used (in variant forms) in some C++ sort implementations and in .NET. For more restricted data, such as numbers in a fixed interval, distribution sorts such as counting sort or radix sort are widely used. Bubble sort and variants are rarely used in practice, but are commonly found in teaching and theoretical discussions. When physically sorting objects (such as alphabetizing papers, tests or books) people intuitively generally use insertion sorts for small sets. For larger sets, people often first bucket, such as by initial letter, and multiple bucketing allows practical sorting of very large sets. Often space is relatively cheap, such as by spreading objects out on the floor or over a large area, but operations are expensive, particularly moving an object a large distance – locality of reference is important. Merge sorts are also practical for physical objects, particularly as two hands can be used, one for each list to merge, while other algorithms, such as heapsort or quicksort, are poorly suited for human use. Other algorithms, such as library sort, a variant of insertion sort that leaves spaces, are also practical for physical use. Simple sorts Two of the simplest sorts are insertion sort and selection sort, both of which are efficient on small data, due to low overhead, but not efficient on large data. Insertion sort is generally faster than selection sort in practice, due to fewer comparisons and good performance on almost-sorted data, and thus is preferred in practice, but selection sort uses fewer writes, and thus is used when write performance is a limiting factor. Insertion sort Insertion sort is a simple sorting algorithm that is relatively efficient for small lists and mostly sorted lists, and is often used as part of more sophisticated algorithms. It works by taking elements from the list one by one and inserting them in their correct position into a new sorted list similar to how we put money in our wallet. In arrays, the new list and the remaining elements can share the array's space, but insertion is expensive, requiring shifting all following elements over by one. Shellsort (see below) is a variant of insertion sort that is more efficient for larger lists. Selection sort Selection sort is an in-place comparison sort. It has O(n2) complexity, making it inefficient on large lists, and generally performs worse than the similar insertion sort. Selection sort is noted for its simplicity, and also has performance advantages over more complicated algorithms in certain situations. The algorithm finds the minimum value, swaps it with the value in the first position, and repeats these steps for the remainder of the list. It does no more than n swaps, and thus is useful where swapping is very expensive. Efficient sorts Practical general sorting algorithms are almost always based on an algorithm with average time complexity (and generally worst-case complexity) O(n log n), of which the most common are heapsort, merge sort, and quicksort. Each has advantages and drawbacks, with the most significant being that simple implementation of merge sort uses O(n) additional space, and simple implementation of quicksort has O(n2) worst-case complexity. These problems can be solved or ameliorated at the cost of a more complex algorithm. While these algorithms are asymptotically efficient on random data, for practical efficiency on real-world data various modifications are used. First, the overhead of these algorithms becomes significant on smaller data, so often a hybrid algorithm is used, commonly switching to insertion sort once the data is small enough. Second, the algorithms often perform poorly on already sorted data or almost sorted data – these are common in real-world data, and can be sorted in O(n) time by appropriate algorithms. Finally, they may also be unstable, and stability is often a desirable property in a sort. Thus more sophisticated algorithms are often employed, such as Timsort (based on merge sort) or introsort (based on quicksort, falling back to heapsort). Merge sort Merge sort takes advantage of the ease of merging already sorted lists into a new sorted list. It starts by comparing every two elements (i.e., 1 with 2, then 3 with 4...) and swapping them if the first should come after the second. It then merges each of the resulting lists of two into lists of four, then merges those lists of four, and so on; until at last two lists are merged into the final sorted list. Of the algorithms described here, this is the first that scales well to very large lists, because its worst-case running time is O(n log n). It is also easily applied to lists, not only arrays, as it only requires sequential access, not random access. However, it has additional O(n) space complexity, and involves a large number of copies in simple implementations. Merge sort has seen a relatively recent surge in popularity for practical implementations, due to its use in the sophisticated algorithm Timsort, which is used for the standard sort routine in the programming languages Python and Java (as of JDK7). Merge sort itself is the standard routine in Perl, among others, and has been used in Java at least since 2000 in JDK1.3. Heapsort Heapsort is a much more efficient version of selection sort. It also works by determining the largest (or smallest) element of the list, placing that at the end (or beginning) of the list, then continuing with the rest of the list, but accomplishes this task efficiently by using a data structure called a heap, a special type of binary tree. Once the data list has been made into a heap, the root node is guaranteed to be the largest (or smallest) element. When it is removed and placed at the end of the list, the heap is rearranged so the largest element remaining moves to the root. Using the heap, finding the next largest element takes O(log n) time, instead of O(n) for a linear scan as in simple selection sort. This allows Heapsort to run in O(n log n) time, and this is also the worst case complexity. Quicksort Quicksort is a divide and conquer algorithm which relies on a partition operation: to partition an array, an element called a pivot is selected. All elements smaller than the pivot are moved before it and all greater elements are moved after it. This can be done efficiently in linear time and in-place. The lesser and greater sublists are then recursively sorted. This yields average time complexity of O(n log n), with low overhead, and thus this is a popular algorithm. Efficient implementations of quicksort (with in-place partitioning) are typically unstable sorts and somewhat complex, but are among the fastest sorting algorithms in practice. Together with its modest O(log n) space usage, quicksort is one of the most popular sorting algorithms and is available in many standard programming libraries. The important caveat about quicksort is that its worst-case performance is O(n2); while this is rare, in naive implementations (choosing the first or last element as pivot) this occurs for sorted data, which is a common case. The most complex issue in quicksort is thus choosing a good pivot element, as consistently poor choices of pivots can result in drastically slower O(n2) performance, but good choice of pivots yields O(n log n) performance, which is asymptotically optimal. For example, if at each step the median is chosen as the pivot then the algorithm works in O(n log n). Finding the median, such as by the median of medians selection algorithm is however an O(n) operation on unsorted lists and therefore exacts significant overhead with sorting. In practice choosing a random pivot almost certainly yields O(n log n) performance. Shellsort Shellsort was invented by Donald Shell in 1959. It improves upon insertion sort by moving out of order elements more than one position at a time. The concept behind Shellsort is that insertion sort performs in time, where k is the greatest distance between two out-of-place elements. This means that generally, they
assumption. The run times and the memory requirements listed are inside big O notation, hence the base of the logarithms does not matter. The notation means . Comparison sorts Below is a table of comparison sorts. A comparison sort cannot perform better than on average. Non-comparison sorts The following table describes integer sorting algorithms and other sorting algorithms that are not comparison sorts. As such, they are not limited to Ω(n log n). Complexities below assume items to be sorted, with keys of size , digit size , and the range of numbers to be sorted. Many of them are based on the assumption that the key size is large enough that all entries have unique key values, and hence that , where ≪ means "much less than". In the unit-cost random-access machine model, algorithms with running time of , such as radix sort, still take time proportional to , because is limited to be not more than , and a larger number of elements to sort would require a bigger in order to store them in the memory. Samplesort can be used to parallelize any of the non-comparison sorts, by efficiently distributing data into several buckets and then passing down sorting to several processors, with no need to merge as buckets are already sorted between each other. Others Some algorithms are slow compared to those discussed above, such as the bogosort with unbounded run time and the stooge sort which has O(n2.7) run time. These sorts are usually described for educational purposes in order to demonstrate how run time of algorithms is estimated. The following table describes some sorting algorithms that are impractical for real-life use in traditional software contexts due to extremely poor performance or specialized hardware requirements. Theoretical computer scientists have detailed other sorting algorithms that provide better than O(n log n) time complexity assuming additional constraints, including: Thorup's algorithm, a randomized algorithm for sorting keys from a domain of finite size, taking time and O(n) space. A randomized integer sorting algorithm taking expected time and O(n) space. Popular sorting algorithms While there are a large number of sorting algorithms, in practical implementations a few algorithms predominate. Insertion sort is widely used for small data sets, while for large data sets an asymptotically efficient sort is used, primarily heapsort, merge sort, or quicksort. Efficient implementations generally use a hybrid algorithm, combining an asymptotically efficient algorithm for the overall sort with insertion sort for small lists at the bottom of a recursion. Highly tuned implementations use more sophisticated variants, such as Timsort (merge sort, insertion sort, and additional logic), used in Android, Java, and Python, and introsort (quicksort and heapsort), used (in variant forms) in some C++ sort implementations and in .NET. For more restricted data, such as numbers in a fixed interval, distribution sorts such as counting sort or radix sort are widely used. Bubble sort and variants are rarely used in practice, but are commonly found in teaching and theoretical discussions. When physically sorting objects (such as alphabetizing papers, tests or books) people intuitively generally use insertion sorts for small sets. For larger sets, people often first bucket, such as by initial letter, and multiple bucketing allows practical sorting of very large sets. Often space is relatively cheap, such as by spreading objects out on the floor or over a large area, but operations are expensive, particularly moving an object a large distance – locality of reference is important. Merge sorts are also practical for physical objects, particularly as two hands can be used, one for each list to merge, while other algorithms, such as heapsort or quicksort, are poorly suited for human use. Other algorithms, such as library sort, a variant of insertion sort that leaves spaces, are also practical for physical use. Simple sorts Two of the simplest sorts are insertion sort and selection sort, both of which are efficient on small data, due to low overhead, but not efficient on large data. Insertion sort is generally faster than selection sort in practice, due to fewer comparisons and good performance on almost-sorted data, and thus is preferred in practice, but selection sort uses fewer writes, and thus is used when write performance is a limiting factor. Insertion sort Insertion sort is a simple sorting algorithm that is relatively efficient for small lists and mostly sorted lists, and is often used as part of more sophisticated algorithms. It works by taking elements from the list one by one and inserting them in their correct position into a new sorted list similar to how we put money in our wallet. In arrays, the new list and the remaining elements can share the array's space, but insertion is expensive, requiring shifting all following elements over by one. Shellsort (see below) is a variant of insertion sort that is more efficient for larger lists. Selection sort Selection sort is an in-place comparison sort. It has O(n2) complexity, making it inefficient on large lists, and generally performs worse than the similar insertion sort. Selection sort is noted for its simplicity, and also has performance advantages over more complicated algorithms in certain situations. The algorithm finds the minimum value, swaps it with the value in the first position, and repeats these steps for the remainder of the list. It does no more than n swaps, and thus is useful where swapping is very expensive. Efficient sorts Practical general sorting algorithms are almost always based on an algorithm with average time complexity (and generally worst-case complexity) O(n log n), of which the most common are heapsort, merge sort, and quicksort. Each has advantages and drawbacks, with the most significant being that simple implementation of merge sort uses O(n) additional space, and simple implementation of quicksort has O(n2) worst-case complexity. These problems can be solved or ameliorated at the cost of a more complex algorithm. While these algorithms are asymptotically efficient on random data, for practical efficiency on real-world data various modifications are used. First, the overhead of these algorithms becomes significant on smaller data, so often a hybrid algorithm is used, commonly switching to insertion sort once the data is small enough. Second, the algorithms often perform poorly on already sorted data or almost sorted data – these are common in real-world data, and can be sorted in O(n) time by appropriate algorithms. Finally, they may also be unstable, and stability is often a desirable property in a sort. Thus more sophisticated algorithms are often employed, such as Timsort (based on merge sort) or introsort (based on quicksort, falling back to heapsort). Merge sort Merge sort takes advantage of the ease of merging already sorted lists into a new sorted list. It starts by comparing every two elements (i.e., 1 with 2, then 3 with 4...) and swapping them if the first should come after the second. It then merges each of the resulting lists of two into lists of four, then merges those lists of four, and so on; until at last two lists are merged into the final sorted list. Of the algorithms described here, this is the first that scales well to very large lists, because its worst-case running time is O(n log n). It is also easily applied to lists, not only arrays, as it only requires sequential access, not random access. However, it has additional O(n) space complexity, and involves a large number of copies in simple implementations. Merge sort has seen a relatively recent surge in popularity for practical implementations, due to its use in the sophisticated algorithm Timsort, which is used for the standard sort routine in the programming languages Python and Java (as of JDK7). Merge sort itself is the standard routine in Perl, among others, and has been used in Java at least since 2000 in JDK1.3. Heapsort Heapsort is a much more efficient version of selection sort. It also works by determining the largest (or smallest) element of the list, placing that at the end (or beginning) of the list, then continuing with the rest of the list, but accomplishes this task efficiently by using a data structure called a heap, a special type of binary tree. Once the data list has been made into a heap, the root node is guaranteed to be the largest (or smallest) element. When it is removed and placed at the end of the list, the heap is rearranged so the largest element remaining moves to the root. Using the heap, finding the next largest element takes O(log n) time, instead of O(n) for a linear scan as in simple selection sort. This allows Heapsort to run in O(n log n) time, and this is also the worst case complexity. Quicksort Quicksort is a divide and conquer algorithm which relies on a partition operation: to partition an array, an element called a pivot is selected. All elements smaller than the pivot are moved before it and all greater elements are moved after it. This can be done efficiently in linear time and in-place. The lesser and greater sublists are then recursively sorted. This yields average time complexity of O(n log n), with low overhead, and thus this is a popular algorithm. Efficient implementations of quicksort (with in-place partitioning) are typically unstable sorts and somewhat complex, but are among the fastest sorting algorithms in practice. Together with its modest O(log n) space usage, quicksort is one of the most popular sorting algorithms and is available in many standard programming libraries. The important caveat about quicksort is that its worst-case performance is O(n2); while this is rare, in naive implementations (choosing the first or last element as pivot) this occurs for sorted data, which is a common case. The most complex issue in quicksort is thus choosing a good pivot element, as consistently poor choices of pivots can result in drastically slower O(n2) performance, but good choice of pivots yields O(n log n) performance, which is asymptotically optimal. For example, if at each step the median is chosen as the pivot then the algorithm works in O(n log n). Finding the median, such as by the median of medians selection algorithm is however an O(n) operation on unsorted lists and therefore exacts significant overhead with sorting. In practice choosing a random pivot almost certainly yields O(n log n) performance. Shellsort Shellsort was invented by Donald Shell in 1959. It improves upon insertion sort by moving out of order elements more than one position at a time. The concept behind Shellsort is that insertion sort performs in time, where k is the greatest distance between two out-of-place elements. This means that generally, they
is the fifth-most populous city in the state of New York following New York City, Buffalo, Yonkers and Rochester. At the 2020 census, the city's population was 148,620 and its metropolitan area had a population of 662,057. It is the economic and educational hub of Central New York, a region with over one million inhabitants. Syracuse is also well-provided with convention sites, with a downtown convention complex. Syracuse was named after the classical Greek city Syracuse (Siracusa in Italian), a city on the eastern coast of the Italian island of Sicily. Historically, the city has functioned as a major crossroads over the last two centuries, first between the Erie Canal and its branch canals, then of the railway network. Today, Syracuse is at the intersection of Interstates 81 and 90. Its airport is the largest in the Central New York region. Syracuse is home to Syracuse University, State University of New York (SUNY) Upstate Medical University, SUNY College of Environmental Science & Forestry, and Le Moyne College. History French missionaries were the first Europeans to come to this area, arriving to work with the Native Americans in the 1600s. At the invitation of the Onondaga Nation, one of the five nations of the Iroquois Confederacy, a group of Jesuit priests, soldiers, and coureurs des bois (including Pierre Esprit Radisson) set up a mission, known as Sainte Marie among the Iroquois, or Ste. Marie de Gannentaha, on the northeast shore of Onondaga Lake. Jesuit missionaries reported salty brine springs around the southern end of what they referred to as "Salt Lake", known today as Onondaga Lake in honor of the historic tribe. French fur traders established trade throughout the New York area among the Iroquois. Dutch and English colonists also were traders, and the English nominally claimed the area, from their upstate base at Albany, New York. During the American Revolutionary War, the highly decentralized Iroquois divided into groups and bands that supported the British, and two tribes that supported the American-born rebels, or patriots. Settlers came into central and western New York from eastern parts of the state and New England after the American Revolutionary War and various treaties with and land sales by Native American tribes. The subsequent designation of this area by the state of New York as the Onondaga Salt Springs Reservation provided the basis for commercial salt production. Such production took place from the late 1700s through the early 1900s. Brine from wells that tapped into halite (common salt) beds in the Salina shale near Tully, New York, 15 miles south of the city, was developed in the 19th century. It is the north-flowing brine from Tully that is the source of salt for the "salty springs" found along the shoreline of Onondaga Lake. The rapid development of this industry in the 18th and 19th centuries led to the nicknaming of this area as "The Salt City". The original settlement of Syracuse was a conglomeration of several small towns and villages and was not recognized with a post office by the United States Government. Establishing the post office was delayed because the settlement did not have a name. Joshua Forman wanted to name the village Corinth. When John Wilkinson applied for a post office in that name in 1820, it was denied because the same name was already in use in Saratoga County, New York. Having read a poetical description of Syracuse, Sicily (Siracusa), Wilkinson saw similarities to the lake and salt springs of this area, which had both "salt and freshwater mingling together". On February 4, 1820, Wilkinson proposed the name "Syracuse" to a group of fellow townsmen; it became the name of the village and the new post office. The first Solvay Process Company plant in the United States was erected on the southwestern shore of Onondaga Lake in 1884. The village was called Solvay to commemorate the inventor Ernest Solvay. In 1861, he developed the ammonia-soda process for the manufacture of soda ash (anhydrous sodium carbonate) from brine wells dug in the southern end of Tully valley (as a source of sodium chloride) and limestone (as a source of calcium carbonate). The process was an improvement over the earlier Leblanc process. The Syracuse Solvay plant was the incubator for a large chemical-industry complex owned by Allied Signal in Syracuse. While this industry stimulated development and provided many jobs in Syracuse, it left Onondaga Lake as the most polluted in the nation. The salt industry declined after the Civil War, but a new manufacturing industry arose in its place. Throughout the late 1800s and early 1900s, numerous businesses and stores were established, including the Franklin Automobile Company, which produced the first air-cooled engine in the world; the Century Motor Vehicle Company; the Smith Corona company; and the Craftsman Workshops, the center of Gustav Stickley's handmade furniture empire. On March 24, 1870, Syracuse University was founded. The State of New York granted the new university its own charter, independent of Genesee College, which had unsuccessfully tried to move to Syracuse the year before. The university was founded as coeducational. President Peck stated at the opening ceremonies, "The conditions of admission shall be equal to all persons... there shall be no invidious discrimination here against woman.... brains and heart shall have a fair chance... " Syracuse implemented this policy and attracted a high proportion of women students. In the College of Liberal Arts, the ratio between male and female students during the 19th century was approximately even. The College of Fine Arts was predominantly female, and a low ratio of women enrolled in the College of Medicine and the College of Law. The first New York State Fair was held in Syracuse in 1841. Between 1842 and 1889, the Fair was held among 11 New York cities before finding a permanent home in Syracuse. It has been an annual event since then, except between 1942 and 1947, when the grounds were used as a military base during World War II, and in 2020, due to the outbreak of the COVID-19 pandemic. As part of the racial incidents happening all over the country during the 1919 Red Summer, on July 31, 1919, there was a violent riot between white and black workers of the Syracuse Globe Malleable Iron Works. Syracuse is home to only "green on top" traffic light. The "green on top" traffic light was installed in 1928 as a result of local youths throwing rocks at the "British red" light that was originally on top. These locals became known as "stonethrowers" and the neighborhood now has the Tipperary Hill Heritage Memorial on the corner of Tompkins Street and Milton Avenue to commemorate this history. World War II stimulated significant industrial expansion in the area: specialty steel, fasteners and custom machining. After the war, two of the Big Three automobile manufacturers (General Motors and Chrysler) had major operations in the area. Syracuse was also headquarters for Carrier Corporation, and Crouse-Hinds manufactured traffic signals in the city. General Electric, with its headquarters in Schenectady to the east, had its main television manufacturing plant at Electronics Parkway in Syracuse. The manufacturing industry in Syracuse began to falter in the 1970s, as industry restructured nationwide. Many small businesses failed during this time, which contributed to the already increasing unemployment rate. Rockwell International moved its factory outside New York state. General Electric moved its television manufacturing operations to Suffolk, Virginia, and later offshore to Asia. The Carrier Corporation moved its headquarters out of Syracuse, relocated its manufacturing operations out-of-state, and outsourced some of its production to Asian facilities. Although the city population has declined since 1950, the Syracuse metropolitan area population has remained fairly stable, growing by 2.5 percent since 1970. While this growth rate is greater than much of Upstate New York, it is far below the national average during that period. Geography and climate Geography Syracuse is located at (43.046899, -76.144423). It is located about east of Rochester, east of Buffalo, and west of the state capital, Albany. It is also the halfway point between New York City and Toronto, about from each, Toronto to the northwest and NYC to the southeast. According to the United States Census Bureau, the city has a total area of , of which is land and (2.15%) water. The city developed at the northeast corner of the Finger Lakes region. The city has many neighborhoods that were originally independent villages, which joined the city over the years. Although the central part of Syracuse is flat, many of its neighborhoods are on small hills such as University Hill and Tipperary Hill. Land to the north of Syracuse is generally flat, while land to the south is hilly. About 27 percent of Syracuse's land area is covered by 890,000 trees — a higher percentage than in Albany, Rochester or Buffalo. The Labor Day Storm of 1998 was a derecho that destroyed approximately 30,000 trees. The sugar maple accounts for 14.2 percent of Syracuse's trees, followed by the Northern white cedar (9.8 percent) and the European buckthorn (6.8 percent). The most common street tree is the Norway maple (24.3 percent), followed by the honey locust (9.3 percent). The densest tree cover in Syracuse is in the two Valley neighborhoods, where 46.6 percent of the land is covered by trees. The lowest tree cover percentage is found in the densely developed downtown, which has only 4.6 percent trees. Syracuse's main water source is Skaneateles Lake, one of the country's cleanest lakes, located southwest of the city. Water from nearby Onondaga Lake is not potable due to industrial dumping that spanned many decades, leaving the lake heavily polluted. Incoming water is left unfiltered, and chlorine is added to prevent bacterial growth. Most of the environmental work to achieve lake cleanup was scheduled to be completed by 2016; however Honeywell, the company tasked with the cleanup, announced the project's completion in late 2017. For periods of drought, there is also a backup line which uses water from Lake Ontario. Onondaga Creek, a waterway that runs through downtown, flows northward through the city. The Onondaga Creekwalk borders this, connecting the Lakefront, Inner Harbor, Franklin Square and Armory Square neighborhoods. The creek continues through the Valley and ultimately to the Onondaga Nation. The creek is navigable, but it can be a challenge. Its channelized nature speeds up its flow, particularly in the spring, when it may be dangerous. After some youngsters drowned in the creek, some residential areas fenced-off the creek in their neighborhoods. Climate Syracuse has a hot-summer humid continental climate (Dfa), as mean July temperatures are just above the 71.6 °F threshold needed for a hot-summer climate. The city is known for its high snowfall, on average; Syracuse receives the most annual average snow of any metropolitan area in the United States. Syracuse usually wins the Golden Snowball Award among Upstate cities. Its record seasonal (July 1 to June 30 of the following year) snowfall so far is during the winter of 1992–93, while the snowiest calendar month was January 2004, with accumulated. The high snowfall is a result of the city receiving both heavy snow from the lake effect of nearby Lake Ontario (of the Great Lakes) and nor'easter snow from storms driven from the Atlantic Ocean. Snow most often falls in small (about ), almost daily doses, over a period of several days. Larger snowfalls do occur occasionally, and even more so in the northern suburbs. The Blizzard of 1993 was described as the Storm of the Century. Some fell on the city within 48 hours, with falling within the first 24 hours. Syracuse received more snow than any other city in the country during this storm, which shattered a total of eight local records, including the most snow in a single snowstorm. A second notable snowfall was the Blizzard of 1966, with . The Blizzard of '58 occurred in February (16-17th) across Oswego and Onondaga counties. This storm was classified as a blizzard due to the high winds, blowing snow, and cold; of snow was measured at Syracuse and drifts reached in Oswego County. (See Thirtieth Publication of the Oswego County Historical Society, (1969) and The Climate and Snow Climatology of Oswego N.Y., (1971) Syracuse on average receives an annual precipitation of , with the months of July through September being the wettest in terms of total precipitation, while precipitation occurs on more days each month during the snow season. The normal monthly mean temperature ranges from in January to in July. The record high of was recorded on July 9, 1936, and the record low of has occurred three times since 1942, the last being February 18, 1979. In the early 21st century, a handful of previous heat records have been broken in the city. For example, July 2020 became the hottest month on record, with a mean temperature of , while the summers (June–August) of 2005, 2020, and 2012 were, respectively, the hottest, third-hottest, and fourth-hottest summers on record. Additionally, 2017 and 2018 saw consecutive monthly high temperature records broken in February, of on February 24, 2017, and on February 21, 2018, in addition to four consecutive days at or above . The latter was the warmest winter day on record. Notes Demographics As of the census of 2010, there were 145,170 people, 57,355 households, and 28,455 families residing in the city. The racial makeup of the city was 56.0% White, 29.5% African American, 1.1% Native American, 5.5% Asian, 0.03% Pacific Islander, 2.7% from other races, and
it Central New York's largest employer. In addition, the Norton College of Medicine at SUNY Upstate is the only medical school in the Central New York region providing state of the art education to over 700+ students. Also serving Syracuse are Le Moyne College on the city's eastern border, and Onondaga Community College, which has its main campus in the adjacent Town of Onondaga and has two smaller campuses, downtown and in Liverpool. A branch of SUNY's Empire State College is in downtown Syracuse, along with a campus of the nationwide Bryant & Stratton College. There are also the Pomeroy College of Nursing at Crouse Hospital and St. Joseph's College of Nursing. Other colleges and universities in the area include Cornell University and Ithaca College in Ithaca, Hamilton College in Clinton, Oswego State College in Oswego, SUNY Cortland in Cortland, Morrisville State College in Morrisville, Colgate University in Hamilton, Cazenovia College in Cazenovia, Wells College in Aurora, and both Utica College and SUNY Institute of Technology in Utica. Public libraries Onondaga County Public Library (OCPL) operates Syracuse's public libraries. Including the Central Library, ten city libraries, and 21 independent libraries in suburban Onondaga County. A library card from any OCPL library will work at any of the other OCPL libraries. City libraries Central Library Beauchamp Branch Library Betts Branch Library Hazard Branch Library Mundy Branch Library Northeast Community Center Library Paine Branch Library Petit Branch Library Soule Branch Library Southwest Community Center Library White Branch Library Suburban libraries Baldwinsville Public Library Brewerton NOPL Cicero NOPL DeWitt Community Library East Syracuse Free Library Elbridge Free Library Fairmount Community Library Fayetteville Free Library Jordan Bramley Library LaFayette Public Library Liverpool Public Library Manlius Library Marcellus Free Library Maxwell Memorial Library Minoa Library North Syracuse NOPL Onondaga Free Library Salina Library Skaneateles Library Solvay Public Library Tully Free Library Arts and culture Performing arts Live jazz music is the centerpiece of two annual outdoor festivals in Syracuse, the Syracuse Jazz Festival, Polish Festival as well as the CNY Jazz Arts Foundation's Jazz In The Square Festival. Performers in the last five years have included Chuck Mangione, Joshua Redman, Smokey Robinson, Branford Marsalis, The Bad Plus, Randy Brecker, Stanley Clarke, Jimmy Heath, Terrence Blanchard, Slide Hampton, Bobby Watson, Dr. John, and Aretha Franklin. The Polish Festival hosted Grammy winners Jimmy Sturr and his Orchestra, Polish music legend Stan Borys and Irena Jarocka, Grammy nominee Lenny Goumulka, LynnMarie, Dennis Polisky & The Maestro's Men, Jerry Darlak and the Buffalo Touch & The John Gora Band. Syracuse was home to the 75-member Syracuse Symphony Orchestra (SSO), founded in 1961. The SSO's former Music Directors include Daniel Hege, Frederik Prausnitz and Kazuyoshi Akiyama. The orchestra performed over 200 concerts annually for an audience of over 250,000. The SSO filed for Chapter 7 Bankruptcy in 2011 and was replaced by the Syracuse Symphoria in 2013. The Clinton String Quartet has been active for over 15 years and is based in the Syracuse area. All four members were also members of the Syracuse Symphony Orchestra. The Syracuse Friends of Chamber Music for more than a half century have presented a series of concerts by various chamber ensembles. The Society for New Music, founded in 1971, is the oldest new music organization in the state outside of New York City, and the only year-round new music group in upstate New York. The Society commissions at least one new work each year from a regional composer who awards the annual Brian Israel Prize to a promising composer under 30 years of age and produces the weekly "Fresh Ink" radio broadcast for WCNY-FM. The Syracuse Opera Company is a professional company that generally performs three operas each season. Founded in 1963 as the Opera Chorus of the Syracuse Symphony Orchestra, it became independent in 1973. In addition to full performances, it offers several free outdoor concerts each year in Armory Square, Thornden Park, and elsewhere. The company has an annual budget of US$1 million and is the only professional opera company in upstate New York. The Syracuse Shakespeare Festival is a charitable, educational, not-for-profit corporation dedicated to performing the works of William Shakespeare. It was founded in 2002 and is best known for its annual free Shakespeare-in-the-Park program at the Thornden Park Amphitheatre that has attracted more than 12,000 people since its inception. Syracuse Stage presents experimental and creative theater; a number of its productions have been world premieres and have moved to Broadway. The venue was designed by its most famous former artistic director Arthur Storch. Its artistic director is Robert Hupp. The Red House Arts Center, which opened in 2004, is a small theater housed in a converted hotel that offers performances by local, national, and international artists, and hosts regular exhibits in its art gallery, and screenings of independent films. Syracuse is also known for a large contemporary music scene, particularly in the heavy metal, hardcore, ska, and punk rock genres. From 1997 to 2003, Syracuse (or its suburbs) was home to Hellfest, a major hardcore music festival. Museums and art galleries Everson Museum of Art, which opened in 1968 in a building designed by I.M. Pei, features one of the most extensive pottery collections in the United States along with works of American art, dating from the 18th century to the present. This collection includes paintings, sculptures, drawings, photography, and video. Erie Canal Museum is a museum dedicated to preserving the history of the Erie Canal and its role in Syracuse's growth. International Mask and Puppet Museum is a museum in Little Italy focusing on masks and puppets, the latter of which are also used in educational performances for children. Milton J. Rubenstein Museum of Science and Technology is a museum in the Armory Square neighborhood that features exhibits in science and technology. Onondaga Historical Association Museum & Research Center, at 321 Montgomery Street downtown, features exhibits on the past of the Syracuse region and contains historical archives relating to the area's history. Its exhibits include a presentation of the history of the Underground Railroad. Syracuse and Onondaga County Fire Museum, will occupy the space of the former Syracuse Fire Department fire station 4 on Wolf Street, built in the 1800s (plans announced October 2020). Parks and recreation The City of Syracuse maintains over 170 parks, fields, and recreation areas, totaling over . Burnet Park includes the first public golf course in the United States (1901) and Rosamond Gifford Zoo. Other major parks include Thornden Park, Schiller Park, Sunnycrest Park, Onondaga Park and Kirk Park. There are 12 public pools, two public ice rinks (Sunnycrest and Meachem), and two public nine-hole golf courses (Burnet and Sunycrest Parks) in the city. Onondaga Park, located in the historic Strathmore neighborhood, features Hiawatha Lake, and a beautiful gazebo, often used for prom photos and wedding shoots. Right outside the city proper, along the east side and north end of Onondaga Lake, is Onondaga Lake Park. The adjacent Onondaga Lake Parkway is closed to vehicular traffic several hours on Sundays during the summer months, so it can be used for walking, running, biking, and rollerblading. During the holiday season, the park hosts Lights on the Lake, a drive-through light show. Infrastructure Transportation Public transit Syracuse is served by the Central New York Regional Transportation Authority, or Centro. Centro operates bus service in Syracuse and its suburbs, as well as to outlying metropolitan area cities such as Auburn, Fulton, and Oswego. Proposed public transit projects In 2005, local millionaire Tom McDonald proposed an aerial tramway system, called Salt City Aerial Transit (S.C.A.T.), to link the university to the transportation center. The first segment from Syracuse University to downtown was estimated to cost $5 million, which McDonald planned to raise himself. Due to perceived low operating costs, the system was envisioned as running continuously. Rail Syracuse (station stop code SYR) is served by Amtrak's Empire Service, Lake Shore Limited, and Maple Leaf lines. Amtrak's station is part of the William F. Walsh Regional Transportation Center. The Empire Service runs twice daily in each direction between Niagara Falls, NY and New York Penn Station, with major stops in Buffalo, Rochester, Syracuse, Utica, and Albany along the way. The Maple Leaf runs once daily in each direction, and follows the same route as the Empire Service, however instead of terminating in Niagara Falls, it continues on to Toronto. Empire Service and Maple Leaf trains stop at the seasonal New York State Fair - NYF station during the New York State Fair's annual run each August. The NYF Station is located along the southern part of the fairgrounds, near the historic train car display of the Central New York Chapter, of the National Railway Historical Society. The Lake Shore Limited runs once daily in each direction between Chicago and Boston or New York (via two sections splitting Albany-Rensselaer). It follows the same route as the Empire Service and Maple Leaf between New York City and Buffalo-Depew, where it diverges and continues on through Cleveland and Toledo to Chicago. A regional commuter rail service, OnTrack, was active from 1994 until it was discontinued in 2007 due to low ridership. Its sole route connected the Carousel Center to southern Syracuse, often extending to Jamesville in the summer. Bus Greyhound Lines, Megabus, OurBus and Trailways provide long-distance bus service to destinations including New York City, Boston, Buffalo, Albany, and Toronto. Greyhound, Megabus, and Trailways use the William F. Walsh Regional Transportation Center in the northern area of the city, while OurBus stops near the campus of Syracuse University. Air service Syracuse is served by the Syracuse Hancock International Airport in nearby Salina, near Mattydale. The airport is named after Clarence E. Hancock, a former US Congressmen representing Syracuse. The airport is served by 6 major airlines, which provide non-stop flights to important airline hubs and business centers such as Atlanta, Boston, Charlotte, Chicago, Detroit, Denver, Ft. Lauderdale, New York City, Orlando, Philadelphia, Tampa, Washington, DC, as well as connecting service to 147 foreign cities in 87 countries. Cargo carriers FedEx and UPS also serve the airport. New York City can be reached in under an hour flight. The City of Syracuse owns the airport and property, while a public for-benefit corporation runs the airport, the Syracuse Regional Airport Authority. The airport is protected by the Syracuse Fire Department's Station 4, and patrolled by Syracuse Police Department officers. Major highways and roads Four Interstate Highways run through the Syracuse area: Interstate 81 (Highway 401 via Highway 137 in Ontario, Canada to Knoxville) runs north–south through Syracuse, and provides access to Canada, Pennsylvania and points south. Its downtown portion is extremely narrow, only consisting of four lanes and few onramps. The highway was known as the Penn-Can Expressway when first built, leading to the Penn-Can Mall and other similarly named developments. Interstate 90 (Seattle to Boston), signed as the New York State Thruway within New York State, runs east–west, just north of the city. It is a toll highway that provides access to Rochester, Buffalo, Albany, and the north–south (Interstate 87) part of the Thruway leads to New York City. Interstate 690 runs east–west through the city, and provides access to Interstate 90, as well as to Syracuse's northwestern and eastern suburbs. A spur off I-690 directly west of the city, NY 695, provides freeway access to the southwestern suburbs. It meets Interstate 81 in downtown Syracuse in a highly complex and incomplete intersection. Most of its routing through the city directly replaced the former elevated rail lines of the New York Central four-track mainline, a fact quite notable by the city's former main rail terminal, where the freeway spans the width between the terminal and its outermost platform. In 1981 artist Duke Epolito erected sculptures of "passengers" on the single remaining passenger platform. The piece is entitled "Waiting for the Night Train." Interstate 481 forms an eastern loop around the city and continues to the northwest as NY 481 to Fulton and Oswego, on the shore of Lake Ontario. The highway was built to provide rapid access to eastern suburbs after the affluent community members in Manllius and Fayetteville squashed the original design to extend Interstate 690 to serve the eastern suburbs. Two US Highways run through the Syracuse area: U.S. Highway 11 (Route 223 in Quebec to New Orleans) runs north–south through Syracuse, including downtown, and it follows Salina, State, and Wolf Streets. U.S. Highway 20 (Boston to Newport, Oregon) passes south of Syracuse. New York State Route Expressways: New York State Route 481 travels from NY 104 in Oswego to the terminus of Interstate 481 north of Syracuse. New York State Route 690 was built as an extension of Interstate 690 to serve the northwest suburbs of Syracuse. The route is a four-lane divided highway from its southern end at I-690, where it meets Interstate 90 (NYS Thruway), to its end northwest of Baldwinsville in Lysander at NY 48 and NY 631. New York State Route 695 is a short state highway west of Syracuse in the village of Solvay in Onondaga County. The number of the highway was derived from the two highways that NY 695 links, Interstate 690 and NY 5. New York State Routes New York State Route 5 runs east–west through Syracuse, including downtown, and follows Erie Boulevard and West Genesee Street. New York State Route 80's western terminus is at NY 175 on the south side. The route follows Valley Drive. New York State Route 92's western terminus is in downtown Syracuse at US 11. The route follows East Genesee Street. New York State Route 173 runs east–west through Syracuse and follows the Seneca Turnpike through the South Valley neighborhood. New York State Route 175 follows South Avenue and West Kennedy Street to its eastern terminus at US 11. New York State Route 290's western terminus is at US 11 just north of I-81. The route follows James Street. New York State Route 298's western terminus is at exit 9 on I-690. The route follows Bear and Court Streets, Genant Drive and Sunset Avenue. New York State Route 370's eastern terminus is at US 11 in the Lakefront neighborhood. The route follows Park Street. New York State Route 598 is a short north–south highway following Midler Avenue to its southern terminus at NY 5. Public works Public services such as garbage pickup, street plowing, sewage, and street and traffic maintenance are provided by the Department of Public Works (DPW). Utilities The Syracuse water system was one of the few water systems built and operated before federal funding. The water system was constructed mainly to support the industries around Syracuse, New York. Construction of Syracuse's water system began in 1868. The water is brought in on a gravity fed system from Skaneateles Lake, through an unfiltered system, and carried into the city. It is noted for having some of the best drinking water in the nation, due to the quality of the lake. In 2015, the city experienced an average of at least one water main break per day. Between 2005 and 2015, the city suffered 2,000 water main breaks. Mayor Stephanie Miner estimated of the cost to fix the city's water infrastructure at $1 billion over a 10-15 year period. On February 25, 2015, Miner testified before a joint hearing of the state Assembly Ways and Means Committee and state Senate Finance Committee. Miner testified that the 2014 polar vortex contributed to the increase in Syracuse's water main break. On March 3, the 100th water main break in Syracuse in 2015 occurred on James Street. Early in 2015, Miner lobbied the state for funding to fix the city's aging water system. New York Governor Andrew Cuomo declined to help, stating that the city should improve its economy and increase tax revenues, which would enable the city to fund their own water pipe repairs. Government Executive The city is headed by an elected mayor who is limited to two four-year terms. Syracuse has a Strong mayor-council form of government. On November 7, 2017, Ben Walsh was elected mayor. He began in January 2018 as the first independent mayor of Syracuse in over 100 years. The last independent mayor of Syracuse was Louis Will, who was elected in 1913. The previous mayor was former Common Councilor At Large Stephanie Miner, who was elected on November 3, 2009; she was the first female mayor of Syracuse. Minor was preceded by former Syracuse Common Council President Matthew Driscoll, who first assumed the position in 2001 after the former mayor, Roy Bernardi, resigned upon his appointment by President George W. Bush to a position in the Department of Housing and Urban Development. After serving the remaining term, Driscoll was re-elected that year, and again in 2005. Legislative The legislative branch of Syracuse is the Syracuse Common Council. It consists of a president and nine members: Judicial The Onondaga County Supreme and County Court is the trial court of general jurisdiction for Syracuse. It is also the administrative court for the Fifth District of the New York State Unified Court System. Judges for these courts are elected at-large. The U.S. District Court for the Northern District of New York also holds court in downtown Syracuse at the James Hanley Federal Building. Police department The Syracuse Police Department (SPD) is the principal law enforcement agency of the city of Syracuse, New York. For 2017–18, the police department budget was $48.5 million. Effective December 3, 2018, Kenton Buckner is the city's new civilian Chief of Police. Buckner is not a legal police officer in the State of New York as he was unable to pass the fitness tests, and as such has no arrest powers or ability to carry a gun, but has full authority to run the department as a civilian, and carry a gun as a licensed citizen. Police headquarters is in the John C. Dillon Public Safety Building at 511 South State Street. In 2019, a jury awarded Elijah Johnson $35,000 after he was beaten with unreasonable force by three police officers while being arrested. In addition, the city was forced to pay attorneys fees, at a total cost to taxpayers of $213,000. Surveillance Established in 2011, SPD operates a network of 521 surveillance cameras called the Criminal Observation and Protection System (COPS). Between 2011
may become intractable, leading to depression. There is evidence that the risk of diabetes among those with moderate or severe sleep apnea is higher. Finally, because there are many factors that could lead to some of the effects previously listed, some people are not aware that they have sleep apnea and are either misdiagnosed or ignore the symptoms altogether. Risk factors Sleep apnea can affect people regardless of sex, race, or age. However, risk factors include: being male obesity age over 40 large neck circumference (greater than 16–17 inches) enlarged tonsils or tongue narrow upper jaw nasal congestion allergies receding chin gastroesophageal reflux a family history of sleep apnea Alcohol, sedatives and tranquilizers may also promote sleep apnea by relaxing throat muscles. People who smoke tobacco have sleep apnea at three times the rate of people who have never done so. Central sleep apnea is more often associated with any of the following risk factors: being male an age above 65 having heart disorders such as atrial fibrillation or atrial septal defects such as PFO stroke High blood pressure is very common in people with sleep apnea. Mechanism When breathing is paused, carbon dioxide builds up in the bloodstream. Chemoreceptors in the bloodstream note the high carbon dioxide levels. The brain is signaled to awaken the person, which clears the airway and allows breathing to resume. Breathing normally will restore oxygen levels and the person will fall asleep again. This carbon dioxide build-up may be due to the decrease of output of the brainstem regulating the chest wall or pharyngeal muscles, which causes the pharynx to collapse. People with sleep apnea experience reduced or no slow-wave sleep and spend less time in REM sleep. Diagnosis Despite this medical consensus, the variety of apneic events (e.g., hypopnea vs apnea, central vs obstructive), the variability of patients' physiologies, and the inherent shortcomings and variability of equipment and methods, this field is subject to debate. Within this context, the definition of an event depends on several factors (e.g., patient's age) and account for this variability through a multi-criteria decision rule described in several, sometimes conflicting, guidelines. Oximetry Oximetry, which may be performed over one or several nights in a person's home, is a simpler, but less reliable alternative to a polysomnography. The test is recommended only when requested by a physician and should not be used to test those without symptoms. Home oximetry may be effective in guiding prescription for automatically self-adjusting continuous positive airway pressure. Classification There are three types of sleep apnea. OSA accounts for 84%, CSA for 0.9%, and 15% of cases are mixed. Obstructive sleep apnea Obstructive sleep apnea (OSA) is the most common category of sleep-disordered breathing. The muscle tone of the body ordinarily relaxes during sleep, and at the level of the throat, the human airway is composed of collapsible walls of soft tissue that can obstruct breathing. Mild occasional sleep apnea, such as many people experience during an upper respiratory infection, may not be significant, but chronic severe obstructive sleep apnea requires treatment to prevent low blood oxygen (hypoxemia), sleep deprivation, and other complications. Individuals with low muscle-tone and soft tissue around the airway (e.g., because of obesity) and structural features that give rise to a narrowed airway are at high risk for obstructive sleep apnea. The elderly are more likely to have OSA than young people. Men are more likely to suffer sleep apnea than women and children are, though it is not uncommon in the last two population groups. The risk of OSA rises with increasing body weight, active smoking and age. In addition, patients with diabetes or "borderline" diabetes have up to three times the risk of having OSA. Common symptoms include loud snoring, restless sleep, and sleepiness during the daytime. Diagnostic tests include home oximetry or polysomnography in a sleep clinic. Some treatments involve lifestyle changes, such as avoiding alcohol or muscle relaxants, losing weight, and quitting smoking. Many people benefit from sleeping at a 30-degree elevation of the upper body or higher, as if in a recliner. Doing so helps prevent the gravitational collapse of the airway. Lateral positions (sleeping on a side), as opposed to supine positions (sleeping on the back), are also recommended as a treatment for sleep apnea, largely because the gravitational component is smaller in the lateral position. Some people benefit from various kinds of oral appliances such as the Mandibular advancement splint to keep the airway open during sleep. Continuous positive airway pressure (CPAP) is the most effective treatment for severe obstructive sleep apnea, but oral appliances are considered a first-line approach equal to CPAP for mild to moderate sleep apnea, according to the AASM parameters of care. There are also surgical procedures to remove and tighten tissue and widen the airway. Snoring is a common finding in people with this syndrome. Snoring is the turbulent sound of air moving through the back of the mouth, nose, and throat. Although not everyone who snores is experiencing difficulty breathing, snoring in combination with other risk factors has been found to be highly predictive of OSA. The loudness of the snoring is not indicative of the severity of obstruction, however. If the upper airways are tremendously obstructed, there may not be enough air movement to make much sound. Even the loudest snoring does not mean that an individual has sleep apnea syndrome. The sign that is most suggestive of sleep apneas occurs when snoring stops. Up to 78% of genes associated with habitual snoring also increase the risk for OSA. Other indicators include (but are not limited to): hypersomnolence, obesity (BMI ≥ 30), large neck circumference— in women, in men — enlarged tonsils and large tongue volume, micrognathia, morning headaches, irritability/mood-swings/depression, learning and/or memory difficulties, and sexual dysfunction. The term "sleep-disordered breathing" is commonly used in the U.S. to describe the full range of breathing problems during sleep in which not enough air reaches the lungs (hypopnea and apnea). Sleep-disordered breathing is associated with an increased risk of cardiovascular disease, stroke, high blood pressure, arrhythmias, diabetes, and sleep deprived driving accidents. When high blood pressure is caused by OSA, it is distinctive in that, unlike most cases of high blood pressure (so-called essential hypertension), the readings do not drop significantly when the individual is sleeping. Stroke is associated with obstructive sleep apnea. Obstructive sleep apnea is associated with problems in daytime functioning, such as daytime sleepiness, motor vehicle crashes, psychological problems, decreased cognitive functioning, and reduced quality of life. Other associated problems include cerebrovascular diseases (hypertension, coronary artery disease, and stroke) and diabetes. These problems could be, at least in part, caused by risk factors of OSA. Central sleep apnea In pure central sleep apnea or Cheyne–Stokes respiration, the brain's respiratory control centers are imbalanced during sleep. Blood levels of carbon dioxide, and the neurological feedback mechanism that monitors them, do not react quickly enough to maintain an even respiratory rate, with the entire system cycling between apnea and hyperpnea, even during wakefulness. The sleeper stops breathing and then starts again. There is no effort made to breathe during the pause in breathing: there are no chest movements and no struggling. After the episode of apnea, breathing may be faster (hyperpnea) for a period of time, a compensatory mechanism to blow off retained waste gases and absorb more oxygen. While sleeping, a normal individual is "at rest" as far as cardiovascular workload is concerned. Breathing is regular in a healthy person during sleep, and oxygen levels and carbon dioxide levels in the bloodstream stay fairly constant. Any sudden drop in oxygen or excess of carbon dioxide (even if tiny) strongly stimulates the brain's respiratory centers to breathe. In any person, hypoxia and hypercapnia have certain common effects on the body. The heart rate will increase, unless there are such severe co-existing problems with the heart muscle itself or the autonomic nervous system that makes this compensatory increase impossible. The more translucent areas of the body will show a bluish or dusky cast from cyanosis, which is the change in hue that occurs owing to lack of oxygen in the blood ("turning blue"). Overdoses of drugs that are respiratory depressants (such as heroin, and other opiates) kill by damping the activity of the brain's respiratory control centers. In central sleep apnea, the effects of sleep alone can remove the brain's mandate for the body to breathe. Normal Respiratory Drive: After exhalation, the blood level of oxygen decreases and that of carbon dioxide increases. Exchange of gases with a lungful of fresh air is necessary to replenish oxygen and rid the bloodstream of built-up carbon dioxide. Oxygen and carbon dioxide receptors in the blood stream (called
likely to have it with older age and obesity. Signs and symptoms People with sleep apnea have problems with excessive daytime sleepiness (EDS) and impaired alertness. OSA may increase risk for driving accidents and work-related accidents. If OSA is not treated, people are at increased risk of other health problems, such as diabetes. Due to the disruption in daytime cognitive state, behavioral effects may be present. These can include moodiness, belligerence, as well as a decrease in attentiveness and energy. These effects may become intractable, leading to depression. There is evidence that the risk of diabetes among those with moderate or severe sleep apnea is higher. Finally, because there are many factors that could lead to some of the effects previously listed, some people are not aware that they have sleep apnea and are either misdiagnosed or ignore the symptoms altogether. Risk factors Sleep apnea can affect people regardless of sex, race, or age. However, risk factors include: being male obesity age over 40 large neck circumference (greater than 16–17 inches) enlarged tonsils or tongue narrow upper jaw nasal congestion allergies receding chin gastroesophageal reflux a family history of sleep apnea Alcohol, sedatives and tranquilizers may also promote sleep apnea by relaxing throat muscles. People who smoke tobacco have sleep apnea at three times the rate of people who have never done so. Central sleep apnea is more often associated with any of the following risk factors: being male an age above 65 having heart disorders such as atrial fibrillation or atrial septal defects such as PFO stroke High blood pressure is very common in people with sleep apnea. Mechanism When breathing is paused, carbon dioxide builds up in the bloodstream. Chemoreceptors in the bloodstream note the high carbon dioxide levels. The brain is signaled to awaken the person, which clears the airway and allows breathing to resume. Breathing normally will restore oxygen levels and the person will fall asleep again. This carbon dioxide build-up may be due to the decrease of output of the brainstem regulating the chest wall or pharyngeal muscles, which causes the pharynx to collapse. People with sleep apnea experience reduced or no slow-wave sleep and spend less time in REM sleep. Diagnosis Despite this medical consensus, the variety of apneic events (e.g., hypopnea vs apnea, central vs obstructive), the variability of patients' physiologies, and the inherent shortcomings and variability of equipment and methods, this field is subject to debate. Within this context, the definition of an event depends on several factors (e.g., patient's age) and account for this variability through a multi-criteria decision rule described in several, sometimes conflicting, guidelines. Oximetry Oximetry, which may be performed over one or several nights in a person's home, is a simpler, but less reliable alternative to a polysomnography. The test is recommended only when requested by a physician and should not be used to test those without symptoms. Home oximetry may be effective in guiding prescription for automatically self-adjusting continuous positive airway pressure. Classification There are three types of sleep apnea. OSA accounts for 84%, CSA for 0.9%, and 15% of cases are mixed. Obstructive sleep apnea Obstructive sleep apnea (OSA) is the most common category of sleep-disordered breathing. The muscle tone of the body ordinarily relaxes during sleep, and at the level of the throat, the human airway is composed of collapsible walls of soft tissue that can obstruct breathing. Mild occasional sleep apnea, such as many people experience during an upper respiratory infection, may not be significant, but chronic severe obstructive sleep apnea requires treatment to prevent low blood oxygen (hypoxemia), sleep deprivation, and other complications. Individuals with low muscle-tone and soft tissue around the airway (e.g., because of obesity) and structural features that give rise to a narrowed airway are at high risk for obstructive sleep apnea. The elderly are more likely to have OSA than young people. Men are more likely to suffer sleep apnea than women and children are, though it is not uncommon in the last two population groups. The risk of OSA rises with increasing body weight, active smoking and age. In addition, patients with diabetes or "borderline" diabetes have up to three times the risk of having OSA. Common symptoms include loud snoring, restless sleep, and sleepiness during the daytime. Diagnostic tests include home oximetry or polysomnography in a sleep clinic. Some treatments involve lifestyle changes, such as avoiding alcohol or muscle relaxants, losing weight, and quitting smoking. Many people benefit from sleeping at a 30-degree elevation of the upper body or higher, as if in a recliner. Doing so helps prevent the gravitational collapse of the airway. Lateral positions (sleeping on a side), as opposed to supine positions (sleeping on the back), are also recommended as a treatment for sleep apnea, largely because the gravitational component is smaller in the lateral position. Some people benefit from various kinds of oral appliances such as the Mandibular advancement splint to keep the airway open during sleep. Continuous positive airway pressure (CPAP) is the most effective treatment for severe obstructive sleep apnea, but oral appliances are considered a first-line approach equal to CPAP for mild to moderate sleep apnea, according to the AASM parameters of care. There are also surgical procedures to remove and tighten tissue and widen the airway. Snoring is a common finding in people with this syndrome. Snoring is the turbulent sound of air moving through the back of the mouth, nose, and throat. Although not everyone who snores is experiencing difficulty breathing, snoring in combination with other risk factors has been found to be highly predictive of OSA. The loudness of the snoring is not indicative of the severity of obstruction, however. If the upper airways are tremendously obstructed, there may not be enough air movement to make much sound. Even the loudest snoring does not mean that an individual has sleep apnea syndrome. The sign that is most suggestive of sleep apneas occurs when snoring stops. Up to 78% of genes associated with habitual snoring also increase the risk for OSA. Other indicators include (but are not limited to): hypersomnolence, obesity (BMI ≥ 30), large neck circumference— in women, in men — enlarged tonsils and large tongue volume, micrognathia, morning headaches, irritability/mood-swings/depression, learning and/or memory difficulties, and sexual dysfunction. The term "sleep-disordered breathing" is commonly used in the U.S. to describe the full range of breathing problems during sleep in which not enough air reaches the lungs (hypopnea and apnea). Sleep-disordered breathing is associated with an increased risk of cardiovascular disease, stroke, high blood pressure, arrhythmias, diabetes, and sleep deprived driving accidents. When high blood pressure is caused by OSA, it is distinctive in that, unlike most cases of high blood pressure (so-called essential hypertension), the readings do not drop significantly when the individual is sleeping. Stroke is associated with obstructive sleep apnea. Obstructive sleep apnea is associated with problems in daytime functioning, such as daytime sleepiness, motor vehicle crashes, psychological problems, decreased cognitive functioning, and reduced quality of life. Other associated problems include cerebrovascular diseases (hypertension, coronary artery disease, and stroke) and diabetes. These problems could be, at least in part, caused by risk factors of OSA. Central sleep apnea In pure central sleep apnea or Cheyne–Stokes respiration, the brain's respiratory control centers are imbalanced during sleep. Blood levels of carbon dioxide, and the neurological feedback mechanism that monitors them, do not react quickly enough to maintain an even respiratory rate, with the entire system cycling between apnea and hyperpnea, even during wakefulness. The sleeper stops breathing and then starts again. There is no effort made to breathe during the pause in breathing: there are no chest movements and no struggling. After the episode of apnea, breathing may be faster (hyperpnea) for a period of time, a compensatory mechanism to blow off retained waste gases and absorb more oxygen. While sleeping, a normal individual is "at rest" as far as cardiovascular workload is concerned. Breathing is regular in a healthy person during sleep, and oxygen levels and carbon dioxide levels in the bloodstream stay fairly constant. Any sudden drop in oxygen or excess of carbon dioxide (even if tiny) strongly stimulates the brain's respiratory centers to breathe. In any person, hypoxia and hypercapnia have certain common effects on the body. The heart rate will increase, unless there are such severe co-existing problems with the heart muscle itself or the autonomic nervous system that makes this compensatory increase impossible. The more translucent areas of the body will show a bluish or dusky cast from cyanosis, which is the change in hue that occurs owing to lack of oxygen in the blood ("turning blue"). Overdoses of drugs that are respiratory depressants (such as heroin, and other opiates) kill by damping the activity of the brain's respiratory control centers. In central sleep apnea, the effects of sleep alone can remove the brain's mandate for the body to breathe. Normal Respiratory Drive: After exhalation, the blood level of oxygen decreases and that of carbon dioxide increases. Exchange of gases with a lungful of fresh air is necessary to replenish oxygen and rid the bloodstream of built-up carbon dioxide. Oxygen and carbon dioxide receptors in the blood stream (called chemoreceptors) send nerve impulses to the brain, which then signals reflex opening of the larynx (so that the opening between the vocal cords enlarges) and movements of the rib cage muscles and diaphragm. These muscles expand the thorax (chest cavity) so that a partial vacuum is made within the lungs and air rushes in to fill it. Physiologic effects of central apnea: During central apneas, the central respiratory drive is absent, and the brain does not respond to changing blood levels of the respiratory gases. No breath is taken despite the normal signals to inhale. The immediate effects of central sleep apnea on the body depend on how long the failure to breathe endures. At worst, central sleep apnea may cause sudden death. Short of death, drops in blood oxygen may trigger seizures, even in the absence of epilepsy. In people with epilepsy, the hypoxia caused by apnea may trigger seizures that had previously been well controlled by medications. In other words, a seizure disorder may become unstable in the presence of sleep apnea. In adults with coronary artery disease, a severe drop in blood oxygen level can cause angina, arrhythmias, or heart attacks (myocardial infarction). Longstanding recurrent episodes of apnea, over months and years, may cause an increase in carbon dioxide levels that can change the pH of the blood enough to cause a respiratory acidosis. Mixed apnea Some people with sleep apnea have a combination of both types; its prevalence ranges from 0.56% to 18%. The condition is generally detected when obstructive sleep apnea is treated with CPAP and central sleep apnea emerges. The exact mechanism of the loss of central respiratory drive during sleep in OSA is unknown but is most likely related to incorrect settings of the CPAP treatment and other medical conditions the person has. Management The treatment of obstructive sleep apnea is different than that of central sleep apnea. Treatment often starts with behavioral therapy. Many people are told to avoid alcohol, sleeping pills, and other sedatives, which can relax throat muscles, contributing to the collapse of the airway at night. Continuous positive airway pressure For moderate to severe sleep apnea, the most common treatment is the use of a continuous positive airway pressure (CPAP) or automatic positive airway pressure (APAP) device. These splint the person's airway open during sleep by means of pressurized air. The person typically wears a plastic facial mask, which is connected by a flexible tube to a small bedside CPAP machine. Although CPAP therapy is effective in reducing apneas and less expensive than other treatments, some people find it uncomfortable. Some complain of feeling trapped, having chest discomfort, and skin or nose irritation. Other side effects may include dry mouth, dry nose, nosebleeds, sore lips and gums. Whether or not it decreases the risk of death or heart disease is controversial with some reviews finding benefit and others not. This variation across studies might be driven by low rates of compliance—analyses of those who use CPAP for at least four hours a night suggests a decrease in cardiovascular events. Weight loss Excess body weight is thought to be an important cause of sleep apnea. People who are overweight have more tissues in the back of their throat which can restrict the airway, especially when sleeping. In weight loss studies of overweight individuals, those who lose weight show reduced apnea frequencies and improved Apnoea–Hypopnoea Index (AHI). Weight loss effective enough to relieve obesity hypoventilation syndrome (OHS) must be 25–30% of body weight. For some obese people, it can be difficult to achieve and maintain this result
tends to resemble the Received Pronunciation non-rhotic among Conservative SAE speakers, while the vowel is front, half-close, centralised in other varieties. Consonants In Conservative and Respectable SAE, is the voiceless glottal fricative . In Extreme SAE, has a more breathy-voiced pronunciation, , likely as a result of a Dutch/Afrikaans substrate. is sometimes deleted in Extreme SAE where it is preserved in Conservative and Respectable SAE. For instance, when it occurs initially in stressed syllables in words like "house", it is deleted in Extreme SAE. Conservative SAE is completely non-rhotic like Received Pronunciation, while Respectable SAE has sporadic moments of rhoticity. These rhotic moments generally occur in -final words. More frequent rhoticity is a marker of Extreme SAE. Unaspirated voiceless plosives (like , , and ) in stressed word-initial environments. Yod-assimilation: tune and dune tend to be realised as and , instead of the Received Pronunciation and . Lexicon History of SAE dictionaries In 1913, Charles Pettman created the first South African English dictionary, entitled Africanderisms. This work sought to identify Afrikaans terms that were emerging in the English language in South Africa. In 1924, the Oxford University Press published its first version of a South African English dictionary, The South African Pocket Oxford Dictionary. Subsequent editions of this dictionary have tried to take a "broad editorial approach" in including vocabulary terms native to South Africa, though the extent of this inclusion has been contested. Rhodes University (South Africa) and Oxford University (Great Britain) worked together to produce the 1978 Dictionary of South African English, which adopted a more conservative approach in its inclusion of terms. This dictionary did include, for the first time, what the dictionary writers deemed "the jargon of townships", or vocabulary terms found in Black journalism and literary circles. Dictionaries specialising in scientific jargon, such as the common names of South African plants, also emerged in the twentieth century. However, these works still often relied on Latin terminology and European pronunciation systems. , Rajend Mesthrie had produced the only available dictionary of South African Indian English. Vocabulary SAE includes lexical items borrowed from other South African languages. The following list provides a sample of some of these terms: braai (barbecue) from Afrikaans impimpi (police informant) indaba (conference; meeting) from Zulu kwela-kwela (taxi or police pick-up van) madumbies (a type of edible root) found in Natal mama (term of address for a senior woman) mbaqanga (type of music) morabaraba (board game) sgebengu (criminal) found in IsiXhosa and IsiZulu speaking areas skebereshe (a loose woman) found in Gauteng y'all (the contraction of "you all") for second person plural pronouns in ISAE British lexical items SAE also contains several lexical items that demonstrate the British influence on this variety: arse, bum (ass) chemist (drugstore) dinner-jacket (tuxedo) dustbin (garbage can) petrol (gasoline) silencer (muffler) flat (apartment) Expressions A range of SAE expressions have been borrowed from other South African languages, or are uniquely used in this variety of English. Some common expressions include: The borrowed Afrikaans interjection ag, meaning "oh!", as in, "Ag, go away man"! (Equivalent to German "ach"). SAE uses a number of discourse markers from Afrikaans in colloquial speech. The expression to come with, common especially among Afrikaans people, as in "are they coming with?" This is influenced by the Afrikaans phrase hulle kom saam, literally "they come together", with saam being misinterpreted as with. In Afrikaans, saamkom is a separable verb, similar to meekomen in Dutch and mitkommen in German, which is translated into English as "to come along". "Come with?" is also encountered in areas of the Upper Midwest of the United States, which had a large number of Scandinavian, Dutch and German immigrants, who, when speaking English, translated equivalent phrases directly from their own languages. The use of the "strong obligative modal" must as a synonym for the polite should/shall. "Must" has "much less social impact" in SAE than in other varieties. Now-now, as in "I'll do it now-now". Likely borrowed from the Afrikaans nou-nou, this expression describes a time later than that referenced in the phrase "I'll do it now". A large amount of slang comes from British origin, such as "naff" (boring, dull or plain). Demographics The South African National Census of 2011 found a total of 4,892,623 speakers of English as a first language, making up 9.6% of the national population. The provinces with significant English-speaking populations were the Western Cape (20.2% of the provincial population), Gauteng (13.3%) and KwaZulu-Natal (13.2%). English
diverse variety of English dialects. These last two waves did not have as large an influence on South African English (SAE), for "the seeds of development were already sown in 1820". However, the Natal wave brought nostalgia for British customs and helped to define the idea of a "standard" variety that resembled Southern British English. When the Union of South Africa was formed in 1910, English and Dutch were the official state languages, although Afrikaans effectively replaced Dutch in 1925. After 1994, these two languages along with nine other Southern Bantu languages achieved equal official status. SAE is an extraterritorial (ET) variety of English, or a language variety that has been transported outside its mainland home. More specifically, SAE is a Southern hemisphere ET originating from later English colonisation in the 18th and 19th centuries (Zimbabwean, Australian, and New Zealand English are also Southern hemisphere ET varieties). SAE resembles British English more closely than it does American English due to the close ties that South African colonies maintained with the mainland in the 19th and 20th centuries. However, with the increasing influence of American pop-culture around the world via modes of contact like television, American English has become more familiar in South Africa. Indeed, some American lexical items are becoming alternatives to comparable British terms. Varieties Anglophone Coloured English About 20% of all coloured people in South Africa speak English as a home language. They are primarily concentrated in the provinces of Kwa-Zulu Natal and northeastern parts of the Eastern Cape in the former Transkei with some transplants being found in Johannesburg. Many people from these regions migrated to Durban and Pietermaritzburg, where the most Anglophone coloureds can be found. Anglophone coloureds with European heritage have ancestry mostly from the British Isles, which, along with originating in regions with very few Afrikaans speaking people, contributed to English being the main language of the coloured people in the region. In addition, since Afrikaners are identified as the architects of apartheid, they are not held in high regard by the "coloured" people of Natal. Furthermore, since the Natal "coloureds" identify culturally with the English-speaking South Africans, they are antipathetic towards Afrikaans. The accent of Anglophone coloured people is influenced by their multiracial background, being descended from Europeans (British, German, and Afrikaners), blacks (Zulu and Xhosa), Indians (both Dravidian and Indo-Aryan) as well as other mixed people like St. Helenians, Mauritian Creoles and some Griquas. This has influenced the accent to be one of the most distinctive in Southern Africa. Black South African English Black South African English, or BSAE, is spoken by individuals whose first language is an indigenous African tongue. BSAE is considered a "new" English because it has emerged through the education system among second-language speakers in places where English is not the majority language. At least two sociolinguistic variants have been definitively studied on a post-creole continuum for the second-language Black South African English spoken by most Black South Africans: a high-end, prestigious "acrolect" and a more middle-ranging, mainstream "mesolect". The "basilect" variety is less similar to the colonial language (natively-spoken English), while the "mesolect" is somewhat more so. Historically, BSAE has been considered a "non-standard" variety of English, inappropriate for formal contexts and influenced by indigenous African languages. According to the Central Statistical Services, about 7 million black people spoke English in South Africa. BSAE originated in the South African school system, when the 1953 Bantu Education Act mandated the use of native African languages in the classroom. When this law was established, most of the native English-speaking teachers were removed from schools. This limited the exposure that black students received to standard varieties of English. As a result, the English spoken in black schools developed distinctive patterns of pronunciation and syntax, leading to the formation of BSAE. Some of these characteristic features can be linked to the mother tongues of the early BSAE speakers. The policy of mother tongue promotion in schools ultimately failed, and in 1979, the Department of Bantu Education allowed schools to choose their own language of instruction. English was largely the language of choice, because it was viewed as a key tool of social and economic advancement. Cape Flats English Another variety of South African English is Cape Flats English, originally and best associated with inner-city Cape Coloured speakers. Indian South African English Indian South African English (ISAE) is a sub-variety that developed among the descendants of Indian immigrants to South Africa. The Apartheid policy, in effect from 1948 to 1991, prevented Indian children from publicly interacting with people of English heritage. This separation caused an Indian variety to develop independently from White South African English, though with phonological and lexical features still fitting under the South African English umbrella. Indian South African English includes a "basilect", "mesolect", and "acrolect". These terms describe varieties of a given language on a spectrum of similarity to the colonial version of that language: the "acrolect" being the most similar. Today, basilect speakers are generally older non-native speakers with little education; acrolect speakers closely resemble colonial native English speakers, with a few phonetic/syntactic exceptions; and mesolect speakers fall somewhere in-between. In recent decades, the dialect has come much closer to the standard language through the model taught in schools. The result is a variety of English which mixes features of Indian, South African, Standard British, creole, and foreign language learning Englishes in a unique and fascinating way. ISAE resembles Indian English in some respects, possibly because the varieties contain speakers with shared mother tongues or because early English teachers were brought to South Africa from India, or both. Four prominent education-related lexical features shared
transfer and output of speech signals. The input is called speech recognition and the output is called speech synthesis. History Early attempts at speech processing and recognition were primarily focused on understanding a handful of simple phonetic elements such as vowels. In 1952, three researchers at Bell Labs, Stephen. Balashek, R. Biddulph, and K. H. Davis, developed a system that could recognize digits spoken by a single speaker. Pioneering works in field of speech recognition using analysis of its spectrum were reported in 1940s. Linear predictive coding (LPC), a speech processing algorithm, was first proposed by Fumitada Itakura of Nagoya University and Shuzo Saito of Nippon Telegraph and Telephone (NTT) in 1966. Further developments in LPC technology were made by Bishnu S. Atal and Manfred R. Schroeder at Bell Labs during the 1970s. LPC was the basis for voice-over-IP (VoIP) technology, as well as speech synthesizer chips, such as the Texas Instruments LPC Speech Chips used in the Speak & Spell toys from 1978. One of the first commercially available speech recognition products was Dragon Dictate, released in 1990. In 1992, technology developed by Lawrence Rabiner and others at Bell Labs was used by AT&T in their Voice Recognition Call Processing service to route calls without a human operator. By this point, the vocabulary of these systems was larger than the average human vocabulary. By the early 2000s, the dominant speech processing strategy started to shift away from Hidden Markov Models towards more modern neural networks and deep learning. Techniques
synthesis. History Early attempts at speech processing and recognition were primarily focused on understanding a handful of simple phonetic elements such as vowels. In 1952, three researchers at Bell Labs, Stephen. Balashek, R. Biddulph, and K. H. Davis, developed a system that could recognize digits spoken by a single speaker. Pioneering works in field of speech recognition using analysis of its spectrum were reported in 1940s. Linear predictive coding (LPC), a speech processing algorithm, was first proposed by Fumitada Itakura of Nagoya University and Shuzo Saito of Nippon Telegraph and Telephone (NTT) in 1966. Further developments in LPC technology were made by Bishnu S. Atal and Manfred R. Schroeder at Bell Labs during the 1970s. LPC was the basis for voice-over-IP (VoIP) technology, as well as speech synthesizer chips, such as the Texas Instruments LPC Speech Chips used in the Speak & Spell toys from 1978. One of the first commercially available speech recognition products was Dragon Dictate, released in 1990. In 1992, technology developed by Lawrence Rabiner and others at Bell Labs was used by AT&T in their Voice Recognition Call Processing service to route calls without a human operator. By this point, the vocabulary of these systems was larger than the average human vocabulary. By the early 2000s, the dominant speech processing strategy started to shift away from Hidden Markov Models towards more modern neural networks and deep learning. Techniques Dynamic time warping Dynamic time warping (DTW) is an algorithm for measuring similarity between two temporal sequences, which may vary in speed. In general, DTW is a method that calculates an optimal match between two given sequences (e.g. time series) with certain restriction and rules. The optimal match is denoted by the match that satisfies all the restrictions and the rules and that has the minimal cost, where the cost is computed as the sum of absolute differences, for each matched pair of indices, between their values. Hidden Markov models A hidden Markov model can be represented as the
not widespread in Somalia and has no official status nationally or regionally. It is rarely taught in the education system, the main foreign languages are Arabic and English. Dialects of Swahili are spoken by some ethnic minorities on the Bajuni islands in the form of Kibajuni on the southern tip of the country and in the town of Brava in the form of Chimwiini, both contain a significant amount of Somali and Italian loanwords. Standard Swahili is generally only spoken by Somali nationals who have resided in Kenya and subsequently returned to Somalia. Lastly, a closely related language Mushunguli (also known as Zigula, Zigua, or Chizigua) is spoken by some of the Somali Bantu ethnic minority mostly living in the Jubba Valley. It is classified as a Northeast Coast Bantu language as Swahili is and has some intelligibility with Swahili. Religious and political identity Religion Swahili played a major role in spreading both Christianity and Islam in East Africa. From their arrival in East Africa, Arabs brought Islam and set up madrasas, where they used Swahili to teach Islam to the natives. As the Arab presence grew, more and more natives were converted to Islam and were taught using the Swahili language. From the arrival of Europeans in East Africa, Christianity was introduced in East Africa. While the Arabs were mostly based in the coastal areas, European missionaries went further inland spreading Christianity. But since the first missionary posts in East Africa were in the coastal areas, missionaries picked up Swahili and used it to spread Christianity since it had a lot of similarities with many of the other indigenous languages in the region. Politics During the struggle for Tanganyika independence, the Tanganyika African National Union used Swahili as language of mass organisation and political movement. This included publishing pamphlets and radio broadcasts to rally the people to fight for independence. After independence, Swahili was adopted as the national language of the nation. Till this day, Tanzanians carry a sense of pride when it comes to Swahili especially when it is used to unite over 120 tribes across Tanzania. Swahili was used to strengthen solidarity among the people and a sense of togetherness and for that Swahili remains a key identity of the Tanzanian people. Phonology Vowels Standard Swahili has five vowel phonemes: , , , , and . According to Ellen Contini-Morava, vowels are never reduced, regardless of stress. However, according to Edgar Polomé, these five phonemes can vary in pronunciation. Polomé claims that , , , and are pronounced as such only in stressed syllables. In unstressed syllables, as well as before a prenasalized consonant, they are pronounced as , , , and . E is also commonly pronounced as mid-position after w. Polomé claims that is pronounced as such only after w and is pronounced as in other situations, especially after (y). A can be pronounced as in word-final position. Swahili vowels can be long; these are written as two vowels (example: , meaning "sheep"). This is due to a historical process in which the L became deleted between the second last and last vowel of a word ( e.g. "sheep" was originally pronounced kondolo, which survives in certain dialects). However, these long vowels are not considered to be phonemic. A similar process exists in Zulu. Consonants Some dialects of Swahili may also have the aspirated phonemes though they are unmarked in Swahili's orthography. Multiple studies favour classifying prenasalization as consonant clusters, not as separate phonemes. Historically, nasalization has been lost before voiceless consonants, and subsequently the voiced consonants have devoiced, though they are still written mb, nd etc. The /r/ phoneme is realised as either a short trill or more commonly as a single tap by most speakers. exists in free variation with h, and is only distinguished by some speakers. In some Arabic loans (nouns, verbs, adjectives), emphasis or intensity is expressed by reproducing the original emphatic consonants and the uvular , or lengthening a vowel, where aspiration would be used in inherited Bantu words. Orthography Swahili is now written in the Latin alphabet. There are a few digraphs for native sounds, ch, sh, ng and ny; q and x are not used, c is not used apart from the digraph ch, unassimilated English loans and, occasionally, as a substitute for k in advertisements. There are also several digraphs for Arabic sounds, which many speakers outside of ethnic Swahili areas have trouble differentiating. The language used to be written in the Arabic script. Unlike adaptations of the Arabic script for other languages, relatively little accommodation was made for Swahili. There were also differences in orthographic conventions between cities and authors and over the centuries, some quite precise but others different enough to cause difficulties with intelligibility. and , and and were often conflated, but in some spellings, was distinguished from by rotating the kasra 90° and was distinguished from by writing the damma backwards. Several Swahili consonants do not have equivalents in Arabic, and for them, often no special letters were created unlike, for example, Urdu script. Instead, the closest Arabic sound is substituted. Not only did that mean that one letter often stands for more than one sound, but also writers made different choices of which consonant to substitute. Below are some of the equivalents between Arabic Swahili and Roman Swahili: That was the general situation, but conventions from Urdu were adopted by some authors so as to distinguish aspiration and from : 'gazelle', 'roof'. Although it is not found in Standard Swahili today, there is a distinction between dental and alveolar consonants in some dialects, which is reflected in some orthographies, for example in 'to meet' vs. 'to be satisfied'. A k with the dots of y, , was used for ch in some conventions; ky being historically and even contemporaneously a more accurate transcription than Roman ch. In Mombasa, it was common to use the Arabic emphatics for Cw, for example in (standard ) 'we' and (standard ) 'head'. Particles such as are joined to the following noun, and possessives such as and are joined to the preceding noun, but verbs are written as two words, with the subject and tense–aspect–mood morphemes separated from the object and root, as in "he who told me". Grammar Noun classes Swahili nouns are separable into classes, which are roughly analogous to genders in other languages. In Swahili, prefixes mark groups of similar objects: marks single human beings ( 'child'), marks multiple humans ( 'children'), marks abstract nouns ( 'childhood'), and so on. And just as adjectives and pronouns must agree with the gender of nouns in some languages with grammatical gender, so in Swahili adjectives, pronouns and even verbs must agree with nouns. This is a characteristic feature of all the Bantu languages. Semantic motivation The ki-/vi- class historically consisted of two separate genders, artefacts (Bantu class 7/8, utensils and hand tools mostly) and diminutives (Bantu class 12/13), which were conflated at a stage ancestral to Swahili. Examples of the former are kisu "knife", kiti "chair" (from mti "tree, wood"), chombo "vessel" (a contraction of ki-ombo). Examples of the latter are kitoto "infant", from mtoto "child"; kitawi "frond", from tawi "branch"; and chumba (ki-umba) "room", from nyumba "house". It is the diminutive sense that has been furthest extended. An extension common to diminutives in many languages is approximation and resemblance (having a 'little bit' of some characteristic, like -y or -ish in English). For example, there is kijani "green", from jani "leaf" (compare English 'leafy'), kichaka "bush" from chaka "clump", and kivuli "shadow" from uvuli "shade". A 'little bit' of a verb would be an instance of an action, and such instantiations (usually not very active ones) are found: kifo "death", from the verb -fa "to die"; kiota "nest" from -ota "to brood"; chakula "food" from kula "to eat"; kivuko "a ford, a pass" from -vuka "to cross"; and kilimia "the Pleiades", from -limia "to farm with", from its role in guiding planting. A resemblance, or being a bit like something, implies marginal status in a category, so things that are marginal examples of their class may take the ki-/vi- prefixes. One example is chura (ki-ura) "frog", which is only half terrestrial and therefore is marginal as an animal. This extension may account for disabilities as well: kilema "a cripple", kipofu "a blind person", kiziwi "a deaf person". Finally, diminutives often denote contempt, and contempt is sometimes expressed against things that are dangerous. This might be the historical explanation for kifaru "rhinoceros", kingugwa "spotted hyena", and kiboko "hippopotamus" (perhaps originally meaning "stubby legs"). Another class with broad semantic extension is the m-/mi- class (Bantu classes 3/4). This is often called the 'tree' class, because mti, miti "tree(s)" is the prototypical example. However, it seems to cover vital entities neither human nor typical animals: trees and other plants, such as mwitu 'forest' and mtama 'millet' (and from there, things made from plants, like mkeka 'mat'); supernatural and natural forces, such as mwezi 'moon', mlima 'mountain', mto 'river'; active things, such as moto 'fire', including active body parts (moyo 'heart', mkono 'hand, arm'); and human groups, which are vital but not themselves human, such as mji 'village', and, by analogy, mzinga 'beehive/cannon'. From the central idea of tree, which is thin, tall, and spreading, comes an extension to other long or extended things or parts of things, such as mwavuli 'umbrella', moshi 'smoke', msumari 'nail'; and from activity there even come active instantiations of verbs, such as mfuo "metal forging", from -fua "to forge", or mlio "a sound", from -lia "to make a sound". Words may be connected to their class by more than one metaphor. For example, mkono is an active body part, and mto is an active natural force, but they are also both long and thin. Things with a trajectory, such as mpaka 'border' and mwendo 'journey', are classified with long thin things, as in many other languages with noun classes. This may be further extended to anything dealing with time, such as mwaka 'year' and perhaps mshahara 'wages'. Animals exceptional in some way and so not easily fitting in the other classes may be placed in this class. The other classes have foundations that may at first seem similarly counterintuitive. In short, Classes 1–2 include most words for people: kin terms, professions, ethnicities, etc., including translations of most English words ending in -er. They include a couple of generic words for animals: mnyama 'beast', mdudu 'bug'. Classes 5–6 have a broad semantic range of groups, expanses, and augmentatives. Although interrelated, it is easier to illustrate if broken down: Augmentatives, such as joka 'serpent' from nyoka 'snake', lead to titles and other terms of respect (the opposite of diminutives, which lead to terms of contempt): Bwana 'Sir', shangazi 'aunt', fundi 'craftsman', kadhi 'judge' Expanses: ziwa 'lake', bonde 'valley', taifa 'country', anga 'sky' from this, mass nouns: maji 'water', vumbi 'dust' (and other liquids and fine particulates that may cover broad expanses), kaa 'charcoal', mali 'wealth', maridhawa 'abundance' Collectives: kundi 'group', kabila 'language/ethnic group', jeshi 'army', daraja ' stairs', manyoya 'fur, feathers', mapesa 'small change', manyasi 'weeds', jongoo 'millipede' (large set of legs), marimba 'xylophone' (large set of keys) from this, individual things found in groups: jiwe 'stone', tawi 'branch', ua 'flower', tunda 'fruit' (also the names of most fruits), yai 'egg', mapacha 'twins', jino 'tooth', tumbo 'stomach' (cf. English "guts"), and paired body parts such as jicho 'eye', bawa 'wing', etc. also collective or dialogic actions, which occur among groups of people: neno 'a word', from kunena 'to speak' (and by extension, mental verbal processes: wazo 'thought', maana 'meaning'); pigo 'a stroke, blow', from kupiga 'to hit'; gomvi 'a quarrel', shauri 'advice, plan', kosa 'mistake', jambo 'affair', penzi 'love', jibu 'answer', agano 'promise', malipo 'payment' From pairing, reproduction is suggested as another extension (fruit, egg, testicle, flower, twins, etc.), but these generally duplicate one or more of the subcategories above Classes 9–10 are used for most typical animals: ndege 'bird', samaki 'fish', and the specific names of typical beasts, birds, and bugs. However, this is the 'other' class, for words not fitting well elsewhere, and about half of the class 9–10 nouns are foreign loanwords. Loans may be classified as 9–10 because they lack the prefixes inherent in other classes, and most native class 9–10 nouns have no prefix. Thus they do not form a coherent semantic class, though there are still semantic extensions from individual words. Class 11 (which takes class 10 for the plural) are mostly nouns with an "extended outline shape", in either one dimension or two: mass nouns that are generally localized rather than covering vast expanses: uji 'porridge', wali 'cooked rice' broad: ukuta 'wall', ukucha 'fingernail', upande 'side' (≈ ubavu 'rib'), wavu 'net', wayo 'sole, footprint', ua 'fence, yard', uteo 'winnowing basket' long: utambi 'wick', utepe 'stripe', uta 'bow', ubavu 'rib', ufa 'crack', unywele 'a hair' from 'a hair', singulatives of nouns, which are often class 6 ('collectives') in the plural: unyoya 'a feather', uvumbi 'a mote of dust', ushanga 'a bead'. Class 14 are abstractions, such as utoto 'childhood' (from mtoto 'a child') and have no plural. They have the same prefixes and concord as class 11, except optionally for adjectival concord. Class 15 are verbal infinitives. Classes 16–18 are locatives. The Bantu nouns of these classes have been lost; the only permanent member is the Arabic loan mahali 'place(s)', but in Mombasa Swahili, the old prefixes survive: pahali 'place', mwahali 'places'. However, any noun with the locative suffix -ni takes class 16–18 agreement. The distinction between them is that class 16 agreement is used if the location is intended to be definite ("at"), class 17 if indefinite ("around") or involves motion ("to, toward"), and class 18 if it involves containment ("within"): mahali pazuri 'a good spot', mahali kuzuri 'a nice area', mahali muzuri (it's nice in there). Borrowing Borrowings may or may not be given a prefix corresponding to the semantic class they fall in. For example, Arabic dūd ("bug, insect") was borrowed as mdudu, plural wadudu, with the class 1/2 prefixes m- and wa-, but Arabic fulūs ("fish scales", plural of fals) and English sloth were borrowed as simply fulusi ("mahi-mahi" fish) and slothi ("sloth"), with no prefix associated with animals (whether those of class 9/10 or 1/2). In the process of naturalization of
"house". It is the diminutive sense that has been furthest extended. An extension common to diminutives in many languages is approximation and resemblance (having a 'little bit' of some characteristic, like -y or -ish in English). For example, there is kijani "green", from jani "leaf" (compare English 'leafy'), kichaka "bush" from chaka "clump", and kivuli "shadow" from uvuli "shade". A 'little bit' of a verb would be an instance of an action, and such instantiations (usually not very active ones) are found: kifo "death", from the verb -fa "to die"; kiota "nest" from -ota "to brood"; chakula "food" from kula "to eat"; kivuko "a ford, a pass" from -vuka "to cross"; and kilimia "the Pleiades", from -limia "to farm with", from its role in guiding planting. A resemblance, or being a bit like something, implies marginal status in a category, so things that are marginal examples of their class may take the ki-/vi- prefixes. One example is chura (ki-ura) "frog", which is only half terrestrial and therefore is marginal as an animal. This extension may account for disabilities as well: kilema "a cripple", kipofu "a blind person", kiziwi "a deaf person". Finally, diminutives often denote contempt, and contempt is sometimes expressed against things that are dangerous. This might be the historical explanation for kifaru "rhinoceros", kingugwa "spotted hyena", and kiboko "hippopotamus" (perhaps originally meaning "stubby legs"). Another class with broad semantic extension is the m-/mi- class (Bantu classes 3/4). This is often called the 'tree' class, because mti, miti "tree(s)" is the prototypical example. However, it seems to cover vital entities neither human nor typical animals: trees and other plants, such as mwitu 'forest' and mtama 'millet' (and from there, things made from plants, like mkeka 'mat'); supernatural and natural forces, such as mwezi 'moon', mlima 'mountain', mto 'river'; active things, such as moto 'fire', including active body parts (moyo 'heart', mkono 'hand, arm'); and human groups, which are vital but not themselves human, such as mji 'village', and, by analogy, mzinga 'beehive/cannon'. From the central idea of tree, which is thin, tall, and spreading, comes an extension to other long or extended things or parts of things, such as mwavuli 'umbrella', moshi 'smoke', msumari 'nail'; and from activity there even come active instantiations of verbs, such as mfuo "metal forging", from -fua "to forge", or mlio "a sound", from -lia "to make a sound". Words may be connected to their class by more than one metaphor. For example, mkono is an active body part, and mto is an active natural force, but they are also both long and thin. Things with a trajectory, such as mpaka 'border' and mwendo 'journey', are classified with long thin things, as in many other languages with noun classes. This may be further extended to anything dealing with time, such as mwaka 'year' and perhaps mshahara 'wages'. Animals exceptional in some way and so not easily fitting in the other classes may be placed in this class. The other classes have foundations that may at first seem similarly counterintuitive. In short, Classes 1–2 include most words for people: kin terms, professions, ethnicities, etc., including translations of most English words ending in -er. They include a couple of generic words for animals: mnyama 'beast', mdudu 'bug'. Classes 5–6 have a broad semantic range of groups, expanses, and augmentatives. Although interrelated, it is easier to illustrate if broken down: Augmentatives, such as joka 'serpent' from nyoka 'snake', lead to titles and other terms of respect (the opposite of diminutives, which lead to terms of contempt): Bwana 'Sir', shangazi 'aunt', fundi 'craftsman', kadhi 'judge' Expanses: ziwa 'lake', bonde 'valley', taifa 'country', anga 'sky' from this, mass nouns: maji 'water', vumbi 'dust' (and other liquids and fine particulates that may cover broad expanses), kaa 'charcoal', mali 'wealth', maridhawa 'abundance' Collectives: kundi 'group', kabila 'language/ethnic group', jeshi 'army', daraja ' stairs', manyoya 'fur, feathers', mapesa 'small change', manyasi 'weeds', jongoo 'millipede' (large set of legs), marimba 'xylophone' (large set of keys) from this, individual things found in groups: jiwe 'stone', tawi 'branch', ua 'flower', tunda 'fruit' (also the names of most fruits), yai 'egg', mapacha 'twins', jino 'tooth', tumbo 'stomach' (cf. English "guts"), and paired body parts such as jicho 'eye', bawa 'wing', etc. also collective or dialogic actions, which occur among groups of people: neno 'a word', from kunena 'to speak' (and by extension, mental verbal processes: wazo 'thought', maana 'meaning'); pigo 'a stroke, blow', from kupiga 'to hit'; gomvi 'a quarrel', shauri 'advice, plan', kosa 'mistake', jambo 'affair', penzi 'love', jibu 'answer', agano 'promise', malipo 'payment' From pairing, reproduction is suggested as another extension (fruit, egg, testicle, flower, twins, etc.), but these generally duplicate one or more of the subcategories above Classes 9–10 are used for most typical animals: ndege 'bird', samaki 'fish', and the specific names of typical beasts, birds, and bugs. However, this is the 'other' class, for words not fitting well elsewhere, and about half of the class 9–10 nouns are foreign loanwords. Loans may be classified as 9–10 because they lack the prefixes inherent in other classes, and most native class 9–10 nouns have no prefix. Thus they do not form a coherent semantic class, though there are still semantic extensions from individual words. Class 11 (which takes class 10 for the plural) are mostly nouns with an "extended outline shape", in either one dimension or two: mass nouns that are generally localized rather than covering vast expanses: uji 'porridge', wali 'cooked rice' broad: ukuta 'wall', ukucha 'fingernail', upande 'side' (≈ ubavu 'rib'), wavu 'net', wayo 'sole, footprint', ua 'fence, yard', uteo 'winnowing basket' long: utambi 'wick', utepe 'stripe', uta 'bow', ubavu 'rib', ufa 'crack', unywele 'a hair' from 'a hair', singulatives of nouns, which are often class 6 ('collectives') in the plural: unyoya 'a feather', uvumbi 'a mote of dust', ushanga 'a bead'. Class 14 are abstractions, such as utoto 'childhood' (from mtoto 'a child') and have no plural. They have the same prefixes and concord as class 11, except optionally for adjectival concord. Class 15 are verbal infinitives. Classes 16–18 are locatives. The Bantu nouns of these classes have been lost; the only permanent member is the Arabic loan mahali 'place(s)', but in Mombasa Swahili, the old prefixes survive: pahali 'place', mwahali 'places'. However, any noun with the locative suffix -ni takes class 16–18 agreement. The distinction between them is that class 16 agreement is used if the location is intended to be definite ("at"), class 17 if indefinite ("around") or involves motion ("to, toward"), and class 18 if it involves containment ("within"): mahali pazuri 'a good spot', mahali kuzuri 'a nice area', mahali muzuri (it's nice in there). Borrowing Borrowings may or may not be given a prefix corresponding to the semantic class they fall in. For example, Arabic dūd ("bug, insect") was borrowed as mdudu, plural wadudu, with the class 1/2 prefixes m- and wa-, but Arabic fulūs ("fish scales", plural of fals) and English sloth were borrowed as simply fulusi ("mahi-mahi" fish) and slothi ("sloth"), with no prefix associated with animals (whether those of class 9/10 or 1/2). In the process of naturalization of borrowings within Swahili, loanwords are often reinterpreted, or reanalysed, as if they already contain a Swahili class prefix. In such cases the interpreted prefix is changed with the usual rules. Consider the following loanwords from Arabic: The Swahili word for "book", kitabu, is borrowed from Arabic kitāb(un) "book" (plural kutub; from the Arabic root k.t.b. "write"). However, the Swahili plural form of this word ("books") is vitabu, following Bantu grammar in which the ki- of kitabu is reanalysed (reinterpreted) as a nominal class prefix whose plural is vi- (class 7/8). Arabic muʿallim(un) ("teacher", plural muʿallimīna) was interpreted as having the mw- prefix of class 1, and so became mwalimu, plural walimu. Arabic madrasa school, even though it is singular in Arabic (with plural madāris), was reinterpreted as a class 6 plural madarasa, receiving the singular form darasa. Similarly, English wire and Arabic waqt ("time") were interpreted as having the class 11 prevocalic prefix w-, and became waya and wakati with plural nyaya and nyakati respectively. Agreement Swahili phrases agree with nouns in a system of concord but, if the noun refers to a human, they
an ethnic group in East Africa Swahili culture, the culture of the Swahili people Swahili coast, a littoral region in East
in the African Great Lakes Swahili people, an ethnic group in East Africa Swahili culture, the culture of
thereby become "indictable offences" or "either way offences" but remain "summary offences", though tried by jury. Sir William Blackstone, in his Commentaries on the Laws of England (1765–1769), described summary offences thus: In the United Kingdom, trials for summary offences are heard in one of a number of types of lower court. For England and Wales this is the Magistrates' Court. In Scotland, it is the Sheriff Court or Justice of the peace court, depending on the offence (the latter being primarily for the most minor of offences). Northern Ireland has its own Magistrates' Court system. United States In law of the United States, "there are certain minor or petty offenses that may be proceeded against summarily, and without a jury[.]" These include criminal citations. Any offense that is punishable by the controlling law for more than six months of imprisonment must have some means for a jury trial. Some states, such as California, provide that all defendants are entitled to a jury trial (irrespective of the nature of their offenses). Some states provide that in all cases the defendant may demand a jury trial. Contempt of court is considered a prerogative of the court, as "the requirement of a jury does not apply to contempts committed in disobedience of any lawful writ, process, order, rule, decree, or command entered in any suit or action brought or prosecuted in the name of, or on behalf of, the United States[.]" There have been criticisms over the practice. In particular, Supreme Court Justice Hugo Black wrote in a 1964 dissent, "It is high time, in
less serious than indictable offences because they are punishable by shorter prison sentences and smaller fines. These offences appear both in the federal laws of Canada and in the legislation of Canada's provinces and territories. For summary conviction offences that fall under the jurisdiction of the federal government (which includes all criminal law), section 787 of the Criminal Code specifies that, unless another punishment is provided for by law, the maximum penalty for a summary conviction offence is a sentence of 2 years less a day of imprisonment, a fine of $5,000 or both. As a matter of practical effect, some common differences between summary conviction and indictable offences are provided below. Summary conviction offences Accused must be charged with a summary conviction within 1 year after the act happened. Limitation periods are set out in the Criminal Code. The police can arrest under summary conviction without an arrest warrant if found committing a summary offence notwithstanding s. 495(2)(c) of the Criminal Code. If the police do not find committing a summary offence, an arrest warrant is required. Accused does not have to submit fingerprints when charged under Summary Conviction. Appeals of summary conviction offences go first to the highest trial court within the jurisdiction (e.g., provincial superior court in Alberta is the Court of Queen's Bench). After Provincial Superior Court a further appeal would go to the Provincial Court of Appeal (e.g., the Court of Appeal of Alberta), and then finally to the Supreme Court of Canada, but as a practical matter very few summary convictions are ever heard by the Supreme Court of Canada. Accused convicted under summary conviction are eligible for a pardon after 5 years provided the accused is not convicted of any further offences during that period. Always tried in a provincial court (cannot be joined with an indictable offence in a superior court). Indictable offences There is no time limit to when charges can be laid, such that an accused can be charged at any time after an act has occurred. The exception to this point is treason, which has a 3-year limitation period. Police do not require a warrant to arrest under an indictable offence: see S.495(1)(a) Criminal Code Accused has to submit fingerprints when required to appear to answer to an indictable offence. Appeals always go to the Provincial Court of Appeal first, and then on to the Supreme Court of Canada. Accused convicted under an indictable offence can apply for a pardon after 10 years. Hong Kong In Hong Kong, trials for summary offences are heard in one of the territory's Magistrates' Courts, unless the defendant is accused with other indictable offence(s). Typical examples for summary offences in Hong Kong include possession of a simulated bomb, drunkenness,
was covered by the Home Army's "Bałtyk" structure, and Polish resistance infiltrated Stettin's naval yards. Other activities of the resistance consisted of smuggling people to Sweden. The Soviet Red Army captured the city on 26April 1945. While the majority of the almost 400,000 inhabitants had left the city, between 6,000 and 20,000 inhabitants remained in late April. On 28 April 1945 Polish authorities tried to gain control, but in the following month, the Polish administration was twice forced to leave. Finally the permanent handover occurred on 5July 1945. In the meantime, part of the German population had returned, believing it might become part of the Soviet occupation zone of Germany. The Soviet authorities had already appointed the German Communists Erich Spiegel and Erich Wiesner as mayors. Stettin is located mostly west of the Oder river, which was expected to become Poland's new western border, placing Stettin in East Germany. This would have been in accordance with the Potsdam Agreement between the victorious Allied Powers, which envisaged the new border to be in "a line running from the Baltic Sea immediately west of Swinemünde, and thence along the Oder River[...]". Because of the returnees, the German population of the town swelled to 84,000. The mortality rate was at 20%, primarily due to starvation. However, Stettin and the mouth of the Oder River became Polish on 5July 1945, as had been decided in a treaty signed on 26July 1944 between the Soviet Union and the Soviet-controlled Polish Committee of National Liberation (PKWN) (also known as "the Lublin Poles", as contrasted with the London-based Polish government-in-exile). On 4October 1945, the decisive land border of Poland was established west of the 1945 line, and the city was renamed to its historic Polish name Szczecin, but the area excluded the Police area, the Oder river itself, and the port of Szczecin, which remained under Soviet administration. The Oder river was handed over to Polish administration in September 1946, followed by the port between February 1946 and May 1954. Post-war While in 1945 the number of pre-war inhabitants dropped to 57,215 on 31 October 1945, the systematic expulsion of Germans started on 22 February 1946 and continued until late 1947, in accordance with the Potsdam Agreement. In December 1946 about 17,000 German inhabitants remained, while the number of Poles living in the city reached 100,000. To ease the tensions between settlers from different regions, and help overcome fear caused by the continued presence of the Soviet troops, a special event was organised in April 1946 with 50,000 visitors in the partly destroyed city centre. Settlers from Central Poland made up about 70% of Szczecin's new population. In addition to Poles, Ukrainians from Polish areas annexed by the Soviet Union settled there. Also Poles repatriated from Harbin, China and Greeks, refugees of the Greek Civil War, settled in Szczecin in the following years. In 1945 and 1946, the city was the starting point of the northern route used by the Jewish underground organisation Brichah to channel Jewish displaced persons from Central and Eastern Europe to the American occupation zone. Szczecin was rebuilt, and the city's industry was expanded. At the same time, Szczecin became a major Polish industrial centre and an important seaport (particularly for Silesian coal) for Poland, Czechoslovakia, and East Germany. Cultural expansion was accompanied by a campaign resulting in the "removal of all German traces". In 1946, Winston Churchill prominently mentioned Szczecin in his Iron Curtain speech: "From Stettin in the Baltic to Trieste in the Adriatic an iron curtain has descended across the Continent". The city witnessed anti-communist revolts in 1970 and 1980. On August 30, 1980, first of the four August Agreements, which led to the first legalisation of the trade union Solidarity, was signed in Szczecin. The introduction of martial law in December 1981 met with a strike by the dockworkers of Szczecin shipyard, joined by other factories and workplaces in a general strike. All these were suppressed by the authorities. Pope John Paul II visited the city on 11June 1987. Another wave of strikes in Szczecin broke out in 1988 and 1989, which eventually led to the Round Table Agreement and first semi-free elections in post-war Poland. Szczecin has been the capital of the West Pomeranian Voivodeship since 1999. Geography Climate Szczecin has an oceanic climate (Köppen: Cfb) with some humid continental (Dfb) characteristics in normal not updated, typical of Western Pomerania. The winters are colder than on the immediate coast and the summers are warm, but still with some moderation, especially due to the Baltic Sea. The average air temperature in Szczecin ranges from 8 to 8.4 °C. The hottest month is July with a temperature of 15.8 °C to 20.3 °C, the coldest January from -4.1 °C to 2.6 °C. Air temperature below 0 °C occurs on average over 86 days a year, most frequently in January and February. The average annual rainfall is 537 mm, the average rainfall in the cool half-year is 225 mm, and in the warmer half-year is 350 mm. On average, 167 days with precipitation occurs. Architecture and urban planning Szczecin's architectural style is due to trends popular in the last half of the 19th century and the first years of the 20th century: Academic art and Art Nouveau. In many areas built after 1945, especially in the city centre, which had been destroyed due to Allied bombing, social realism is prevalent. The city has an abundance of green areas: parks and avenueswide streets with trees planted in the island separating opposing traffic (where often tram tracks are laid); and roundabouts. Szczecin's city plan resembles that of Paris, mostly because Szczecin was rebuilt in the 1880s according to a design by Georges-Eugène Haussmann, who had redesigned Paris under Napoléon III. This pattern of street design is still used in Szczecin, as many recently built (or modified) city areas include roundabouts and avenues. During the city's reconstruction in the aftermath of World War II, the communist authorities of Poland wanted the city's architecture to reflect an old Polish Piast era. Since no buildings from that time existed, instead Gothic as well as Renaissance buildings were picked as worthy of conservation. The motivation behind this decision was that Renaissance architecture was used by the Griffin dynasty, which had Lechitic and West Slavic roots and was seen to be of Piast extraction by some historians. This view was manifested, for example, by erecting respective memorials, and the naming of streets and enterprises, while German traces were replaced by symbols of three main categories: Piasts, the martyrdom of Poles, and gratitude to the Soviet and Polish armies which had ended the Nazi atrocities against Polish citizens. The ruins of the former Griffin residence, initially renamed "Piast Palace", also played a central role in this concept and were reconstructed in Renaissance style, with all traces of later eras removed. In general, post-Renaissance buildings, especially those from the 19th and early 20th centuries, were deemed unworthy of conservation until the 1970s, and were in part used in the "Bricks for Warsaw" campaign (an effort to rebuild Warsaw after it had been systematically razed following the Warsaw Uprising): with 38 million bricks, Szczecin became Poland's largest brick supplier. The Old Town was rebuilt in the late 1990s, with new buildings, some of which were reconstructions of buildings destroyed in World WarII. The Gothic monuments preserved to this day are parts of European Route of Brick Gothic, along with monuments of other Pomeranian cities, e.g. Stargard, Kamień Pomorski, Sławno and Chełmno. A portion of the Szczecin Landscape Park in the forest of Puszcza Bukowa lies within Szczecin's boundaries. Municipal administration The city is administratively divided into districts (Polish: dzielnica), which are further divided into smaller neighbourhoods. The governing bodies of the latter serve the role of auxiliary local government bodies called Neighbourhood Councils (Polish: Rady Osiedla). Elections for neighbourhood councils are held up to six months after each City Council election. Voter turnout is rather low (on 20May 2007 it ranged from 1.03% to 27.75% and was 3.78% on average). Councillors are responsible mostly for small infrastructure like trees, park benches, playgrounds, etc. Other functions are mostly advisory. Dzielnica Śródmieście (City Centre) includes: Centrum, Drzetowo-Grabowo, Łękno, Międzyodrze-Wyspa Pucka, Niebuszewo-Bolinko, Nowe Miasto, Stare Miasto, Śródmieście-Północ, Śródmieście-Zachód, Turzyn. Dzielnica Północ (North) includes: Bukowo, Golęcino-Gocław, Niebuszewo, Skolwin, Stołczyn, Warszewo, Żelechowa. Dzielnica Zachód (West) includes: Arkońskie-Niemierzyn, Głębokie-Pilchowo, Gumieńce, Krzekowo-Bezrzecze, Osów, Pogodno, Pomorzany, Świerczewo, Zawadzkiego-Klonowica. Dzielnica Prawobrzeże (Right-Bank) includes: Bukowe-Klęskowo, Dąbie, Kijewo, Osiedle Majowe, Osiedle Słoneczne, Płonia-Śmierdnica-Jezierzyce, Podjuchy, Wielgowo-Sławociesze, Załom, Zdroje, Żydowce-Klucz. Other historical neighbourhoods Babin, Barnucin, Basen Górniczy, Błędów, Boleszyce, Bystrzyk, Cieszyce, Cieśnik, Dolina, Drzetowo, Dunikowo, Glinki, Grabowo, Jezierzyce, Kaliny, Kępa Barnicka, Kijewko, Kluczewko, Kłobucko, Kniewo, Kraśnica, Krzekoszów, Lotnisko, Łasztownia, Niemierzyn, Odolany, Oleszna, Podbórz, Port, os.Przyjaźni, Rogatka, Rudnik, Sienna, Skoki, Słowieńsko, Sosnówko, Starków, Stoki, Struga, Śmierdnica, os.Świerczewskie, Trzebusz, Urok, Widok, Zdunowo. Demographics Since the 12th-century Christianization of the city, the majority of the population were Catholics, then since the Renaissance era, up to the end of World War II, the vast majority of the population were Lutheran Protestants, and since 1945, the majority are again Catholics. Historically, the number of inhabitants doubled from 6,081 in 1720, to 12,360 in 1740, and reached 21,255 in 1812, with only 476 Catholics and 5 Jews. By 1852 the population was 48,028, and 58,487 ten years later (1861), including 1,065 Catholics and 1,438 Jews. In 1885, it was 99,543, and by 1905 it ballooned to 224,119 settlers (incl. the military), among them 209,152 Protestants, 8,635 Catholics and 3,010 Jews. In 1939, the number of inhabitants reached 268,421 persons according to German sources including 233,424 Protestants, 10,845 Catholics, and 1,102 Jews. The current population of Szczecin by comparison was 406,427 in 2009. Following the 2014 Ukrainian revolution, Szczecin, much like most other major urban centers in Poland, saw an unprecedented influx of foreign nationals, an overwhelming majority of them Ukrainians; in July 2017 26 thousand of them were officially registered as living and working in Szczecin, with unofficial estimates going as high as 50 thousand, thus making up more than 10% of the city's inhabitants. Number of inhabitants over the centuries Politics Recently, the city has favoured the centre right Civic Platform. Nearly two-thirds (64.54%) of votes cast in the second round of the 2010 presidential election went to the Civic Platform's Bronisław Komorowski, and in the following year's Polish parliamentary election the party won 46.75% of the vote in the Szczecin constituency with Law and Justice second garnering 21.66% and Palikot's Movement third with 11.8%. Members of European Parliament (MEPs) from Szczecin Sławomir Nitras, PO, former MP in the Polish lower house of Parliament. Bogusław Liberadzki, SLD-UP, economist, former Minister of Transport. Marek Gróbarczyk, PiS, engineer and manager, Minister of Maritime Economy. Museums and galleries National Museum in Szczecin (Polish Muzeum Narodowe w Szczecinie) is the largest cultural institution in the West Pomeranian Voivodeship. It has branches: The Main Building of Muzeum Narodowe w Szczecinie, Wały Chrobrego 3 Street. Szczecin's History Museum (Polish Muzeum Historii Szczecina) in the Old Town Hall, Szczecin, Księcia Mściwoja II Street. The Old Art Gallery of the National Museum, Staromłyńska Street 27. The Museum of Contemporary Art, Staromłyńska 1 Street. The Narrow Gauge Railway Exhibition in Gryfice Planned investments: Dialogue Center Breakthroughs (Polish Centrum Dialogu Przełomy) and Maritime Science Centre (Polish Muzeum MorskieCentrum Nauki). Literature Museum (Polish Muzeum Literatury) EUREKA – the miracles of science. The Castle Museum (Polish Muzeum Zamkowe) in the Pomeranian Dukes' Castle, Szczecin. Museum of Technique and CommunicationArt Depot (Polish Muzeum Techniki i KomunikacjiZajezdnia Sztuki). Arts and entertainment There are a few theatres and cinemas in Szczecin: The Castle Cinema (Polish Kino Zamek) Pionier 1909 Cinema (Polish Kino Pionier 1909) Kana Theatre (Polish Teatr Kana) Modern Theatre (Polish Teatr Współczesny) Opera in the Castle (Polish Opera na Zamku) Polish Theatre in Szczecin (Polish Teatr Polski w Szczecinie The Cellar by the Vault Cabaret (Polish Kabaret Piwnica przy Krypcie) The Crypt Theatre (Polish Teatr Krypta) The Pleciuga Puppetry Theatre (Polish Teatr Lalek Pleciuga) The Niema Theatre (Polish Teatr Niema) Szczecin Philharmonic and many historic places as: Bismarck tower Szczecin (ruins of) The Quistorp's Tower (Polish Wieża Quistorpa, German Quistorpturm) Napoleon mound (at the intersection of Klonowica Street and Unii Lubelskiej Street) The statue, Monument of Sailor stands at the Grunwald Square at John Paul II Avenue. Local cuisine The current local cuisine in Szczecin was mostly shaped in the mid-20th century by people who settled in the city from other parts and regions of Poland, including the former Eastern Borderlands. The most renowned dishes of the area are pasztecik szczeciński and paprykarz szczeciński. Other local traditional foods and drinks include Szczecin gingerbread and beer. Pasztecik szczeciński is a deep-fried yeast dough stuffed with meat or vegetarian filling, served in specialised bars as a fast food. The first bar serving pasztecik szczeciński, Bar "Pasztecik" founded in 1969, is located on Wojska Polskiego Avenue 46 in the centre of Szczecin. Pasztecik szczeciński is usually served with clear borscht. Paprykarz szczeciński is a paste made by mixing fish paste (around 50%) with rice, onion, tomato concentrate, vegetable oil, salt and a mixture of spices including chili powder to put it on a sandwich. It is available in most grocery stores in the country. Szczecin gingerbread (pierniki szczecińskie) is a traditional local gingerbread glazed with chocolate or sugar with decorations mostly referring either to the city's architecture or to maritime motifs. Szczecin beer (piwo szczecińskie) includes various types of traditional local Polish beer: light, amber and wheat beer. The city's brewing traditions go back over a thousand years. The word szczeciński or szczecińskie in the names of the products is an adjective from the name of the city of Szczecin, the place of its origin. Sports There are many popular professional sports teams in Szczecin area. The most popular sport today is probably football thanks to Pogoń Szczecin. Amateur sports are played by thousands of Szczecin citizens and also in schools of all levels (elementary, secondary, university). Professional teams Pogoń Szczecin – football team, which competes in the Ekstraklasa (country's top division), as of 2020–21 Wilki Morskie Szczecin – basketball team, which competes in the Polish Basketball League (country's top division), as of 2020–21 Arkonia Szczecin – football team, which competes in the lower divisions, but played in the top division in the past KS Stal Szczecin
however, the Duchy of Pomerania tried to maintain neutrality. Nevertheless, a Landtag that had met in Stettin in 1563 introduced a sixfold rise in real estate taxes to finance the raising of a mercenary army for the duchy's defence. Johann Friedrich also succeeded in elevating Stettin to one of only three places allowed to coin money in the Upper Saxon Circle of the Holy Roman Empire, the other two places being Leipzig and Berlin. Bogislaw XIV, who resided in Stettin beginning in 1620, became the sole ruler and Griffin duke when Philipp Julius, Duke of Pomerania died in 1625. Before the Thirty Years' War reached Pomerania, the city, as well as the entire duchy, declined economically due to the decrease in importance of the Hanseatic League and a conflict between Stettin and Frankfurt an der Oder. 17th to 18th centuries Following the Treaty of Stettin of 1630, the town (along with most of Pomerania) was allied to and occupied by the Swedish Empire, which managed to keep the western parts of Pomerania after the death of BogislawXIV in 1637. From the Peace of Westphalia in 1648, Stettin became the Capital of Swedish Pomerania. Stettin was turned into a major Swedish fortress, which was repeatedly besieged in subsequent wars. The next Treaty of Stettin (1653) did not change this, but due to the downfall of the Swedish Empire after Charles XII, the city went to Prussia in 1720. Instead Stralsund became Capital of the last remaining parts of Swedish Pomerania 1720–1815. The city was on the path of Polish forces led by Hetman Stefan Czarniecki moving from Denmark during the Second Northern War. Czarniecki who led his forces to the city, is today mentioned in the Polish anthem, and numerous locations in the city honour his name. Wars inhibited the city's economic prosperity, which had undergone a deep crisis during the devastation of the Thirty Years' War and was further impeded by the new Swedish-Brandenburg-Prussian frontier, cutting Stettin off from its traditional Farther Pomeranian hinterland. Due to a Plague during the Great Northern War, the city's population dropped from 6,000 people in 1709 to 4,000 in 1711. In 1720, after the Great Northern War, Sweden was forced to cede the city to King Frederick William I of Prussia. Stettin was made the capital city of the Prussian Pomeranian province, since 1815 reorganised as the Province of Pomerania. In 1816, the city had 26,000 inhabitants. The Prussian administration deprived the city of its right to administrative autonomy, abolished guild privileges as well as its status as a staple town, and subsidised manufacturers. Also, colonists were settled in the city, primarily French Huguenots. The French established a prosperous community, greatly contributed to the city's economic revival, and were treated with reluctance by the German burghers and city authorities. 19th to 20th centuries In October 1806, during the War of the Fourth Coalition, believing that he was facing a much larger force, and after receiving a threat of harsh treatment of the city, the Prussian commander Lieutenant General Friedrich von Romberg agreed to surrender the city to the French led by General Lasalle. In fact, Lasalle had only 800 men against vonRomberg's 5,300 men. In March 1809 Romberg was convicted and sentenced to life imprisonment for giving up Stettin without a fight. In 1809, also Polish troops were stationed in the city, while the French remained until 1813. From 1683 to 1812, one Jew was permitted to reside in Stettin, and an additional Jew was allowed to spend a night in the city in case of "urgent business". These permissions were repeatedly withdrawn between 1691 and 1716, also between 1726 and 1730 although else the Swedish regulation was continued by the Prussian administration. Only after the Prussian Edict of Emancipation of 11March 1812, which granted Prussian citizenship to all Jews living in the kingdom, did a Jewish community emerge in Stettin, with the first Jews settling in the town in 1814. Construction of a synagogue started in 1834; the community also owned a religious and a secular school, an orphanage since 1855, and a retirement home since 1893. The Jewish community had between 1,000 and 1,200 members by 1873 and between 2,800 and 3,000 members by 192728. These numbers dropped to 2,701 in 1930 and to 2,322 in late 1934. After the Franco Prussian war of 1870–1871, 1,700 French POWs were imprisoned there in deplorable conditions, resulting in the death of 600 of them; after the Second World War monuments in their memory were built by the Polish authorities. Until 1873, Stettin remained a fortress. When part of the defensive structures were levelled, a new neighbourhood, Neustadt ("New Town") as well as water pipes, sewerage and drainage, and gas works were built to meet the demands of the growing population. Stettin developed into a major Prussian port and became part of the German Empire in 1871. While most of the province retained its agrarian character, Stettin was industrialised, and its population rose from 27,000 in 1813 to 210,000 in 1900 and 255,500 in 1925. Major industries that flourished in Stettin from 1840 were shipbuilding, chemical and food industries, and machinery construction. Starting in 1843, Stettin became connected to the major German and Pomeranian cities by railways, and the water connection to the Bay of Pomerania was enhanced by the construction of the Kaiserfahrt (now Piast) canal. The city was also a scientific centre; for example, it was home to the Entomological Society of Stettin. On 20 October 1890, some of the city's Poles created the "Society of Polish-Catholic Workers" in the city, one of the first Polish organisations. In 1897, the city's ship works began the construction of the pre-dreadnought battleship Kaiser Wilhelm der Grosse. In 1914, before World WarI, the Polish community in the city numbered over 3,000 people, contributing about 2% of the population. These were primarily industrial workers and their families who came from the Poznań (Posen) area and a few local wealthy industrialists and merchants. Among them was Kazimierz Pruszak, director of the Gollnow industrial works and a Polish patriot, who predicted the eventual "return" of Szczecin to Poland. During the interwar period, Stettin was Weimar Germany's largest port on the Baltic Sea, and her third-largest port after Hamburg and Bremen. Cars of the Stoewer automobile company were produced in Stettin from 1899 to 1945. By 1939, the Reichsautobahn BerlinStettin was completed. Stettin played a major role as an entrepôt in the development of the Scottish herring trade with the Continent, peaking at an annual export of more than 400,000 barrels in 1885, 1894 and 1898. Trade flourished till the outbreak of the First World War and resumed on a reduced scale during the years between the wars. In the March 1933 German elections to the Reichstag, the Nazis and German nationalists from the German National People's Party (or DNVP) won most of the votes in the city, together winning 98,626 of 165,331 votes (59.3%), with the NSDAP getting 79,729 (47.9%) and the DNVP 18,897 (11.4%). In 1935, the Wehrmacht made Stettin the headquarters for WehrkreisII, which controlled the military units in all of Mecklenburg and Pomerania. It was also the area headquarters for units stationed at StettinI and II; Swinemünde; Greifswald; and Stralsund. In the interwar period, the Polish minority numbered 2,000 people, less than 1% of the cities population at that time. A number of Poles were members of the Union of Poles in Germany (ZPN), which was active in the city from 1924. A Polish consulate was located in the city between 1925 and 1939. On the initiative of the consulate and ZPN activist Maksymilian Golisz, a number of Polish institutions were established, e.g., a Polish Scout team and a Polish school. German historian Musekamp writes, "however, only very few Poles were active in these institutions, which for the most part were headed by employees of the [Polish] consulate." The withdrawal of the consulate from these institutions led to a general decline of these activities, which were in part upheld by Golisz and Aleksander Omieczyński. Intensified repressions by the Nazis, who exaggerated the Polish activities to propagate an infiltration, led to the closing of the school. In 1938, the head of Szczecin's Union of Poles unit, Stanisław Borkowski, was imprisoned in Oranienburg. In 1939, all Polish organisations in Stettin were disbanded by the German authorities. Golisz and Omieczyński were murdered during the war. After the defeat of Nazi Germany, a street was named after Golisz. According to German historian Jan Musekamp, the activities of the Polish pre-war organizations were exaggerated after World War II for propaganda purposes. World War II During World War II, Stettin was the base for the German 2nd Motorised Infantry Division, which cut across the Polish Corridor and was later used in 1940 as an embarkation point for Operation Weserübung, Germany's assault on Denmark and Norway. On 15 October 1939, neighbouring municipalities were joined to Stettin, creating Groß-Stettin, with about 380,000 inhabitants, in 1940. The city had become the third-largest German city by area, after Berlin and Hamburg. As the war started, the number of non-Germans in the city increased as slave workers were brought in. The first transports came in 1939 from Bydgoszcz, Toruń and Łódź. They were mainly used in a synthetic silk factory near Stettin. The next wave of slave workers was brought in 1940, in addition to PoWs who were used for work in the agricultural industry. According to German police reports from 1940, 15,000 Polish slave workers lived within the city. During the war, 135 forced labour camps for slave workers were established in the city. Most of the 25,000 slave workers were Poles, but Czechs, Italians, Frenchmen and Belgians, as well as Dutch citizens, were also enslaved in the camps. A Nazi prison was also operated in the city, with forced labour subcamps in the region. In February 1940, the Jews of Stettin were deported to the Lublin reservation. International press reports emerged, describing how the Nazis forced Jews, regardless of age, condition and gender, to sign away all property and loaded them onto trains headed to the camp, escorted by members of the SA and SS. Due to publicity given to the event, German institutions ordered such future actions to be made in a way unlikely to attract public notice. The action was the first deportation of Jews from prewar territory in Nazi Germany. Allied air raids in 1944 and heavy fighting between the German and Soviet armies destroyed 65% of Stettin's buildings and almost all of the city centre, the seaport, and local industries. Polish Home Army intelligence assisted in pinpointing targets for Allied
this interaction takes place on atomic electrons it occurs with the same rate in both the heavy and light water. Experimental results and impact The first scientific results of SNO were published on 18 June 2001, and presented the first clear evidence that neutrinos oscillate (i.e. that they can transmute into one another), as they travel from the Sun. This oscillation, in turn, implies that neutrinos have non-zero masses. The total flux of all neutrino flavours measured by SNO agrees well with theoretical predictions. Further measurements carried out by SNO have since confirmed and improved the precision of the original result. Although Super-K had beaten SNO to the punch, having published evidence for neutrino oscillation as early as 1998, the Super-K results were not conclusive and did not specifically deal with solar neutrinos. SNO's results were the first to directly demonstrate oscillations in solar neutrinos. This was important to the standard solar model. In 2007, the Franklin Institute awarded the director of SNO Art McDonald with the Benjamin Franklin Medal in Physics. In 2015 the Nobel Prize for Physics was jointly awarded to Arthur B. McDonald, and Takaaki Kajita of the University of Tokyo, for the discovery of neutrino oscillations. Other possible analyses The SNO detector would have been capable of detecting a supernova within our galaxy if one had occurred while the detector was online. As neutrinos emitted by a supernova are released earlier than the photons, it is possible to alert the astronomical community before the supernova is visible. SNO was a founding member of the Supernova Early Warning System (SNEWS) with Super-Kamiokande and the Large Volume Detector. No such supernovae have yet been detected. The SNO experiment was also able to observe atmospheric neutrinos produced by cosmic ray interactions in the atmosphere. Due to the limited size of the SNO detector in comparison with Super-K, the low cosmic ray neutrino signal is not statistically significant at neutrino energies below 1 GeV. Participating institutions Large particle physics experiments require large collaborations. With approximately 100 collaborators, SNO was a rather small group compared to collider experiments. The participating institutions have included: Canada Carleton University Laurentian University Queen's University – designed and built many calibration sources and the device for deploying sources TRIUMF University of British Columbia University of Guelph Although no longer a collaborating institution, Chalk River Laboratories led the construction of the acrylic vessel that holds the heavy water, and Atomic Energy of Canada Limited was the source of the heavy water. United Kingdom University of Oxford – developed much of the experiment's Monte Carlo analysis program (SNOMAN), and maintained the program University of Sussex - Calibration United States Lawrence Berkeley National Laboratory (LBNL) – Led the construction of the geodesic structure that holds the PMTs Pacific Northwest National Laboratory (PNNL) Los Alamos National Laboratory (LANL) University of Pennsylvania – designed and built the front end electronics and trigger University of Washington – designed and built proportional counter tubes for detection of neutrons in the third phase of the experiment Brookhaven National Laboratory University of Texas at Austin Massachusetts Institute of Technology Honours and awards Asteroid 14724 SNO is named in honour of SNO. In November 2006, the entire SNO team was awarded the inaugural John C. Polanyi Award for "a recent outstanding advance in any field of the natural sciences or engineering" conducted in Canada. SNO principal investigator Arthur B. McDonald won the 2015 Nobel Prize in Physics, jointly with Takaaki Kajita of Super-Kamiokande, for the discovery of neutrino oscillation. SNO was awarded the 2016 Fundamental Physics Prize along with 4 other neutrino experiments. See also
Super-K results were not conclusive and did not specifically deal with solar neutrinos. SNO's results were the first to directly demonstrate oscillations in solar neutrinos. This was important to the standard solar model. In 2007, the Franklin Institute awarded the director of SNO Art McDonald with the Benjamin Franklin Medal in Physics. In 2015 the Nobel Prize for Physics was jointly awarded to Arthur B. McDonald, and Takaaki Kajita of the University of Tokyo, for the discovery of neutrino oscillations. Other possible analyses The SNO detector would have been capable of detecting a supernova within our galaxy if one had occurred while the detector was online. As neutrinos emitted by a supernova are released earlier than the photons, it is possible to alert the astronomical community before the supernova is visible. SNO was a founding member of the Supernova Early Warning System (SNEWS) with Super-Kamiokande and the Large Volume Detector. No such supernovae have yet been detected. The SNO experiment was also able to observe atmospheric neutrinos produced by cosmic ray interactions in the atmosphere. Due to the limited size of the SNO detector in comparison with Super-K, the low cosmic ray neutrino signal is not statistically significant at neutrino energies below 1 GeV. Participating institutions Large particle physics experiments require large collaborations. With approximately 100 collaborators, SNO was a rather small group compared to collider experiments. The participating institutions have included: Canada Carleton University Laurentian University Queen's University – designed and built many calibration sources and the device for deploying sources TRIUMF University of British Columbia University of Guelph Although no longer a collaborating institution, Chalk River Laboratories led the construction of the acrylic vessel that holds the heavy water, and Atomic Energy of Canada Limited was the source of the heavy water. United Kingdom University of Oxford – developed much of the experiment's Monte Carlo analysis program (SNOMAN), and maintained the program University of Sussex - Calibration United States Lawrence Berkeley National Laboratory (LBNL) – Led the construction of the geodesic structure that holds the PMTs Pacific Northwest National Laboratory (PNNL) Los Alamos National Laboratory (LANL) University of Pennsylvania – designed and built the front end electronics and trigger University of Washington – designed and built proportional counter tubes for detection of neutrons in the third phase of the experiment Brookhaven National Laboratory University of Texas at Austin Massachusetts Institute of Technology Honours and awards Asteroid 14724 SNO is named in honour of SNO. In November 2006, the entire SNO team was awarded the inaugural John C. Polanyi Award for "a recent outstanding advance in any field of the natural sciences or engineering" conducted in Canada. SNO principal investigator Arthur B. McDonald won the 2015 Nobel Prize in Physics, jointly with Takaaki Kajita of Super-Kamiokande, for the discovery of neutrino oscillation. SNO was awarded the 2016 Fundamental Physics Prize along with 4 other neutrino experiments. See also DEAP – Dark Matter Experiment using Argon Pulse-shape at SNO location Homestake experiment – A predecessor experiment conducted 1970–1994 in a mine at Lead, South Dakota SNO+ – The successor of SNO SNOLAB – A permanent underground physics laboratory being built around SNO References External links SNO's official site Joshua Klein's Introduction to SNO, Solar Neutrinos, and Penn at SNO Showcase of Canadian Engineering Achievement: Sudbury Neutrino Observatory (IEEE Canada). Several articles about the civil engineering of SNO. SNO experiment record on INSPIRE-HEP Neutrino
anomalous response caused by natural radioactivity in the surrounding rock. Monitoring system Online monitoring system An online monitor computer located in the control room reads data from the DAQ host computer via an FDDI link. It provides shift operators with a flexible tool for selecting event display features, makes online and recent-history histograms to monitor detector performance, and performs a variety of additional tasks needed to efficiently monitor status and diagnose detector and DAQ problems. Events in the data stream can be skimmed off and elementary analysis tools can be applied to check data quality during calibrations or after changes in hardware or online software. Realtime supernova monitor To detect and identify such bursts as efficiently and promptly as possible Super-Kamiokande is equipped with an online supernova monitor system. About 10,000 total events are expected in Super-Kamiokande for a supernova explosion at the center of our Galaxy. Super-Kamiokande can measure a burst with no dead-time, up to 30,000 events within the first second of a burst. Theoretical calculations of supernova explosions suggest that neutrinos are emitted over a total time-scale of tens of seconds with about a half of them emitted during the first one or two seconds. The Super-K will search for event clusters in specified time windows of 0.5, 2 and 10 s. Data are transmitted to realtime SN-watch analysis process every 2 min and analysis is completed typically in 1 min. When supernova (SN) event candidates are found, is calculated if the event multiplicity is larger than 16, where is defined as the average spatial distance between events, i.e. Neutrinos from supernovae interact with free protons, producing positrons which are distributed so uniformly in the detector that for SN events should be significantly larger than for ordinary spatial clusters of events. In the Super-Kamiokande detector, Rmean for uniformly distributed Monte Carlo events shows that no tail exists below ⩽1000 cm. For the "alarm" class of burst, the events are required to have ⩾900 cm for 25⩽⩽40 or ⩾750 cm for >40. These thresholds were determined by extrapolation from SN1987A data. The system will run special processes to check for spallation muons when burst candidates meeting "alarm" criteria and make a primarily decision for further process. If the burst candidate passes these checks, the data will be reanalyzed using an offline process and a final decision will be made within a few hours. During the Super-Kamiokande I running, this never occurred. One of the important capabilities for [Super-Kamiokande] is to reconstruct the direction to supernova. By neutrino–electron scattering, , a total of 100–150 events are expected in case of a supernova at the center of our Galaxy. The direction to supernova can be measured with angular resolution where N is the number of events produced by the ν–e scattering. The angular resolution, therefore, can be as good as δθ∼3° for a supernova at the center of our Galaxy. In this case, not only time profile and the energy spectrum of a neutrino burst, but also the information on direction of supernova can be provided. Slow control monitor and offline process monitor There is a process called the "slow control" monitor, as part of the online monitoring system, watches the status of the HV systems, the temperatures of electronics crates and the status of the compensating coils used to cancel the geomagnetic field. When any deviation from norms is detected, it will alert physicists to prompt to investigate, take appropriate action, or notify experts. To monitor and control the offline processes that analyze and transfer data, a set of software was sophisticatedly developed. This monitor allows non-expert shift physicists to identify and repair common problems to minimize down time, and the software package was a significant contribution to the smooth operation of the experiment and its overall high lifetime efficiency for data taking. Research Solar neutrino The energy of the Sun comes from the nuclear fusion in its core where a helium atom and an electron neutrino are generated by 4 protons. These neutrinos emitted from this reaction are called solar neutrinos. Photons, created by the nuclear fusion in the center of the Sun, take millions of years to reach the surface; on the other hand, solar neutrinos arrive at the earth in eight minutes due to their lack of interactions with matter. Hence, solar neutrinos make it possible for us to observe the inner Sun in "real-time" that takes millions of years for visible light. In 1999, the Super-Kamiokande detected strong evidence of neutrino oscillation that successfully explained the solar neutrino problem. The Sun and about 80% of the visible stars produce their energy by the conversion of hydrogen to helium via MeV Consequently, stars are a source of neutrinos, including our Sun. These neutrinos primarily come through the p-p chain in lower masses, and for cooler stars, primarily through the CNO cycle of heavier masses. In the early 1990s, particularly with the uncertainties that accompanied the initial results from Kamioka II and the Ga experiments, no individual experiment required a non-astrophysical solution of the solar neutrino problem. But in aggregate, the Cl, Kamioka II, and Ga experiments indicated a pattern of neutrino fluxes that was not compatible with any adjustment of the SSM. This in turn helped motivate a new generation of spectacularly capable active detectors. These experiments are Super-Kamiokande, the Sudbury Neutrino Observatory (SNO), and Borexino. Super-Kamiokande was able to detect elastic scattering (ES) events which, due to the charged-current contribution to scattering, has a relative sensitivity to s and heavy-flavor neutrinos of ∼7:1. Since the direction of the recoil electron is constrained to be very forward, the direction of the neutrinos are kept in the direction of recoil electrons. Here, is provided where is the angle between the direction of recoil electrons and the Sun's position. This shows that the solar neutrino flux can be calculated to be . Comparing to the SSM, the ratio is . The result clearly indicates the deficit of solar neutrinos. Atmospheric neutrino Atmospheric neutrinos are secondary cosmic rays produced by the decay of particles resulting from interactions of primary cosmic rays (mostly protons) with Earth atmosphere. The observed atmospheric neutrino events fall into four categories. Fully contained (FC) events have all their tracks in the inner detector, while partially contained (PC) events have escaping tracks from the inner detector. Upward through-going muons (UTM) are produced in the rock beneath the detector and go through the inner detector. Upward stopping muons (USM) are also produced in the rock beneath the detector, but stop in the inner detector. The number of observed number of neutrinos is predicted uniformly regardless of the zenith angle. However, Super-Kamiokande found that the number of upward going muon neutrinos (generated on the other side of the Earth) is half of the number of downward going muon neutrinos in 1998. This can be explained by the neutrinos changing or oscillating into some other neutrinos that are not detected. This is called neutrino oscillation; this discovery indicates the finite mass of neutrinos and suggests an extension of the Standard Model. Neutrinos oscillate in three flavors, and all neutrinos have their rest mass. Later analysis in 2004 suggested a sinusoidal dependence of the event rate as a function of "Length/Energy", which confirmed the neutrino oscillations. K2K Experiment The K2K experiment was a neutrino experiment from June 1999 to November 2004. This experiment was designed to verify oscillations observed by Super-Kamiokande through muon neutrinos. It gives first positive measurement of neutrino oscillations in conditions that both source and detector are under control. The Super-Kamiokande detector plays an important role in the experiment as the far detector. Later experiment T2K experiment continued as the second generation follow up to the K2K experiment. T2K Experiment T2K (Tokai to Kamioka) experiment is a neutrino experiment collaborated by several countries including Japan, United States and others. The goal of T2K is to gain deeper understanding of parameters of neutrino oscillation. T2K has made a search for oscillations from muon neutrinos to electron neutrinos, and announced the first experimental indications for them in June 2011. The Super-Kamiokande detector plays as the "far detector". The Super-K detector will record the Cherenkov radiation of muons and electrons created by interactions between high energy neutrinos and water. Proton Decay The proton is assumed to be absolutely stable in the Standard Model. However, the Grand Unified Theories (GUTs) predict that protons can decay into lighter energetic charged particles such as electrons, muons, pions, or others which can be observed. Kamiokande helps to rule out some of these theories. Super-Kamiokande is currently the largest detector for observation of proton decay. Purification Water purification system The 50 kilotons of pure water is continually reprocessed at rate about 30 tons/hour in a closed system since early 2002. Now, raw mine water is recycled through the first step (particle filters and RO) for some time before other processes, which involve expensive expendables, are imposed. Initially, water from the Super-Kamiokande tank is passed through nominal 1 μm mesh filters to remove dust and particles, which reduce the transparency of the water for Cherenkov photons and provide a possible radon source inside the Super-Kamiokande detector. A heat exchanger is used to cool down the water in order to reduce the PMT dark noise level as well as suppress the growth of bacteria. Surviving bacteria are killed by a UV sterilizer stage. A cartridge polisher (CP) eliminates heavy ions, which also reduce water transparency and include radioactive species.
position. Thus the ID is in effect tiled with supermodules. During installation, ID PMTs were pre-assembled in units of three for easy installation. Each supermodule has two OD PMTs attached on its back side. The support structure for the bottom PMTs is attached to the bottom of the stainless-steel tank by one vertical beam per supermodule frame. The support structure for the top of the tank is also used as the support structure for the top PMTs. Cables from each group of 3 PMTs are bundled together. All cables run up the outer surface of the PMT support structure, i.e., on the OD PMT plane, pass through cable ports at the top of the tank, and are then routed into the electronics huts. The thickness of the OD varies slightly, but is on average about 2.6 m on top and bottom, and 2.7 m on the barrel wall, giving the OD a total mass of 18 kilotons. OD PMTs were distributed with 302 on the top layer, 308 on the bottom, and 1275 on the barrel wall. To protect against low energy background radiation from radon decay products in the air, the roof of the cavity and the access tunnels were sealed with a coating called Mineguard. Mineguard is a spray-applied polyurethane membrane developed for use as a rock support system and radon gas barrier in the mining industry. The average geomagnetic field is about 450 mG and is inclined by about 45° with respect to the horizon at the detector site. This presents a problem for the large and very sensitive PMTs which prefer a much lower ambient field. The strength and uniform direction of the geomagnetic field could systematically bias photoelectron trajectories and timing in the PMTs. To counteract this 26 sets of horizontal and vertical Helmholtz coils are arranged around the inner surfaces of the tank. With these in operation the average field in the detector is reduced to about 50 mG. The magnetic field at various PMT locations were measured before the tank was filled with water. A standard fiducial volume of approximately 22.5 kilotonnes is defined as the region inside a surface drawn 2.00 m from the ID wall to minimize the anomalous response caused by natural radioactivity in the surrounding rock. Monitoring system Online monitoring system An online monitor computer located in the control room reads data from the DAQ host computer via an FDDI link. It provides shift operators with a flexible tool for selecting event display features, makes online and recent-history histograms to monitor detector performance, and performs a variety of additional tasks needed to efficiently monitor status and diagnose detector and DAQ problems. Events in the data stream can be skimmed off and elementary analysis tools can be applied to check data quality during calibrations or after changes in hardware or online software. Realtime supernova monitor To detect and identify such bursts as efficiently and promptly as possible Super-Kamiokande is equipped with an online supernova monitor system. About 10,000 total events are expected in Super-Kamiokande for a supernova explosion at the center of our Galaxy. Super-Kamiokande can measure a burst with no dead-time, up to 30,000 events within the first second of a burst. Theoretical calculations of supernova explosions suggest that neutrinos are emitted over a total time-scale of tens of seconds with about a half of them emitted during the first one or two seconds. The Super-K will search for event clusters in specified time windows of 0.5, 2 and 10 s. Data are transmitted to realtime SN-watch analysis process every 2 min and analysis is completed typically in 1 min. When supernova (SN) event candidates are found, is calculated if the event multiplicity is larger than 16, where is defined as the average spatial distance between events, i.e. Neutrinos from supernovae interact with free protons, producing positrons which are distributed so uniformly in the detector that for SN events should be significantly larger than for ordinary spatial clusters of events. In the Super-Kamiokande detector, Rmean for uniformly distributed Monte Carlo events shows that no tail exists below ⩽1000 cm. For the "alarm" class of burst, the events are required to have ⩾900 cm for 25⩽⩽40 or ⩾750 cm for >40. These thresholds were determined by extrapolation from SN1987A data. The system will run special processes to check for spallation muons when burst candidates meeting "alarm" criteria and make a primarily decision for further process. If the burst candidate passes these checks, the data will be reanalyzed using an offline process and a final decision will be made within a few hours. During the Super-Kamiokande I running, this never occurred. One of the important capabilities for [Super-Kamiokande] is to reconstruct the direction to supernova. By neutrino–electron scattering, , a total of 100–150 events are expected in case of a supernova at the center of our Galaxy. The direction to supernova can be measured with angular resolution where N is the number of events produced by the ν–e scattering. The angular resolution, therefore, can be as good as δθ∼3° for a supernova at the center of our Galaxy. In this case, not only time profile and the energy spectrum of a neutrino burst, but also the information on direction of supernova can be provided. Slow control monitor and offline process monitor There is a process called the "slow control" monitor, as part of the online monitoring system, watches the status of the HV systems, the temperatures of electronics crates and the status of the compensating coils used to cancel the geomagnetic field. When any deviation from norms is detected, it will alert physicists to prompt to investigate, take appropriate action, or notify experts. To monitor and control the offline processes that analyze and transfer data, a set of software was sophisticatedly developed. This monitor allows non-expert shift physicists to identify and repair common problems to minimize down time, and the software package was a significant contribution to the smooth operation of the experiment and its overall high lifetime efficiency for data taking. Research Solar neutrino The energy of the Sun comes from the nuclear fusion in its core where a helium atom and an electron neutrino are generated by 4 protons. These neutrinos emitted from this reaction are called solar neutrinos. Photons, created by the nuclear fusion in the center of the Sun, take millions of years to reach the surface; on the other hand, solar neutrinos arrive at the earth in eight minutes due to their lack of interactions with matter. Hence, solar neutrinos make it possible for us to observe the inner Sun in "real-time" that takes millions of years for visible light. In 1999, the Super-Kamiokande detected strong evidence of neutrino oscillation that successfully explained the solar neutrino problem. The Sun and about 80% of the visible stars produce their energy by the conversion of hydrogen to helium via MeV Consequently, stars are a source of neutrinos, including our Sun. These neutrinos primarily come through the p-p chain in lower masses, and for cooler stars, primarily through the CNO cycle of heavier masses. In the early 1990s, particularly with the uncertainties that accompanied the initial results from Kamioka II and the Ga experiments, no individual experiment required a non-astrophysical solution of the solar neutrino problem. But in aggregate, the Cl, Kamioka II, and Ga experiments indicated a pattern of neutrino fluxes that was not compatible with any adjustment of the SSM. This in turn helped motivate a new generation of spectacularly capable active detectors. These experiments are Super-Kamiokande, the Sudbury Neutrino Observatory (SNO), and Borexino. Super-Kamiokande was able to detect elastic scattering (ES) events which, due to the charged-current contribution to scattering, has a relative sensitivity to s and heavy-flavor neutrinos of ∼7:1. Since the direction of the recoil electron is constrained to be very forward, the direction of the neutrinos are kept in the direction of recoil electrons. Here, is provided where is the angle between the direction of recoil electrons and the Sun's position. This shows that the solar neutrino flux can be calculated to be . Comparing to the SSM, the ratio is . The result clearly indicates the deficit of solar neutrinos. Atmospheric neutrino Atmospheric neutrinos are secondary cosmic rays produced by the decay of particles resulting from interactions of primary cosmic rays (mostly protons) with Earth atmosphere. The observed atmospheric neutrino events fall into four categories. Fully contained (FC) events have all their tracks in the inner detector, while partially contained (PC) events have escaping tracks from the inner detector. Upward through-going muons (UTM) are produced in the rock beneath the detector and go through the inner detector. Upward stopping muons (USM) are also produced in the rock beneath the detector, but stop in the inner detector. The number of observed number of neutrinos is predicted uniformly regardless of the zenith angle. However, Super-Kamiokande found that the number of upward going muon neutrinos (generated on the other side of the Earth) is half of the number of downward going muon neutrinos in 1998. This can be explained by the neutrinos changing or oscillating into some other neutrinos that are not detected. This is called neutrino oscillation; this discovery indicates the finite mass of neutrinos and suggests an extension of the Standard Model. Neutrinos oscillate in three flavors, and all neutrinos have their rest mass. Later analysis in 2004 suggested a sinusoidal dependence of the event rate as a function of "Length/Energy", which confirmed the neutrino oscillations. K2K Experiment The K2K experiment was a neutrino experiment from June 1999 to November 2004. This experiment was designed to verify oscillations observed by Super-Kamiokande through muon neutrinos. It gives first positive measurement of neutrino oscillations in conditions that both source and detector are under control. The Super-Kamiokande detector plays an important role in the experiment as the far detector. Later experiment T2K experiment continued as the second generation follow up to the K2K experiment. T2K Experiment T2K (Tokai to Kamioka) experiment is a neutrino experiment collaborated by several countries including Japan, United States and others. The goal of T2K is to gain deeper understanding of parameters of neutrino oscillation. T2K has made a search for oscillations from muon neutrinos to electron neutrinos, and announced the first experimental indications for them in June 2011. The Super-Kamiokande detector plays as the "far detector". The Super-K detector will record the Cherenkov radiation of muons and electrons created by interactions between high energy neutrinos and water. Proton Decay The proton is assumed to be absolutely stable in the Standard Model. However, the Grand Unified Theories (GUTs) predict that protons can decay into lighter energetic charged particles such as electrons, muons, pions, or others which can be observed. Kamiokande helps to rule out some of these theories. Super-Kamiokande is currently the largest detector for observation of proton decay. Purification Water purification system The 50 kilotons of pure water is continually reprocessed at rate about 30 tons/hour in a closed system since early 2002. Now, raw mine water is recycled through the first step (particle filters and RO) for some time before other processes, which involve expensive expendables, are imposed. Initially, water from the Super-Kamiokande tank is passed through nominal 1 μm mesh filters to remove dust and particles, which reduce the transparency of the water for Cherenkov photons and provide a possible radon source inside the Super-Kamiokande detector. A heat exchanger is used to cool down the water in order to reduce the PMT dark noise level as well as suppress the growth of bacteria. Surviving bacteria are killed by a UV sterilizer stage. A cartridge polisher (CP) eliminates heavy ions, which also reduce water transparency and include radioactive species. The CP module increases the typical resistivity of recirculating water from 11 MΩ cm to 18.24 MΩ cm, approaching chemical limit. Originally, an ion-exchanger (IE) was included in system, but it was removed when IE resin was found
population inversion () is present, therefore, optical amplification of incident radiation will take place. Although energy generated by stimulated emission is always at the exact frequency of the field which has stimulated it, the above rate equation refers only to excitation at the particular optical frequency corresponding to the energy of the transition. At frequencies offset from the strength of stimulated (or spontaneous) emission will be decreased according to the so-called line shape. Considering only homogeneous broadening affecting an atomic or molecular resonance, the spectral line shape function is described as a Lorentzian distribution where is the full width at half maximum or FWHM bandwidth. The peak value of the Lorentzian line shape occurs at the line center, . A line shape function can be normalized so that its value at is unity; in the case of a Lorentzian we obtain Thus stimulated emission at frequencies away from is reduced by this factor. In practice there may also be broadening of the line shape due to inhomogeneous broadening, most notably due to the Doppler effect resulting from the distribution of velocities in a gas at a certain temperature. This has a Gaussian shape and reduces the peak strength of the line shape function. In a practical problem the full line shape function can be computed through a convolution of the individual line shape functions involved. Therefore, optical amplification will add power to an incident optical field at frequency at a rate given by Stimulated emission cross section The stimulated emission cross section is where A21 is the Einstein A coefficient, λ is the wavelength in vacuum, n is the refractive index of the medium (dimensionless), and g(ν) is the spectral line shape function. Optical amplification Stimulated emission can provide a physical mechanism for optical amplification. If an external source of energy stimulates more than 50% of the atoms in the ground state to transition into the excited state, then what is called a population inversion is created. When light of the appropriate frequency passes through the inverted medium, the photons are either absorbed by the atoms that remain in the ground state or the photons stimulate the excited atoms to emit additional photons of the same frequency, phase, and direction. Since more atoms are in the excited state than in the ground state then an amplification of the input intensity results. The population inversion, in units of atoms per cubic meter, is where g1 and g2 are the degeneracies of energy levels 1 and 2, respectively. Small signal gain equation The intensity (in watts per square meter) of the stimulated emission is governed by the following differential equation: as long as the intensity I(z) is small enough so that it does not have a significant effect on the magnitude of the population inversion. Grouping the first two factors together, this equation simplifies as where is the small-signal gain coefficient (in units of radians per meter). We can solve the differential equation using separation of variables: Integrating, we find: or where is the optical intensity of the input signal (in watts per square meter). Saturation intensity The saturation intensity IS is defined as the input intensity at which the gain of the optical amplifier drops to exactly half of the small-signal gain. We can compute the saturation intensity as where is Planck's constant, and is the saturation time constant, which depends on the spontaneous emission lifetimes of the various transitions between the energy levels related to the amplification. is the frequency in Hz The minimum value of occurs on resonance, where the cross section is the largest. This minimum value is: For a simple two-level atom with a natural linewidth , the saturation time constant . General gain equation The general form of the gain equation, which applies regardless of the input intensity, derives from the general differential equation for the intensity I as a function of position z in the gain medium: where is saturation intensity. To solve, we first rearrange the equation in order to separate the variables, intensity I and position z: Integrating both sides, we obtain or The gain G of the amplifier is defined as the optical intensity I at position z divided by the input intensity: Substituting this definition into the prior equation, we find the general gain equation': Small signal approximation In the special case where the input signal is small compared to the saturation intensity, in other words, then the general
absorbed. As the electron in the atom makes a transition between two stationary states (neither of which shows a dipole field), it enters a transition state which does have a dipole field, and which acts like a small electric dipole, and this dipole oscillates at a characteristic frequency. In response to the external electric field at this frequency, the probability of the electron entering this transition state is greatly increased. Thus, the rate of transitions between two stationary states is increased beyond that of spontaneous emission. A transition from the higher to a lower energy state produces an additional photon with the same phase and direction as the incident photon; this is the process of stimulated emission. History Stimulated emission was a theoretical discovery by Albert Einstein within the framework of the old quantum theory, wherein the emission is described in terms of photons that are the quanta of the EM field. Stimulated emission can also occur in classical models, without reference to photons or quantum-mechanics. (See also .) Mathematical model Stimulated emission can be modelled mathematically by considering an atom that may be in one of two electronic energy states, a lower level state (possibly the ground state) (1) and an excited state (2), with energies E1 and E2 respectively. If the atom is in the excited state, it may decay into the lower state by the process of spontaneous emission, releasing the difference in energies between the two states as a photon. The photon will have frequency ν0 and energy hν0, given by: where h is Planck's constant. Alternatively, if the excited-state atom is perturbed by an electric field of frequency ν0, it may emit an additional photon of the same frequency and in phase, thus augmenting the external field, leaving the atom in the lower energy state. This process is known as stimulated emission. In a group of such atoms, if the number of atoms in the excited state is given by N2, the rate at which stimulated emission occurs is given by where the proportionality constant B21 is known as the Einstein B coefficient for that particular transition, and ρ(ν) is the radiation density of the incident field at frequency ν. The rate of emission is thus proportional to the number of atoms in the excited state N2, and to the density of incident photons. At the same time, there will be a process of atomic absorption which removes energy from the field while raising electrons from the lower state to the upper state. Its rate is given by an essentially identical equation, The rate of absorption is thus proportional to the number of atoms in the lower state, N1. Einstein showed that the coefficient for this transition must be identical to that for stimulated emission: Thus absorption and stimulated emission are reverse processes proceeding at somewhat different rates. Another way of viewing this is to look at the net stimulated emission or absorption viewing it as a single process. The net rate of transitions from E2 to E1 due to this combined process can be found by adding their respective rates, given above: Thus a net power is released into the electric field equal to the photon energy hν times this net transition rate. In order for this to be a positive number, indicating net stimulated emission, there must be more atoms in the excited state than in the lower level: . Otherwise there is net absorption and the power of the wave is reduced during passage through the medium. The special condition is known as a population inversion, a rather unusual condition that must be effected in the gain medium of a laser. The notable characteristic of stimulated emission compared to everyday light sources (which depend
Analog signal Audio signal Digital signal Digital signal (signal processing) Cell signaling, in biology Signalling (economics), in economics theory Signalling theory, in evolutionary biology Time signal Computing SIGNAL (programming language), a synchronous programming language Signal (software), an end-to-end encrypted voice calling, video calling and instant messaging app Signal Protocol, a cryptographic protocol used by the Signal application Signal (IPC), a form of inter-process communication used in Unix and related operating systems C signal handling, a way for handling signals received by programs during their execution A term in functional reactive programming Communications International Code of Signals, a standard for sending signals by displaying flags Maritime flag signalling, generally flaghoist signalling, by which ships communicate with each other Naval flag signalling, covers various forms of flag signalling, such as semaphore or flaghoist Military communications, often called "signals" Recognition signal in human, technical or biological communications Signaling protocol to establish or tear down a connection, and to identify the state of the connection Signaling (telecommunications), a part of some communication protocols Smoke signal, an ancient form of communication Telegraphic signal, in telegraphy Transportation Railway signal Traffic light Arts and entertainment Signal (magazine), a Wehrmacht propaganda magazine which was published in occupied Europe during World War II SIGNAL (US magazine), publication of the Armed Forces Communications and Electronics Association Signal, a New York Yiddish-language literary monthly published from 1933 to 1936
or biological communications Signaling protocol to establish or tear down a connection, and to identify the state of the connection Signaling (telecommunications), a part of some communication protocols Smoke signal, an ancient form of communication Telegraphic signal, in telegraphy Transportation Railway signal Traffic light Arts and entertainment Signal (magazine), a Wehrmacht propaganda magazine which was published in occupied Europe during World War II SIGNAL (US magazine), publication of the Armed Forces Communications and Electronics Association Signal, a New York Yiddish-language literary monthly published from 1933 to 1936 by the Communist Party USA Signal (novel), a 2009 children's novel about a boy who helps a girl from another planet signal her parents Signal (South Korean TV series), a 2016 South Korean police procedural TV series Signal (Japanese TV series), a 2018 Japanese police procedural TV series based on the 2016 South Korean series of the same name Signal – The Southeast Electronic Music Festival, an annual music festival held in the US Signal, Wyoming, a fictional town from the 2005 film Brokeback Mountain "Signals", a 2005 episode of the animated television series 12 oz. Mouse Music Signal (band), a Bulgarian
Nome, featuring Balto and Togo. Although Balto is considered the more famous, being the dog that delivered the serum to Nome after running the final 53-mile leg, it was Togo who made the longest run of the relay, guiding his musher Leonhard Seppala on a 261-mile journey that included crossing the deadly Norton Sound to Golovin, and who ultimately became a foundation dog for the Siberian Husky breed. As the breed was beginning to come to prominence, in 1933 Navy Rear Admiral Richard E. Byrd brought about 50 Siberian Huskies with him on an expedition in which he hoped to journey around the 16,000-mile coast of Antarctica. Many of the dogs were trained at Chinook Kennels in New Hampshire. Called Operation Highjump, the historic trek proved the worth of the Siberian Husky due to its compact size and great speed. Siberian Huskies also served in the United States Army's Arctic Search and Rescue Unit of the Air Transport Command during World War II. Their popularity was sustained into the 21st century. They were ranked 16th among American Kennel Club registrants in 2012, rising to 14th place in 2013. 1940s-present Huskies were extensively used as sled dogs by the British Antarctic Survey in Antarctica between 1945 and 1994. A bronze monument to all of BAS's dog teams sits outside its Cambridge headquarters. In 1960, the US Army undertook a project to construct an under the ice facility for defense and space research, Camp Century, part of Project Iceworm involved a 150+ crew who also brought with them an unofficial mascot, a Siberian Husky named Mukluk. Due to their high popularity combining with their high physical and mental needs, Siberians are abandoned or surrendered to shelters at high rates by new owners who do not research them fully and find themselves unable to care for them. Many decide on the breed for their looks and mythos in pop culture, and purchase pups from backyard breeders or puppy mills who do not have breeder-return contracts that responsible breeders will, designed to keep the breed out of shelters. Sled dogs that were bred and kept by the Chukchi tribes of Siberia were thought to have gone extinct, but Benedict Allen, writing for Geographical magazine in 2006 after visiting the region, reported their survival. His description of the breeding practiced by the Chukchi mentions selection for obedience, endurance, amiable disposition, and sizing that enabled families to support them without undue difficulty. Traditional use and other activities Originally, huskies were used as sled dogs in the polar regions. One can differentiate huskies from other dog types by their fast pulling-style. Modern racing huskies (also known as Alaskan huskies) represent an ever-changing crossbreed of the fastest dogs. Humans use huskies in sled-dog racing. Various companies]have marketed tourist treks with dog sledges for adventure travelers in snow regions. Huskies are also kept as pets, and groups work to find new pet homes for retired racing and adventure-trekking dogs. Many huskies, especially Siberian Huskies, are considered “working dogs” and often are high energy. Exercise is extremely important for the physical and mental health of these kinds of dogs and it can also prompt a strong bond between the owner and dog. Since many owners now have huskies as pets in settings that are not ideal for sledding, other activities have been found that are good for the dog and fun for the owner. Rally Obedience: Owners guide their dogs through a course of difficult exercises side by side. There are typically 10 to 20 signs per course and involve different commands or tricks. Agility Training: A fast-paced obstacle course that deals with speed and concentration. Dogs race the clock to complete the course correctly. Skijoring is an alternative to sled pulling. The owner would be on skis while the dog would pull via a rope connected between the two. Dog hiking is an wonderful alternative for owners who live near or are able to travel to a trail. The owner travels with their dogs along trails in the wilderness. This activity allows the owner and dog to gain exercise without using the huskies' strong sense of pulling. Some companies make hiking equipment especially for dogs in which they may carry their own gear, including water, food, and bowls for each. Carting, also known as dryland mushing or sulky driving, is an urban alternative to dog sledding. Here, the dog can pull a cart that contains either supplies or an individual. This is also an acceptable way to use a dog's natural incline to pull in an effective way. These carts can be bought or handmade by the individual. Bikejoring is an activity where the owner bikes along with their dog while they are attached to their bike through a harness which keeps both the dog and owner safe. The dog or team of dogs can be attached to a towline to also pull the biker. In popular culture A bronze statue of Balto
sled dog racing. In 2015, a DNA study indicated that the Siberian Husky, the Alaskan Malamute and the Alaskan husky share a close genetic relationship between each other and were related to Chukotka sled dogs from Siberia. They were separate to the two Inuit dogs, the Canadian Eskimo Dog and the Greenland Dog. In North America, the Siberian Husky and the Malamute both had maintained their Siberian lineage and had contributed significantly to the Alaskan husky, which was developed through crossing with European breeds. Siberian Huskies show an genetic affinity with historical East Siberian dogs and ancient Lake Baikal dogs, and can be traced to a lineage which is over 9,500 years old. Several Arctic dog breeds, including the Siberian, show a significant genetic closeness with the now-extinct Taimyr wolf of North Asia due to admixture. These breeds are associated with high latitudes – the Siberian Husky and Greenland Dog, also associated with arctic human populations and to a lesser extent, the Shar-Pei and Finnish Spitz. There is data to indicate admixture of between 1–3% between the Taymyr wolf population and the ancestral dog population of these four high-latitude breeds. This introgression could have provided early dogs living in high latitudes with phenotypic variation beneficial for adaption to a new and challenging environment. It also indicates the ancestry of present-day dog breeds descends from more than one region. Description Coat A Siberian Husky has a double coat that is thicker than that of most other dog breeds. It has two layers: a dense, finely wavy undercoat and a longer topcoat of thicker, straight guard hairs. It protects the dogs effectively against harsh Arctic winters, and also reflects heat in the summer. It is able to withstand temperatures as low as . The undercoat is often absent during shedding. Their thick coats require weekly grooming. An excessively long coat, sometimes referred to as a "wooly" or "woolie" coat, is considered a fault by the breed's standard as it lacks the thicker protection of the standard coat's guard hairs, obscures the dog's clear-cut outline, causes quicker overheating during serious harness work, and becomes easily matted and encrusted with snow and ice. Siberian Huskies come in a variety of colors and patterns, often with white paws and legs, facial markings, and tail tip. Example coat colors are black and white, copper-red and white, grey and white, pure white, and the rare "agouti" coat, though many individuals have blondish or piebald spotting. Some other individuals also have the "saddle back" pattern, in which black-tipped guard hairs are restricted to the saddle area while the head, haunches and shoulders are either light red or white. Striking masks, spectacles, and other facial markings occur in wide variety. All coat colors from black to pure white are allowed. Merle coat patterns are not permitted by the American Kennel Club (AKC) and The Kennel Club (KC). This pattern is often associated with health issues and impure breeding. Eyes The American Kennel Club describes the Siberian Husky's eyes as "an almond shape, moderately spaced and set slightly obliquely." The AKC breed standard is that eyes may be brown, blue or black; one of each or particoloured are acceptable (complete is heterochromia). These eye-color combinations are considered acceptable by the American Kennel Club. The parti-color does not affect the vision of the dog. Nose Show-quality dogs are preferred to have neither pointed nor square noses. The nose is black in gray dogs, tan in black dogs, liver in copper-colored dogs, and may be light tan in white dogs. In some instances, Siberian Huskies can exhibit what is called "snow nose" or "winter nose." This condition is called hypopigmentation in animals. "Snow nose" is acceptable in the show ring. Tail Siberian Husky tails are heavily furred; these dogs will often curl up with their tails over their faces and noses in order to provide additional warmth. As pictured, when curled up to sleep the Siberian Husky will cover its nose for warmth, often referred to as the "Siberian Swirl". The tail should be expressive, held low when the dog is relaxed, and curved upward in a "sickle" shape when excited or interested in something. Size The breed standard indicates that the males of the breed are ideally between tall at the withers and weighing between . Females are smaller, growing to between tall at the withers and weighing between . The people of Nome referred to Siberian Huskies as "Siberian Rats" due to their size of , versus the Alaskan Malamute's size of . Behavior The Husky usually howls instead of barking. They have been described as escape artists, which can include digging under, chewing through, or even jumping over fences. Because the Siberian Husky had been raised in a family setting by the Chukchi and not left to fend for themselves, they could be trusted with children. The ASPCA classifies the breed as good with children. It also states they exhibit high energy indoors, have special exercise needs, and may be destructive "without proper care". Siberian Huskies have a high prey drive due to the Chukchi allowing them to roam free in the summer. The dogs hunted in packs and preyed on wild cats, birds, and squirrels, but with training can be trusted with other small animals. They would only return to the Chukchi villages when the snow returned and food became scarce. Their hunting instincts can still be found in the breed today, noted by their typically high prey-drive. A fence is recommended for this breed as a pet, although some have been known to overcome fences as high as . Electric pet fencing may not be effective. They need the frequent companionship of people and other dogs, and their need to feel as part of a pack is very strong. The character of the Siberian Husky is friendly and gentle. The Husky cannot be used as a guard dog; Siberian Huskies typically have no aggression towards humans. In addition, the breed often shows independence, which is a disadvantage for service dogs. Attempting to teach Siberian Huskies aggressive behavior can lead to mental problems in the dog. It can be dangerous for the owner. The dog is intelligent, but can be stubborn because of its independence, impulsivity and inattention. To achieve obedience it is highly beneficial to start training at an early age. Siberian Huskies were ranked 77th out of 138 compared breeds for their intelligence by canine psychologist Stanley Coren. However, the rankings in Coren's published work utilized only one of three defined forms of dog intelligence, "Working and Obedience Intelligence", which focused on trainability—a dog's ability to follow direction and commands in a direct context, specifically by trial judges in a controlled course setting. The Siberian Husky's work as a sled dog, with minimal active direction from a driver, and a driver's reliance on the dogs to make their own decisions in poor conditions utilizes the other two forms, "Instinctive Intelligence" and "Adaptive Intelligence" to a much greater extent. Health A 1999 ASPCA publication shows the average life span of the Siberian Husky is 12 to 14 years. Health issues in the breed are mainly genetic, such as seizures and defects of the eye (juvenile cataracts, corneal dystrophy, canine glaucoma and progressive retinal atrophy) and congenital laryngeal paralysis. Hip dysplasia is not often found in this breed; however, as with many medium or larger-sized canines, it can occur. The Orthopedic Foundation for Animals currently has the Siberian Husky ranked 155th out of a possible 160 breeds at risk for hip dysplasia, with only two percent of tested Siberian Huskies showing dysplasia. Siberian Huskies used for sled racing may also be prone to other ailments, such as gastric disease, bronchitis or bronchopulmonary ailments ("ski asthma"), and gastric erosions or ulcerations. Modern Siberian Huskies registered in the US are almost entirely the descendants of the 1930 Siberia imports and of Leonhard Seppala’s dogs, particularly Togo. The limited number of registered foundational dogs has led to some discussion about their vulnerability to the founder effect. History Prehistoric (prior to 1890s) The Chukotka Sled Dog is considered the progenitor to the Siberian Husky. Developed by the Chukchi people of Russia, Chukotka sled dog teams have been used since prehistoric times to pulls sleds in harsh conditions, such as hunting sea mammals on oceanic pack ice. Origination of Name and Split from Chukotka Sled Dogs (1890s–1930s) From the 1890s to the 1930s, Chukotka sled dogs were actively imported into Alaska, to transport gold miners to the Yukon, first as
international community. It comes from the Old Norse word "skíð" which means to "split piece of wood or firewood". Asymmetrical skis were used in northern Finland and Sweden until at least the late 19th century. On one foot, the skier wore a long straight non-arching ski for sliding, and a shorter ski was worn on the other foot for kicking. The underside of the short ski was either plain or covered with animal skin to aid this use, while the long ski supporting the weight of the skier was treated with animal fat in a similar manner to modern ski waxing. Early skiers used one long pole or spear. The first siting of a skier with two ski poles dates to 1741. Troops on continental Europe were equipped with skis by 1747. Skiing was primarily used for transport until the mid-19th century. But, since then has also become a recreation and sport. Military ski races were held in Norway during the 18th century, and ski warfare was studied in the late 18th century. As equipment evolved and ski lifts were developed during the late 19th and early 20th centuries, two main genres of skiing emerged—Alpine (downhill) skiing and Nordic skiing. The main difference between the two is the type of ski binding (the way in which the ski boots are attached to the skis). Types Alpine Also called "downhill skiing", Alpine skiing typically takes place on a piste at a ski resort. It is characterized by fixed-heel bindings that attach at both the toe and the heel of the skier's boot. Ski lifts, including chairlifts, bring skiers up the slope. Backcountry skiing can be accessed by helicopter, snowcat, hiking and snowmobile. Facilities at resorts can include night skiing, après-ski, and glade skiing under the supervision of the ski patrol and the ski school. Alpine skiing branched off from the older Nordic type of skiing around the 1920s when the advent of ski lifts meant that it was no longer necessary to climb back uphill. Alpine equipment has specialized to the point where it can now only be used with the help of lifts. Alpine Touring setups use specialized bindings which are switchable between locked and free-heel modes. Climbing skins are temporarily attached to the bottom of alpine skis to give them traction on snow. This permits Nordic style uphill and back-country travel on alpine skis. For downhill, travel the heels are locked and the skins are removed. Nordic The Nordic disciplines include cross-country skiing and ski jumping, which both use bindings that attach at the toes of
and back-country travel on alpine skis. For downhill, travel the heels are locked and the skins are removed. Nordic The Nordic disciplines include cross-country skiing and ski jumping, which both use bindings that attach at the toes of the skier's boots but not at the heels. Cross-country skiing may be practiced on groomed trails or in undeveloped backcountry areas. Ski jumping is practiced in certain areas that are reserved exclusively for ski jumping. Telemark Telemark skiing is a ski turning technique and FIS-sanctioned discipline, which is named after the Telemark region of Norway. It uses equipment similar to Nordic skiing, where the ski bindings are attached only at the toes of the ski boots, allowing the skier's heel to be raised throughout the turn. However, the skis themselves are often the same width as Alpine skis. Competition The following disciplines are sanctioned by the FIS. Many have their own world cups and are included in the Winter Olympic Games. Cross-country – Encompasses a variety of formats for cross-country skiing races over courses of varying lengths. Races occur on homologated, groomed courses designed to support classic (in-track) and free-style events, where skate skiing may be employed. The main competitions are the FIS Cross-Country World Cup and the FIS Nordic World Ski Championships (held only in odd-numbered years), and various cross-country skiing events have been incorporated into the Winter Olympics since its inception in 1924. The discipline also incorporates: cross-country ski marathon events, sanctioned by the Worldloppet Ski Federation; cross-country ski-orienteering events, sanctioned by the International Orienteering Federation; and biathlon, a combination of cross-country skiing and rifle shooting. Paralympic cross-country skiing and paralympic biathlon are both included in the Winter Paralympic Games. Ski jumping – Contested at the FIS Ski Jumping World Cup, the FIS Nordic World Ski Championships (odd-numbered years only), the FIS Ski Jumping Grand Prix, and the FIS Ski Flying World Championships. Ski jumping has also been a regular Olympic discipline at every Winter Games since 1924. Freeriding skiing – This category of skiing includes any practice of the sport on non-groomed terrain. Nordic combined – A combination of cross-country skiing and ski jumping, this discipline is contested at the FIS Nordic Combined World Cup, the FIS Nordic World Ski Championships (odd-numbered years only), and at the Winter Olympics. Alpine skiing – Includes downhill, slalom, giant slalom, super giant slalom (super-G), and para-alpine events. There are also combined events where the competitors must complete one run of each event, for example; the Super Combined event consists of one run of super-G and one run of slalom skiing. The dual slalom event, where racers ski head-to-head, was invented in 1941 and has been a competitive event since 1960. Alpine skiing is contested at the FIS Alpine Ski World Cup, the FIS Alpine World Ski Championships (held only in odd-numbered years), and the Winter Olympics. Para-alpine skiing is contested at the World Para Alpine Skiing Championships (odd-numbered years) and the Winter Paralympics. Speed skiing – Dating from 1898, with official records beginning in 1932 with an run by Leo Gasperi, this became an FIS discipline in the 1960s. It is contested at the FIS Speed Ski World Cup, and was demonstrated at the 1992 Winter Olympics in Albertville. Freestyle skiing – Includes mogul skiing, aerials, ski cross, half-pipe, and slopestyle. The main freestyle competitions are the FIS Freestyle Skiing World Cup and the FIS Freestyle World Ski Championships (held in odd-numbered years). The discipline was first demonstrated at the 1988 Winter Olympics and was added to the Olympic programme in 1992. It became an Olympic sport in the 2014 Sochi Olympic games when the Slope-style and Half pipe events were introduced. Snowboarding – Disciplines include slopestyle, cross, half-pipe, alpine, parallel slalom, and parallel giant slalom. The main competitions are the annual FIS Snowboard World Cup and the FIS Snowboard World Championships (held in odd-numbered years). Snowboarding debuted as an Olympic discipline in 1998 (as part of the Alpine skiing programme) and was contested as a separate discipline at the 2018 Winter Olympics. Skiboarding – Using a snowboard in conjunction with standard ski boots, this discipline is essentially a combination of skiing and snowboarding. Various skiboarding competitions have been tried over recent years, including the Skiboard Triple Challenge, United Skiboard Series, European Skiboard Cup, Skiboard World Cup, and the US Skiboard Open. Telemark – Named after the Telemark region of Norway, this discipline combines elements of Alpine and Nordic
daughter Phoenix Chi in February 1999. Adams gave birth a month after to son Brooklyn, whose father was then Manchester United footballer David Beckham; later that year, she married Beckham in a highly publicised wedding in Ireland. From 1998 onwards, the Spice Girls began to pursue solo careers and by the following year, Brown, Bunton, Chisholm, and former member Halliwell, had all released music as solo artists. The group returned to the studio in August 1999 after an eight-month recording break to start work on their third and last studio album. The album's sound was initially more pop-influenced, similar to their first two albums, and included production from Eliot Kennedy. The album's sound took a mature direction when American producers like Rodney Jerkins, Jimmy Jam and Terry Lewis came on board to collaborate with the group. In December 1999, the Spice Girls embarked on a UK-only tour, Christmas in Spiceworld, in London and Manchester, during which they showcased new songs from the third album. Earlier in the year, the group also recorded the song "My Strongest Suit" for Elton John and Tim Rice's Aida, a concept album which would later go on to become the musical Aida. The group performed again at the 2000 Brit Awards in March, where they received the Lifetime Achievement award. Despite being at the event, Halliwell did not join her former bandmates on stage. In November 2000, the group released Forever; sporting a new edgier R&B sound, the album received a lukewarm response from critics. In the US, the album peaked at number thirty-nine on the Billboard 200 albums chart. In the UK, the album was released the same week as Westlife's Coast to Coast album and the chart battle was widely reported by the media, with Westlife winning the battle and reaching number one, leaving the Spice Girls at number two. The lead single from Forever, the double A-side "Holler"/"Let Love Lead the Way", became the group's ninth number one single in the UK. However, the song failed to break onto the Billboard Hot 100 singles chart stateside, instead peaking at number seven on the Bubbling Under Hot 100 chart, and at number thirty-one on the Hot Dance Music/Club Play chart. The only major performance of the lead single by the group came at the 2000 MTV Europe Music Awards in November. In total, Forever achieved only a fraction of the success of its two best-selling predecessors, selling four million copies. The Spice Girls ceased all promotional activities for the album in December 2000, as they began an indefinite hiatus to concentrate on their solo careers. Publicly, they insisted that the group was not splitting. 2007–2008: Return of the Spice Girls and Greatest Hits On 28 June 2007, the Spice Girls, including Halliwell, held a press conference at the O2 Arena revealing their intention to reunite for a worldwide concert tour titled the Return of the Spice Girls. The plan to re-form had long been speculated by the media, with previous attempts by the organisers of Live 8 and Concert for Diana to reunite the group as a five-piece falling through. Each member of the group was reportedly paid £10 million ($20 million) to do the reunion tour. Giving You Everything, an official documentary film about the reunion, was directed by Bob Smeaton and first aired on Australia's Fox8 on 16 December 2007, followed by BBC One in the UK on 31 December. Ticket sales for the first London date of the Return of the Spice Girls tour sold out in 38 seconds. It was reported that over one million people signed up in the UK alone and over five million worldwide for the ticket ballot on the band's official website. Sixteen additional dates in London were added, all selling out within one minute. In the United States, Las Vegas, Los Angeles and San Jose shows also sold out, prompting additional dates to be added. It was announced that the Spice Girls would be playing dates in Chicago and Detroit and Boston, as well as additional dates in New York to keep up with the demand. The tour opened in Vancouver on 2 December 2007, with group performing to an audience of 15,000 people, singing twenty songs and changing outfits a total of eight times. Along with the tour sellout, the Spice Girls licensed their name and image to Tesco's UK supermarket chain. The group's comeback single, "Headlines (Friendship Never Ends)", was announced as the official Children in Need charity single for 2007 and was released 5 November. The first public appearance on stage by the Spice Girls occurred at the Victoria's Secret Fashion Show, where they performed two songs, 1998 single "Stop" and the lead single from their greatest hits album, "Headlines (Friendship Never Ends)". The show was filmed by CBS on 15 November 2007 for broadcast on 4 December 2007. They also performed both songs live for the BBC Children in Need telethon on 16 November 2007 from Los Angeles. The release of "Headlines (Friendship Never Ends)" peaked at number eleven on the UK Singles Chart, making it the group's lowest-charting British single to date. The album peaked at number two on the UK Albums Chart. On 1 February 2008, it was announced that due to personal and family commitments their tour would come to an end in Toronto on 26 February 2008, meaning that tour dates in Beijing, Hong Kong, Shanghai, Sydney, Cape Town and Buenos Aires were cancelled. Overall, the 47-date tour was the highest-grossing concert act of 2007–2008, measured as the twelve months ending in April 2008. It produced some $107.2 million in ticket sales and merchandising, with sponsorship and ad deals bringing the total to $200 million. The tour's 17-night sellout stand at the O2 Arena in London was the highest-grossing engagement of the year, netting £16.5 million (US$33 million) and drawing an audience of 256,647, winning the 2008 Billboard Touring Award for Top Boxscore. The group's comeback also netted them several other awards, including the Capital Music Icon Award, the Glamour Award for Best Band, and the Vodafone Live Music Award for Best Live Return, the last of which saw them beat out acts such as Led Zeppelin and the Sex Pistols. 2010–2012: Viva Forever! and London Olympics At the 2010 Brit Awards, the Spice Girls received a special award for "Best Performance of the 30th Year". The award was for their 1997 Brit Awards performance of "Wannabe" and "Who Do You Think You Are", and was accepted by Halliwell and Brown on behalf of the group. That year, the group collaborated with Fuller, Judy Craymer and Jennifer Saunders to develop a Spice Girls stage musical, Viva Forever!. Similar to the ABBA musical Mamma Mia!, Viva Forever! used the group's music to create an original story. In June 2012, to promote the musical, the Spice Girls reunited for a press conference at the St. Pancras Renaissance London Hotel, where music video for "Wannabe" was filmed exactly sixteen years earlier. Viva Forever! premiered at the West End's Piccadilly Theatre in December 2012, with all five Spice Girls in attendance. To promote the musical, the group appeared in the documentary Spice Girls' Story: Viva Forever!, which aired on 24 December 2012 on ITV1. Viva Forever! was panned by critics and closed after seven months, with a loss of at least £5 million. In August 2012, the Spice Girls reunited to perform a medley of "Wannabe" and "Spice Up Your Life" at the 2012 Summer Olympics closing ceremony. Their performance received acclaim, and became the most tweeted moment of the Olympics with over 116,000 tweets per minute on Twitter. 2016–present: Spice World tour and Spice25 On 8 July 2016, Brown, Bunton and Halliwell released a video celebrating the 20th anniversary of "Wannabe" and teased news from them as a three-piece. Beckham and Chisholm opted not to take part but gave the project their blessing. A new song from the three-piece, "Song for Her", was leaked online a few months later in November. The reunion project was cancelled due to Halliwell's pregnancy. On 24 May 2019, the Spice Girls began the Spice World – 2019 Tour of the UK and Ireland at Croke Park in Dublin, Ireland. Beckham declined to join due to commitments regarding her fashion business. Each of the four participating members was reportedly paid £12 million for the tour. The tour concluded with three concerts at London's Wembley Stadium, with the last taking place on 15 June 2019. Over 13 dates, the tour produced 700,000 spectators and earned $78.2 million in ticket sales. The three-night sellout stand at Wembley Stadium was the highest-grossing engagement of the year, drawing an audience of 221,971 and winning the 2019 Billboard Live Music Award for Top Boxscore. Despite sound problems in the early concerts, Anna Nicholson in The Guardian wrote, "As nostalgia tours go, this could hardly have been bettered." Alongside the tour, the group teamed up with the children's book franchise Mr. Men to create derivative products such as books, cups, bags and coasters. On 13 June 2019, it was reported that Paramount Animation had greenlit an animated Spice Girls film with old and new songs. The project will be produced by Simon Fuller and written by Karen McCullah and Kirsten Smith. A director has not been announced. To mark the 25th anniversary of "Wannabe", an EP was released in July 2021 that included previously unreleased demos. On 29 October, the Spice Girls released Spice25, a deluxe reissue of Spice featuring previously unreleased demos and remixes. The deluxe release saw the album reenter the UK Albums Chart at number five, number three on the UK Official Vinyl Albums Chart Top 40 and number four on the UK Official Physical Albums Chart. Artistry Musical style According to Allmusic's Stephen Thomas Erlewine, the Spice Girls "used dance-pop as a musical base, but they infused the music with a fiercely independent, feminist stance that was equal parts Madonna, post-riot grrrl alternative rock feminism, and a co-opting of the good-times-all-the-time stance of England's new lad culture." Their songs incorporated a variety of genres, which Halliwell described as a "melding" of the group members' eclectic musical tastes, but otherwise kept to mainstream pop conventions. Chisholm said: "We all had different artists that we loved. Madonna was a big influence and TLC; we watched a lot of their videos." A regular collaborator on the group's first two albums was the production duo known as Absolute, made up of Paul Wilson and Andy Watkins. Absolute initially found it difficult to work with the group as the duo was heavily into R&B music at the time, while the Spice Girls according to Wilson were "always very poptastic". Wilson said of the group's musical output: "Their sound was actually not getting R&B quite right." In his biography of the band, Wannabe: How the Spice Girls Reinvented Pop Fame (2004), Rolling Stone journalist David Sinclair said that the "undeniable artistry" of the group's songs had been overlooked. He said the Spice Girls "instinctively had an ear for a catchy tune" without resorting to the "formula balladry and bland modulations" of 90s boy bands Westlife and Boyzone. He praised their "more sophisticated" second album, Spiceworld, saying: "Peppered with personality, and each conveying a distinctive musical flavour and lyrical theme, these are songs which couldn't sound less 'manufactured,' and which, in several cases, transcend the pop genre altogether." Lyrical themes The Spice Girls' lyrics promote female empowerment and solidarity. Given the young age of their target audience, Lucy Jones of The Independent said the Spice Girls' songs were subversive for their time: "The lyrics were active rather than passive: taking, grabbing, laying it down – all the things little girls were taught never to do. 'Stop right now, thank you very much'. 'Who do you think you are?' 'I'll tell you what I want, what I really, really want'." Musicologist Nicola Dibben cited "Say You'll Be There" as an example of how the Spice Girls inverted traditional gender roles in their lyrics, depicting a man who has fallen in love and displays too much emotion and a woman who remains independent and in control. The Spice Girls emphasised the importance of sisterhood over romance songs such as "Wannabe", and embraced safe sex in "2 Become 1". Lauren Bravo, author of What Would the Spice Girls Do?: How the Girl Power Generation Grew Up (2018), found that even when the Spice Girls sang about romance, the message was "cheerfully non-committal", in contrast to the songs about breakups and unrequited love other pop stars were singing at the time. Writing for Bustle, Taylor Ferber praised the female-driven lyrics as ahead of their time, citing the inclusivity and optimism of songs such as "Spice Up Your Life" and the sex-positivity of "Last Time Lover" and "Naked". Ferber concluded: "Between all of their songs about friendship, sex, romance, and living life, a central theme in almost all Spice Girls music was loving yourself first." Vocal arrangements Unlike prior pop vocal groups, the Spice Girls shared vocals, rather than having a lead vocalist supported by others. The group did not want any one member to be considered the lead singer, and so each song was divided into one or two lines each, before all five voices harmonised in the chorus. The group faced criticism as this meant that no one voice could stand out, but Sinclair concluded that it "was actually a clever device to ensure that they gained the maximum impact and mileage from their all-in-it-together girl-gang image". The Spice Girls' former vocal coach, Pepi Lemer, described their individual voices as distinct and easy distinguish, citing the "lightness" of Bunton's voice and the "soulful sound" of Brown's and Chisholm's. Biographer Sean Smith cited Chisholm as the vocalist the group could not do without. Sinclair noted that while Chisholm's ad libs are a distinctive feature of certain Spice Girls songs, the difference in the amount of time her voice was featured over any other member was negligible. While vocal time was distributed equally, musicologist Nicola Dibben found that there was an "interesting inequality" in the way that vocal styles were distributed within the group, which she felt conformed to certain stereotypes associated with race and socioeconomic background. According to Dibben, most of the declamatory style of singing in the group's singles were performed by Brown, the only black member, and Chisholm, whom Dibben classified as white working class; this was in contrast to the more lyrical sections allotted to Beckham, whom Dibben classified as white middle class. Songwriting The Spice Girls did not play instruments, but co-wrote all of their songs. According to their frequent collaborator Richard Stannard, they had two approaches to songwriting: ballads were written in a traditional way with the group sitting around a piano, while songs such as "Wannabe" were the result of tapping into their "mad" energy. Eliot Kennedy, another regular co-writer, said that songwriting sessions with the Spice Girls were "very quick and short". He described his experience working with them: What I said to them was, "Look, I've got a chorus—check this out." And I'd sing them the chorus and the melody—no lyrics or anything—and straight away five pads and pencils came out and they were throwing lines at us. Ten minutes later, the song was written. Then you go through and refine it. Then later, as you were recording it you might change a few things here and there. But pretty much it was a real quick process. They were confident in what they were doing, throwing it out there. Absolute's Paul Wilson recalled an experience whereby he and Watkins were responsible for writing the backing track and the group would then write the lyrics. Watkins added: "I wasn't an 18-year-old girl. They always had this weird ability to come up with phrases that you'd never heard of." He said the members would create dance routines at the same time as writing songs, and that they "They knew what they wanted to write about, right from day one. You couldn't force your musical ideas upon them." From the onset, the Spice Girls established a strict 50–50 split of the publishing royalties between them and their songwriting collaborators. As with their vocal arrangements, they were also adamant on maintaining parity between themselves in the songwriting credits. Sinclair said: The deal between themselves was a strict five-way split on their share of the songwriting royalties on all songs irrespective of what any one member of the group had (or had not) contributed to any particular song. Apart from ease of administration, this was also a symbolic expression of the unity which was so much part and parcel of the Spice philosophy. Sinclair identified Halliwell as a major source of ideas for the Spice Girls' songs, including many of the concepts and starting points for the group's songs. Tim Hawes, who worked with the group when they were starting out, said Halliwell's strength was in writing lyrics and pop hooks, and estimated that she was responsible for 60–70% of the lyrics in the songs he worked on. The group's collaborators credit the other members of the group as being more active than Halliwell in constructing the melodies and harmonies of their songs. Matt Rowe, who wrote several songs with the Spice Girls, agreed that Halliwell was particularly good when it came to writing lyrics and credits the lyrics for "Viva Forever" to her. He felt that all five members had contributed equally to the songwriting. Cultural impact and legacy Pop music resurgence and girl group boom The Spice Girls broke onto the music scene at a time when alternative rock, hip-hop and R&B dominated global music charts. In the group's first ever interview in May 1996, Halliwell told Music Week: "We want to bring some of the glamour back to pop, like Madonna had when we were growing up. Pop is about fantasy and escapism, but there's so much bullshit around at the moment." The modern pop phenomenon that the Spice Girls created by targeting early members of Generation Y was credited with changing the music landscape by reviving the pop music genre, bringing about the global wave of late-1990s and early-2000s teen pop acts such as the Backstreet Boys, Britney Spears, Christina Aguilera and NSYNC. The Spice Girls have also been credited with paving the way for the girl groups and female pop singers that have come after them. Unlike previous girl groups such as the Andrews Sisters whose target market was male record buyers, the Spice Girls redefined the girl group concept by going after a young female fanbase instead. In the UK, they are further credited for disrupting the then male-dominated pop music scene. Prior to the Spice Girls, girl groups such as Bananarama have had hit singles in the UK but their album sales were generally underwhelming. The accepted wisdom within the British music industry at the time was that an all-girl pop group would not work because both girls and boys would find the concept too threatening. Teen magazines such as Smash Hits and Top of the Pops initially refused to feature the Spice Girls on the assumption that a girl group would not appeal to their female readership. The massive commercial breakthrough of the Spice Girls turned the tide,
Sinclair, they were the most widely recognised group since the Beatles. Band history 1994–1996: Formation and early years In the early 1990s, Bob and Chris Herbert, the father-and-son duo of Heart Management, decided to create a girl group to compete with the boy bands who dominated UK pop music at the time. Together with financier Chic Murphy, they envisioned an act comprising "five strikingly different girls" who would each appeal to a different audience. In February 1994, Heart Management placed an advertisement in the trade paper The Stage asking for singers to audition for an all-female pop band at London's Danceworks studios. Approximately 400 women attended the audition on 4 March 1994. They were placed in groups of 10 and danced a routine to "Stay" by Eternal, followed by solo auditions in which they performed songs of their choice. After several weeks of deliberation, Victoria Adams, Melanie Brown, Melanie Chisholm and Michelle Stephenson were among a dozen or so women who advanced to a second round of auditions in April. Chisholm missed the second audition after coming down with tonsillitis. Despite missing the first round of auditions, Geri Halliwell persuaded the Herberts to let her attend the second. A week after the second audition, Adams, Brown, Halliwell and Stephenson were asked to attend a recall at Nomis Studios in Shepherd's Bush, performing "Signed, Sealed, Delivered I'm Yours" on their own and as a group. Chisholm was also invited as a last-minute replacement for another finalist. The five women were selected for a band initially named "Touch". The group moved into a three-bedroom house in Maidenhead, Berkshire, and spent most of 1994 practising songs written for them by Bob Herbert's long-time associates John Thirkell and Erwin Keiles. According to Stephenson, the material they were given was "very, very young pop", and none were later used by the Spice Girls. During these first months, the group worked on demos at South Hill Park Recording Studios in Bracknell with producer and studio owner Michael Sparkes and songwriter and arranger Tim Hawes. They were also tasked with choreographing their own dance routines, which they worked on at Trinity Studios in Knaphill, near Woking, Surrey. A few months into the training, Stephenson was fired for a perceived lack of commitment. Heart Management turned to the group's vocal coach, Pepi Lemer, to find a replacement. After Lemer's first recommendation declined the offer, Lemer recommended her former pupil, Emma Bunton, who auditioned for the Herberts and joined as the fifth member. As their training continued, the group performed small showcases for a few of Heart Management's associates. On one such performance, the group added a rap section they had written to one of Thirkell and Keiles' songs. Keiles was furious with the changes and insisted they learn to write songs properly. The group began professional songwriting lessons; during one session, they wrote a song called "Sugar and Spice" with Hawes, which inspired them to change their band name to "Spice". By late 1994, the group felt insecure as they still did not have an official contract with Heart Management, and were frustrated with the management team's direction. They persuaded Herbert to set up a showcase performance for the group in front of industry writers, producers and A&R men in December 1994 at the Nomis Studios, where they received an "overwhelmingly positive" reaction. The Herberts quickly set about creating a binding contract for them. Encouraged by the reaction they had received at the Nomis showcase, all five members refused to sign the contracts on legal advice from, among others, Adams's father. The following month, in January, the group began songwriting sessions with Richard Stannard, whom they had impressed at the showcase, and his partner Matt Rowe. It was during these sessions that the songs "Wannabe" and "2 Become 1" were written. In March 1995, the group parted from Heart Management due to their frustration with the company's unwillingness to listen to their visions and ideas. To ensure they kept control of their own work, they allegedly stole the master recordings of their discography from the management offices. The next day, the group tracked down Sheffield-based songwriter Eliot Kennedy, who had been present at the Nomis showcase, and persuaded him to work with them. Through contacts they had made at the showcase, they were also introduced to record producers Absolute. With Kennedy and Absolute's help, the group spent the next several weeks writing and recording demos for the majority of the songs that would be released on their debut album, including "Say You'll Be There" and "Who Do You Think You Are". Their demos caught the attention of Simon Fuller of 19 Entertainment, who signed them to his management company in May 1995. By this point, industry buzz around the Spice Girls had grown significantly and the major record labels in London and Los Angeles were keen to sign them. After a bidding war, they signed a five-album deal with Virgin Records in July 1995. Fuller took them on an extensive promotional tour in Los Angeles, where they met with studio executives in the hopes of securing film and television opportunities. Their name was also changed to "Spice Girls" as a rapper was already using the name "Spice". The new name was chosen because the group noticed industry people often referred to them derisively as "the 'Spice' girls". The group continued to write and record tracks for their debut album. 1996–1997: Spice and breakthrough On 7 July 1996, the Spice Girls released their debut single "Wannabe" in the United Kingdom. In the weeks before the release, the music video for "Wannabe" received a trial airing on music channel The Box. The video was an instant hit, and was aired up to seventy times a week at its peak. After the video was released, the Spice Girls had their first live broadcast TV slot on LWT's Surprise Surprise. Earlier in May, the group had conducted their first music press interview with Paul Gorman, the contributing editor of trade paper Music Week, at Virgin Records' Paris headquarters. His piece recognised that the Spice Girls were about to institute a change in the charts away from Britpop and towards out-and-out pop. He wrote: "JUST WHEN BOYS with guitars threaten to rule pop life—Damon's all over Smash Hits, Ash are big in Big! and Liam can't move for tabloid frenzy—an all-girl, in-yer-face pop group have arrived with enough sass to burst that rockist bubble." "Wannabe" entered the UK Singles Chart at number three before moving up to number one the following week and staying there for seven weeks. The song proved to be a global hit, hitting number one in 37 countries, including four consecutive weeks atop the Billboard Hot 100 in the US, and becoming not only the biggest-selling debut single by an all-female group but also the biggest-selling single by an all-female group of all time. Riding a wave of publicity and hype, the group released their next singles in the UK and Europe; in October "Say You'll Be There" was released topping the charts at number one for two weeks. "2 Become 1" was released in December, becoming their first Christmas number one and selling 462,000 copies in its first week, making it the fastest-selling single of the year. The two tracks continued the group's remarkable sales, giving them three of the top five biggest-selling songs of 1996 in the UK. In November 1996, the Spice Girls released their debut album Spice in Europe. The success was unprecedented and drew comparisons to Beatlemania, leading the press to dub it "Spicemania" and the group the "Fab Five". In seven weeks Spice had sold 1.8 million copies in Britain alone, making the Spice Girls the fastest-selling British act since the Beatles. In total, the album sold over 3 million copies in Britain, the biggest-selling album of all time in the UK by a female group, certified 10× Platinum, and peaked at number one for fifteen non-consecutive weeks. In Europe the album became the biggest-selling album of 1997 and was certified 8× Platinum by the IFPI for sales in excess of 8 million copies. That same month, the Spice Girls attracted a crowd of 500,000 when they switched on the Christmas lights in Oxford Street, London. At the same time, Simon Fuller started to set up multi-million dollar sponsorship deals for the Spice Girls with Pepsi, Walkers, Impulse, Cadbury and Polaroid. The group ended 1996 winning three trophies at the Smash Hits awards at the London Arena, including best video for "Say You'll Be There". In January 1997, "Wannabe" was released in the United States. The single proved to be a catalyst in helping the Spice Girls break into the notoriously difficult US market when it debuted on the Hot 100 Chart at number eleven. At the time, this was the highest-ever debut by a non-American act, beating the previous record held by the Beatles for "I Want to Hold Your Hand", and the joint highest entry for a debut act alongside Alanis Morissette's "Ironic". "Wannabe" reached number one in the US for four weeks. In February, Spice was released in the US, and became the biggest-selling album of 1997 in the US, peaking at number one, and was certified 7× Platinum by the RIAA for sales in excess of 7.4 million copies. The album was also included in the Top 100 Albums of All Time list by the Recording Industry Association of America (RIAA) based on US sales. In total, the album sold over 23 million copies worldwide becoming the biggest-selling album in pop music history by an all-female group. Later that month, the Spice Girls performed "Who Do You Think You Are" to open the 1997 Brit Awards, with Geri Halliwell wearing a Union Jack mini-dress that became one of pop history's most famed outfits. At the ceremony, the group won two Brit Awards; Best British Video for "Say You'll Be There" and Best British Single for "Wannabe". In March 1997, a double A-side of "Mama"/"Who Do You Think You Are" was released in Europe, the last from Spice, which once again saw them at number one, making the Spice Girls the first group since the Jackson 5 to have four consecutive number one hits. Girl Power!, the Spice Girls' first book and manifesto was launched later that month at the Virgin Megastore. It sold out its initial print run of 200,000 copies within a day, and was eventually translated into more than 20 languages. In April, One Hour of Girl Power was released; it sold 500,000 copies in the UK between April and June to become the best-selling pop video ever, and was eventually certified 13x Platinum. In May, Spice World, a film starring the group, was announced by the Spice Girls at the Cannes Film Festival. The group also performed their first live UK show for the Prince's Trust benefit concert. At the show, they breached royal protocol when Brown and then Halliwell planted kisses on Prince Charles' cheeks and pinched his bottom, causing controversy. That same month, Virgin released Spice Girls Present... The Best Girl Power Album... Ever!, a multi-artist compilation album compiled by the group. The album peaked at number two on the UK Compilation Chart and was certified Gold by the BPI. At the Ivor Novello Awards, the group won International Hit of the Year and Best-Selling British Single awards for "Wannabe". Spice World began filming in June and wrapped in August. The film was to be set to the songs from the group's second studio album, but no songs had been written when filming began. The group thus had to do all the songwriting and recording at the same time as they were filming Spice World, resulting in a grueling schedule that left them exhausted. Among the songs that were written during this period was "Stop", the lyrics for which cover the group's frustrations with being overworked by their management. In September, the Spice Girls performed "Say You'll Be There" at the 1997 MTV Video Music Awards at Radio City Music Hall in New York City, and won Best Dance Video for "Wannabe". The MTV Awards came five days after the death of Diana, Princess of Wales, with tributes paid to her throughout the ceremony. Chisholm stated, "We'd like to dedicate this award to Princess Diana, who is a great loss to our country." At the 1997 Billboard Music Awards, the group won four awards for New Artist of the Year, Billboard Hot 100 Singles Group of the Year, Billboard 200 Group of the Year and Billboard 200 Album of the Year for Spice. 1997–1998: Groundbreaking success, Spiceworld and Halliwell's departure In October 1997, the Spice Girls released the first single from Spiceworld, "Spice Up Your Life". It entered the UK Singles Chart at number one, making it the group's fifth consecutive number-one single. That same month, the group performed their first live major concert to 40,000 fans in Istanbul, Turkey. Later, they launched the Royal British Legion's Poppy Appeal, then travelled to South Africa to meet Nelson Mandela, who announced, "These are my heroes." In November, the Spice Girls released their second album, Spiceworld. It set a new record for the fastest-selling album when it shipped seven million copies over the course of two weeks. Gaining favourable reviews, the album went on to sell over 10 million copies in Europe, Canada, and the United States combined, and 14 million copies worldwide. Criticised in the United States for releasing the album just nine months after their debut there, which gave the group two simultaneous Top 10 albums in the Billboard album charts, and suffering from over-exposure at home, the Spice Girls began to experience a media backlash. The group was criticised for the number of sponsorship deals signed—over twenty in total—and they began to witness diminishing international chart positions. Nevertheless, the Spice Girls remained the biggest-selling pop group of both 1997 and 1998. On 7 November 1997, the group performed "Spice Up Your Life" at the MTV Europe Music Awards, and won the Best Group award. The morning of the performance, the Spice Girls had also fired their manager Simon Fuller and took over the running of the group themselves. To ensure a smooth transition, Halliwell allegedly stole a mobile phone from Fuller's assistant that contained the group's upcoming schedule and Fuller's business contacts. The firing was front-page news around the world. Many commentators speculated that Fuller had been the true mastermind behind the group, and that this was the moment when the band lost their impetus and direction. Later that month, the Spice Girls became the first pop group to host ITV's An Audience with...; their show was watched by 11.8 million viewers in the UK, one fifth of the country's population. In December 1997, the second single from Spiceworld, "Too Much", was released, becoming the group's second Christmas number one and their sixth consecutive number-one single in the UK. December also saw the group launch their film Spice World. The world premiere at the Empire Theatre in Leicester Square was attended by celebrities including Prince Charles, Prince William and Prince Harry. The film was a commercial success but received poor reviews. The group ended 1997 as the year's most played artist on American radio. In January 1998, the Spice Girls attended the US premiere of Spice World at the Mann's Chinese Theatre. At the 1998 American Music Awards a few days later, the group won the awards for Favorite Album, Favorite New Artist and Favorite Group in the pop/rock category. In February, they won a special award for overseas success at the 1998 Brit Awards, with combined sales of over 45 million albums and singles worldwide. That night, the group performed their next single, "Stop", their first not to reach number one in United Kingdom, entering at number two. In early 1998, the Spice Girls embarked on the Spiceworld Tour, starting in Dublin, Ireland, on 24 February 1998 before moving to mainland Europe and North America, and then returning to the United Kingdom for two gigs at Wembley Stadium. Later that year, the Spice Girls were invited to sing on the official England World Cup song "(How Does It Feel to Be) On Top of the World", the last song recorded with Halliwell until 2007. On 31 May 1998, Halliwell announced her departure from the Spice Girls through her solicitor. The announcement was preceded by days of frenzied press speculation after Halliwell missed two concerts in Norway and was absent from the group's performance on The National Lottery Draws. Halliwell first cited creative differences, then later said that she was suffering from exhaustion and disillusionment, although rumours of a power struggle with Brown as the reason for her departure were circulated by the press. Halliwell's departure from the group shocked fans and became one of the biggest entertainment news stories of the year, making news headlines the world over. The four remaining members were adamant that the group would carry on. The North American leg of the Spiceworld Tour went on as planned, beginning in West Palm Beach, Florida, on 15 June, and grossing $60 million over 40 sold-out performances. The tour was accompanied by a documentary film titled Spice Girls in America: A Tour Story. "Viva Forever" was the last single released from Spiceworld and gave the group their seventh number one in the United Kingdom. The video for the single was made before Halliwell's departure and features all five members in stop-motion animated form. 1998–2000: Forever and hiatus While on tour in the United States, the group continued to write and record new material, releasing a new song, "Goodbye", before Christmas in 1998. The song was seen as a tribute to Geri Halliwell, although parts of it had originally been written when Halliwell was still a part of the group, and when it topped the UK Singles Chart it became their third consecutive Christmas number one—equalling the record previously set by the Beatles. In November, Bunton and Chisholm appeared at the 1998 MTV Europe Music Awards without their other bandmates, accepting two awards on behalf of the Spice Girls for Best Pop Act and Best Group. That same year, Brown and Adams announced they were both pregnant. Brown was married to dancer Jimmy Gulzer and became known as Mel G for a brief period; she gave birth to daughter Phoenix Chi in February 1999. Adams gave birth a month after to son Brooklyn, whose father was then Manchester United footballer David Beckham; later that year, she married Beckham in a highly publicised wedding in Ireland. From 1998 onwards, the Spice Girls began to pursue solo careers and by the following year, Brown, Bunton, Chisholm, and former member Halliwell, had all released music as solo artists. The group returned to the studio in August 1999 after an eight-month recording break to start work on their third and last studio album. The album's sound was initially more pop-influenced, similar to their first two albums, and included production from Eliot Kennedy. The album's sound took a mature direction when American producers like Rodney Jerkins, Jimmy Jam and Terry Lewis came on board to collaborate with the group. In December 1999, the Spice Girls embarked on a UK-only tour, Christmas in Spiceworld, in London and Manchester, during which they showcased new songs from the third album. Earlier in the year, the group also recorded the song "My Strongest Suit" for Elton John and Tim Rice's Aida, a concept album which would later go on to become the musical Aida. The group performed again at the 2000 Brit Awards in March, where they received the Lifetime Achievement award. Despite being at the event, Halliwell did not join her former bandmates on stage. In November 2000, the group released Forever; sporting a new edgier R&B sound, the album received a lukewarm response from critics. In the US, the album peaked at number thirty-nine on the Billboard 200 albums chart. In the UK, the album was released the same week as Westlife's Coast to Coast album and the chart battle was widely reported by the media, with Westlife winning the battle and reaching number one, leaving the Spice Girls at number two. The lead single from Forever, the double A-side "Holler"/"Let Love Lead the Way", became the group's ninth number one single in the UK. However, the song failed to break onto the Billboard Hot 100 singles chart stateside, instead peaking at number seven on the Bubbling Under Hot 100 chart, and at number thirty-one on the Hot Dance Music/Club Play chart. The only major performance of the lead single by the group came at the 2000 MTV Europe Music Awards in November. In total, Forever achieved only a fraction of the success of its two best-selling predecessors, selling four million copies. The Spice Girls ceased all promotional activities for the album in December 2000, as they began an indefinite hiatus to concentrate on their solo careers. Publicly, they insisted that the group was not splitting. 2007–2008: Return of the Spice Girls and Greatest Hits On 28 June 2007, the Spice Girls, including Halliwell, held a press conference at the O2 Arena revealing their intention to reunite for a worldwide concert tour titled the Return of the Spice Girls. The plan to re-form had long been speculated by the media, with previous attempts by the organisers of Live 8 and Concert for Diana to reunite the group as a five-piece falling through. Each member of the group was reportedly paid £10 million ($20 million) to do the reunion tour. Giving You Everything, an official documentary film about the reunion, was directed by Bob Smeaton and first aired on Australia's Fox8 on 16 December 2007, followed by BBC One in the UK on 31 December. Ticket sales for the first London date of the Return of the Spice Girls tour sold out in 38 seconds. It was reported that over one million people signed up in the UK alone and over five million worldwide for the ticket ballot on the band's official website. Sixteen additional dates in London were added, all selling out within one minute. In the United States, Las Vegas, Los Angeles and San Jose shows also sold out, prompting additional dates to be added. It was announced that the Spice Girls would be playing dates in Chicago and Detroit and Boston, as well as additional dates in New York to keep up with the demand. The tour opened in Vancouver on 2 December 2007, with group performing to an audience of 15,000 people, singing twenty songs and changing outfits a total of eight times. Along with the tour sellout, the Spice Girls licensed their name and image to Tesco's UK supermarket chain. The group's comeback single, "Headlines (Friendship Never Ends)", was announced as the official Children in Need charity single for 2007 and was released 5 November. The first public appearance on stage by the Spice Girls occurred at the Victoria's Secret Fashion Show, where they performed two songs, 1998 single "Stop" and the lead single from their greatest hits album, "Headlines (Friendship Never Ends)". The show was filmed by CBS on 15 November 2007 for broadcast on 4 December 2007. They also performed both songs live for the BBC Children in Need telethon on 16 November 2007 from Los Angeles. The release of "Headlines (Friendship Never Ends)" peaked at number eleven on the UK Singles Chart, making it the group's lowest-charting British single to date. The album peaked at number two on the UK Albums Chart. On 1 February 2008, it was announced that due to personal and family commitments their tour would come to an end in Toronto on 26 February 2008, meaning that tour dates in Beijing, Hong Kong, Shanghai, Sydney, Cape Town and Buenos Aires were cancelled. Overall, the 47-date tour was the highest-grossing concert act of 2007–2008, measured as the twelve months ending in April 2008. It produced some $107.2 million in ticket sales and merchandising, with sponsorship and ad deals bringing the total to $200 million. The tour's 17-night sellout stand at the O2 Arena in London was the highest-grossing engagement of the year, netting £16.5 million (US$33 million) and drawing an audience of 256,647, winning the 2008 Billboard Touring Award for Top Boxscore. The group's comeback also netted them several other awards, including the Capital Music Icon Award, the Glamour Award for Best Band, and the Vodafone Live Music Award for Best Live Return, the last of which saw them beat out acts such as Led Zeppelin and the Sex Pistols. 2010–2012: Viva Forever! and London Olympics At the 2010 Brit Awards, the Spice Girls received a special award for "Best Performance of the 30th Year". The award was for their 1997 Brit Awards performance of "Wannabe" and "Who Do You Think You Are", and was accepted by Halliwell and Brown on behalf of the group. That year, the group collaborated with Fuller, Judy Craymer and Jennifer Saunders to develop a Spice Girls stage musical, Viva Forever!. Similar to the ABBA musical Mamma Mia!, Viva Forever! used the group's music to create an original story. In June 2012, to promote the musical, the Spice Girls reunited for a press conference at the St. Pancras Renaissance London Hotel, where music video for "Wannabe" was filmed exactly sixteen years earlier. Viva Forever! premiered at the West End's Piccadilly Theatre in December 2012, with all five Spice Girls in attendance. To promote the musical, the group appeared in the documentary Spice Girls' Story: Viva Forever!, which aired on 24 December 2012 on ITV1. Viva Forever! was panned by critics and closed after seven months, with a loss of at least £5 million. In August 2012, the Spice Girls reunited to perform a medley of "Wannabe" and "Spice Up Your Life" at the 2012 Summer Olympics closing ceremony. Their performance received acclaim, and became the most tweeted moment of the Olympics with over 116,000 tweets per minute on Twitter. 2016–present: Spice World tour and Spice25 On 8 July 2016, Brown, Bunton and Halliwell released a video celebrating the 20th anniversary of "Wannabe" and teased news from them as a three-piece. Beckham and Chisholm opted not to take part but gave the project their blessing. A new song from the three-piece, "Song for Her", was leaked online a few months later in November. The reunion project was cancelled due to Halliwell's pregnancy. On 24 May 2019, the Spice Girls began the Spice World – 2019 Tour of the UK and Ireland at Croke Park in Dublin, Ireland. Beckham declined to join due to commitments regarding her fashion business. Each of the four participating members was reportedly paid £12 million for the tour. The tour concluded with three concerts at London's Wembley Stadium, with the last taking place on 15 June 2019. Over 13 dates, the tour produced 700,000 spectators and earned $78.2 million in ticket sales. The three-night sellout stand at Wembley Stadium was the highest-grossing engagement of the year, drawing an audience of 221,971 and winning the 2019 Billboard Live Music Award for Top Boxscore. Despite sound problems in the early concerts, Anna Nicholson in The Guardian wrote, "As nostalgia tours go, this could hardly have been bettered." Alongside the tour, the group teamed up with the children's book franchise Mr. Men to create derivative products such as books, cups, bags and coasters. On 13 June 2019, it was reported that Paramount Animation had greenlit an animated Spice Girls film with old and new songs. The project will be produced by Simon Fuller and written by Karen McCullah and Kirsten Smith. A director has not been announced. To mark the 25th anniversary of "Wannabe", an EP was released in July 2021 that included previously unreleased demos. On 29 October, the Spice Girls released Spice25, a deluxe reissue of Spice featuring previously unreleased demos and remixes. The deluxe release saw the album reenter the UK Albums Chart at number five, number three on the UK Official Vinyl Albums Chart Top 40 and number four on the UK Official Physical Albums Chart. Artistry Musical style According to Allmusic's Stephen Thomas Erlewine, the Spice Girls "used dance-pop as a musical base, but they infused the music with a fiercely independent, feminist stance that was equal parts Madonna, post-riot grrrl alternative rock feminism, and a co-opting of the good-times-all-the-time stance of England's new lad culture." Their songs incorporated a variety of genres, which Halliwell described as a "melding" of the group members' eclectic musical tastes, but otherwise kept to mainstream pop conventions. Chisholm said: "We all had different artists that we loved. Madonna was a big influence and TLC; we watched a lot of their videos." A regular collaborator on the group's first two albums was the production duo known as Absolute, made up of Paul Wilson and Andy Watkins. Absolute initially found it difficult to work with the group as the duo was heavily into R&B music at the time, while the Spice Girls according to Wilson were "always very poptastic". Wilson said of the group's musical output: "Their sound was actually not getting R&B quite right." In his biography of the band, Wannabe: How the Spice Girls Reinvented Pop Fame (2004), Rolling Stone journalist David Sinclair said that the "undeniable artistry" of the group's songs had been overlooked. He said the Spice Girls "instinctively had an ear for a catchy tune" without resorting to the "formula balladry and bland modulations" of 90s boy bands Westlife and Boyzone. He praised their "more sophisticated" second album, Spiceworld, saying: "Peppered with personality, and each conveying a distinctive musical flavour and lyrical theme, these are songs which couldn't sound less 'manufactured,' and which, in several cases, transcend the pop genre altogether." Lyrical themes The Spice Girls' lyrics promote female empowerment and solidarity. Given the young age of their target audience, Lucy Jones of The Independent said the Spice Girls' songs were subversive for their time: "The lyrics were active rather than passive: taking, grabbing, laying it down – all the things little girls were taught never to do. 'Stop right now, thank you very much'. 'Who do you think you are?' 'I'll tell you what I want, what I really, really want'." Musicologist Nicola Dibben cited "Say You'll Be There" as an example of how the Spice Girls inverted traditional gender roles in their lyrics, depicting a man who has fallen in love and displays too much emotion and a woman who remains independent and in control. The Spice Girls emphasised the importance of sisterhood over romance songs such as "Wannabe", and embraced safe sex in "2 Become 1". Lauren Bravo, author of What Would the Spice Girls Do?: How the Girl Power Generation Grew Up (2018), found that even when the Spice Girls sang about romance, the message was "cheerfully non-committal", in contrast to the songs about
total energy and total particle numbers. For systems containing many particles (the thermodynamic limit), all three of the ensembles listed above tend to give identical behaviour. It is then simply a matter of mathematical convenience which ensemble is used. The Gibbs theorem about equivalence of ensembles was developed into the theory of concentration of measure phenomenon, which has applications in many areas of science, from functional analysis to methods of artificial intelligence and big data technology. Important cases where the thermodynamic ensembles do not give identical results include: Microscopic systems. Large systems at a phase transition. Large systems with long-range interactions. In these cases the correct thermodynamic ensemble must be chosen as there are observable differences between these ensembles not just in the size of fluctuations, but also in average quantities such as the distribution of particles. The correct ensemble is that which corresponds to the way the system has been prepared and characterized—in other words, the ensemble that reflects the knowledge about that system. {| class="wikitable sortable" |+ |- ! rowspan="2"| ! colspan="3"| Thermodynamic ensembles |- ! Microcanonical ! Canonical ! Grand canonical |- ! Fixed variables | | | |- ! Microscopic features | | | |- ! Macroscopic function | | | |- |} Calculation methods Once the characteristic state function for an ensemble has been calculated for a given system, that system is 'solved' (macroscopic observables can be extracted from the characteristic state function). Calculating the characteristic state function of a thermodynamic ensemble is not necessarily a simple task, however, since it involves considering every possible state of the system. While some hypothetical systems have been exactly solved, the most general (and realistic) case is too complex for an exact solution. Various approaches exist to approximate the true ensemble and allow calculation of average quantities. Exact There are some cases which allow exact solutions. For very small microscopic systems, the ensembles can be directly computed by simply enumerating over all possible states of the system (using exact diagonalization in quantum mechanics, or integral over all phase space in classical mechanics). Some large systems consist of many separable microscopic systems, and each of the subsystems can be analysed independently. Notably, idealized gases of non-interacting particles have this property, allowing exact derivations of Maxwell–Boltzmann statistics, Fermi–Dirac statistics, and Bose–Einstein statistics. A few large systems with interaction have been solved. By the use of subtle mathematical techniques, exact solutions have been found for a few toy models. Some examples include the Bethe ansatz, square-lattice Ising model in zero field, hard hexagon model. Monte Carlo One approximate approach that is particularly well suited to computers is the Monte Carlo method, which examines just a few of the possible states of the system, with the states chosen randomly (with a fair weight). As long as these states form a representative sample of the whole set of states of the system, the approximate characteristic function is obtained. As more and more random samples are included, the errors are reduced to an arbitrarily low level. The Metropolis–Hastings algorithm is a classic Monte Carlo method which was initially used to sample the canonical ensemble. Path integral Monte Carlo, also used to sample the canonical ensemble. Other For rarefied non-ideal gases, approaches such as the cluster expansion use perturbation theory to include the effect of weak interactions, leading to a virial expansion. For dense fluids, another approximate approach is based on reduced distribution functions, in particular the radial distribution function. Molecular dynamics computer simulations can be used to calculate microcanonical ensemble averages, in ergodic systems. With the inclusion of a connection to a stochastic heat bath, they can also model canonical and grand canonical conditions. Mixed methods involving non-equilibrium statistical mechanical results (see below) may be useful. Non-equilibrium statistical mechanics Many physical phenomena involve quasi-thermodynamic processes out of equilibrium, for example: heat transport by the internal motions in a material, driven by a temperature imbalance, electric currents carried by the motion of charges in a conductor, driven by a voltage imbalance, spontaneous chemical reactions driven by a decrease in free energy, friction, dissipation, quantum decoherence, systems being pumped by external forces (optical pumping, etc.), and irreversible processes in general. All of these processes occur over time with characteristic rates. These rates are important in engineering. The field of non-equilibrium statistical mechanics is concerned with understanding these non-equilibrium processes at the microscopic level. (Statistical thermodynamics can only be used to calculate the final result, after the external imbalances have been removed and the ensemble has settled back down to equilibrium.) In principle, non-equilibrium statistical mechanics could be mathematically exact: ensembles for an isolated system evolve over time according to deterministic equations such as Liouville's equation or its quantum equivalent, the von Neumann equation. These equations are the result of applying the mechanical equations of motion independently to each state in the ensemble. Unfortunately, these ensemble evolution equations inherit much of the complexity of the underlying mechanical motion, and so exact solutions are very difficult to obtain. Moreover, the ensemble evolution equations are fully reversible and do not destroy information (the ensemble's Gibbs entropy is preserved). In order to make headway in modelling irreversible processes, it is necessary to consider additional factors besides probability and reversible mechanics. Non-equilibrium mechanics is therefore an active area of theoretical research as the range of validity of these additional assumptions continues to be explored. A few approaches are described in the following subsections. Stochastic methods One approach to non-equilibrium statistical mechanics is to incorporate stochastic (random) behaviour into the system. Stochastic behaviour destroys information contained in the ensemble. While this is technically inaccurate (aside from hypothetical situations involving black holes, a system cannot in itself cause loss of information), the randomness is added to reflect that information of interest becomes converted over time into subtle correlations within the system, or to correlations between the system and environment. These correlations appear as chaotic or pseudorandom influences on the variables of interest. By replacing these correlations with randomness proper, the calculations can be made much easier. Near-equilibrium methods Another important class of non-equilibrium statistical mechanical models deals with systems that are only very slightly perturbed from equilibrium. With very small perturbations, the response can be analysed in linear response theory. A remarkable result, as formalized by the fluctuation–dissipation theorem, is that the response of a system when near equilibrium is precisely related to the fluctuations that occur when the system is in total equilibrium. Essentially, a system that is slightly away from equilibrium—whether put there by external forces or by fluctuations—relaxes towards equilibrium in the same way, since the system cannot tell the difference or "know" how it came to be away from equilibrium. This provides an indirect avenue for obtaining numbers such as ohmic conductivity and thermal conductivity by extracting results from equilibrium statistical mechanics. Since equilibrium statistical mechanics is mathematically well defined and (in some cases) more amenable for calculations, the fluctuation–dissipation connection can be a convenient shortcut for calculations in near-equilibrium statistical mechanics. A few of the theoretical tools used to make this connection include: Fluctuation–dissipation theorem Onsager reciprocal relations Green–Kubo relations Landauer–Büttiker formalism Mori–Zwanzig formalism Hybrid methods An advanced approach uses a combination of stochastic methods and linear response theory. As an example, one approach to compute quantum coherence effects (weak localization, conductance fluctuations) in the conductance of an electronic system is the use of the Green–Kubo relations, with the inclusion of stochastic dephasing by interactions between various electrons by use of the Keldysh method. Applications outside thermodynamics The ensemble formalism also can be used to analyze general mechanical systems with uncertainty in knowledge about the state of a system. Ensembles are also used in: propagation of uncertainty over time, regression analysis of gravitational orbits, ensemble forecasting of weather, dynamics of neural networks, bounded-rational potential games in game theory and economics. History In 1738, Swiss physicist and mathematician Daniel Bernoulli published Hydrodynamica which laid the basis for the kinetic theory of gases. In this work, Bernoulli posited the argument, still used to this day, that gases consist of great numbers of molecules moving in all directions, that their impact on a surface causes the gas pressure that we feel, and that what we experience as heat is simply the kinetic energy of their motion. In 1859, after reading a paper on the diffusion of molecules by Rudolf Clausius, Scottish physicist James Clerk Maxwell formulated the Maxwell distribution of molecular velocities, which gave the proportion of molecules having a certain velocity in a specific range. This was the first-ever statistical law in physics. Maxwell also gave the first mechanical argument that molecular collisions entail an equalization of temperatures and hence a tendency towards equilibrium. Five years later, in 1864, Ludwig Boltzmann, a young student in Vienna, came across Maxwell's paper and spent much of his life developing
large systems consist of many separable microscopic systems, and each of the subsystems can be analysed independently. Notably, idealized gases of non-interacting particles have this property, allowing exact derivations of Maxwell–Boltzmann statistics, Fermi–Dirac statistics, and Bose–Einstein statistics. A few large systems with interaction have been solved. By the use of subtle mathematical techniques, exact solutions have been found for a few toy models. Some examples include the Bethe ansatz, square-lattice Ising model in zero field, hard hexagon model. Monte Carlo One approximate approach that is particularly well suited to computers is the Monte Carlo method, which examines just a few of the possible states of the system, with the states chosen randomly (with a fair weight). As long as these states form a representative sample of the whole set of states of the system, the approximate characteristic function is obtained. As more and more random samples are included, the errors are reduced to an arbitrarily low level. The Metropolis–Hastings algorithm is a classic Monte Carlo method which was initially used to sample the canonical ensemble. Path integral Monte Carlo, also used to sample the canonical ensemble. Other For rarefied non-ideal gases, approaches such as the cluster expansion use perturbation theory to include the effect of weak interactions, leading to a virial expansion. For dense fluids, another approximate approach is based on reduced distribution functions, in particular the radial distribution function. Molecular dynamics computer simulations can be used to calculate microcanonical ensemble averages, in ergodic systems. With the inclusion of a connection to a stochastic heat bath, they can also model canonical and grand canonical conditions. Mixed methods involving non-equilibrium statistical mechanical results (see below) may be useful. Non-equilibrium statistical mechanics Many physical phenomena involve quasi-thermodynamic processes out of equilibrium, for example: heat transport by the internal motions in a material, driven by a temperature imbalance, electric currents carried by the motion of charges in a conductor, driven by a voltage imbalance, spontaneous chemical reactions driven by a decrease in free energy, friction, dissipation, quantum decoherence, systems being pumped by external forces (optical pumping, etc.), and irreversible processes in general. All of these processes occur over time with characteristic rates. These rates are important in engineering. The field of non-equilibrium statistical mechanics is concerned with understanding these non-equilibrium processes at the microscopic level. (Statistical thermodynamics can only be used to calculate the final result, after the external imbalances have been removed and the ensemble has settled back down to equilibrium.) In principle, non-equilibrium statistical mechanics could be mathematically exact: ensembles for an isolated system evolve over time according to deterministic equations such as Liouville's equation or its quantum equivalent, the von Neumann equation. These equations are the result of applying the mechanical equations of motion independently to each state in the ensemble. Unfortunately, these ensemble evolution equations inherit much of the complexity of the underlying mechanical motion, and so exact solutions are very difficult to obtain. Moreover, the ensemble evolution equations are fully reversible and do not destroy information (the ensemble's Gibbs entropy is preserved). In order to make headway in modelling irreversible processes, it is necessary to consider additional factors besides probability and reversible mechanics. Non-equilibrium mechanics is therefore an active area of theoretical research as the range of validity of these additional assumptions continues to be explored. A few approaches are described in the following subsections. Stochastic methods One approach to non-equilibrium statistical mechanics is to incorporate stochastic (random) behaviour into the system. Stochastic behaviour destroys information contained in the ensemble. While this is technically inaccurate (aside from hypothetical situations involving black holes, a system cannot in itself cause loss of information), the randomness is added to reflect that information of interest becomes converted over time into subtle correlations within the system, or to correlations between the system and environment. These correlations appear as chaotic or pseudorandom influences on the variables of interest. By replacing these correlations with randomness proper, the calculations can be made much easier. Near-equilibrium methods Another important class of non-equilibrium statistical mechanical models deals with systems that are only very slightly perturbed from equilibrium. With very small perturbations, the response can be analysed in linear response theory. A remarkable result, as formalized by the fluctuation–dissipation theorem, is that the response of a system when near equilibrium is precisely related to the fluctuations that occur when the system is in total equilibrium. Essentially, a system that is slightly away from equilibrium—whether put there by external forces or by fluctuations—relaxes towards equilibrium in the same way, since the system cannot tell the difference or "know" how it came to be away from equilibrium. This provides an indirect avenue for obtaining numbers such as ohmic conductivity and thermal conductivity by extracting results from equilibrium statistical mechanics. Since equilibrium statistical mechanics is mathematically well defined and (in some cases) more amenable for calculations, the fluctuation–dissipation connection can be a convenient shortcut for calculations in near-equilibrium statistical mechanics. A few of the theoretical tools used to make this connection include: Fluctuation–dissipation theorem Onsager reciprocal relations Green–Kubo relations Landauer–Büttiker formalism Mori–Zwanzig formalism Hybrid methods An advanced approach uses a combination of stochastic methods and linear response theory. As an example, one approach to compute quantum coherence effects (weak localization, conductance fluctuations) in the conductance of an electronic system is the use of the Green–Kubo relations, with the inclusion of stochastic dephasing by interactions between various electrons by use of the Keldysh method. Applications outside thermodynamics The ensemble formalism also can be used to analyze general mechanical systems with uncertainty in knowledge about the state of a system. Ensembles are also used in: propagation of uncertainty over time, regression analysis of gravitational orbits, ensemble forecasting of weather, dynamics of neural networks, bounded-rational potential games in game theory and economics. History In 1738, Swiss physicist and mathematician Daniel Bernoulli published Hydrodynamica which laid the basis for the kinetic theory of gases. In this work, Bernoulli posited the argument, still used to this day, that gases consist of great numbers of molecules moving in all directions, that their impact on a surface causes the gas pressure that we feel, and that what we experience as heat is simply the kinetic energy of their motion. In 1859, after reading a paper on the diffusion of molecules by Rudolf Clausius, Scottish physicist James Clerk Maxwell formulated the Maxwell distribution of molecular velocities, which gave the proportion of molecules having a certain velocity in a specific range. This was the first-ever statistical law in physics. Maxwell also gave the first mechanical argument that molecular collisions entail an equalization of temperatures and hence a tendency towards equilibrium. Five years later, in 1864, Ludwig Boltzmann, a young student in Vienna, came across Maxwell's paper and spent much of his life developing the subject further. Statistical mechanics was initiated in the 1870s with the work of Boltzmann, much of which was collectively published in his 1896 Lectures on Gas Theory. Boltzmann's original papers on the statistical interpretation of thermodynamics, the H-theorem, transport theory, thermal equilibrium, the equation of state of gases, and similar subjects, occupy about 2,000 pages in the proceedings of the Vienna Academy and other societies. Boltzmann introduced the concept of an equilibrium statistical ensemble and also investigated for the first time non-equilibrium statistical mechanics, with his H-theorem. The term
calendar, for example). Northern solstice and southern solstice indicate the hemisphere of the Sun's location. The northern solstice is in June, when the Sun is directly over the Tropic of Cancer in the Northern Hemisphere, and the southern solstice is in December, when the Sun is directly over the Tropic of Capricorn in the Southern Hemisphere. These terms can be used unambiguously for other planets. First point of Cancer and first point of Capricorn refer to the astrological signs that the sun "is entering" (a system rooted in Roman Classical period dates). Due to the precession of the equinoxes, the constellations the sun appears in at solstices are currently Taurus in June and Sagittarius in December. Solstice terms in East Asia The traditional East Asian calendars divide a year into 24 solar terms (節氣). Xiàzhì (pīnyīn) or Geshi (rōmaji) () is the 10th solar term, and marks the summer solstice. It begins when the Sun reaches the celestial longitude of 90° (around June 21) and ends when the Sun reaches the longitude of 105° (around July 7). Xiàzhì more often refers in particular to the day when the Sun is exactly at the celestial longitude of 90°. Dōngzhì (pīnyīn) or Tōji (rōmaji) () is the 22nd solar term, and marks the winter solstice. It begins when the Sun reaches the celestial longitude of 270° (around December 22) and ends when the Sun reaches the longitude of 285° (around January 5). Dōngzhì more often refers in particular to the day when the Sun is exactly at the celestial longitude of 270°. The solstices (as well as the equinoxes) mark the middle of the seasons in East Asian calendars. Here, the Chinese character 至 means "extreme", so the terms for the solstices directly signify the summits of summer and winter. Solstice celebrations The term solstice'' can also be used in a wider sense, as the date (day) that such a passage happens. The solstices, together with the equinoxes, are connected with the seasons. In some languages they are considered to start or separate the seasons; in others they are considered to be centre points (in England, in the Northern Hemisphere, for example, the period around the northern solstice is known as midsummer). Midsummer's Day, defined as St. Johns Day by the Christian Church, is June 24, about three days after the solstice itself). Similarly December 25 is the start of the Christmas celebration, and is the day the Sun begins to return to the Northern Hemisphere. The traditional British and Irish (often) main rent and meeting days of the year: "the usual quarter days" was at first those of the solstices and equinoxes. Many cultures celebrate various combinations of the winter and summer solstices, the equinoxes, and the midpoints between them, leading to various holidays arising around these events. During the southern or winter solstice, Christmas is the most widespread contemporary holiday, while Yalda, Saturnalia, Karachun, Hanukkah, Kwanzaa, and Yule are also celebrated around this time. In East Asian cultures, the Dongzhi Festival is celebrated on the winter solstice. For the northern or summer solstice, Christian cultures celebrate the feast of St. John from June 23 to 24 (see St. John's Eve, Ivan Kupala Day), while Modern Pagans observe Midsummer, known as Litha among Wiccans. For the vernal (spring) equinox, several springtime festivals are celebrated, such as the Persian Nowruz, the observance in Judaism of Passover, the rites of Easter in most Christian churches, as well as the Wiccan Ostara. The autumnal equinox is associated with the Jewish holiday of Sukkot and the Wiccan Mabon. In the southern tip of South America, the Mapuche people celebrate We Tripantu (the New Year) a few days after the northern solstice, on June 24. Further north, the Atacama people formerly celebrated this date with a noise festival, to call the Sun back. Further east, the Aymara people celebrate their New Year on June 21. A celebration occurs at sunrise, when the sun shines directly through the Gate of the Sun in Tiwanaku. Other Aymara New Year feasts occur throughout Bolivia, including at the site of El Fuerte de Samaipata. In the Hindu calendar, two sidereal solstices are named Makara Sankranti which marks the start of Uttarayana and Karka Sankranti which marks the start of Dakshinayana. The former occurs around January 14 each year, while the latter occurs around July 14 each year. These mark the movement of the Sun along a sidereally fixed zodiac (precession is ignored) into Makara, the zodiacal sign which corresponds with Capricorn, and into Karka, the zodiacal sign which corresponds with Cancer, respectively. The Amundsen–Scott South Pole Station celebrates every year on June 21 a midwinter party, to celebrate that the Sun is at its lowest point and coming back. The Fremont Solstice Parade takes place every summer solstice in Fremont, Seattle, Washington in the United States. The reconstructed Cahokia Woodhenge, a large timber circle located at the Mississippian culture Cahokia archaeological site near Collinsville, Illinois, is the site of annual equinox and solstice sunrise observances. Out of respect for Native American beliefs these events do not feature ceremonies or rituals of any kind. Solstice determination Unlike the equinox, the solstice time is not easy to determine. The changes in solar declination become smaller as the Sun gets closer to its maximum/minimum declination. The days before and after the solstice, the declination speed is less than 30 arcseconds per day which is less than of the angular size of the Sun, or the equivalent to just 2 seconds of right ascension. This difference is hardly detectable with indirect viewing based devices like sextant equipped with a vernier, and impossible with more traditional tools like a gnomon or an astrolabe. It is also hard to detect the changes in sunrise/sunset azimuth due to the atmospheric refraction changes. Those accuracy issues render it impossible to determine the solstice day based on observations made within the 3 (or even 5) days surrounding the solstice without the use of more complex tools. Accounts do not survive but Greek astronomers must have used an approximation method based on interpolation, which is still used by some amateurs. This method consists of recording the declination angle at noon during some days before and after the solstice, trying to find two separate days with the same declination. When those two days are found, the halfway time between both noons is estimated solstice time. An interval of 45 days has been postulated as the best one to achieve up to a quarter-day precision, in the solstice determination. In 2012, the journal DIO found that accuracy of one or two hours with balanced errors can be attained by observing the Sun's equal altitudes about S = twenty degrees (or d = about 20 days) before and after the summer solstice because the average of the two times will be early by q arc minutes where q is (πe cosA)/3 times the square of S in degrees (e = earth orbit eccentricity, A = earth's perihelion or Sun's apogee), and the noise in the result will be about 41 hours divided by d if the eye's sharpness is taken as one arc minute. Astronomical almanacs define the solstices as the moments when the Sun passes through the solstitial colure, i.e. the times when the apparent geocentric celestial longitude of the Sun is equal to 90° (June solstice) or 270° (December solstice). The dates of the solstice varies each year and may occur a day earlier or later depending on the time zone. The solstices always occur between June 20 and 22 and between December 20 and 23 with the 21st and 22nd being the most common dates. In the constellations Using the current official IAU constellation boundaries – and taking into account the variable precession speed and the rotation of the ecliptic – the solstices shift through the constellations as follows (expressed in astronomical year numbering in which the year 0 = 1 BC, −1 = 2 BC, etc.): The northern solstice passed from Leo into Cancer in year −1458, passed into Gemini in year −10, passed into Taurus in December 1989, and is expected to pass into Aries in year 4609. The southern solstice passed from Capricornus into Sagittarius in year −130, is expected to pass into Ophiuchus in year 2269, and is expected to pass into Scorpius in year 3597. On other planets The 687-day orbit of Mars around the Sun (almost twice that of the Earth) causes its summer and winter solstices to occur at
(as seen from Earth) pauses at a northern or southern limit before reversing direction. Definitions and frames of reference For an observer on the North Pole, the Sun reaches the highest position in the sky once a year in June. The day this occurs is called the June solstice day. Similarly, for an observer on the South Pole, the Sun reaches the highest position on the December solstice day. When it is the summer solstice at one Pole, it is the winter solstice on the other. The Sun's westerly motion never ceases as Earth is continually in rotation. However, the Sun's motion in declination comes to a stop at the moment of solstice. In that sense, solstice means "sun-standing". This modern scientific word descends from a Latin scientific word in use in the late Roman Republic of the 1st century BC: solstitium. Pliny uses it a number of times in his Natural History with a similar meaning that it has today. It contains two Latin-language morphemes, sol, "sun", and -stitium, "stoppage". The Romans used "standing" to refer to a component of the relative velocity of the Sun as it is observed in the sky. Relative velocity is the motion of an object from the point of view of an observer in a frame of reference. From a fixed position on the ground, the Sun appears to orbit around Earth. To an observer in an inertial frame of reference, planet Earth is seen to rotate about an axis and revolve around the Sun in an elliptical path with the Sun at one focus. Earth's axis is tilted with respect to the plane of Earth's orbit and this axis maintains a position that changes little with respect to the background of stars. An observer on Earth therefore sees a solar path that is the result of both rotation and revolution. The component of the Sun's motion seen by an earthbound observer caused by the revolution of the tilted axis – which, keeping the same angle in space, is oriented toward or away from the Sun – is an observed daily increment (and lateral offset) of the elevation of the Sun at noon for approximately six months and observed daily decrement for the remaining six months. At maximum or minimum elevation, the relative yearly motion of the Sun perpendicular to the horizon stops and reverses direction. Outside of the tropics, the maximum elevation occurs at the summer solstice and the minimum at the winter solstice. The path of the Sun, or ecliptic, sweeps north and south between the northern and southern hemispheres. The days are longer around the summer solstice and shorter around the winter solstice. When the Sun's path crosses the equator, the length of the nights at latitudes +L° and −L° are of equal length. This is known as an equinox. There are two solstices and two equinoxes in a tropical year.<ref>For an introduction to these topics of astronomy refer to {{cite book |title=The American Practical Navigator: an Epitome of Navigation |first=Nathaniel |last=Bowditch |author-link=Nathaniel Bowditch |publisher=National Geospatial-Intelligence Agency |location=Bethesda, Maryland |date=2002 |url=http://msi.nga.mil/MSISiteContent/StaticFiles/NAV_PUBS/APN/Chapt-15.pdf |access-date=December 9, 2015 |at=Chapter 15 Navigational Astronomy' |archive-url=https://web.archive.org/web/20160208021807/http://msi.nga.mil/MSISiteContent/StaticFiles/NAV_PUBS/APN/Chapt-15.pdf |archive-date=February 8, 2016 |url-status=dead }}</ref> Relationship to seasons The seasons occur because the Earth's axis of rotation is not perpendicular to its orbital plane (the plane of the ecliptic) but currently makes an angle of about 23.44° (called the obliquity of the ecliptic), and because the axis keeps its orientation with respect to an inertial frame of reference. As a consequence, for half the year the Northern Hemisphere is inclined toward the Sun while for the other half year the Southern Hemisphere has this distinction. The two moments when the inclination of Earth's rotational axis has maximum effect are the solstices. At the June solstice the subsolar point is further north than any other time: at latitude 23.44° north, known as the Tropic of Cancer. Similarly at the December solstice the subsolar point is further south than any other time: at latitude 23.44° south, known as the Tropic of Capricorn. The subsolar point will cross every latitude between these two extremes exactly twice per year. Also during the June solstice, places on the Arctic Circle (latitude 66.56° north) will see the Sun just on the horizon during midnight, and all places north of it will see the Sun above horizon for 24 hours. That is the midnight sun or midsummer-night sun or polar day. On the other hand, places on the Antarctic Circle (latitude 66.56° south) will see the Sun just on the horizon during midday, and all places south of it will not see the Sun above horizon at any time of the day. That is the polar night. During the December Solstice, the effects on both hemispheres are just the opposite. This sees polar sea ice re-grow annually due to lack of sunlight on the air above and surrounding sea. Cultural aspects Ancient Greek names and concepts The concept of the solstices was embedded in ancient Greek celestial navigation. As soon as they discovered that the Earth is spherical they devised the concept of the celestial sphere, an imaginary spherical surface rotating with the heavenly bodies (ouranioi) fixed in it (the modern one does not rotate, but the stars in it do). As long as no assumptions are made concerning the distances of those
, the fan was turned on; when it fell below , the fan was turned off by the dual thermal switch. If the temperature exceeded or fell below , another control thermal switch was activated, changing the duration of the radio signal pulses. Sputnik 1 was filled with dry nitrogen, pressurized to . The satellite had a barometric switch, activated if the pressure inside the satellite fell below 130 kPa, which would have indicated failure of the pressure vessel or puncture by a meteor, and would have changed the duration of radio signal impulse. While attached to the rocket, Sputnik 1 was protected by a cone-shaped payload fairing, with a height of . The fairing separated from both Sputnik and the spent R-7 second stage at the same time as the satellite was ejected. Tests of the satellite were conducted at OKB-1 under the leadership of Oleg G. Ivanovsky. Launch and mission The control system of the Sputnik rocket was adjusted to an intended orbit of , with an orbital period of 101.5 minutes. The trajectory had been calculated earlier by Georgi Grechko, using the USSR Academy of Sciences' mainframe computer. The Sputnik rocket was launched on 4 October 1957 at 19:28:34 UTC (5 October at the launch site ) from Site No.1 at NIIP-5. Telemetry indicated that the strap-ons separated 116 seconds into the flight and the core stage engine shutdown 295.4 seconds into the flight. At shutdown, the 7.5-tonne core stage (with PS-1 attached) had attained an altitude of above sea level, a velocity of , and a velocity vector inclination to the local horizon of 0 degrees 24 minutes. This resulted in an initial orbit of by , with an apogee approximately lower than intended, and an inclination of 65.10° and a period of 96.20 minutes. A fuel regulator in the booster also failed around 16 seconds into launch, which resulted in excessive RP-1 consumption for most of the powered flight and the engine thrust being 4% above nominal. Core stage cutoff was intended for T+296 seconds, but the premature propellant depletion caused thrust termination to occur one second earlier when a sensor detected overspeed of the empty RP-1 turbopump. There were of LOX remaining at cutoff. At 19.9 seconds after engine cut-off, PS-1 separated from the second stage and the satellite's transmitter was activated. These signals were detected at the IP-1 station by Junior Engineer-Lieutenant V.G. Borisov, where reception of Sputnik 1's "beep-beep-beep" tones confirmed the satellite's successful deployment. Reception lasted for 2 minutes, until PS-1 fell below the horizon. The Tral telemetry system on the R-7 core stage continued to transmit and was detected on its second orbit. The designers, engineers and technicians who developed the rocket and satellite watched the launch from the range. After the launch they drove to the mobile radio station to listen for signals from the satellite. They waited about 90 minutes to ensure that the satellite had made one orbit and was transmitting before Korolev called Soviet premier Nikita Khrushchev. On the first orbit the Telegraph Agency of the Soviet Union (TASS) transmitted: "As result of great, intense work of scientific institutes and design bureaus the first artificial Earth satellite has been built". The R-7 core stage, with a mass of 7.5 tonnes and a length of 26 metres, also reached Earth orbit. It was a first magnitude object following behind the satellite and visible at night. Deployable reflective panels were placed on the booster in order to increase its visibility for tracking. A small highly polished sphere, the satellite was barely visible at sixth magnitude, and thus harder to follow optically. The batteries ran out on 26 October 1957, after the satellite completed 326 orbits. The core stage of the R-7 remained in orbit for two months until 2 December 1957, while Sputnik 1 orbited for three months, until 4 January 1958, having completed 1,440 orbits of the Earth. Reception The Soviets provided details of Sputnik 1 before the launch, but few outside the Soviet Union noticed. After reviewing information publicly available before the launch, the science writer Willy Ley wrote in 1958: Organized through the citizen science project Operation Moonwatch, teams of visual observers at 150 stations in the United States and other countries were alerted during the night to watch for the satellite at dawn and during the evening twilight as it passed overhead. The USSR requested amateur and professional radio operators to tape record the signal being transmitted from the satellite. News reports at the time pointed out that "anyone possessing a short wave receiver can hear the new Russian earth satellite as it hurtles over this area of the globe." Directions, provided by the American Radio Relay League, were to "Tune in 20 megacycles sharply, by the time signals, given on that frequency. Then tune to slightly higher frequencies. The 'beep, beep' sound of the satellite can be heard each time it rounds the globe." The first recording of Sputnik 1's signal was made by RCA engineers near Riverhead, Long Island. They then drove the tape recording into Manhattan for broadcast to the public over NBC radio. However, as Sputnik rose higher over the East Coast, its signal was picked up by W2AEE, the ham radio station of Columbia University. Students working in the university's FM station, WKCR, made a tape of this, and were the first to rebroadcast the Sputnik signal to the American public (or whoever could receive the FM station). The Soviet Union agreed to transmit on frequencies that worked with the United States' existing infrastructure, but later announced the lower frequencies. Asserting that the launch "did not come as a surprise", the White House refused to comment on any military aspects. On 5 October the Naval Research Laboratory captured recordings of Sputnik 1 during four crossings over the United States. The USAF Cambridge Research Center collaborated with Bendix-Friez, Westinghouse Broadcasting, and the Smithsonian Astrophysical Observatory to obtain a video of Sputnik's rocket body crossing the pre-dawn sky of Baltimore, broadcast on 12 October by WBZ-TV in Boston. The success of Sputnik 1 seemed to have changed minds around the world regarding a shift in power to the Soviets. The USSR's launch of Sputnik 1 spurred the United States to create the Advanced Research Projects Agency (ARPA, later DARPA) in February 1958 to regain a technological lead. In Britain, the media and population initially reacted with a mixture of fear for the future, but also amazement about human progress. Many newspapers and magazines heralded the arrival of the Space Age. However, when the USSR launched Sputnik 2, containing the dog Laika, the media narrative returned to one of anti-Communism and many people sent protests to the Soviet embassy and the RSPCA. Propaganda Sputnik 1 was not immediately used for Soviet propaganda. The Soviets had kept quiet about their earlier accomplishments in rocketry, fearing that it would lead to secrets being revealed and failures being exploited by the West. When the Soviets began using Sputnik in their propaganda, they emphasized pride in the achievement of Soviet technology, arguing that it demonstrated the Soviets' superiority over the West. People were encouraged to listen to Sputnik's signals on the radio and to look out for Sputnik in the night sky. While Sputnik itself had been highly polished, its small size made it barely visible to the naked eye. What most watchers actually saw was the much more visible 26-metre core stage of the R-7. Shortly after the launch of PS-1, Khrushchev pressed Korolev to launch another satellite to coincide with the 40th anniversary of the October Revolution, on 7 November 1957. The launch of Sputnik 1 surprised the American public, and shattered the perception created by American propaganda of the United States as the technological superpower, and the Soviet Union as a backward country. Privately, however, the CIA and President Eisenhower were aware of progress being made by the Soviets on Sputnik from secret spy plane imagery. Together with the Jet Propulsion Laboratory (JPL), the Army Ballistic Missile Agency built Explorer 1, and launched it on 31 January 1958. Before work was completed, however, the Soviet Union launched a second satellite, Sputnik 2, on 3 November 1957. Meanwhile, the televised failure of Vanguard TV3 on 6 December 1957 deepened American dismay over the country's position in the Space Race. The Americans took a more aggressive stance in the emerging space race, resulting in an emphasis on science and technological research, and reforms in many areas from the military to education systems. The federal government began investing in science, engineering, and mathematics at all levels of education. An advanced research group was assembled for military purposes. These research groups developed weapons such as ICBMs and missile defense systems, as well as spy satellites for the U.S. Legacy Initially, U.S. President Eisenhower was not surprised by Sputnik 1. He had been forewarned of the R-7's capabilities by information derived from U-2 spy plane overflight photos, as well as signals and telemetry intercepts. The Eisenhower administration's first response was low-key and almost dismissive. Eisenhower was even pleased that the USSR, not the U.S., would be the first to test the waters of the still-uncertain legal status of orbital satellite overflights. Eisenhower had suffered the Soviet protests and shoot-downs of Project Genetrix (Moby Dick) balloons and was concerned about the probability of a U-2 being shot down. To set a precedent for "freedom of space" before the launch of America's secret WS-117L spy satellites, the U.S. had launched Project Vanguard as its own "civilian" satellite entry for the International Geophysical Year. Eisenhower greatly underestimated the reaction of the American public, who were shocked by the launch of Sputnik and by the televised failure of the Vanguard Test Vehicle 3 launch attempt. The sense of anxiety was inflamed by Democratic politicians and professional cold warriors, who portrayed the United States as woefully behind. One of the many books that suddenly appeared for the lay-audience noted seven points of "impact" upon the nation: Western leadership, Western strategy and tactics, missile production, applied research, basic research, education, and democratic culture. As public and the government became interested in space and related science and technology, the phenomenon was sometimes dubbed the "Sputnik craze". The U.S. soon had a number of successful satellites, including Explorer 1, Project SCORE, and Courier 1B. However, public reaction to the Sputnik crisis spurred America to action in the Space Race, leading to the creation of both the Advanced Research Projects Agency (renamed the Defense Advanced Research Projects Agency, or DARPA, in 1972), and NASA (through the National Aeronautics and Space Act), as well as increased U.S. government spending on scientific research and education through the National Defense Education Act. Sputnik also contributed directly to a new emphasis on science and technology in American schools. With a sense of urgency, Congress enacted the 1958 National Defense Education Act, which provided low-interest loans for college tuition to students majoring in maths and science. After the launch of Sputnik, a poll conducted and published by the University of Michigan showed that 26% of Americans surveyed thought that Russian sciences and engineering were superior to that of the United States. (A year later, however, that figure had dropped to 10% as the U.S. began launching its own satellites into space.) One consequence of the Sputnik shock was the perception of a "missile gap". This became a dominant issue in the 1960 Presidential campaign. One irony of the Sputnik event was the initially low-key response of the Soviet Union. The Communist Party newspaper Pravda only printed a few paragraphs about Sputnik 1 on 4 October. Sputnik also inspired a generation of engineers and scientists. Harrison Storms, the North American designer who was responsible for the X-15 rocket plane, and went on to head the effort to design the Apollo command and service module and Saturn V launch vehicle's second stage, was moved by the launch of Sputnik to think of space as being the next step for America. Astronauts Alan Shepard (who was the first American in space) and Deke Slayton later wrote of how the sight of Sputnik 1 passing overhead inspired them to their new careers. The launch of Sputnik 1 led to the resurgence of the suffix -nik in the English language. The American writer Herb Caen was inspired to coin the term "beatnik" in an article about the Beat Generation in the San Francisco Chronicle on 2 April 1958. The flag of the Russian city of Kaluga, which, due to its importance as Konstantin Tsiolkovsky's birthplace, is very focused on space, features a small Sputnik in the canton. Backup units and replicas At least two vintage duplicates of Sputnik 1 exist, built apparently as backup units. One resides just outside Moscow in the corporate museum of Energia, the modern descendant of Korolev's design bureau, where it is on
system, radio/technical instruments, and the telemetry system The Ministry of the Ship Building Industry would develop gyroscope devices The Ministry of the Machine Building would develop ground launching, refueling and transportation means The Ministry of the Defense was responsible for conducting launches Preliminary design work was completed in July 1956 and the scientific tasks to be carried out by the satellite were defined. These included measuring the density of the atmosphere and its ion composition, the solar wind, magnetic fields, and cosmic rays. This data would be valuable in the creation of future artificial satellites; a system of ground stations was to be developed to collect data transmitted by the satellite, observe the satellite's orbit, and transmit commands to the satellite. Because of the limited time frame, observations were planned for only 7 to 10 days and orbit calculations were not expected to be extremely accurate. By the end of 1956 it became clear that the complexity of the ambitious design meant that 'Object D' could not be launched in time because of difficulties creating scientific instruments and the low specific impulse produced by the completed R-7 engines (304 sec instead of the planned 309 to 310 sec). Consequently, the government rescheduled the launch for April 1958. Object D would later fly as Sputnik 3. Fearing the U.S. would launch a satellite before the USSR, OKB-1 suggested the creation and launch of a satellite in April–May 1957, before the IGY began in July 1957. The new satellite would be simple, light (), and easy to construct, forgoing the complex, heavy scientific equipment in favour of a simple radio transmitter. On 15 February 1957 the Council of Ministers of the USSR approved this simple satellite, designated 'Object PS'. This version allowed the satellite to be tracked visually by Earth-based observers, and it could transmit tracking signals to ground-based receiving stations. The launch of two satellites, PS-1 and PS-2, with two R-7 rockets (8K71), was approved, provided that the R-7 completed at least two successful test flights. Launch vehicle preparation and launch site selection The R-7 rocket was initially designed as an intercontinental ballistic missile (ICBM) by OKB-1. The decision to build it was made by the Central Committee of the Communist Party of the Soviet Union and the Council of Ministers of the USSR on 20 May 1954. The rocket was the most powerful in the world; it was designed with excessive thrust since they were unsure how heavy the hydrogen bomb payload would be. The R-7 was also known by its GRAU (later GURVO, the Russian abbreviation for "Chief Directorate of the Rocket Forces") designation 8K71. At the time, the R-7 was known to NATO sources as the T-3 or M-104, and Type A. A special reconnaissance commission selected Tyuratam for the construction of a rocket proving ground, the 5th Tyuratam range, usually referred to as "NIIP-5", or "GIK-5" in the post-Soviet time. The selection was approved on 12 February 1955 by the Council of Ministers of the USSR, but the site would not be completed until 1958. Actual work on the construction of the site began on 20 July by military building units. On 14 June 1956, Korolev decided to adapt the R-7 rocket to the 'Object D' (Sputnik 3), that would later be replaced by the much lighter 'Object PS' (Sputnik 1). The first launch of an R-7 rocket (8K71 No.5L) occurred on 15 May 1957. A fire began in the Blok D strap-on almost immediately at liftoff, but the booster continued flying until 98 seconds after launch when the strap-on broke away and the vehicle crashed some downrange. Three attempts to launch the second rocket (8K71 No.6) were made on 10–11 June, but an assembly defect prevented launch. The unsuccessful launch of the third R-7 rocket (8K71 No.7) took place on 12 July. An electrical short caused the vernier engines to put the missile into an uncontrolled roll which resulted in all of the strap-ons separating 33 seconds into the launch. The R-7 crashed about from the pad. The launch of the fourth rocket (8K71 No.8), on 21 August at 15:25 Moscow Time, was successful. The rocket's core boosted the dummy warhead to the target altitude and velocity, reentered the atmosphere, and broke apart at a height of after traveling . On 27 August, the TASS issued a statement on the successful launch of a long-distance multistage ICBM. The launch of the fifth R-7 rocket (8K71 No.9), on 7 September, was also successful, but the dummy was also destroyed on atmospheric re-entry, and hence needed a redesign to completely fulfill its military purpose. The rocket, however, was deemed suitable for satellite launches, and Korolev was able to convince the State Commission to allow the use of the next R-7 to launch PS-1, allowing the delay in the rocket's military exploitation to launch the PS-1 and PS-2 satellites. On 22 September a modified R-7 rocket, named Sputnik and indexed as 8K71PS, arrived at the proving ground and preparations for the launch of PS-1 began. Compared to the military R-7 test vehicles, the mass of 8K71PS was reduced from 280 t to 272 t, its length with PS-1 was and the thrust at liftoff was . Observation complex PS-1 was not designed to be controlled; it could only be observed. Initial data at the launch site would be collected at six separate observatories and telegraphed to NII-4. Located back in Moscow (at Bolshevo), NII-4 was a scientific research arm of the Ministry of Defence that was dedicated to missile development. The six observatories were clustered around the launch site, with the closest situated from the launch pad. A second, nationwide observation complex was established to track the satellite after its separation from the rocket. Called the Command-Measurement Complex, it consisted of the coordination center in NII-4 and seven distant stations situated along the line of the satellite's ground track. These tracking stations were located at Tyuratam, Sary-Shagan, Yeniseysk, Klyuchi, Yelizovo, Makat in Guryev Oblast, and Ishkup in Krasnoyarsk Krai. Stations were equipped with radar, optical instruments, and communications systems. Data from stations were transmitted by telegraphs into NII-4 where ballistics specialists calculated orbital parameters. The observatories used a trajectory measurement system called "Tral", developed by OKB MEI (Moscow Energy Institute), by which they received and monitored data from transponders mounted on the R-7 rocket's core stage. The data was useful even after the satellite's separation from the second stage of the rocket; Sputnik's location was calculated from the data on the second stage's location which followed Sputnik at a known distance. Tracking of the booster during launch had to be accomplished through purely passive means such as visual coverage and radar detection. R-7 test launches demonstrated that the tracking cameras were only good up to an altitude of , but radar could track it for almost . Outside the Soviet Union, the satellite was tracked by amateur radio operators in many countries. The booster rocket was located and tracked by the British using the Lovell Telescope at the Jodrell Bank Observatory, the only telescope in the world able to do so by radar. Canada's Newbrook Observatory was the first facility in North America to photograph Sputnik 1. Design The chief constructor of Sputnik 1 at OKB-1 was Mikhail S. Khomyakov. The satellite was a diameter sphere, assembled from two hemispheres that were hermetically sealed with O-rings and connected by 36 bolts. It had a mass of . The hemispheres were 2 mm thick, and were covered with a highly polished 1 mm-thick heat shield made of an aluminium–magnesium–titanium alloy, AMG6T. The satellite carried two pairs of antennas designed by the Antenna Laboratory of OKB-1, led by Mikhail V. Krayushkin. Each antenna was made up of two whip-like parts, in length, and had an almost spherical radiation pattern. The power supply, with a mass of , was in the shape of an octagonal nut with the radio transmitter in its hole. It consisted of three silver-zinc batteries, developed at the All-Union Research Institute of Power Sources (VNIIT) under the leadership of Nikolai S.
funding achieved in the kickstarter enabled significant game additions. Games published Steve Jackson Games' main product line, in terms of sales, is the Munchkin card game, followed by the role-playing system GURPS. Card games Battle Cattle The Card Game, a card game, compatible with the Car Wars card game, based on the Battle Cattle miniatures system. Burn In Hell, a semi-satirical game centered on collecting 'circles' of notable historical and contemporary people's (sinners') souls that share common characteristics. Car Wars: The Card Game, a card game version of the Car Wars miniatures system. Chez Geek, a card-game parody of Geek culture with many spinoffs and expansions: Cowpoker, a card game partly based on poker mechanics with a central theme of old west cattle ranchers. Dino Hunt, a card game where players travel through time to capture dinosaurs. Features over a hundred dinosaurs with color drawings and accurate scientific data on each one. Hacker, a modern-day card game based on the mechanics of Illuminati. Hacker II: The Dark Side Illuminati, a game of competing conspiracies, based largely on the Illuminatus! Trilogy by Robert Anton Wilson. Originally published in microgame format followed by three numbered expansions. Later published in a full-sized box with expansions 1 and 2 as Deluxe Illuminati. Expansion 3 would later be reprinted as Illuminati: Brainwash. Illuminati: Y2K - all-card expansion for Deluxe Illuminati Illuminati: Bavarian Fire Drill - all-card expansion for Deluxe Illuminati Illuminati: New World Order (INWO), the collectible card game based on concepts in Illuminati. INWO Subgenius - expansion based on Church of the Subgenius concepts which can also be played stand-alone. Illuminati Crime Lords, a mafia-based variation on Illuminati which combines gameplay elements of the original Illuminati and INWO. King's Blood, a Japanese card game originally published by Kadokawa Shoten. Lord of the Fries (card game), a game of zombies attempting to assemble orders in a fast-food restaurant. Originally designed by James Ernest and published by Cheapass Games. Munchkin, a card-game parody of hack-and-slash roleplaying with many spinoffs (all able to be mixed with the original). and expansions: Ninja Burger, a fast-paced ninja delivery card game based on the Ninja Burger website. Space Pirate Amazon Ninja Catgirls (SPANC), a light-hearted competition between starship crews of cat girls in search of toys and loot. Spooks, a Halloween-themed card game where players try to get rid of cards from their hands. Board games The Awful Green Things from Outer Space, designed by Tom Wham and originally published by TSR. Car Wars, futuristic battles between automobiles. Dork Tower, a fantasy game that takes place in the world the Dork Tower characters play their games in. Frag, "a first-person shooter without a computer". Globbo, a black comedy game about a murderous alien babysitter. GreedQuest, a light, randomized romp through a simple dungeon to gain loot. Knightmare Chess, a chess variant played with cards. Translation of the French Tempête sur l'Echiquier published by Ludodelire. Kung Fu 2100, a simple game of hand-to-hand combat where players use martial arts to smash their way into the CloneMaster's fortress. Munchkin Quest, a boardgame variation of the Munchkin card games Nanuk, a boardgame of bidding and bluffing, centered on Inuit hunters. Necromancer, a fantasy game for two players, in which each player becomes a powerful wizard controlling the forces of the Undead. Ogre, the classic simulation of future war involving a cybernetic armored juggernaut firing nuclear weapons. Designed by Jackson, and originally published by Metagaming Concepts. Battlesuit, a spin-off of Ogre and G.E.V. featuring infantry using powered armor inspired by Starship Troopers. G.E.V., a spin-off of Ogre focusing on
spin-off of Ogre focusing on futuristic but "conventional" infantry, artillery, and armor units. Shockwave, an Ogre/G.E.V. expansion set with new units and a new map. Ogre Reinforcements Pack, an Ogre/G.E.V. expansion set with new rules and replacement pieces and maps. Battlefields, an Ogre/G.E.V. expansion set with new rules, pieces, and maps. One Page Bulge, a simulation of the German Ardennes Offensive in 1944, with the rules printed on a single page. Proteus, a chess variant using dice to represent normal chess pieces. Revolution, a blind-bidding area-majority game. Snits, two classic Tom Wham games, Snit's Revenge and Snit Smashing, both originally published by TSR. Star Traders, a game where players race through space to deliver cargoes. The Stars Are Right, a boardgame where players attempt to change a 5×5 tileboard through the use of cards, and gaining victory points based on certain constellations of symbols. Strange Synergy, a game where teams of warriors battle with a different set of powers each game. Tile Chess, a multiplayer chess variant played without a chess board. X-Bugs, a combat game where futuristic bugs are represented by colorful tiddly winks. Role-playing games GURPS, the Generic Universal Role Playing System. GURPS Traveller, GDW's Traveller based upon GURPS. In Nomine, a game about Angels and Demons based on the popular French role-playing game, In Nomine Satanis / Magna Veritas. Killer: The Game of Assassination, a variant of Assassin. Munchkin RPG, a series of D20 supplements based on the Munchkin card game. Toon, the cartoon role-playing game. Transhuman Space, a near-future science fiction setting spanning the Solar System. Tribes, players play cave men (and women) trying to protect and nurture their descendants. Partly designed by science fiction author David Brin. Miniatures Ogre & G.E.V have also been published as in miniatures wargaming format. Cardboard Heroes, paper miniatures. Computer games Autoduel, an action arcade game with role-playing elements. Published by Origin Systems, Inc. Ogre A computer version of the Ogre board game. Published by Origin Systems, Inc. Ultracorps An online space strategy game originally developed by VR-1. Dice games Cthulhu Dice, a custom dice game where the faces are Cthulhu symbols, including the Eye of Horus, the Yellow Sign, the Elder Sign, Cthulhu, and Tentacle. You roll the dice to compete with others to be the last sane person left. Zombie Dice, a custom dice game where the faces are Brains, Shotgun Blasts and Feet. The goal is to push your luck stacking up zombie kills before your buddies. Proteus, a custom dice game where the faces of the dice represent chess pieces. The goal is to change your pawns into higher pieces and take over all your buddies' pieces. Magazines Publication history Gaming magazines produced by Steve Jackson Games have included: The Space Gamer (1980-1985) – Steve Jackson took over the magazine from Metagaming Concepts with issue #27, and transferred the magazine to SJGames in 1982; the final SJGames issue was #76 in 1985, and the rights were sold to Diverse Talents Inc. Fire & Movement (1982-1985) - a wargaming magazine purchased from Baron Publishing - sold to Diverse Talents in 1985 Autoduel Quarterly (1983-1992) - home for Car Wars material moved from
as Jonathan Glazer. Furthermore, the brand makes extensive use of the French language in its advertising campaigns, even though the beer brand originates from the monolingual Dutch-speaking city of Leuven. An example of this can be seen in the advertising campaign for Stella Artois Cidre, in which the tag-line "C'est cidre, not cider" is used, although this cider is produced in Zonhoven, which also lies in the Dutch-speaking Flemish Region. Stella Artois is advertised as containing "only 4 ingredients: hops, malted barley, maize and water". Yeast is also an ingredient used in the fermentation process, but almost all of it is removed before packaging. Since 2009, Stella Artois has been suitable for vegans, as isinglass (fish bladder) is no longer used to remove trace amounts of yeast. Brand image At least since the early 21st century, Stella Artois has carried the nickname of the "wife beater" in the United Kingdom, due to a perceived connection between binge drinking involving the brand and domestic violence against women. In January 2012, the online activities of AB InBev lobbyists, Portland Communications, were exposed in the United Kingdom when Tom Watson, a member of the Labour opposition party said that the company (then owned by Tim Allan, a former advisor to ex-Prime Minister Tony Blair) was trying to remove references to Stella Artois from the "wife beater" disambiguation page and the phrase "wife beater" from the article on Stella Artois in the English Wikipedia. Marketing Stella Artois has been associated with film in the UK since 1994, organising events, sponsoring television, and hosting a website. Stella Artois has been or is a primary sponsor of the Cannes, Melbourne, and Sundance film festivals, the Independent Spirit Awards, the Dallas International Film Festival, and the Little Rock Film Festival. Stella Artois has broadcast several Super
Labatt Brewery in Ontario, Canada. Stella Artois is available on draught and in several packaged sizes. Advertising United Kingdom Initially, brewers Whitbread launched Stella in the UK with advertisements featuring the slogan "Stella's for the fellas who take their lager strong". The images showed a Stella-monogrammed half-pint glass (due to its strength) – in one advertisement with a muscular 'glass arm' for a handle, in the other a glass sitting beside a torn-in-half telephone directory. This was the same creative unit which was involved, at the time, in Whitbread's launch of Trophy Bitter "The pint that thinks it's a quart". In the 1980s and 1990s, the Stella Artois advertising slogan in the United Kingdom was "Reassuringly Expensive". The UK television advertising campaigns became known for their distinctive style of imitating European cinema and their leitmotiv inspired by Giuseppe Verdi's La forza del destino. The campaigns began with a series of advertisements based on the 1986 French film Jean de Florette, directed by the British duo Anthea Benton and Vaughan Arnell, moving on to other genres, including war films, silent comedy and surrealism. They have used notable film directors such as Jonathan Glazer. Furthermore, the brand makes extensive use of the French language in its advertising campaigns, even though the beer brand originates from the monolingual Dutch-speaking city of Leuven. An example of this can be seen in the advertising campaign for Stella Artois Cidre, in which the tag-line "C'est cidre, not cider" is used, although this cider is produced in Zonhoven, which also lies in the Dutch-speaking Flemish Region. Stella Artois is advertised as containing "only 4 ingredients: hops, malted barley, maize and water". Yeast is also an ingredient used in the fermentation process, but almost all of it is removed before packaging. Since 2009, Stella Artois has been suitable for vegans, as isinglass (fish bladder) is no longer used to remove trace amounts of yeast. Brand image At least since the early 21st century, Stella Artois has carried the nickname of the "wife beater" in the United Kingdom, due to a perceived connection between binge drinking involving the brand and domestic violence against women. In January 2012, the online activities of AB InBev lobbyists, Portland Communications, were exposed in the United Kingdom when Tom Watson, a member of the Labour opposition party said that the company (then owned by Tim Allan, a former advisor to ex-Prime Minister Tony Blair) was trying to remove references to Stella Artois from the "wife
Helveconae of Tacitus). Baltic Sea Tacitus called the Baltic sea the Suebian sea. Pomponius Mela wrote in his Description of the World (III.3.31) beyond the Danish isles are "the farthest people of Germania, the Hermiones". North of the Lugii, near the Baltic Sea, Tacitus places the Gothones (Goths), Rugii, and Lemovii. These three Germanic tribes share a tradition of having kings, and also similar arms - round shields and short swords. Ptolemy says that east of the Saxons, from the "Chalusus" river to the "Suevian" river are the Farodini, then the Sidini up to the "Viadua" river, and after these the "Rugiclei" up to the Vistula river (probably the "Rugii" of Tacitus). He does not specify if these are Suevi. In the sea, the states of the Suiones, "powerful in ships" are, according to Tacitus, Germans with the Suevic (Baltic) sea on one side and an "almost motionless" sea on the other more remote side. Modern commentators believe this refers to Scandinavia. Closely bordering on the Suiones and closely resembling them, are the tribes of the Sitones. Ptolemy describes Scandinavia as being inhabited by Chaedini in the west, Favonae and Firaesi in the east, Finni in the north, Gautae and Dauciones in the south, and Levoni in the middle. He does not describe them as Suebi. Tacitus describes the non-Germanic Aestii on the eastern shore of the "Suevic Sea" (Baltic), "whose rites and fashions and style of dress are those of the Suevi, while their language is more like the British." After giving this account, Tacitus says: "Here Suebia ends." Therefore, for Tacitus geographic "Suebia" comprises the entire periphery of the Baltic Sea, including within it tribes not identified as Suebi or even Germanic. On the other hand, Tacitus does clearly consider there to be not only a Suebian region, but also Suebian languages, and Suebian customs, which all contribute to making a specific tribe more or less "Suebian". Cultural characteristics Caesar noted that rather than grain crops, they spent time on animal husbandry and hunting. They wore animal skins, bathed in rivers, consumed milk and meat products, and prohibited wine, allowing trade only to dispose of their booty and otherwise they had no goods to export. They had no private ownership of land and were not permitted to stay resident in one place for more than one year. They were divided into 100 cantons, each of which had to provide and support 1000 armed men for the constant pursuit of war. Strabo describes the Suebi and people from their part of the world as highly mobile and nomadic, unlike more settled and agricultural tribes such as the Chatti and Cherusci:...they do not till the soil or even store up food, but live in small huts that are merely temporary structures; and they live for the most part off their flocks, as the Nomads do, so that, in imitation of the Nomads, they load their household belongings on their wagons and with their beasts turn whithersoever they think best. Notable in classical sources, the Suebi can be identified by their hair style called the "Suebian knot", which "distinguishes the freeman from the slave"; or in other words served as a badge of social rank. The same passage points out that chiefs "use an even more elaborate style". Tacitus mentions the sacrifice of humans practiced by the Semnones in a sacred grove and the murder of slaves used in the rites of Nerthus practiced by the tribes of Schleswig-Holstein. The chief priest of the Naharvali dresses as a woman and that tribe also worships in groves. The Harii fight at night dyed black. The Suiones own fleets of rowing vessels with prows at both ends. Language While there is debate possible about whether all tribes identified by Romans as Germanic spoke a Germanic language, the Suebi are generally agreed to have spoken one or more Germanic languages. Tacitus refers to Suebian languages, implying there was more than one by the end of the first century. In particular, the Suebi are associated with the concept of an "Elbe Germanic" group of early dialects spoken by the Irminones, entering Germany from the east, and originating on the Baltic. In late classical times, these dialects, by now situated to the south of the Elbe, and stretching across the Danube into the Roman empire, experienced the High German consonant shift that defines modern High German languages, and in its most extreme form, Upper German. Modern Swabian German, and Alemannic German more broadly, are therefore "assumed to have evolved at least in part" from Suebian. However, Bavarian, the Thuringian dialect, the Lombardic language spoken by the Lombards of Italy, and standard "High German" itself, are also at least partly derived from the dialects spoken by the Suebi. (The only non-Suebian name among the major groups of Upper Germanic dialects is High Franconian German, but this is on the transitional frontier with Central German, as is neighboring Thuringian.) Historical events Ariovistus and the Suebi in 58 BC Julius Caesar (100 BC – 15 March 44 BC) describes the Suebi in his firsthand account, De Bello Gallico, as the "largest and the most warlike nation of all the Germans". Caesar confronted a large army led by a Suevic King named Ariovistus in 58 BC who had been settled for some time in Gaul already, at the invitation of the Gaulish Arverni and Sequani as part of their war against the Aedui. He had already been recognized as a king by the Roman senate. Ariovistus forbade the Romans from entering into Gaul. Caesar on the other hand saw himself and Rome as an ally and defender of the Aedui. The forces Caesar faced in battle were composed of "Harudes, Marcomanni, Tribocci, Vangiones, Nemetes, Sedusii, and Suevi". While Caesar was preparing for conflict, a new force of Suebi was led to the Rhine by two brothers, Nasuas and Cimberius, forcing Caesar to rush in order to try to avoid the joining of forces. Caesar defeated Ariovistus in battle, forcing him to escape across the Rhine. When news of this spread, the fresh Suebian forces turned back in some panic, which led local tribes on the Rhine to take advantage of the situation and attack them. Caesar and the Suebi in 55 BC Also reported within Caesar's accounts of the Gallic wars, the Suebi posed another threat in 55 BC. The Germanic Ubii, who had worked out an alliance with Caesar, were complaining of being harassed by the Suebi, and the Tencteri and Usipetes, already forced from their homes, tried to cross the Rhine and enter Gaul by force. Caesar bridged the Rhine, the first known to do so, with a pile bridge, which though considered a marvel, was dismantled after only eighteen days. The Suebi abandoned their towns closest to the Romans, retreated to the forest and assembled an army. Caesar moved back across the bridge and broke it down, stating that he had achieved his objective of warning the Suebi. They in turn supposedly stopped harassing the Ubii. The Ubii were later resettled on the west bank of the Rhine, in Roman territory. Rhine crossing of 29 BC Cassius Dio (c. 150 – 235 AD) wrote the history of Rome for a Greek audience. He reported that, shortly before 29 BC, the Suebi crossed the Rhine, only to be defeated by Gaius Carrinas who, along with the young Octavian Caesar, celebrated a triumph in 29 BC. Shortly after, they turn up fighting a group of Dacians in a gladiatorial display at Rome celebrating the consecration of the Julian hero-shrine. The victory of Drusus in 9 BC Suetonius (c. 69 AD – after 122 AD), gives the Suebi brief mention in connection with their defeat against Nero Claudius Drusus in 9 BC. He says that the Suebi and Sugambri "submitted to him and were taken into Gaul and settled in lands near the Rhine" while the other Germani were pushed "to the farther side of the river Albis" (Elbe). He must have meant the temporary military success of Drusus, as it is unlikely the Rhine was cleared of Germans. Elsewhere he identifies the settlers as 40,000 prisoners of war, only a fraction of the yearly draft of militia. Florus (c. 74 AD – c. 130 AD), gives a more detailed view of the operations of 9 BC. He reports that the Cherusci, Suebi and Sicambri formed an alliance by crucifying twenty Roman centurions, but that Drusus defeated them, confiscated their plunder and sold them into slavery. Presumably only the war party was sold, as the Suebi continue to appear in the ancient sources. Florus's report of the peace brought to Germany by Drusus is glowing but premature. He built "more than five hundred forts" and two bridges guarded by fleets. "He opened a way through the Hercynian Forest", which implies but still does not overtly state that he had subdued the Suebi. "In a word, there was such peace in Germany that the inhabitants seemed changed ... and the very climate milder and softer than it used to be." In the Annales of Tacitus, it is mentioned that after the defeat of 9 BC the Romans made peace with Maroboduus, who is described as king of the Suevians. This is the first mention of any permanent king of the Suebi. However, Maroboduus was in most sources referred to as the king of the Marcomanni, a tribal name that had already been distinct from the Suebi in Caesar's time. (As discussed above, it is not sure which Suebi were the Suebi of Caesar, but at least they were distinguished from the Marcomanni.) However, Maroboduus was also described as Suebian, and his association with the Marcomanni more specifically comes after the Langobards and Semnones were specifically said to have left his kingdom, having previously been under his rule. At some point in this period the Marcomanni had come to be settled in the forested regions once inhabited by the Boii, in and around Bohemia, under his rule. Augustus planned in 6 AD to destroy the kingdom of Maroboduus, which he considered to be too dangerous for the Romans. The later emperor Tiberius commanded twelve legions to attack the Marcomanni, but the outbreak of a revolt in Illyria, and the need for troops there, forced Tiberius to conclude a treaty with Maroboduus and to recognize him as king. Roman defeat in 9 AD After the death of Drusus, the Cherusci annihilated three legions at the Battle of Teutoburg Forest and thereafter "... the empire ... was checked on the banks of the Rhine." While elements of the Suevi may have been involved, this was an alliance mainly made up of non-Suebic tribes from northwestern Germany, the Cherusci, Marsi, Chatti, Bructeri, Chauci, and Sicambri. The kingdom of the Marcomanni and their allies stayed out of the conflict and when Maroboduus was sent the head of the defeated Roman leader Varus, he sent it on to Rome for burial. Within his own alliance were various Suebic peoples, Hermunduri, Quadi, Semnones, Lugii, Zumi, Butones, Mugilones, Sibini and Langobards. Aftermath of 9 AD Subsequently, Augustus placed Germanicus, the son of Drusus, in charge of the forces of the Rhine and he, after dealing with a mutiny among his troops, proceeded against the Cherusci and their allies, breaking their power finally at the battle of Idistavisus, a plain on the Weser. All eight legions and supporting units of Gauls were required in order to accomplish this. Germanicus' zeal led finally to his being replaced (17 AD) by his cousin Drusus, Tiberius' son, as Tiberius thought it best to follow his predecessor's policy of limiting the empire. Germanicus certainly would have involved the Suebi, with unpredictable results. Arminius, leader of the Cherusci and allies, now had a free hand. He accused Maroboduus of hiding in the Hercynian Forest while the other Germans fought for freedom, and of being the only king among the Germans. The two groups "turned their arms against each other." The Suebic Semnones and Langobardi rebelled against their king and went over to the Cherusci. Left with only the Marcomanni and Herminius' uncle, who had defected, Maroboduus appealed to Drusus, now governor of Illyricum, and was given only a pretext of aid. The resulting battle was indecisive but Maroboduus withdrew to Bohemia and sent for assistance to Tiberius. He was refused on the grounds that he had not moved to help
of Tacitus). He does not specify if these are Suevi. In the sea, the states of the Suiones, "powerful in ships" are, according to Tacitus, Germans with the Suevic (Baltic) sea on one side and an "almost motionless" sea on the other more remote side. Modern commentators believe this refers to Scandinavia. Closely bordering on the Suiones and closely resembling them, are the tribes of the Sitones. Ptolemy describes Scandinavia as being inhabited by Chaedini in the west, Favonae and Firaesi in the east, Finni in the north, Gautae and Dauciones in the south, and Levoni in the middle. He does not describe them as Suebi. Tacitus describes the non-Germanic Aestii on the eastern shore of the "Suevic Sea" (Baltic), "whose rites and fashions and style of dress are those of the Suevi, while their language is more like the British." After giving this account, Tacitus says: "Here Suebia ends." Therefore, for Tacitus geographic "Suebia" comprises the entire periphery of the Baltic Sea, including within it tribes not identified as Suebi or even Germanic. On the other hand, Tacitus does clearly consider there to be not only a Suebian region, but also Suebian languages, and Suebian customs, which all contribute to making a specific tribe more or less "Suebian". Cultural characteristics Caesar noted that rather than grain crops, they spent time on animal husbandry and hunting. They wore animal skins, bathed in rivers, consumed milk and meat products, and prohibited wine, allowing trade only to dispose of their booty and otherwise they had no goods to export. They had no private ownership of land and were not permitted to stay resident in one place for more than one year. They were divided into 100 cantons, each of which had to provide and support 1000 armed men for the constant pursuit of war. Strabo describes the Suebi and people from their part of the world as highly mobile and nomadic, unlike more settled and agricultural tribes such as the Chatti and Cherusci:...they do not till the soil or even store up food, but live in small huts that are merely temporary structures; and they live for the most part off their flocks, as the Nomads do, so that, in imitation of the Nomads, they load their household belongings on their wagons and with their beasts turn whithersoever they think best. Notable in classical sources, the Suebi can be identified by their hair style called the "Suebian knot", which "distinguishes the freeman from the slave"; or in other words served as a badge of social rank. The same passage points out that chiefs "use an even more elaborate style". Tacitus mentions the sacrifice of humans practiced by the Semnones in a sacred grove and the murder of slaves used in the rites of Nerthus practiced by the tribes of Schleswig-Holstein. The chief priest of the Naharvali dresses as a woman and that tribe also worships in groves. The Harii fight at night dyed black. The Suiones own fleets of rowing vessels with prows at both ends. Language While there is debate possible about whether all tribes identified by Romans as Germanic spoke a Germanic language, the Suebi are generally agreed to have spoken one or more Germanic languages. Tacitus refers to Suebian languages, implying there was more than one by the end of the first century. In particular, the Suebi are associated with the concept of an "Elbe Germanic" group of early dialects spoken by the Irminones, entering Germany from the east, and originating on the Baltic. In late classical times, these dialects, by now situated to the south of the Elbe, and stretching across the Danube into the Roman empire, experienced the High German consonant shift that defines modern High German languages, and in its most extreme form, Upper German. Modern Swabian German, and Alemannic German more broadly, are therefore "assumed to have evolved at least in part" from Suebian. However, Bavarian, the Thuringian dialect, the Lombardic language spoken by the Lombards of Italy, and standard "High German" itself, are also at least partly derived from the dialects spoken by the Suebi. (The only non-Suebian name among the major groups of Upper Germanic dialects is High Franconian German, but this is on the transitional frontier with Central German, as is neighboring Thuringian.) Historical events Ariovistus and the Suebi in 58 BC Julius Caesar (100 BC – 15 March 44 BC) describes the Suebi in his firsthand account, De Bello Gallico, as the "largest and the most warlike nation of all the Germans". Caesar confronted a large army led by a Suevic King named Ariovistus in 58 BC who had been settled for some time in Gaul already, at the invitation of the Gaulish Arverni and Sequani as part of their war against the Aedui. He had already been recognized as a king by the Roman senate. Ariovistus forbade the Romans from entering into Gaul. Caesar on the other hand saw himself and Rome as an ally and defender of the Aedui. The forces Caesar faced in battle were composed of "Harudes, Marcomanni, Tribocci, Vangiones, Nemetes, Sedusii, and Suevi". While Caesar was preparing for conflict, a new force of Suebi was led to the Rhine by two brothers, Nasuas and Cimberius, forcing Caesar to rush in order to try to avoid the joining of forces. Caesar defeated Ariovistus in battle, forcing him to escape across the Rhine. When news of this spread, the fresh Suebian forces turned back in some panic, which led local tribes on the Rhine to take advantage of the situation and attack them. Caesar and the Suebi in 55 BC Also reported within Caesar's accounts of the Gallic wars, the Suebi posed another threat in 55 BC. The Germanic Ubii, who had worked out an alliance with Caesar, were complaining of being harassed by the Suebi, and the Tencteri and Usipetes, already forced from their homes, tried to cross the Rhine and enter Gaul by force. Caesar bridged the Rhine, the first known to do so, with a pile bridge, which though considered a marvel, was dismantled after only eighteen days. The Suebi abandoned their towns closest to the Romans, retreated to the forest and assembled an army. Caesar moved back across the bridge and broke it down, stating that he had achieved his objective of warning the Suebi. They in turn supposedly stopped harassing the Ubii. The Ubii were later resettled on the west bank of the Rhine, in Roman territory. Rhine crossing of 29 BC Cassius Dio (c. 150 – 235 AD) wrote the history of Rome for a Greek audience. He reported that, shortly before 29 BC, the Suebi crossed the Rhine, only to be defeated by Gaius Carrinas who, along with the young Octavian Caesar, celebrated a triumph in 29 BC. Shortly after, they turn up fighting a group of Dacians in a gladiatorial display at Rome celebrating the consecration of the Julian hero-shrine. The victory of Drusus in 9 BC Suetonius (c. 69 AD – after 122 AD), gives the Suebi brief mention in connection with their defeat against Nero Claudius Drusus in 9 BC. He says that the Suebi and Sugambri "submitted to him and were taken into Gaul and settled in lands near the Rhine" while the other Germani were pushed "to the farther side of the river Albis" (Elbe). He must have meant the temporary military success of Drusus, as it is unlikely the Rhine was cleared of Germans. Elsewhere he identifies the settlers as 40,000 prisoners of war, only a fraction of the yearly draft of militia. Florus (c. 74 AD – c. 130 AD), gives a more detailed view of the operations of 9 BC. He reports that the Cherusci, Suebi and Sicambri formed an alliance by crucifying twenty Roman centurions, but that Drusus defeated them, confiscated their plunder and sold them into slavery. Presumably only the war party was sold, as the Suebi continue to appear in the ancient sources. Florus's report of the peace brought to Germany by Drusus is glowing but premature. He built "more than five hundred forts" and two bridges guarded by fleets. "He opened a way through the Hercynian Forest", which implies but still does not overtly state that he had subdued the Suebi. "In a word, there was such peace in Germany that the inhabitants seemed changed ... and the very climate milder and softer than it used to be." In the Annales of Tacitus, it is mentioned that after the defeat of 9 BC the Romans made peace with Maroboduus, who is described as king of the Suevians. This is the first mention of any permanent king of the Suebi. However, Maroboduus was in most sources referred to as the king of the Marcomanni, a tribal name that had already been distinct from the Suebi in Caesar's time. (As discussed above, it is not sure which Suebi were the Suebi of Caesar, but at least they were distinguished from the Marcomanni.) However, Maroboduus was also described as Suebian, and his association with the Marcomanni more specifically comes after the Langobards and Semnones were specifically said to have left his kingdom, having previously been under his rule. At some point in this period the Marcomanni had come to be settled in the forested regions once inhabited by the Boii, in and around Bohemia, under his rule. Augustus planned in 6 AD to destroy the kingdom of Maroboduus, which he considered to be too dangerous for the Romans. The later emperor Tiberius commanded twelve legions to attack the Marcomanni, but the outbreak of a revolt in Illyria, and the need for troops there, forced Tiberius to conclude a treaty with Maroboduus and to recognize him as king. Roman defeat in 9 AD After the death of Drusus, the Cherusci annihilated three legions at the Battle of Teutoburg Forest and thereafter "... the empire ... was checked on the banks of the Rhine." While elements of the Suevi may have been involved, this was an alliance mainly made up of non-Suebic tribes from northwestern Germany, the Cherusci, Marsi, Chatti, Bructeri, Chauci, and Sicambri. The kingdom of the Marcomanni and their allies stayed out of the conflict and when Maroboduus was sent the head of the defeated Roman leader Varus, he sent it on to Rome for burial. Within his own alliance were various Suebic peoples, Hermunduri, Quadi, Semnones, Lugii, Zumi, Butones, Mugilones, Sibini and Langobards. Aftermath of 9 AD Subsequently, Augustus placed Germanicus, the son of Drusus, in charge of the forces of the Rhine and he, after dealing with a mutiny among his troops, proceeded against the Cherusci and their allies, breaking their power finally at the battle of Idistavisus, a plain on the Weser. All eight legions and supporting units of Gauls were required in order to accomplish this. Germanicus' zeal led finally to his being replaced (17 AD) by his cousin Drusus, Tiberius' son, as Tiberius thought it best to follow his predecessor's policy of limiting the empire. Germanicus certainly would have involved the Suebi, with unpredictable results. Arminius, leader of the Cherusci and allies, now had a free hand. He accused Maroboduus of hiding in the Hercynian Forest while the other Germans fought for freedom, and of being the only king among the Germans. The two groups "turned their arms against each other." The Suebic Semnones and Langobardi rebelled against their king and went over to the Cherusci. Left with only the Marcomanni and Herminius' uncle, who had defected, Maroboduus appealed to Drusus, now governor of Illyricum, and was given only a pretext of aid. The resulting battle was indecisive but Maroboduus withdrew to Bohemia and sent for assistance to Tiberius. He was refused on the grounds that he had not moved to help Varus. Drusus encouraged the Germans to finish him off. A force of Goths under Catualda, a Marcomannian exile, bought off the nobles and seized the palace. Maroboduus escaped to Noricum and the Romans offered him refuge in Ravenna where he remained the rest of his life. He died in 37 AD. After his expulsion the leadership of the Marcomanni was contested by their Suebic neighbours and allies, the Hermunduri and Quadi. Marcomannic wars In the 2nd century AD, the Marcomanni entered into a confederation with other peoples including the Quadi, Vandals, and Sarmatians, against the Roman Empire. The war began in 166, when the Marcomanni overwhelmed the defences between Vindobona and Carnuntum, penetrated along the border between the provinces of Pannonia and Noricum, laid waste to Flavia Solva, and could be stopped only shortly before reaching Aquileia on the Adriatic sea. The war lasted until Marcus Aurelius' death in 180. In the third century Jordanes claims that the Marcomanni paid tribute to the Goths, and that the princes of the Quadi were enslaved. The Vandals, who had moved south towards Pannonia, were apparently still sometimes able to defend themselves. Migration period In 259/60, one or more groups of Suebi appear to have been the main element in the formation of a new tribal alliance known as the Alemanni who came to occupy the Roman frontier region known as the Agri Decumates, east of the Rhine and south of the Main. The Alamanni were sometimes simply referred to as Suebi by contemporaries, and the region came to be known as Swabia - a name which survives to this day. People in this region of Germany are still called Schwaben, a name derived from the Suebi. One specific group in the region in the 3rd century, sometimes distinguished from the Alamanni, were the Juthungi, which a monument found in Augsburg refers to as Semnones. These Suebi for the most part stayed on the east bank of the Rhine until 31 December 406, when much of the tribe joined the Vandals and Alans in breaching the Roman frontier by crossing the Rhine, perhaps at Mainz, thus launching an invasion of northern Gaul. It is thought that this group probably contained a significant amount of Quadi, moving out of their homeland under pressure from Radagaisus. Other Suebi apparently remained in or near to the original homeland areas near the Elbe and the modern Czech Republic, occasionally still being referred to by this term. They expanded eventually into Roman areas such as Switzerland, Austria, and Bavaria, possibly pushed by groups arriving from the east. Further south, a group of Suebi settled in parts of Pannonia, after the Huns were defeated in 454 in the Battle of Nedao. Later, the Suebian king Hunimund fought against the Ostrogoths in the battle of Bolia in 469. The Suebian coalition lost the battle, and parts of the Suebi therefore migrated to southern Germany. Probably the Marcomanni made up one significant part of these Suebi, who probably lived in at least two distinct areas. Later, the Lombards, a Suebic group long known on the Elbe, came to dominate the Pannonian region before successfully invading Italy. Another group of Suebi, the so-called "northern Suebi" were mentioned in 569 under the Frankish king Sigebert I in areas of today's Saxony-Anhalt which were known as Schwabengau or Svebengau at least until the 12th century. In addition to the Svebi, Saxons and Lombards, returning from the Italian Peninsula in 573, are mentioned. Suevian Kingdom of Gallaecia Migration Suebi under king Hermeric, probably coming from the Alemanni, the Quadi, or both, worked their way into the south of France, eventually crossing the Pyrenees and entering the Iberian Peninsula which was no longer under Imperial rule since the rebellion of Gerontius and Maximus in 409. Passing through the Basque country, they settled in the Roman province of Gallaecia, in north-western Hispania (modern Galicia, Asturias, and the northern half of Portugal), where, swearing fealty to Emperor Honorius, they were accepted as foederati and permitted to settle under their own autonomous governance. Contemporaneously with the self-governing province of Britannia, the kingdom of the Suebi in Gallaecia became the first of the sub-Roman kingdoms to be formed in the disintegrating territory of the Western Roman Empire. Suebic Gallaecia was the first kingdom separated from the Roman Empire to mint coins. The Suebic kingdom in Gallaecia and northern Lusitania was established in 410 and lasted until 584. Smaller than the Ostrogothic kingdom of Italy or the Visigothic kingdom in Hispania, it reached a relative stability and prosperity—and even expanded military southwards—despite the occasional quarrels with the neighbouring Visigothic kingdom. Settlement The Germanic invaders and immigrants settled mainly in rural areas, as Idacius clearly stated: "The Hispanic, spread over cities and oppida..." and the "Barbarians, govern over the provinces". According to Dan Stanislawski, the Portuguese way of living in Northern regions is mostly inherited from the Suebi, in which small farms prevail, distinct from the large properties of Southern Portugal. Bracara Augusta, the modern city of Braga and former capital of Roman Gallaecia, became the capital of the Suebi. Orosius, at that time resident in Hispania, shows a rather pacific initial settlement, the newcomers working their lands or serving as bodyguards of the locals. Another Germanic group that accompanied the Suebi and settled in Gallaecia were the Buri. They settled in the region between the rivers Cávado and Homem, in the area known as Terras de Bouro (Lands of the Buri), Portugal. As the Suebi quickly adopted the local language, few traces were left of their Germanic tongue, but for some words and for their personal and land names, adopted by most of the Gallaeci. In Galicia four parishes and six villages are named Suevos or Suegos, i.e. Sueves, after old Suebic settlements. Establishment The Visigoths were sent in 416 by the emperor Honorius to fight the Germanic invaders in Hispania, but they were re-settled in 417 by the Romans as foederati in Aquitania after completely defeating the Alans and the Silingi Vandals. The absence of competition permitted first, the Asdingi Vandals, and later, the Suebi, to expand south and east. After the departure of the Vandals for Africa
Mustafa IV, Ottoman sultan (d. 1808) 1783 – N. F. S. Grundtvig, Danish pastor, philosopher, and author (d. 1872) 1804 – Eduard Mörike, German pastor, poet, and academic (d. 1875) 1814 – Charles Étienne Brasseur de Bourbourg, French archaeologist, ethnographer, and historian (d. 1874) 1815 – Giuseppina Strepponi, Italian soprano and educator (d. 1897) 1822 – Karl von Ditmar, German geologist and explorer (d. 1892) 1824 – Jaime Nunó, Spanish-American composer, conductor, and director (d. 1908) 1828 – Joshua Chamberlain, American general and politician, 32nd Governor of Maine (d. 1914) 1828 – Clarence Cook, American author and critic (d. 1900) 1830 – Frédéric Mistral, French poet and lexicographer, Nobel Prize laureate (d. 1914) 1831 – Wilhelm Raabe, German author and painter (d. 1910) 1841 – Antonín Dvořák, Czech composer and academic (d. 1904) 1846 – Paul Chater, Indian-Hong Kong businessman and politician (d. 1926) 1851 – John Jenkins, American-Australian businessman and politician, 22nd Premier of South Australia (d. 1923) 1852 – Gojong of Korea (d. 1919) 1857 – Georg Michaelis, German academic and politician, 6th Chancellor of Germany (d. 1936) 1863 – Mary of the Divine Heart, German nun and saint (d. 1899) 1863 – W.W. Jacobs, English novelist and short story writer (d. 1943) 1867 – Alexander Parvus, Belarusian-German theoretician and activist (d. 1924) 1868 – Seth Weeks, American mandolin player, composer, and bandleader (d. 1953) 1869 – José María Pino Suárez, Mexican politician, Vice President of Mexico, murdered in a military coup (d. 1913) 1871 – Samuel McLaughlin, Canadian businessman and philanthropist, founded the McLaughlin Carriage Company (d. 1972) 1872 – James William McCarthy, American judge (d. 1939) 1873 – Alfred Jarry, French author and playwright (d. 1907) 1873 – David O. McKay, American religious leader, 9th President of The Church of Jesus Christ of Latter-day Saints (d. 1970) 1876 – Inez Knight Allen, Mormon missionary and Utah politician (d. 1937) 1881 – Harry Hillman, American runner and hurdler (d. 1945) 1881 – Refik Saydam, Turkish physician and politician, 5th Prime Minister of Turkey (d. 1942) 1884 – Théodore Pilette, Belgian race car driver (d. 1921) 1886 – Siegfried Sassoon, English captain, journalist, and poet (d. 1967) 1886 – Ninon Vallin, French soprano and actress (d. 1961) 1889 – Robert A. Taft, American lawyer and politician (d. 1953) 1894 – John Samuel Bourque, Canadian soldier and politician (d. 1974) 1894 – Willem Pijper, Dutch composer and critic (d. 1947) 1896 – Howard Dietz, American publicist and songwriter (d. 1983) 1897 – Jimmie Rodgers, American singer-songwriter and guitarist (d. 1933) 1900 – Tilly Devine, English-Australian organised crime boss (d. 1970) 1900 – Claude Pepper, American lawyer and politician (d. 1989) 1901–present 1901 – Hendrik Verwoerd, Dutch-South African journalist and politician, 7th Prime Minister of South Africa (d. 1966) 1903 – Jane Arbor, English author (d. 1994) 1906 – Andrei Kirilenko, Russian engineer and politician (d. 1990) 1907 – William Wentworth, Australian economist and politician, 11th Australian Minister for Human Services (d. 2003) 1909 – Józef Noji, Polish runner (d. 1943) 1910 – Jean-Louis Barrault, French actor and director (d. 1994) 1914 – Patriarch Demetrios I of Constantinople (d. 1991) 1914 – Denys Lasdun, English architect, designed the Royal National Theatre (d. 2001) 1915 – N. V. M. Gonzalez, Filipino novelist, poet, and writer (d. 1999) 1917 – Jan Sedivka, Czech-Australian violinist and educator (d. 2009) 1918 – Derek Barton, English-American chemist and academic, Nobel Prize laureate (d. 1998) 1919 – Gianni Brera, Italian journalist and author (d. 1992) 1919 – Maria Lassnig, Austrian painter and academic (d. 2014) 1921 – Harry Secombe, Welsh-English actor (d. 2001) 1921 – Dinko Šakić, Croatian concentration camp commander (d. 2008) 1922 – Sid Caesar, American comic actor and writer (d. 2014) 1922 – Lyndon LaRouche, American politician and activist, founded the LaRouche movement (d. 2019) 1923 – Rasul Gamzatov, Russian poet (d. 2003) 1923 – Wilbur Ware, American double-bassist (d. 1979) 1924 – Wendell H. Ford, American politician, 53rd Governor of Kentucky (d. 2015) 1924 – Marie-Claire Kirkland, American-Canadian lawyer, judge, and politician (d. 2016) 1924 – Grace Metalious, American author (d. 1964) 1924 – Mimi Parent, Canadian-Swiss painter (d. 2005) 1925 – Jacqueline Ceballos, American activist, founded the Veteran Feminists of America 1925 – Peter Sellers, English actor and comedian (d. 1980) 1926 – Bhupen Hazarika, Indian singer-songwriter, poet, and director (d. 2011) 1927 – Harlan Howard, American songwriter (d. 2002) 1927 – Robert L. Rock, American politician, 42nd Lieutenant Governor of Indiana (d. 2013) 1927 – Marguerite Frank, American-French mathematician 1929 – Christoph von Dohnányi, German conductor 1930 – Nguyễn Cao Kỳ, Vietnamese general and politician, 16th Prime Minister of the Republic of Vietnam (d. 2011) 1931 – Marion Brown, American saxophonist and composer (d. 2010) 1931 – John Garrett, English politician (d. 2007) 1932 – Patsy Cline, American singer-songwriter and pianist (d. 1963) 1933 – Asha Bhosle, Indian singer 1933 – Michael Frayn, English author and playwright 1933 – Jeffrey Koo Sr., Taiwanese banker and businessman (d. 2012) 1933 – Eric Salzman, American composer, producer, and critic (d. 2017) 1933 – Maigonis Valdmanis, Latvian basketball player and coach (d. 1999) 1934 – Rodrigue Biron, Canadian politician 1934 – Ross Brown, New Zealand rugby player (d. 2014) 1934 – Peter Maxwell Davies, English composer and conductor (d. 2016) 1934 – Bernard Donoughue, Baron Donoughue, English academic and politician 1936 – Roy Newman, English admiral 1937 – Edna Adan Ismail, Somaliland politician and activist 1937 – Barbara Frum, American-Canadian journalist (d. 1992) 1937 – Archie Goodwin, American author and illustrator (d. 1998) 1938 – Adrian Cronauer, American sergeant and radio host (d. 2018) 1938 – Kenichi Horie, Japanese sailor 1938 – Sam Nunn, American lawyer and politician 1939 – Carsten Keller, German field hockey player and coach 1939 – Guitar Shorty, American singer and guitarist 1940 – Quentin L. Cook, American religious leader 1940 – Jerzy Robert Nowak, Polish historian and journalist 1940 – Jack Prelutsky, American author and poet 1941 – Bernie Sanders, American politician 1942 – Brian Cole, American bass player (d. 1972) 1942 – Judith Hann, English journalist and author 1942 – Sal Valentino, American rock singer-songwriter and guitarist 1943 – Adelaide C. Eckardt, American academic and politician 1944 – Peter Bellamy, English singer-songwriter (d. 1991) 1944 – Margaret Hodge, English economist and politician 1944 – Terry Jenner, Australian cricketer and coach (d. 2011) 1945 – Lem Barney, American football player 1945 – Kelly Groucutt, English bass player (d. 2009) 1945 – Ron "Pigpen" McKernan, American singer-songwriter and keyboard player (d. 1973) 1945 – Vinko Puljić, Croatian cardinal 1945 – Rogie Vachon, Canadian ice hockey player and coach 1946 – L. C. Greenwood, American football player (d. 2013) 1946 – Aziz Sancar, Turkish-American biologist and academic, Nobel Prize laureate 1946 – Wong Kan Seng, Singaporean business executive, former Deputy Prime Minister of Singapore 1947 – Valery Afanassiev, Russian pianist and conductor 1947 – Halldór Ásgrímsson, Icelandic accountant and politician, 22nd Prime Minister of Iceland (d. 2015) 1947 – Ann Beattie, American novelist and short story writer 1947 – Benjamin Orr, American singer-songwriter and bass player (d. 2000) 1947 – Marianne Wiggins, American author 1948 – Great Kabuki, Japanese wrestler 1948 – Jean-Pierre Monseré, Belgian cyclist (d. 1971) 1949 – Edward Hinds, English physicist and academic 1950 – Ian Davidson, Scottish lawyer and politician 1950 – Zachary Richard, American singer-songwriter and poet 1950 – Mike Simpson, American dentist and politician 1951 – Tim Gullikson, American tennis player and coach (d. 1996) 1951 – Tom Gullikson, American tennis player and coach 1951 – John McDonnell, English politician 1951 – Dezső Ránki, Hungarian pianist 1952 – Will Lee, American bass player 1952 – Geoff Miller, English cricketer 1952 – Graham Mourie, New Zealand rugby player 1953 – Pascal Greggory, French actor 1953 – Stein-Erik Olsen, Norwegian guitarist 1954 – Mark Lindsay Chapman, English actor 1954 – Ruby Bridges, American civil rights activist 1954 – Michael Shermer, American historian, author, and academic, founded The Skeptics Society 1955 – David O'Halloran, Australian footballer (d. 2013) 1955 – Terry Tempest Williams, American environmentalist and author 1956 – Mick Brown, American drummer 1956 – David Carr, American journalist and author (d. 2015) 1956 – Maurice Cheeks, American basketball player and coach 1956 – Stefan Johansson, Swedish race car driver 1957 – Walt Easley, American football player (d. 2013) 1958 – Bart Batten, American wrestler 1958 – Brad Batten, American wrestler (d. 2014) 1958 – Michael Lardie, American keyboard player, songwriter, and producer 1960 – Aimee Mann, American singer-songwriter, guitarist, and actress 1960 – David Steele, English bass player and songwriter 1960 – Aguri Suzuki, Japanese race car driver 1961 – Timothy Well, American wrestler (d. 2017) 1963 – Alexandros Alexiou, Greek footballer 1963 – Daniel Wolpert, American scientist 1964 – Michael Johns, American businessman and political activist 1964 – Joachim Nielsen, Norwegian singer-songwriter and guitarist (d. 2000) 1964 – Raven, American wrestler 1965 – Darlene Zschech, Australian singer-songwriter and pastor 1965 – Tutilo Burger, German Benedictine monk and abbot 1966 – Peter Furler, Australian singer-songwriter, guitarist, and producer 1967 – Eerik-Niiles Kross, Estonian politician and diplomat 1967 – James Packer, Australian businessman 1967 – Kimberly Peirce, American director, producer, and screenwriter 1968 – Wolfram Klein, German footballer 1968 – Ray Wilson, Scottish singer-songwriter and guitarist 1969 – Lars Bohinen, Norwegian footballer and manager 1969 – Oswaldo Ibarra, Ecuadorian footballer 1969 – Chris Powell, English footballer and manager 1969 – Gary Speed, Welsh footballer and manager (d. 2011) 1970 – Neko Case, American singer-songwriter and guitarist 1970 – Paul DiPietro, Canadian-Swiss ice hockey player 1970 – Nidal Hasan, American soldier, psychiatrist, and mass murderer 1970 – Latrell Sprewell, American basketball player 1970 – Lodi, American wrestler 1970 – Andy Ward, Irish rugby player and coach 1970 – John Welborn, Australian rugby player 1971 – David Arquette, American actor, director, producer, screenwriter, and wrestler 1971 – Martin Freeman, English actor 1971 – Lachlan Murdoch, English-Australian businessman 1971 – Dustin O'Halloran, American pianist and composer 1971 – Daniel Petrov, Bulgarian boxer 1971 – Pierre Sévigny, Canadian ice hockey player and coach 1972 – Markus Babbel, German footballer and manager 1972 – Os du Randt, South African rugby player and coach 1972 – Lisa Kennedy Montgomery, American radio and television host 1973 – Khamis Al-Dosari, Saudi Arabian footballer (d. 2020) 1973 – Gabrial McNair, American saxophonist, keyboard player, and composer 1973 – Troy Sanders, American singer-songwriter and bass player 1973 – Matteo Strukul, Italian writer and journalist 1974 – Marios Agathokleous, Cypriot footballer 1974 – Tanaz Eshaghian, Iranian-American director and producer 1974 – Braulio Luna, Mexican footballer 1974 – Rick Michaels, American wrestler 1975 – Lee Eul-yong, South Korean footballer and manager 1975 – Richard Hughes, English drummer 1975 – Chris Latham, Australian rugby player 1975 – Elena Likhovtseva, Russian tennis player 1975 – Larenz Tate, American actor, director, and producer 1976 – Gerald Drummond, Costa Rican footballer 1976 – Jervis Drummond, Costa Rican footballer 1976 – Sjeng Schalken, Dutch tennis player 1977 – Jay McKee, Canadian ice hockey player and coach 1978 – Gerard Autet, Spanish footballer and manager 1978 –
George III of the United Kingdom to Duchess Charlotte of Mecklenburg-Strelitz. 1775 – The unsuccessful Rising of the Priests in Malta. 1781 – American Revolutionary War: The Battle of Eutaw Springs in South Carolina, the war's last significant battle in the Southern theater, ends in a narrow British tactical victory. 1793 – French Revolutionary Wars: Battle of Hondschoote. 1796 – French Revolutionary Wars: Battle of Bassano: French forces defeat Austrian troops at Bassano del Grappa. 1810 – The Tonquin sets sail from New York Harbor with 33 employees of John Jacob Astor's newly created Pacific Fur Company on board. After a six-month journey around the tip of South America, the ship arrives at the mouth of the Columbia River and Astor's men establish the fur-trading town of Astoria, Oregon. 1813 – At the final stage of the Peninsular War, British-Portuguese troops capture the town of Donostia (now San Sebastián), resulting in a rampage and eventual destruction of the town. 1831 – William IV and Adelaide of Saxe-Meiningen are crowned King and Queen of the United Kingdom of Great Britain and Ireland. 1831 – November uprising: The Battle of Warsaw effectively ends the Polish insurrection. 1860 – The steamship sinks on Lake Michigan, with the loss of around 300 lives. 1862 – Millennium of Russia monument is unveiled in Novgorod. 1863 – American Civil War: In the Second Battle of Sabine Pass, a small Confederate force thwarts a Union invasion of Texas. 1883 – The Northern Pacific Railway (reporting mark NP) was completed in a ceremony at Gold Creek, Montana. Former president Ulysses S. Grant drove in the final "golden spike" in an event attended by rail and political luminaries. 1888 – Isaac Peral's submarine is first tested. 1888 – The Great Herding () begins with thousands of sheep being herded from the Argentine outpost of Fortín Conesa to Santa Cruz near the Strait of Magellan. 1888 – In London, the body of Jack the Ripper's second murder victim, Annie Chapman, is found. 1888 – In England, the first six Football League matches are played. 1892 – The Pledge of Allegiance is first recited. 1900 – Galveston hurricane: A powerful hurricane hits Galveston, Texas killing about 8,000 people. 1901–present 1905 – The 7.2 Calabria earthquake shakes southern Italy with a maximum Mercalli intensity of XI (Extreme), killing between 557 and 2,500 people. 1914 – World War I: Private Thomas Highgate becomes the first British soldier to be executed for desertion during the war. 1916 – In a bid to prove that women were capable of serving as military dispatch riders, Augusta and Adeline Van Buren arrive in Los Angeles, completing a 60-day, 5,500 mile cross-country trip on motorcycles. 1921 – Margaret Gorman, a 16-year-old, wins the Atlantic City Pageant's Golden Mermaid trophy; pageant officials later dubbed her the first Miss America. 1923 – Honda Point disaster: Nine US Navy destroyers run aground off the California coast. Seven are lost, and twenty-three sailors killed. 1925 – Rif War: Spanish forces including troops from the Foreign Legion under Colonel Francisco Franco landing at Al Hoceima, Morocco. 1926 – Germany is admitted to the League of Nations. 1930 – 3M begins marketing Scotch transparent tape. 1933 – Ghazi bin Faisal became King of Iraq. 1934 – Off the New Jersey coast, a fire aboard the passenger liner kills 137 people. 1935 – US Senator from Louisiana Huey Long is fatally shot in the Louisiana State Capitol building. 1941 – World War II: German forces begin the Siege of Leningrad. 1943 – World War II: The Armistice of Cassibile is proclaimed by radio. OB Süd immediately implements plans to disarm the Italian forces. 1944 – World War II: London is hit by a V-2 rocket for the first time. 1945 – The division of Korea begins when United States troops arrive to partition the southern part of Korea in response to Soviet troops occupying the northern part of the peninsula a month earlier. 1946 – The referendum abolishes the monarchy in Bulgaria. 1952 – The Canadian Broadcasting Corporation makes its first televised broadcast on the second escape of the Boyd Gang. 1954 – The Southeast Asia Treaty Organization (SEATO) is established. 1960 – In Huntsville, Alabama, US President Dwight D. Eisenhower formally dedicates the Marshall Space Flight Center (NASA had already activated the facility on July 1). 1962 – Last run of the famous Pines Express over the Somerset and Dorset Railway line (UK) fittingly using the last steam locomotive built by British Railways, BR Standard Class 9F 92220 Evening Star. 1966 – The landmark American science fiction television series Star Trek premieres with its first-aired episode, "The Man Trap". 1970 – Trans International Airlines Flight 863 crashes during takeoff from John F. Kennedy International Airport in New York City, killing all 11 aboard. 1971 – In Washington, D.C., the John F. Kennedy Center for the Performing Arts is inaugurated, with the opening feature being the premiere of Leonard Bernstein's Mass. 1974 – Watergate scandal: US President Gerald Ford signs the pardon of Richard Nixon for any crimes Nixon may have committed while in office. 1975 – Gays in the military: US Air Force Tech Sergeant Leonard Matlovich, a decorated veteran of the Vietnam War, appears in his Air Force uniform on the cover of Time magazine with the headline "I Am A Homosexual". He is given a general discharge, later upgraded to honorable. 1978 – Black Friday, a massacre by soldiers against protesters in Tehran, results in 88 deaths, it marks the beginning of the end of the monarchy in Iran. 1986 – Nicholas Daniloff, a correspondent for U.S. News & World Report, is indicted on charges of espionage by the Soviet Union. 1988 – Yellowstone National Park is closed for the first time in U.S. history due to ongoing fires. 1989 – Partnair Flight 394 dives into the North Sea, killing 55 people. The investigation showed that the tail of the plane vibrated loose in flight due to sub-standard connecting bolts that had been fraudulently sold as aircraft-grade. 1994 – USAir Flight 427, on approach to Pittsburgh International Airport, suddenly crashes in clear weather killing all 132 aboard, resulting in the most extensive aviation investigation in world history and altering manufacturing practices in the industry. 2004 – NASA's unmanned spacecraft Genesis crash-lands when its parachute fails to open. 2005 – Two Ilyushin Il-76 aircraft from EMERCOM land at a disaster aid staging area at Little Rock Air Force Base; the first time Russia has flown such a mission to North America. 2016 – NASA launches OSIRIS-REx, its first asteroid sample return mission. The probe will visit 101955 Bennu and is expected to return with samples in 2023. 2017 – Syrian civil war: The Syrian Democratic Forces (SDF) announce the beginning of the Deir ez-Zor campaign, with the stated aim of eliminating the Islamic State of Iraq and the Levant (ISIL) from all areas north and east of the Euphrates. Births Pre-1600 685 – Emperor Xuanzong of Tang (d. 762) 801 – Ansgar, German archbishop and saint (d. 865) 828 – Ali al-Hadi, Hijazi (Western Arabian), 10th of the Twelve Imams (d. 868) 1157 – Richard I of England (d. 1199) 1209 – Sancho II of Portugal (d. 1248) 1271 – Charles Martel of Anjou (d. 1295) 1380 – Bernardino of Siena, Italian priest, missionary, and saint (d. 1444) 1413 – Catherine of Bologna, Italian nun and saint (d. 1463) 1442 – John de Vere, 13th Earl of Oxford, English commander and politician, Lord Great Chamberlain of England (d. 1513) 1462 – Henry Medwall, first known English vernacular dramatist (d. 1501) 1474 – Ludovico Ariosto, Italian playwright and poet (d. 1533) 1515 – Alfonso Salmeron, Spanish priest and scholar (d. 1585) 1588 – Marin Mersenne, French mathematician, philosopher, and theologian (d. 1648) 1593 – Toyotomi Hideyori, Japanese nobleman (d. 1615) 1601–1900 1611 – Johann Friedrich Gronovius, German scholar and critic (d. 1671) 1621 – Louis, Grand Condé, French general (d. 1686) 1633 – Ferdinand
Dynamic VR7 introduced a new construction method in which a smaller wooden core was wrapped in wet fibreglass, as opposed to pre-dried sheets of fibreglass being glued to the core (essentially replacing metal sheets). The result was a torsion box, which made the ski much stronger. The VR7, and its more famous follow-on VR17, was the first fibreglass ski that could be used for men's racing, and quickly took over that market. Over time, materials for both the core and torsion box have changed, with wood, various plastic foams, fibreglass, kevlar and carbon fiber all being used in different designs. Torsion box designs continue to dominate cross-country ski designs, but is less common for alpine and ski touring. Monocoque or cap During the 1980s, Bucky Kashiwa developed a new construction technique using a rolled stainless steel sheet forming three sides of a torsion box over a wooden core, with the base of the ski forming the bottom. Introduced in 1989, the Volant skis proved expensive to produce, and in spite of numerous positive reviews, the company never became profitable. In 1990, the Salomon S9000 took the same basic concept but replaced the steel with plastics, producing a design they called "monocoque". Now referred to as the "cap ski" design, the concept eliminates the need to wrap the core and replaces this with a single-step process that is much less expensive to produce. Cap ski construction dominates alpine ski construction today. Historical The classical wooden ski consists of a single long piece of suitable wood that is hand-carved to the required shape. Early designs were generally rectangular in cross-section, with the tip bent up through application of steam. Over time the designs changed, and skis were thinned out to the sides, or had prominent ridges down the center. Notable manufacturers K2 is a major US-based ski manufacturing company. In 1961 they were one of the first companies to begin producing and distributing fiberglass skis. Today K2 is primarily renowned for its wide variety of torsion-box ski designs. They sponsor several professional skiers and ski teams. Rossignol is a French company established in 1907. Rossignol introduced its first fiberglass ski in 1964. Today the company offers a wide range of ski designs and produces over 500,000 pairs of skis per year. Rossignol also manufactures boots, bindings, and poles. Elan is a Slovenian company, located in Begunje, notable in ski manufacturing for inventing shaped skis, also called parabolic skis, which made carve turns possible at low speeds and with short turn radius. Types In the history of skiing many types of skis have been developed, designed for different needs, of which the following is a selection. Alpine Alpine skis, also called downhill skis, are skis designed specifically for lift-assisted resort runs. Ski design has evolved enormously since the beginnings of the modern sport in mid-19th-century Norway. Modern skis typically have steel edges, camber, side cut, and possibly reverse camber. During the 1990s side cut became more pronounced to make it easier to carve turns. Alpine skis typically have fixed-heel bindings. Specialised types of alpine skis exist for certain uses, including twin-tip skis for freestyle skiing, slalom skis, GS Skis, powder skis, telemark skis and monoskis. Backcountry Backcountry skiing, also known as off-piste skiing, is any form of skiing done outside of ski area boundaries. Most of the time this type of skiing is done with alpine touring skis, or telemark gear, where skiers take advantage of climbing skins and a detachable heal, to ski uphill. When the skier reaches the top of the area they want to ski down, they take off the climbing skins and make the necessary preparations to ski back down. Backcountry terrain can also be accessed with standard alpine equipment by riding a lift uphill at a ski resort and then leaving the resort boundary. However, this is more commonly known as sidecountry because of its immediate access from a ski lift. Nordic In Nordic skiing the skier is not reliant on ski lifts to get up hills, and so skis and boots tend to be lighter, with a free heel to facilitate walking. Styles of Nordic skiing equipment include: Cross-country skis are light and narrow, with a slight sidecut. Three binding systems are popular: Rottefella's NNN, Salomon's SNS profil, and SNS pilot. Ski bases are waxed to reduce friction during forward motion, and kick wax can also be applied for grip. Some waxless models have patterns on the bottom to avoid the necessity of grip waxing for classic technique. Skating skis are shorter than classic skis and do not need grip wax. The skating technique is used in biathlons. Ski jumping skis are long and wide. Roller skis have wheels for use on dry pavement, in the absence of snow. Ski Maintenance Ski maintenance encompasses four facets: binding adjustments, waxing, edge shaping, and base repair. Binding adjustment: Safety-release ski bindings require adjustment to fit the weight and height of the skier. Annual maintenance assures that settings continue to be correct. For rental skis, such an adjustment is required for each change of customers. Waxing: Most ski wax minimizes gliding friction on snow. "Grip wax" promotes grip on snow for cross-country skis.
sandwich Laminated skis are built in layers. Materials such as fiberglass, steel, aluminum alloy, or plastic are layered and compressed above and below the core. Laminated construction is the most widely used manufacturing process in the ski industry today. The first successful laminate ski, and arguably the first modern ski was the Head Standard, introduced in 1950, which sandwiched aluminum alloy around a plywood core. Torsion box The Dynamic VR7 introduced a new construction method in which a smaller wooden core was wrapped in wet fibreglass, as opposed to pre-dried sheets of fibreglass being glued to the core (essentially replacing metal sheets). The result was a torsion box, which made the ski much stronger. The VR7, and its more famous follow-on VR17, was the first fibreglass ski that could be used for men's racing, and quickly took over that market. Over time, materials for both the core and torsion box have changed, with wood, various plastic foams, fibreglass, kevlar and carbon fiber all being used in different designs. Torsion box designs continue to dominate cross-country ski designs, but is less common for alpine and ski touring. Monocoque or cap During the 1980s, Bucky Kashiwa developed a new construction technique using a rolled stainless steel sheet forming three sides of a torsion box over a wooden core, with the base of the ski forming the bottom. Introduced in 1989, the Volant skis proved expensive to produce, and in spite of numerous positive reviews, the company never became profitable. In 1990, the Salomon S9000 took the same basic concept but replaced the steel with plastics, producing a design they called "monocoque". Now referred to as the "cap ski" design, the concept eliminates the need to wrap the core and replaces this with a single-step process that is much less expensive to produce. Cap ski construction dominates alpine ski construction today. Historical The classical wooden ski consists of a single long piece of suitable wood that is hand-carved to the required shape. Early designs were generally rectangular in cross-section, with the tip bent up through application of steam. Over time the designs changed, and skis were thinned out to the sides, or had prominent ridges down the center. Notable manufacturers K2 is a major US-based ski manufacturing company. In 1961 they were one of the first companies to begin producing and distributing fiberglass skis. Today K2 is primarily renowned for its wide variety of torsion-box ski designs. They sponsor several professional skiers and ski teams. Rossignol is a French company established in 1907. Rossignol introduced its first fiberglass ski in 1964. Today the company offers a wide range of ski designs and produces over 500,000 pairs of skis per year. Rossignol also manufactures boots, bindings, and poles. Elan is a Slovenian company, located in Begunje, notable in ski manufacturing for inventing shaped skis, also called parabolic skis, which made carve turns possible at low speeds and with short turn radius. Types In the history of skiing many types of skis have been developed, designed for different needs, of which the following is a selection. Alpine Alpine skis, also called downhill skis, are skis designed specifically for lift-assisted resort runs. Ski design has evolved enormously since the beginnings of the modern sport in mid-19th-century Norway. Modern skis typically have steel edges, camber, side cut, and possibly reverse camber. During the 1990s side cut became more pronounced to make it easier to carve turns. Alpine skis typically have fixed-heel bindings. Specialised types of alpine skis exist for certain uses, including twin-tip skis for freestyle skiing, slalom skis, GS Skis, powder skis, telemark skis and monoskis. Backcountry Backcountry skiing, also known as off-piste skiing, is any form of skiing done outside of ski area boundaries. Most of the time this type of skiing is done with alpine touring skis, or telemark gear, where skiers take advantage of climbing skins and a detachable heal, to ski uphill. When the skier reaches the top of the area they want to ski down, they take off the climbing skins and make the necessary preparations to ski back down. Backcountry terrain can also be accessed with standard alpine equipment by riding a lift uphill at a ski resort and then leaving
through the winters were cornerstones; various turnips such as the kålrot (rutabaga) (aptly named "swede" in British English) were gradually supplanted or complemented by the potato in the 18th century. A lack of distinct spices made everyday food rather bland by today's standards, although a number of local herbs and plants have been used since ancient times. This tradition is still present in today's Swedish dishes, which are still rather sparingly spiced. Both before and after this period, some new Germanic dishes were also brought in by immigrants, such as people related to the Hanseatic League, settling in Stockholm, Visby, and Kalmar. Swedish traders and aristocrats naturally also picked up some food traditions in foreign countries; cabbage rolls (kåldolmar) being one example. Cabbage rolls were introduced in Sweden by Karl XII who came in contact with this dish at the time of the Battle of Poltava and during his camp in the Turkish Bender and later introduced by his Ottoman creditors, who moved to Stockholm in 1716. An early version of kåldolmar was first published in 1765 in the fourth edition of Hjelpreda i Hushållningen för Unga Fruentimber by Cajsa Warg, though it was closer to the Turkish dolma than later dishes. Husmanskost Swedish husmanskost denotes traditional Swedish dishes with local ingredients, the classical everyday Swedish cuisine. The word husmanskost stems from husman, meaning 'house owner', and the term was originally used for most kinds of simple countryside food outside of towns. Genuine Swedish husmanskost used predominantly local ingredients such as pork in all forms, fish, cereals, milk, potato, root vegetables, cabbage, onions, apples, berries etc.; beef and lamb were used more sparingly. Beside berries, apples are the most used traditional fruit, eaten fresh or served as apple pie, apple sauce, or apple cake. Time-consuming cooking methods such as redningar (roux) and långkok (literally 'long boil') are commonly employed and spices are sparingly used. Examples of Swedish husmanskost are pea soup (ärtsoppa), boiled and mashed carrots, potato and rutabaga served with pork (rotmos med fläsk), many varieties of salmon (such as gravlax, inkokt lax, fried, pickled), varieties of herring (most commonly pickled, but also fried, au gratin, etc.), fishballs (fiskbullar), meatballs (köttbullar), potato dumplings with meat or other ingredients (palt), potato pancake (raggmunk), varieties of porridge (gröt), a fried mix of pieces of potato, different kind of meats, sausages, bacon and onion (pytt i panna), meat stew with onion (kalops), and potato dumplings with a filling of onions and pork (kroppkakor). Many of the dishes would be considered comfort food for the nostalgic value. Dishes akin to Swedish husmanskost and food traditions are found also in other Scandinavian countries; details may vary. Sweden is part of the vodka belt and historically distilled beverages, such as brännvin and snaps, have been a traditional daily complement to food. Consumption of wine in Sweden has increased during the last fifty years, partly at the expense of beer and stronger alcoholic beverages. In many countries, locally produced wines are combined with local husmanskost. Husmanskost has undergone a renaissance during the last decades as well known (or famous) Swedish chefs, such as Tore Wretman, have presented modernised variants of classical Swedish dishes. In this nouvel husman the amount of fat (which was needed to sustain hard manual labour in the old days) is reduced and some new ingredients are introduced. The cooking methods are tinkered with as well, in order to speed up the cooking process or enhance the nutritional value or flavour of the dishes. Many Swedish restaurateurs mix traditional husmanskost with a modern, gourmet approach. Dishes Swedish traditional dishes, some of which are many hundreds of years old, others perhaps a century or less, are still a very important part of Swedish everyday meals, in spite of the fact that modern day Swedish cuisine adopts many international dishes. Internationally, the most renowned Swedish culinary tradition is the smörgåsbord and, at Christmas, the julbord, including well known Swedish dishes such as gravlax and meatballs. In Sweden, traditionally, Thursday has been soup day because the maids had half the day off and soup was easy to prepare in advance. One of the most traditional Swedish soups, ärtsoppa is still served in many restaurants and households every Thursday, a tradition since the middle ages. Ärtsoppa is a yellow pea soup, commonly served with pancakes as dessert. This is a simple meal, a very thick soup, basically consisting of boiled yellow peas, a little onion, salt and small pieces of pork. It is often served with mustard and followed by a dessert of thin pancakes (see pannkakor). The Swedish Armed Forces also serve their conscripts pea soup and pancakes every Thursday. Potatoes are eaten year-round as the main source of carbohydrates, and are a staple in many traditional dishes. Not until the last 50 years have pasta or rice become common on the dinner table. There are several different kinds of potatoes: the most appreciated is the new potato, a potato which ripens in early summer, and is enjoyed at the traditional midsummer feast. New potatoes at midsummer are served with pickled herring, chives, sour cream, and the first strawberries of the year are traditionally served as dessert. The most highly regarded mushroom in Sweden is the chanterelle, which is considered a delicacy. The chanterelle is usually served as a side dish together with steaks, or fried with onions and sauce served on an open sandwich. Second
some food traditions in foreign countries; cabbage rolls (kåldolmar) being one example. Cabbage rolls were introduced in Sweden by Karl XII who came in contact with this dish at the time of the Battle of Poltava and during his camp in the Turkish Bender and later introduced by his Ottoman creditors, who moved to Stockholm in 1716. An early version of kåldolmar was first published in 1765 in the fourth edition of Hjelpreda i Hushållningen för Unga Fruentimber by Cajsa Warg, though it was closer to the Turkish dolma than later dishes. Husmanskost Swedish husmanskost denotes traditional Swedish dishes with local ingredients, the classical everyday Swedish cuisine. The word husmanskost stems from husman, meaning 'house owner', and the term was originally used for most kinds of simple countryside food outside of towns. Genuine Swedish husmanskost used predominantly local ingredients such as pork in all forms, fish, cereals, milk, potato, root vegetables, cabbage, onions, apples, berries etc.; beef and lamb were used more sparingly. Beside berries, apples are the most used traditional fruit, eaten fresh or served as apple pie, apple sauce, or apple cake. Time-consuming cooking methods such as redningar (roux) and långkok (literally 'long boil') are commonly employed and spices are sparingly used. Examples of Swedish husmanskost are pea soup (ärtsoppa), boiled and mashed carrots, potato and rutabaga served with pork (rotmos med fläsk), many varieties of salmon (such as gravlax, inkokt lax, fried, pickled), varieties of herring (most commonly pickled, but also fried, au gratin, etc.), fishballs (fiskbullar), meatballs (köttbullar), potato dumplings with meat or other ingredients (palt), potato pancake (raggmunk), varieties of porridge (gröt), a fried mix of pieces of potato, different kind of meats, sausages, bacon and onion (pytt i panna), meat stew with onion (kalops), and potato dumplings with a filling of onions and pork (kroppkakor). Many of the dishes would be considered comfort food for the nostalgic value. Dishes akin to Swedish husmanskost and food traditions are found also in other Scandinavian countries; details may vary. Sweden is part of the vodka belt and historically distilled beverages, such as brännvin and snaps, have been a traditional daily complement to food. Consumption of wine in Sweden has increased during the last fifty years, partly at the expense of beer and stronger alcoholic beverages. In many countries, locally produced wines are combined with local husmanskost. Husmanskost has undergone a renaissance during the last decades as well known (or famous) Swedish chefs, such as Tore Wretman, have presented modernised variants of classical Swedish dishes. In this nouvel husman the amount of fat (which was needed to sustain hard manual labour in the old days) is reduced and some new ingredients are introduced. The cooking methods are tinkered with as well, in order to speed up the cooking process or enhance the nutritional value or flavour of the dishes. Many Swedish restaurateurs mix traditional husmanskost with a modern, gourmet approach. Dishes Swedish traditional dishes, some of which are many hundreds of years old, others perhaps a century or less, are still a very important part of Swedish everyday meals, in spite of the fact that modern day Swedish cuisine adopts many international dishes. Internationally, the most renowned Swedish culinary tradition is the smörgåsbord and, at Christmas, the julbord, including well known Swedish dishes such as gravlax and meatballs. In Sweden, traditionally, Thursday has been soup day because the maids had half the day off and soup was easy to prepare in advance. One of the most traditional Swedish soups, ärtsoppa is still served in many restaurants and households every Thursday, a tradition since the middle ages. Ärtsoppa is a yellow pea soup, commonly served with pancakes as dessert. This is a simple meal, a very thick soup, basically consisting of boiled yellow peas, a little onion, salt and small pieces of pork. It is often served with mustard and followed by a dessert of thin pancakes (see pannkakor). The Swedish Armed Forces also serve their conscripts pea soup and pancakes every Thursday. Potatoes are eaten year-round as the main source of carbohydrates, and are a staple in many traditional dishes. Not until the last 50 years have pasta or rice become common on the dinner table. There are several different kinds of potatoes: the most appreciated is the new potato, a potato which ripens in early summer, and is enjoyed at the traditional midsummer feast. New potatoes at midsummer are served with pickled herring, chives, sour cream, and the first strawberries of the year are traditionally served as dessert. The most highly regarded mushroom in Sweden is the chanterelle, which is considered a delicacy. The chanterelle is usually served as a side dish together with steaks, or fried with onions and sauce served on an open sandwich. Second to the chanterelle, and considered almost as delicious, is the porcini mushroom, or karljohansvamp, named after Charles XIV John (Karl XIV Johan) who introduced its use as food. In August, at the traditional feast known as kräftskiva, crayfish party, Swedes eat large amounts of crayfish, boiled and then marinated in a broth with salt, a little bit of sugar, and a large amount of dill weed. Some Swedish dishes are: Meals Meals consists of breakfast in the early morning (frukost), a light lunch before noon (lunch), and a heavy dinner (middag) around six or seven in the evening. It is also common to have a snack, often a sandwich or fruit, in between meals (mellanmål). Most Swedes also have a coffee break in the afternoon, often together with a pastry (fika). In all primary schools, and most, but not all secondary schools, a hot meal is served at lunch as part of Sweden's welfare state. According to the Swedish school law, this meal has to be nutrient dense. Breakfast Breakfast usually consists of open sandwiches (smörgås), possibly on crisp bread (knäckebröd). The sandwich is most often buttered, with toppings such as hard cheese, cold cuts, caviar, messmör (a Norwegian sweet spread made from butter and whey), ham (skinka), and tomatoes or cucumber. Filmjölk (fermented milk/buttermilk), or sometimes yogurt, is also traditional breakfast food, usually served in a bowl with
occurred in that conflict, especially at night. United Nations Command forces in defensive outposts or on patrol often had trouble returning a sufficient volume of fire when attacked by companies of infantry armed with the PPSh. Some U.S. infantry officers ranked the PPSh as the best combat weapon of the war: while lacking the accuracy of the U.S. M1 Garand and M1 carbine, it provided more firepower at short distances. As infantry Captain (later General) Hal Moore, stated: "on full automatic it sprayed a lot of bullets and most of the killing in Korea was done at very close ranges and it was done quickly – a matter of who responded faster. In situations like that it outclassed and outgunned what we had. A close-in patrol fight was over very quickly and usually we lost because of it." U.S. servicemen, however, felt that their M2 carbines were superior to the PPSh-41 at the typical engagement range of 100–150 meters. Other older designs also saw use in the Korean war. The Thompson had seen much use by the U.S. and South Korean military, even though the Thompson had been replaced as standard-issue by the M3/M3A1. With huge numbers of guns available in army ordnance arsenals, the Thompson remained classed as Limited Standard or Substitute Standard long after the standardization of the M3/M3A1. Many Thompsons were distributed to the US-backed Nationalist Chinese armed forces as military aid before the fall of Chiang Kai-shek's government to Mao Zedong's communist forces at the end of the Chinese Civil War in 1949 (Thompsons had already been widely used throughout China since the 1920s, at a time when several Chinese warlords and their military factions running various parts of the fragmented country made purchases of the weapon and then subsequently produced many local copies). US troops were surprised to encounter communist Chinese troops armed with Thompsons (amongst other captured US-made Nationalist Chinese and American firearms), especially during unexpected night-time assaults which became a prominent Chinese combat tactic in the conflict. The gun's ability to deliver large quantities of short-range automatic assault fire proved very useful in both defense and assault during the early part of the war when it was constantly mobile and shifting back and forth. Many Chinese Thompsons were captured and placed into service with American soldiers and marines for the remaining period of the war. 1960s In the 1960s, Heckler & Koch developed the 9 mm Parabellum MP5 submachine gun. The MP5 is based on the G3 rifle and uses the same closed-bolt roller-delayed blowback operation system. This makes the MP5 more accurate than open-bolt SMGs, such as the Uzi. The MP5 is also one of the most widely used submachine guns in the world, having been adopted by 40 nations and numerous military, law enforcement, and security organizations. In 1969, Steyr introduced the MPi 69. This 9 mm Parabellum open-bolt, blowback-operated SMG has a telescoping bolt and is similar in appearance to the Uzi SMG. It has a vertical pistol-grip into which the magazine is inserted, a longer horizontal front grip area and a telescoping wire buttstock. The receiver is a squared stamped steel tube that partly nestles inside a large plastic molding (resembling a lower receiver) which contains the forward hand-grip, vertical pistol-grip and the fire control group, making the MPi 69 one of the first firearms to use a plastic construction in this way. It has a progressive trigger and is also unusual among modern SMGs, as the MPi 69 is cocked by a dual-purpose lever also used as the front sling attachment point. 1970s In the 1970s, extremely compact submachine guns, such as the .45ACP Mac-10 and .380 ACP Mac-11, were developed to be used with silencers or suppressors. While these SMGs received enormous publicity, and were prominently displayed in films and television, they were not widely adopted by military or law enforcement agencies. These smaller weapons led other manufacturers to develop their own compact SMGs, such as the Micro-UZI and the H&K MP5K. 1980s By the 1980s, the demand for new submachine guns was very low and could be easily met by existing makers with existing designs. However, following H&K's lead, other manufacturers began designing submachine guns based on their existing assault rifle patterns. These new SMGs offered a high degree of parts commonality with parent weapons, thereby easing logistical concerns. In 1982, Colt introduced the Colt 9mm SMG based on the M16 rifle. The Colt SMG is a closed bolt, blowback operated SMG and the overall aesthetics are identical to most M16 type rifles. The magazine well is modified using a special adapter to allow the use of the smaller 9mm magazines. The magazines themselves are a copy of the Israeli UZI SMG magazine, modified to fit the Colt and lock the bolt back after the last shot. The Colt is widely used by US law enforcement and the USMC. 1990s In 1998, H&K introduced the last widely distributed SMG, the UMP "Universal Machine Pistol". The UMP is a 9mm, .40 S&W, or .45 ACP, closed-bolt blowback-operated SMG, based on the H&K G36 assault rifle. It features a predominantly polymer construction and was designed to be a more cost effective, lighter weight, and less complex design alternative to the MP5. The UMP has a side-folding stock and is available with four different trigger group configurations. It was also designed to use a wide range of Picatinny rail mounted accessories 2000s In 2004, Izhmash introduced the Vityaz-SN a 9 mm Parabellum, closed bolt straight blowback operated submachine gun. It is based on the AK-74 rifle and offers a high degree of parts commonality with the AK-74. It is the standard submachine gun for all branches of Russian military and police forces. In 2009, KRISS USA introduced the KRISS Vector family of submachine guns. Futuristic in appearance, the KRISS uses an unconventional delayed blowback system combined with in-line design to reduce perceived recoil and muzzle climb. The KRISS comes in 9mm Parabellum, .40 S&W, .45 ACP, 9×21mm, 10mm Auto, and .357 SIG. It also uses standard Glock pistol magazines. 2010s By 2010, compact assault rifles and personal defense weapons had replaced submachine guns in most roles. Factors such as the increasing use of body armor and logistical concerns have combined to limit the appeal of submachine guns. However, SMGs are still used by police (especially SWAT teams) for dealing with heavily armed suspects and by military special forces units for close-quarters combat, due to their reduced size, recoil and muzzle blast. Submachine guns also lend themselves to the use of suppressors, particularly when loaded with subsonic ammunition. Variants of the Sterling and Heckler & Koch MP5 have been manufactured with integral suppressors. Personal defense weapons First developed during the 1980s, the personal defense weapon (PDW) is touted as a further evolution of the submachine gun. The PDW was created in response to a NATO request for a replacement for 9×19mm Parabellum submachine guns. The PDW is a compact automatic weapon that uses specially designed rifle-like cartridges to fire armor-piercing bullets and are sufficiently light to be
of Italy introduced the Villar-Perosa aircraft machine gun. It fired pistol-caliber 9mm Glisenti ammunition, but was not a true submachine gun, as it was originally designed as a mounted weapon. This odd design was then modified into the OVP 1918 carbine-type submachine gun, which then evolved into the 9×19mm Parabellum Beretta Model 1918 after the end of World War I. Both the OVP 1918 and the Beretta 1918 had a traditional wooden stock, a 25-round top-fed box magazine, and had a cyclic rate of fire of 900 rounds per minute. The Germans initially used heavier versions of the P08 pistol equipped with a detachable stock, larger-capacity snail-drum magazine and a longer barrel. By 1918, Bergmann Waffenfabrik had developed the 9 mm Parabellum MP 18, the first practical submachine gun. This weapon used the same 32-round snail-drum magazine as the Luger P-08. The MP 18 was used in significant numbers by German stormtroopers employing infiltration tactics, achieving some notable successes in the final year of the war. However, these were not enough to prevent Germany's collapse in November 1918. After World War I, the MP 18 evolved into the MP28/II SMG, which incorporated a simple 32-round box magazine, selective fire, and other minor improvements. Though the MP18 had a rather short service life, it was influential in the design of later submachine guns, such as the Lanchester, Sten and PPD-40. The .45 ACP Thompson submachine gun had been in development at approximately the same time as the Bergmann and the Beretta. However, the war ended before prototypes could be shipped to Europe. Although it had missed its chance to be the first purpose-designed submachine gun to enter service, it became the basis for later weapons, and was much more successful than the other submachine guns produced during World War I. Interwar Period In the interwar period, the Thompson, nicknamed "Tommy Gun" or "Chicago Typewriter" became notorious in the U.S. due to its employment by the Mafia: the image of pinstripe-suited James Cagney types wielding drum-magazine Thompsons caused some military planners to shun the weapon. However, the FBI and other U.S. police forces themselves showed no reluctance to use and prominently display these weapons. Eventually, the submachine gun was gradually accepted by many military organizations, especially as World War II loomed, with many countries developing their own designs. The United States Marine Corps adopted the Thompson during this period, they used them during the Banana Wars in Central America and it was also used by the China Marines. Germany transferred its MP 18s to the German police forces after World War I. They also saw use in the hands of various paramilitary Freikorps during the aftermath of the German Revolution. In the 1920s a new, more reliable box magazine was developed for the MP 18 to replace the older snail-drum magazines. In 1928 a new version of the MP 18, the MP 28, saw the light of day, it featured the new box magazine as standard, a bayonet lug and a single shot mode. The MP 28 was manufactured in Belgium and Spain, and was widely exported from there, including to China and South America. Another variant based on the MP 18 was the MP 34 that was manufactured by the Germans through the Swiss front company Solothurn. The MP 34 was manufactured from the very best materials available and finished to the highest possible standard. Consequently, its production costs were extremely high. It was adopted by the Austrian police and army in the 1930s, and they were taken over by the Germans after German annexation of Austria in 1938. The MP35 was another interwar German submachine gun, designed by the Bergmann brothers. It was exported to Sweden and Ethiopia and also saw extensive use in the Spanish Civil War. About 40,000 of the type were manufactured until 1944, with many going into the hands of the Waffen SS. The Erma EMP was yet another submachine gun from this period, based on a design by Heinrich Vollmer, about 10,000 were manufactured. It was exported to Spain, Mexico, China and Yugoslavia, but also used domestically by the SS, as well as being produced under license in Francoist Spain. World War II Changes in design accelerated during the war, with one major trend being the abandonment of complex and finely made pre-war designs like the Thompson submachine gun to weapons designed for cheap mass production and easy replacement like the M3 Grease Gun. The Italians were among the first to develop submachine guns during World War I. However, they were slow to produce them under Mussolini; the 9 mm Parabellum Beretta Model 38 (MAB 38) was not available in large numbers until 1943. The MAB 38 was made in a successive series of improved and simplified models all sharing the same basic layout. The MAB 38 has two triggers, the front for semi-auto and rear for full-auto. Most models use standard wooden stocks, although some models were fitted with an MP40-style under-folding stock and are commonly mistaken for the German SMG. The MAB 38 series was extremely robust and proved very popular with both Axis and Allied troops (who used captured MAB 38s). It is considered the most successful and effective Italian small arm of World War II. During the later years of the war, the TZ-45 submachine gun was manufactured in small numbers in the Italian Social Republic. A cheaper alternative to the MAB 38, it also sported an unusual-for-the time grip safety. In 1939, the Germans introduced the 9 mm Parabellum MP38 which was first used during the invasion of Poland of September that year. However, the MP38 production was still just starting and only a few thousand were in service at the time. It proved to be far more practical and effective in close quarters combat than the standard-issue German Karabiner 98k bolt-action rifle. From this experience, the simplified and modernized MP40 (commonly and erroneously referred to as the Schmeisser) was developed and made in large numbers; about a million were made during World War II. The MP40 was lighter than the MP38. It also used more stamped parts, making it faster and cheaper to produce. The MP38 and MP40 were the first SMGs to use plastic furniture and a practical folding stock, which became standard for all future SMG designs. The Germans utilized large number of captured Soviet PPSh-41 submachine guns, some were converted to fire 9 mm Parabellum while others were used unmodified (the German 7.63×25mm Mauser cartridge was used as it has identical dimensions as the 7.62×25mm Tokarev, albeit slightly less powerful). During the Winter War, the badly outnumbered Finnish used the Suomi KP/-31 in large numbers against the Russians with devastating effect. Finnish ski troops became known for appearing out of the woods on one side of a road, raking Soviet columns with SMG fire and disappearing back into the woods on the other side. During the Continuation War, the Finnish Sissi patrols often equipped every soldier with KP/-31s. The Suomi fired 9 mm Parabellum ammo from a 71-round drum magazine (although often loaded with 74 rounds). "This SMG showed the world the importance of the submachine gun in modern warfare", prompting the development, adoption and mass production of submachine guns by most of the world's armies. The Suomi was used in combat until the end of the Lapland war, was widely exported and remained in service to the late 1970s. Inspired by captured examples of the Soviet PPS submachine gun, a gun that was cheaper and quicker to manufacture than the Suomi, the Finns introduced the KP m/44 submachine gun in 1944. In 1940, the Soviets introduced the 7.62×25mm PPD-40 and later the more easily manufactured PPSh-41 in response to their experience during the Winter War against Finland. The PPSh's 71-round drum magazine is a copy of the Suomi's. Later in the war they developed the even more readily mass-produced PPS submachine gun - all firing the same small-caliber but high-powered Tokarev cartridges. The USSR went on to make over 6 million PPSh-41s and 2 million PPS-43s by the end of World War II. Thus, the Soviet Union could field huge numbers of submachine guns against the Wehrmacht, with whole infantry battalions being armed with little else. Even in the hands of conscripts with minimal training, the volume of fire produced by massed submachine guns could be overwhelming. Britain entered the war with no domestic submachine gun design of its own, but instead imported the expensive US M1928 Thompson. After evaluating their battlefield experience in the Battle of France and losing many military arms in the Dunkirk evacuation, the British Royal Navy adopted the 9 mm Parabellum Lanchester submachine gun. With no time for the usual research and development for a new weapon, it was decided to make a direct copy of the German MP 28. Like other early submachine guns it was difficult and expensive to manufacture. Shortly thereafter, the simpler Sten submachine gun was developed for general use by the British armed forces, it was much cheaper and faster to make. Over 4 million Sten guns were made during World War II. Indeed, the Sten was so cheap and easy to produce that towards the end of World War II as their economic base approached crisis, Germany started manufacturing their own copy, the MP 3008. After the war, the British replaced the Sten with the Sterling submachine gun. The United States and its allies used the Thompson submachine gun, especially the simplified M1. However, the Thompson was still expensive and slow to produce. Therefore, the U.S. developed the M3 submachine gun or "Grease Gun" in 1942, followed by the improved M3A1 in 1944. While the M3 was no more effective than the Tommy Gun, it was made primarily of stamped parts and welded together, and so, it could be produced much faster and at a fraction of the cost of a Thompson. Additionally, its much lower rate of fire made it a lot more controllable. It could be configured to fire either .45 ACP or 9mm Luger ammunition. The M3A1 was among the longest-serving submachine gun designs, being produced into the 1960s and serving in US forces into the 1990s. France produced only about 2,000 of the MAS-38 submachine gun (chambered in 7.65×20mm Longue) before the Fall of France in June 1940. Production was taken over by the occupying Germans, who used them for themselves and also put them into the hands of the Vichy French. The Owen Gun is a 9mm Parabellum Australian submachine gun designed by Evelyn Owen in 1939. The Owen is a simple, highly reliable, open bolt, blowback SMG. It was designed to be fired either from the shoulder or the hip. It is easily recognisable, owing to its unconventional appearance, including a quick-release barrel and butt-stock, double pistol grips, top-mounted magazine, and unusual offset right-side-mounted sights. The Owen was the only entirely Australian-designed and constructed service submachine gun of World War II and was used by the Australian Army from 1943 until the mid-1960s, when it was replaced by the F1 submachine gun. Only about 45,000 Owens were produced during the war for a unit cost of about A$30. While most other countries during World War II developed multiple submachine guns, the Empire of Japan had only produced one, the Type 100 submachine gun, based heavily on the German MP28. Like most other small arms created in Imperial Japan, the Type 100 could be fitted with a bayonet. It used the 8×22mm Nambu cartridge, which was about half as powerful as a standard Western 9mm Parabellum round. Production of the
are weaned at six to ten weeks and become sexually mature by the end of their first year. In general, the ground-dwelling squirrel species are social, often living in well-developed colonies, while the tree-dwelling species are more solitary. Ground squirrels and tree squirrels are usually either diurnal or crepuscular, while the flying squirrels tend to be nocturnal—except for lactating flying squirrels and their young, which have a period of diurnality during the summer. Feeding Because squirrels cannot digest cellulose, they must rely on foods rich in protein, carbohydrates, and fats. In temperate regions, early spring is the hardest time of year for squirrels because the nuts they buried are beginning to sprout (and thus are no longer available to eat), while many of the usual food sources have not yet become available. During these times, squirrels rely heavily on the buds of trees. Squirrels, being primarily herbivores, eat a wide variety of plants, as well as nuts, seeds, conifer cones, fruits, fungi, and green vegetation. Some squirrels, however, also consume meat, especially when faced with hunger. Squirrels have been known to eat small birds, young snakes, and smaller rodents, as well as bird eggs and insects. Some tropical squirrel species have shifted almost entirely to a diet of insects. Squirrels, like pigeons and other fauna, are synanthropes, in that they benefit and thrive from their interaction in human environments. This gradual process of successful interaction is called synurbanization, wherein squirrels lose their inherent fear of humans in an urban environment. When squirrels were almost completely eradicated during the Industrial Revolution in New York, they were later re-introduced to "entertain and remind" humans of nature. The squirrel blended into the urban environment so efficiently that when synanthropic behavior stops (i.e. people do not leave trash outside during particularly cold winters), they can become aggressive in their search for food. Aggression and predatory behavior has been observed in various species of ground squirrels, in particular the thirteen-lined ground squirrel. For example, Bernard Bailey, a scientist in the 1920s, observed a thirteen-lined ground squirrel preying upon a young chicken. Wistrand reported seeing this same species eating a freshly killed snake. There has also been at least one report of squirrels preying on atypical animals, such as an incident in 2005 where a pack of black squirrels killed and ate a large stray dog in Lazo, Russia. As well, squirrel attacks on humans are exceedingly rare, but do occur. Whitaker examined the stomachs of 139 thirteen-lined ground squirrels and found bird flesh in four of the specimens and the remains of a short-tailed shrew in one; Bradley, examining the stomachs of white-tailed antelope squirrels, found at least 10% of his 609 specimens' stomachs contained some type of vertebrate, mostly lizards and rodents. Morgart observed a white-tailed antelope squirrel capturing and eating a silky pocket mouse. Taxonomy The living squirrels are divided into five subfamilies, with about 58 genera and some 285 species. The oldest squirrel fossil, Hesperopetes, dates back to the Chadronian (late Eocene, about 40–35 million years ago) and is similar to modern flying squirrels. A variety of fossil squirrels, from the latest Eocene to the Miocene, have not been assigned with certainty to any living lineage. At least some of these probably were variants of the oldest basal "protosquirrels" (in the sense that they lacked the full range of living squirrels' autapomorphies). The distribution and diversity of such ancient and ancestral forms suggest the squirrels as a group may have originated in North America. Apart from these sometimes little-known fossil forms, the phylogeny of the living squirrels is fairly straightforward. The three main lineages are the Ratufinae (Oriental giant squirrels), Sciurillinae and all other subfamilies. The Ratufinae contain a mere handful of living species in tropical Asia. The neotropical pygmy squirrel of tropical South America is the sole living member of the Sciurillinae. The third lineage, by far the largest, has a near-cosmopolitan distribution. This further supports the hypothesis that the common ancestor of all squirrels, living and fossil, lived in North America, as these three most ancient lineages seem to have radiated from there; if squirrels had originated in Eurasia, for example, one would expect quite ancient lineages in Africa, but African squirrels seem to be of more recent origin. The main group of squirrels also can be split into three subgroups, which yield the remaining subfamilies. The Sciurinae contains the flying squirrels (Pteromyini) and the Sciurini, which among others contains the American tree squirrels; the former have often been considered a separate subfamily, but are now seen as a tribe of the Sciurinae. The pine squirrels (Tamiasciurus), on the other hand, are usually included with the main tree squirrel lineage, but appear to be about as distinct as the flying squirrels; hence, they are sometimes considered a distinct tribe, Tamiasciurini. Two of the three subfamilies are of about equal size, containing between nearly 70 and 80 species each; the third is about twice as large. The Sciurinae contains arboreal (tree-living) squirrels, mainly of the Americas and to a lesser extent Eurasia. The Callosciurinae is most diverse in tropical
squirrels can have a lifespan of 5 to 10 years in the wild. Some can survive 10 to 20 years in captivity. Premature death may be caused when a nest falls from the tree, in which case the mother may abandon her young if their body temperature is not correct. Many such baby squirrels have been rescued and fostered by a professional wildlife rehabilitator until they could be safely returned to the wild, although the density of squirrel populations in many places and the constant care required by premature squirrels means that few rehabilitators are willing to spend their time doing this and such animals are routinely euthanized instead. Stated purposes of squirrels' tails, to benefit the squirrel, include: To keep rain, wind, or cold off itself. To cool off when hot, by pumping more blood through its tail. As a counterbalance when jumping about in trees. As a parachute when jumping. To signal with. The hairs from squirrel tails are prized in fly fishing when tying fishing flies. A special quality of squirrel tail hair is that it is all guard hairs, not undercoat. When the squirrel is sitting upright, its tail folded up its back may stop predators looking from behind from seeing the characteristic shape of a small mammal. Behavior Squirrels mate either once or twice a year and, following a gestation period of three to six weeks, give birth to a number of offspring that varies by species. The young are altricial, being born naked, toothless, and blind. In most species of squirrel, the female alone looks after the young, which are weaned at six to ten weeks and become sexually mature by the end of their first year. In general, the ground-dwelling squirrel species are social, often living in well-developed colonies, while the tree-dwelling species are more solitary. Ground squirrels and tree squirrels are usually either diurnal or crepuscular, while the flying squirrels tend to be nocturnal—except for lactating flying squirrels and their young, which have a period of diurnality during the summer. Feeding Because squirrels cannot digest cellulose, they must rely on foods rich in protein, carbohydrates, and fats. In temperate regions, early spring is the hardest time of year for squirrels because the nuts they buried are beginning to sprout (and thus are no longer available to eat), while many of the usual food sources have not yet become available. During these times, squirrels rely heavily on the buds of trees. Squirrels, being primarily herbivores, eat a wide variety of plants, as well as nuts, seeds, conifer cones, fruits, fungi, and green vegetation. Some squirrels, however, also consume meat, especially when faced with hunger. Squirrels have been known to eat small birds, young snakes, and smaller rodents, as well as bird eggs and insects. Some tropical squirrel species have shifted almost entirely to a diet of insects. Squirrels, like pigeons and other fauna, are synanthropes, in that they benefit and thrive from their interaction in human environments. This gradual process of successful interaction is called synurbanization, wherein squirrels lose their inherent fear of humans in an urban environment. When squirrels were almost completely eradicated during the Industrial Revolution in New York, they were later re-introduced to "entertain and remind" humans of nature. The squirrel blended into the urban environment so efficiently that when synanthropic behavior stops (i.e. people do not leave trash outside during particularly cold winters), they can become aggressive in their search for food. Aggression and predatory behavior has been observed in various species of ground squirrels, in particular the thirteen-lined ground squirrel. For example, Bernard Bailey, a scientist in the 1920s, observed a thirteen-lined ground squirrel preying upon a young chicken. Wistrand reported seeing this same species eating a freshly killed snake. There has also been at least one report of squirrels preying on atypical animals, such as an incident in 2005 where a pack of black squirrels killed and ate a large stray dog in Lazo, Russia. As well, squirrel attacks on humans are exceedingly rare, but do occur. Whitaker examined the stomachs of 139 thirteen-lined ground squirrels and found bird flesh in four of the specimens and the remains of a short-tailed shrew in one; Bradley, examining the stomachs of white-tailed antelope squirrels, found at least 10% of his 609 specimens' stomachs contained some type of vertebrate, mostly lizards and rodents. Morgart observed a white-tailed antelope squirrel capturing and eating a silky pocket mouse. Taxonomy The living squirrels are divided into five subfamilies, with about 58 genera and some 285 species. The oldest squirrel fossil, Hesperopetes, dates back to the Chadronian (late Eocene, about 40–35 million years ago) and is similar to modern flying squirrels. A variety of fossil squirrels, from the latest Eocene to the Miocene, have not been assigned with certainty to any living lineage. At least some of these probably were variants of the oldest basal "protosquirrels" (in the sense that they lacked the full range of living squirrels' autapomorphies). The distribution and diversity of such ancient and ancestral forms suggest the squirrels as a group may have originated in North America. Apart from these sometimes little-known fossil forms, the phylogeny of the living squirrels is fairly straightforward. The three main lineages are the
"competition" or "field" shooting positions, in order of steadiness/stability (the closer you get to the ground, the steadier you are), are prone, sitting, kneeling, and standing (also called "offhand"). Hythe positions (Hythe School of Musketry was formed in 1853 to teach the army how to use the rifle in kneeling and standing positions), American and French positions were known variations of the kneeling and standing positions utilised by their respective armies. Another common, but aided, shooting position is the bench shooting position. There are also numerous shooting aids from monopods to tripods to sandbags and complete gun cradles. Prone The steadiest and by far the easiest to master. Done correctly. it can be as steady as shooting from a bench rest. Probably the least used in the field because, all too often, vegetation gets in the way and obscures the view. Variations: classic – with the body at an angle (left for right-handed people, right for left-handed) modern – with the body more directly behind the rifle with the shooter's strong side leg slightly bent. Test for correct body position: wrap your arm into the hasty sling and drop down into prone, sighting at the target. Close your eyes. When you open them you should still be aiming at the target. If you aren't, then your position is off. Also, if the shooter's sight picture returns after the firm kicks to each muzzle, then body alignment is good. If not, adjustment is needed. Usual advice is to use a sling for this position Aided prone position – prone with pack or bipod Sitting This position is relatively easy to get into, but more difficult to get out of quickly and provides clearance for low to medium-height obstacles that would interfere with the prone position. Proper sitting position is extremely difficult to master. Variations: open leg cross leg (aka pretzel style) – the steadiest sitting position. cross ankle The test for correct body position is the same as prone. Usual advice is to use a sling for this position. Aided sitting position – sitting with tripod Kneeling There were numerous variations of the position throughout history. Best for times when shooter needs to shoot quickly, but it is a bit too far (or he is breathing a bit too hard) to risk a shot from the standing position. Considerably steadier than standing position. For most people it is not nearly as steady as sitting but it is much faster to get in and out of. For some people this position can be almost as steady as the prone position. Strong-side knee is on the ground, weak-side knee and foot are pointing at the target while weak-side knee is supporting the elbow (It is important that the bony tip of the elbow not be planted on top of the knee cap – bone-on-bone contact allows for too much movement or it can slip.) Variations: sitting on strong-side foot with strong-side foot flat sitting on the strong-side foot's heel with the toes grounded Usual advice is to use a sling for this position. Aided kneeling position – kneeling with crossed sticks or tripod Standing (or Offhand) The quickest position to assume and is useful for quick shots and for shooting over objects. By far is the least steadiest of all positions. A common trait is a bit of sway in this position. The trick is learning to control the sway and fire when the shooter is at his steadiest. Breathing exercises help in maintaining the balance of the body in this position. The most difficult position to shoot from and to master. Mostly common among both air pistol and air rifle shooters shooting from different ranges (10m,25m,50m). Stock fit is essential in standing – perhaps more than in any other position. Shooter needs to have his cheek firmly welded to the stock. Variations: squared toward the target – advantages of this technique are that it allows the shooter to absorb the rifle's recoil much more effectively, to run the bolt and get back on target quickly. It also places the shooter in a more aggressive stance that allows him to move, in just about any direction, as his target requires. bladed stance of the rifle marksman Usual advice is not to use the sling for support in this position. Aided standing position Standing with sticks and stones Three-legged shooting sticks are almost universal in Africa. Whatever shooter's comfortable range is for offhand shooting, sticks should double it. Rice paddy squat in rifle shooting The rice paddy squat (or rice paddy prone) position is a moderate-stability position that supports both elbows, making it more stable than kneeling yet keeping a high level of mobility. Its higher center of gravity will still be less stable than sitting or prone. It was a traditionally taught marksmanship position but lost popularity after the Korean conflict. The heel-down squat/kneel combination has also been used to fire weapons – see image. Back (or Supine) It was sometimes referred to as the Creedmoor position. There are a number of variations of the position. It was known in the latter half of the 18th century, and later revived by a small number of shooters in the 1860s with the introduction of competitive long range shooting at the NRA rifle meetings and continued in use into the 20th century amongst match riflemen. The position was really developed during the 1870s as a consequence of great interest in long range shooting associated with the international matches. Back position provided the most stable platform for the rifle in those competitions where no artificial support, including slings, was permitted. It was even superior to shooting prone unsupported. Lying on one's side It's not a position one would normally choose. It is a position one might fall into when reacting to a threat. Usually used behind a barricade of some sort. Lying on your side in that scenario can present a very small target
is referred to as their marksmanship. Competitive shooting Shooting has inspired competition, and in several countries rifle clubs started to form in the 19th century. Soon international shooting events evolved, including shooting at the Summer and Winter Olympics (from 1896) and World Championships (from 1897). The International Shooting Sport Federation still administers Olympic and non-Olympic rifle, pistol, shotgun, and running target shooting competitions, although there is also a large number of national and international shooting sports controlled by unrelated organizations. Shooting technique differs depending on factors like the type of firearm used (from a handgun to a precision rifle); the distance to and nature of the target; the required precision; and the available time. Breathing and position play an important role when handling a handgun or a rifle. Some shooting sports, such as IPSC shooting and biathlon also include movement. The prone position, kneeling position, and standing position offer different amounts of support for the shooter. Hunting with guns In the United Kingdom shooting often refers to the activity of hunting game birds such as grouse or pheasants, or small game such as rabbits, with guns. A shooter is sometimes referred to as a "gun". Shooting may also refer to the culling of vermin with guns. Clay pigeon shooting is meant to simulate shooting live pigeons released from traps, after doing so was banned in the United Kingdom in 1921. Weapons Shooting most often refers to the use of a gun (firearm or air gun), although it can also be used to describe discharging of any ranged weapons like a bow, crossbow, slingshot or even blow tube. The term "weapon" does not necessarily mean it is used as a combat tool, but as a piece of equipment to help the user best achieve the goal of their activities. Shooting is also used in warfare, self-defense, crime and law enforcement. Duels were sometimes held using guns. Shooting without a target has applications such as celebratory gunfire, 21-gun salute, or firing starting pistols, incapable of releasing bullets.it is also used as personal weapon in ancient time it is used in form of bow-arrow and in modern as guns crossbow and more Restrictions In many countries, there are restrictions on what kind of firearm can be bought and by whom, leading to debate about how effective such measures are and the extent to which they should be applied. For example, attitudes towards guns and shooting in the United States are very different from those in the United Kingdom and Australia. Canting Canting is an alignment issue that occurs in shooting. Because scopes need to be mounted to a rifle in perfect parallel to the barrel and to ensure the cross hairs sit exactly where a bullet will go (POI), a small variation of even ¼ of one degree can cause great problems at longer ranges. A locking bar holds the mount in a perfect 90 degree to the rail system whereas a non-locking bar system can cant to the left or right. This canting (sometimes called jamming of surfaces) is caused by not matching the clamping surface perfectly to the rail. When tightened down, stress exerted on the base can cause the scope to be off from the POI by as much as several feet at 100–200 yards and gets progressively worse as range increases. Lower grade materials used in manufacturing of scope bases, inconsistent design tolerances from one manufacturer to another and other factors can cause twisting stress and cause the mount to move out of parallel with the rifle barrel. The locking bar system allows for even stress to be distributed and prevent canting of the scope mount. Another form of scope canting is caused by the rings themselves. Some mounts either have two or four screws on top of the scope ring that hold the scope in place. With the two-screw style, the ring usually aligns well but does not have the strength of the four screw system. When tightening the screws of the four screw type, the scope can twist in place, causing misalignment. Shooting positions The four basic "NRA" or "competition" or "field" shooting positions, in order of steadiness/stability (the closer you get to the ground, the steadier you are), are prone, sitting, kneeling, and standing (also called "offhand"). Hythe positions (Hythe School
200 and 300 meters being ordinary shooting distance in Nordic Bullseye Rifle-Shooting, those targets placed well beyond 300 meters in Rifle Field-Shooting means that the competition format also can be classified as a long range shooting discipline. Matches are usually held in the winter season with varied targets, and are arranged by the National Rifle Association of Norway (DFS), the Danish Gymnastics and Sports Associations (DGI Shooting) and the Swedish Shooting Sport Association (SvSF). Swiss field shooting with rifles is a discipline under the Swiss Shooting Sport Federation arranged under a common Swiss ruleset. The annual Swiss Field Shooting Championship has been held since 1899. From 1919, Swiss field shooting with handguns has also been av part of the Swiss Field Shooting Championship. Precision rifle competitions, like the Precision Rifle Series (PRS), is both a field and long range shooting discipline where rifles with intermediate or battle rifle cartridges are shot in the terrain at varying distances from about 10 to 1000 meters. Field Target is an outdoor air gun discipline originating in the United Kingdom, but gaining popularity worldwide. Hunter field target is a variation of field target. Rapid fire Rapid fire with handguns The Bianchi Cup, a fusion of IPSC (without the "run and gun" element) and bullseye shooting (except shot with two hands and going prone whenever rules allow it) where accuracy under tight time limits in four simulated scenarios, known as the "Event(s)", is the basis of this competition. Shooters must start with gun in the holster on every strings of fire and distances range from 10 to 50 yards. Fast draw, also known as quick draw, a form of pistol action shooting from North America, based on the romanticized art of the gunslingers in the American Old West, using traditional single action revolvers. But unlike Cowboy action shooting, Fast Draw is done with special blanks or wax bullets. While some competitions are strictly against the clock, with the fastest time winning, many are set up as head to head single or double elimination matches. Rapid fire with rifles The CISM Rapid Fire match is a sped-up version of the ISSF 300 m Standard Rifle event. Felthurtigskyting (literally Field Rapid Shooting) and Stangskyting are a type of variable rapid-fire rifle competitions popular in Scandinavia. Clay target Clay pigeon shooting are shotgun disciplines shot at flying clay pigeon targets. The three Shotgun ISSF/ Olympic shooting events are all are based on quick reaction to clay targets thrown by machines called "Traps". Skeet: Targets are either thrown in singles or doubles from two throwers called "traps" placed 40 meters apart. Trap and Double Trap: Either one (trap) or two targets (double trap) are thrown from 15 meters in front of the shooter. The Fédération Internationale de Tir aux Armes Sportives de Chasse (FITASC) Compak Sporting is a type of shotgun sport shooting similar to sporting clays, trap and skeet. Other shotgun sports with (at least partial) international recognition include Sporting Clays, Down-The-Line/ATA and Five stand. Running target Running target shooting refers to a number of disciplines involving a shooting target—sometimes called a boar, moose, or deer—that is made to move as if it is a running animal. Events of this type include: ISSF 10 meter running target ISSF 10 meter running target mixed ISSF 50 meter running target ISSF 50 meter running target mixed 100 m running moose, popular in Scandinavia both as a sport and hunting exercise. Competitions in Sweden are held at 80 meters. 100 meter running deer, also somewhat popular in Scandinavia and Great Britain Moving target Shooting at the 1908 Summer Olympics – Men's moving target small-bore rifle Disappearing target Shooting at the 1908 Summer Olympics – Men's disappearing target small-bore rifle Practical shooting Practical shooting, also known as action shooting or dynamic shooting, is a generic term applicable to shooting sports where speed is of equal importance as precision. Many of the disciplines involve movement, and when using handguns they are often drawn from a holster. The International Practical Shooting Confederation (IPSC) is the oldest and largest sanctioning body within practical shooting. IPSC is sometimes considered the "Formula One" of shooting sports, and is shot with handguns, rifles and shotguns. While the United States Practical Shooting Association (USPSA) is the U.S. regional affiliate of IPSC, many of USPSA's rules differ slightly from those used internationally. IPSC was developed by former police and civilian marksmen and later used as a basis for modern military and police exercises. It is a variation where the shooter often moves during shooting, and hits scored and shooting time are equally important. Stage procedure is generally not dictated (freestyle) and the shooter is allowed to determine the order and manner in which he or she engages the targets. International Defensive Pistol Association (IDPA) is an action shooting sport that uses semi-automatic handguns and revolvers with a strong emphasis on concealed shooting. Many aspects of stage engagement are dictated to competitors and penalties are given to competitors whom the safety officer determines attempted to gain a competitive advantage or engaged in a forbidden action with a "guilty mind" - that he knowingly failed to do right. Multigun are practical shooting events where each of the stages generally require the competitor to use and transition between a combination of rifles, handguns, and/ or shotguns or other types of firearms. 3-Gun has a lot in common with ordinary IPSC/USPSA matches, having courses of fire where the shooter must move through different stages and engage targets in a variety of different positions. Steel Challenge is a speed shooting championship solely about shooting steel targets as fast as possible, and is governed by the Steel Challenge Shooting Association (SCSA). There are eight standardized courses of fire, and a special "stop plate" must be shot last to stop the timer. International Confederation of Revolver Enthusiasts (ICORE) is an international community which promotes action shooting competitions with revolvers. Founded in 1991, the sport has elements from the Bianchi Cup, IPSC, and the Steel Challenge. IPSC Action Air follows the same principle of IPSC, using airsoft instead of real firearms. The ranges, paper targets and poppers are scaled down to suit airsoft, and the sport enjoys popularity in countries such as Taiwan, Hong Kong, and Japan where civilian ownership of real firearms are either illegal or extremely difficult to obtain. Bowling pin shooting (primarily shot with handguns) has the competitors race against one another to knock standard bowling pins from a table in the shortest elapsed time. Long range Long range shooting is shooting held at such distances that sight adjustment based from judging atmospherical conditions become critical. Fullbore target shooting is concerned with shooting at targets at ranges of 300–1200 yards. The sport is internationally governed by ICFRA, and is popular in the UK, US, Germany and Commonwealth countries. Similar disciplines called bullseye and field shooting are popular in Scandinavia, although fired at shorter distances. Palma is an ICFRA fullbore competition format that dates from 1876, featuring long-range rifle shooting, out to 1,000 yards. The first Palma match was contested by teams from the U.S., Australia, Canada, Scotland and Ireland (with muzzle loaded rifles at that time). The matches continued to the late 1920s, and the trophy was eventually lost in Washington DC around the outbreak of WW2. The match was revived in the modern era in 1966 in Canada, and continues between teams from around the world. The PALMA bolt-action rifles are 7.62mm NATO caliber (Winchester .308) and fire Match Grade ammunition using a 155 grain bullet using micrometer aperture (iron) sights, or a 5.56mm NATO (.223 Remington) with a max bullet weight of 90 grains, and iron sights. Due to recent bullet technology, an 85.5 grain bullet out of a .223 can out shoot a .308, with the right load. The last two International Long-range Target Rifle Matches were held in Australia in 2011 and the U.S. in 2015, were won by Great Britain. F-Class is another ICFRA fullbore competition format shot with Fullbore Target Rifles at ranges up to 1000 yards, the rifles being fitted with telescopic sights and the use of fore-end and butt rests being permitted. This is a fast-growing variant of Fullbore Target Rifle. The 'F' honours George Farquharson, the Canadian inventor of F-Class. Precision Rifle Competitions, a relatively new long range competition format which seeks to find a balance between speed and precision, often involving movement and shooting from unusual positions with a time limit, at both known and unknown distances. National Rifle League (NRL) is a 501(c)(3) non-profit organization dedicated to the growth and education of precision rifle shooting in the United States. Their match format allows any caliber between .224 to .308 and not to exceed , involving at least 50 shooters with each firing minimum 140 rounds in at least 12 individual stages, over the course of at least two days. Since its debut in 2017, currently 11 clubs from eight states are involved in the league. National Rifle League 22 (NRL22) is a sub-league under the National Rifle League dedicated to .22 Long Rifle rimfire rifles. It was established to address the fact that most localities do not have access to 1000 yard ranges, but nearly all localities have 100-yard ranges and most shooters own .22 rifles. Their championship match consist of minimum 170 rounds fired in at least 15 individual stages. Currently 68 clubs from 31 states in the US participate in NRL22 matches, with addition to two overseas clubs from UK and Australia. T-Class Shooting Sport Competitions. Practical sniping with precision rifle systems is a shooting sport, which gains tremendous popularity worldwide over a short period of time. It concentrates on shooting onto static or dynamic targets of various distances (known and unknown), from different positions, under artificially created, but realistic stressful circumstances. It proves to be extremely interesting both for implementation and observation, due to its demanding level of difficulty. The International T-Class Confederation (ITCC) is a non-profit organization, which is founded in 2014 for the purpose of promotion of the T-Class shooting sport internationally, with headquarters residing in Bulgaria. It offers a Set of Rules for designing and managing T-Class Competitions. Benchrest Benchrest shooting is concerned with shooting small groups with the rifleman sitting on a chair (bench) and the rifle supported from a table. Of all shooting disciplines, this is the most demanding equipment-wise. Depending on equipment class, international benchrest competitions are governed by either the World Benchrest Shooting Federation or World Rimfire and Air Rifle Benchrest Federation. Metallic silhouette Metallic silhouette competitors shoot at animal-shaped steel silhouettes (chickens, pigs, turkeys and rams) that must be knocked down to score. Banks of 5 targets are placed at up to 500 meters, with distance and size of target determined by firearm class. Classes include Handguns, Small Bore Rifle (Hunter, Silhouette), High Power Rifle (Hunter, Silhouette), air rifle and black powder rifle. Handguns used in the Unlimited Categories are rifle-like in appearance; Thompson Contender, Remington XP-100, and other pistols are chambered in rifle calibers with the power, aerodynamic efficiency, and external ballistics required for precise shooting at 200 meters. There are silhouette categories appropriate for virtually all types of adjustable sight pistols and rifles, only excluding high-velocity armor-piercing rounds that would damage targets. Targets for open sighted guns are placed between 25 and 200 meters, and are designed to provide a usable size of the hit zone of about 1.5 milliradians (or 5 minutes of arc). Western Cowboy action shooting (CAS), almost identical to USPSA and IDPA stage design but with Western cowboy themed props, shot with long guns and revolvers of the same era. Mere act of shooting itself is not enough. Competitors must choose and go by a cowboy nickname or alias and are required to look the part by donning authentic cowboy and cowgirl garments. Cowboy mounted shooting, also called Western Mounted Shooting or simply Mounted Shooting, is a competitive equestrian sport involving the riding of a horse to negotiate a shooting pattern. Rule sets vary between shooting sport organizations, it can be based on the historical reenactment of historic shooting events held at Wild West shows in the late 19th century. Modern events use blank ammunition instead of live rounds, certified to break a target balloon within twenty feet. Muzzleloading Muzzleloading are concerned with shooting replica (or antique) guns. Para shooting Paralympic shooting, also known as "shooting Para sport", is an adaptation of shooting sports for competitors with disabilities. Paralympic shooting first appeared in the Summer Paralympics at the 1976 Toronto Games. Para shooting is internationally governed by the International Paralympic Committee. To help establish fair competition, a shooting classification called Para-shooting classification in place for the Paralympic Games. Competitions using factory and service firearms Shooting competitions for factory and service firearms, usually called Service Rifle, Service Pistol, Production, Factory or Stock, describe a set of disciplines or equipment classes where the types of permitted firearms are subject to type approval and few aftermarket modifications are permitted. Thus the terms refer to permitted equipment and modifications rather than the type of shooting format itself. The names Service Rifle and Service Pistol stem from that the equipment permitted for these types of competitions traditionally were based on standard issue firearms used by one or several armed forces and civilian versions of these, while the terms Production, Factory and Stock often are applied to more modern disciplines with similar restrictions on equipment classes. Factory and service classes are often restrictive in nature, and the types of firearms permitted are usually rugged, versatile and affordable. In comparison, more expensive custom competition equipment are popular in more permissive equipment classes. Both types of equipment classes can be found within many disciplines, such as bullseye, field, practical and long range shooting. Plinking Plinking refers to informal target shooting done for pleasure or practice typically at non-standard targets such as tin cans, logs, cartons, fruits, or any other homemade or naturally occurring objects like rocks (however, it is unsafe to shoot at rocks) or tree branches. The primary appeals of plinking as a sport are the broad variety of easily available locations, minimal costs, freedom in practice styles, and more relaxing and less restrictive shooting experience. The flexibility of target choice is also why plinking is popular. A small, three-dimensional target in an outdoors setting is much more akin to a real-world hunting and varminting scenario, presenting a better simulated opportunity to practice shooting skills. A plinking target will also often react much more positively to a hit than a paper target used in formal competitions, either audibly with a sharp impact sound (hence the name "plink") or visually by bouncing, splattering or falling over. Steel targets used for formal action and long range shooting competitions are also popular for plinking due to the ease of setting up and confirming good hits. Athletic shooting sports Athletic shooting sports are hybrid events of normally stationary shooting sport competitions and the sport of athletics or other physically demanding non-shooting sports. Many were borne from military exercises and emphasize physical endurance. IBU Biathlon is a Winter Olympic sport combining cross-country skiing (normally freestyle skate skiing) and shooting with .22 LR rifles. In Scandinavia the discipline is simply known as "Ski Shooting" (Swedish: skidskytte, Danish: skiskydning, Norwegian: skiskyting). Bike biathlon or velo biathlon (Russian Велобиатлон) combines cycling (road or mountain bike) and shooting (handgun or rifle). ISSF Target Sprint combines medium-range run (3 × 400 m) and airgun shooting. Modern pentathlon is a Summer Olympic sport includes a combined event called Laser-run that consists of 4 laps of 800 metres combined with 4 rounds of timed shooting with an laser air pistol as one of its original five parts. Nordic Ski Field Shooting (Norwegian: skifeltskyting, Swedish: skidfältskytte) is a Nordic discipline organised by the National Rifle Association of Norway and the Swedish Shooting Sport Association which is based on the origins of modern biathlon. It is normally held using classic (in-track) skiing, but competitions can also be held in a freestyle skate skiing format. Furthermore, shooting is done with fullbore calibers and usually in the field from temporary shooting ranges. The discipline is considered as a near precursor to modern biathlon. Nordic shooting with cross-country running (Norwegian: skogsløp, Swedish: springfältskytte) is a Nordic discipline arranged by the National Rifle Association of Norway and the Swedish Shooting Sport Association which combines running with shooting. It is considered the summer edition of Ski Field Shooting. Running distances are usually between 2 and 3 kilometers with 2 to 3 shooting series. Military patrol was a team winter sport in which athletes competed in cross-country skiing, ski mountaineering and rifle shooting. It was usually contested between countries or military units. Moose biathon (Finnish Hirvenhiihto) is a variation of biathlon comprising cross-country skiing, range estimation and rifle shooting at paper targets of moose. Moose shooting with cross-country running (Finnish Hirvenjuoksu) is a summer variant where the skiing part is replaced with running. Orienteering shooting (Finnish ampumasuunnistus) combines shooting with orienteering, and competitions are organised in Denmark by DMSA, in Sweden by the civilian Swedish Multisport Association and in Finland by the FRSF. Pistol shooting with cross-country running (maastokilpailu), organized in Finland by the FRSF. Pistol skiing (Norwegian pistollangren, Swedish pistolskidskytte, Finnish pistooliammuntahiihto) is biathlon with pistols and revolvers, and is organised in Norway by NROF, in Sweden by SPSA and in Finland by the FRSF. Summer biathlon, with skiing replaced by either running or rollerskis, is popular in Germany. Ski Archery is a variation of biathlon combining archery marksmanship with cross country skiing. Underwater target shooting is a combined underwater and shooting sport that tests a competitors’ ability to accurately use a speargun via a set of individual and team events conducted in a swimming pool using free diving or Apnoea technique. Bow shooting sports Archery Modern competitive archery involves shooting arrows at a target for accuracy from a set distance or distances. A person who participates in archery is typically called an archer or a bowman, and a person who is fond of or an expert at archery is sometimes called a toxophilite. The most popular competitions worldwide are called target archery. Another form, particularly popular in Europe and America, is field archery, which generally is shot at targets set at various distances in a wooded setting. 3D archery, which differs from field archery in that the targets are animal models, is also quite popular in the same regions. There are also several other lesser-known and historical forms, as well as archery novelty games. Note that the tournament rules vary from organization to organization. World Archery Federation rules are often considered normative, but large non-WA-affiliated archery organizations do exist with different rules. Competitive archery in the United States is governed by USA Archery and National Field Archery Association (NFAA), which also certifies instructors. Run archery is a shooting discipline connecting archery with running. Crossbow The International Crossbow Shooting Union (Internationale Armbrustschützen Union or IAU) was founded in Landshut, Germany
improved reliability of the firearm, especially in rainy or damp conditions. The faster “lock time” also made hitting fast-moving aerial targets with a cloud of tiny lead pellets (“shot”) fired from a smooth-bore firearm a real possibility. Practicing for game hunting by shooting at artificial aerial targets launched from spring-powered launching devices (“traps”) became highly popular and led to the development of the modern Trap, Skeet, and Sporting Clays shooting sports. In 1831 a sportsman club in Cincinnati Ohio held a competitive shoot at pigeons and quail released from ground traps. German ethnic communities set up athletic clubs and shooting clubs, especially in the Midwestern states In the 1850–1917. period Breach loading shotguns introduced in the 1860s, and the knowledge of rifles by Civil War soldiers, made trap shooting popular. However, there was human humanitarian opposition to killing live birds—and the passenger pigeon was dying out—so glass or clay targets were used instead. Concerned over poor marksmanship during the American Civil War, veteran Union officers Col. William C. Church and Gen. George Wingate formed the National Rifle Association of America in 1871 for the purpose of promoting and encouraging rifle shooting on a "scientific" basis. In 1872, with financial help from New York state, a site on Long Island, the Creed Farm, was purchased for the purpose of building a rifle range. Named Creedmoor, the range opened in 1872, and became the site of the first National Matches until New York politics forced the NRA to move the matches to Sea Girt, New Jersey. The popularity of the National Matches soon forced the event to be moved to its present, much larger location: Camp Perry. In 1903, the U.S. Congress created the National Board for the Promotion of Rifle Practice (NBPRP), an advisory board to the Secretary of the Army, with a nearly identical charter to the NRA. The NBPRP (now known as the Civilian Marksmanship Program) also participates in the National Matches at Camp Perry. In 1903, the NRA began to establish rifle clubs at all major colleges, universities, and military academies. By 1906, youth programs were in full swing with more than 200 boys competing in the National Matches. Today, more than one million youth participate in shooting sports events and affiliated programs through groups such as 4-H, the Boy Scouts of America, the American Legion, U.S. Jaycees, NCAA, The USA High School Clay Target League, the Scholastic Clay Target Program, National Guard Bureau, ROTC, and JROTC. Olympics French pistol champion and founder of the modern Olympics, Pierre de Coubertin, participated in many of these early competitions. This fact certainly contributed to the inclusion of five shooting events in the 1896 Olympics. Over the years, the events have been changed a number of times in order to keep up with technology and social standards. the targets that formerly resembled humans or animals in their shape and size have are now a circular shape in order to avoid associating the sport with any form of violence. At the same time, some events have been dropped and new ones have been added. The 2004 Olympics featured three shooting disciplines (rifle, pistol, and shotgun) where athletes competed for 51 medals in 10 men's and 7 women's events—slightly fewer than the previous Olympic schedule. In the Olympic Games, the shooting sport has always enjoyed the distinction of awarding the first medals of the Games. Internationally, the International Shooting Sport Federation (ISSF) has oversight of all Olympic shooting events worldwide, while National Governing Bodies (NGBs) administer the sport within each country. Having originally established shooting as an organized sport in the US, the NRA was chosen to administer the United States participation in the Olympic games. The NRA managed and financially supported international and conventional shooting sports (i.e., National Matches) for over 100 years until the formation of USA Shooting. Competition disciplines Shooting at the Summer Olympics (at last edition Rio 2016), is competed in nine disciplines, six in bullseye (pistol and rifle) and three in skeet and trap (shotgun), The events will be six in Tokyo 2020. Rifle 50 meter rifle three positions (men and women) 50 meter rifle prone (men) 10 meter air rifle (men and women) Pistol 50 meter pistol (men) 25 meter rapid fire pistol (men and women) 10 meter air pistol (men and women) Shotgun Trap (men and women) Double trap (men) Skeet (men and women) Gun shooting sports Gun shooting sports are shot with either firearms or air guns, which can be handguns, rifles or shotguns. Handguns are handheld small arms designed to be shot off-hand without needing a shoulder stock. The two main subtypes of handguns are pistols and revolvers. They are much more convenient to carry in general, but usually have a shorter effective range and less accuracy compared to long guns such as rifles. In shooting sports, revolvers and semi-automatic pistols are the most commonly used. A rifle is a long gun with a rifled barrel, and requires the use of both hands to hold and brace against the shoulder via a stock in order to shoot steadily. They generally have a longer range and greater accuracy than handguns, and are popular for hunting. In shooting sports, bolt-action or semi-automatic rifles are the most commonly used. A shotgun is similar to a rifle but often smoothbore and larger in caliber, and typically fires either a shell containing many smaller scattering sub-projectiles called shots, or a single large projectile called a slug. In shooting sports, shotguns are more often over/under-type break action or semi-automatic shotguns, and the majority of shotgun events are included in clay pigeon shooting. Bullseye shooting Bullseye shooting is a category of pistol and rifle shooting disciplines where the objective is to achieve as many points as possible by hitting a round shooting target as close to the middle as possible with slow precision fire. These disciplines place a large emphasis on precision and accuracy through sight picture, breath and trigger control. Fixed and relatively long time limits give the competitors time to concentrate for a perfect shot. An example of bullseye shooting is the ISSF pistol and rifle disciplines, but there are also many other national and international disciplines which can be classified as bullseye shooting. The shooting distances are typically given in round numbers, such as 10, 25, 50, 100, 200 or 300 meters depending on firearm type and discipline. Competitions are usually shot from permanent shooting ranges and with the same target arrangement and distance from match to match. Usually the competitors each have their own shooting target and shoot beside each other simultaneously. Because of the relatively simple match format, beginners are often recommended bullseye shooting in order to learn the fundamentals of marksmanship. Bullseye shooting is part of the Summer Olympic Games, and a considerable amount of training is needed to become proficient. Bullseye shooting with handguns The six ISSF shooting events with pistols (four Olympic events plus two events not included in the Olympics program but are contested in World Cups and World Championships), its roots date back to the first modern Olympic Games in 1896, consist of both precision slow-fire and rapid-fire target shooting from distances of 10, 25, and 50 meters. The pistols are unique in appearance compared to normal guns and each events has its own pistols designed specifically for the job. Shooters must use one hand only to shoot at small "bullseye" target downrange. In the UK (except for Northern Ireland), it is no longer possible to practice for some of the Olympic events following the Firearms (Amendment) (No. 2) Act 1997, legislation brought in after the Dunblane Massacre. The CISM Rapid Fire match is similar to the ISSF 25m Rapid Fire Pistol event. NRA Precision Pistol, also called conventional pistol shooting, is a bullseye shooting where up to 3 handguns of differing calibers are used. Its history is almost as old as ISSF events. Shooters must fire the pistol one-handed at 6- and 8-inch bullseye targets placed 25 and 50 yards downrange respectively. Precision Pistol Competition (PPC), was originally a police shooting program started in 1960 by the National Rifle Association. Bullseye shooting with rifles Four position small bore is a popular sport in the U.S. The six rifle ISSF shooting events (including two Olympic events: 10 meter air rifle and 50 meter rifle three positions) consist of long-time target shooting from distances of . Gallery rifle shooting is popular in the UK and was introduced as a substitute for many pistol shooting disciplines following the 1997 handgun ban. High Power Rifle (also known as "Across the Course" or 'traditional' High power) in the United States is a format that shoots 3-position (standing, kneeling, or sitting, and prone) at 200, 300, and 600 yards. The term "Across the Course" is used because the match format requires the competitors to shoot at different distances to complete the course of fire. Military Service Rifle shooting is a shooting discipline that involves the use of rifles that are used by military forces and law-enforcement agencies, both past and present use. Ex-military rifles, sniper rifles (both past and present) and civilian versions of current use service rifles are commonly used in the Military Service Rifle shooting competitions. It is popular in the United States and culminates each year with the National Matches being held at Camp Perry, Ohio. Some countries have outlawed civilian shooting at human-silhouette targets; silhouette targets are not used in the National Match Course of Fire. Bullseye targets are used. High Power Rifle competition often is held at the same events as Service Rifle, such as the U.S. national championships each year at Camp Perry. High Power competitors generally are civilians using whatever rifles they prefer within the rules, whereas Service Rifle entrants are limited to current or previous U.S. armed forces weapons. Although according to NRA rules only certain matches allow optical sights, normally those conducted at ranges over 600 yards. Project Appleseed is a rifle marksmanship program by The Revolutionary War Veterans Association that teaches both rifle marksmanship and oral history regarding the American Revolutionary War. It shoots 3-position (standing, sitting, and prone) at 25 meters at reduced scale targets, simulating shooting at 100, 200, 300, and 400 yards. The techniques taught easily apply to transitioning to High Power Rifle. Full bore and small bore rifle shooting in the United Kingdom. Three position airgun competitions, popular in the United States. Field shooting Field-Shooting or Terrain-Shooting refer to a set of pistol and rifle shooting disciplines that usually are shot from temporary shooting ranges in outdoor terrain at varying (and sometimes unknown) distances, rather than at permanent shooting ranges at fixed distances. Field shooting with handguns Nordic Handgun Field-Shooting competitions are shot with pistol and revolver in different classes depending on equipment, with classes up from small-bore .22 LR to large-bore .500 S&W Magnum. Matches are held outdoor throughout the year with varied shooting targets and distances, and are arranged by the Norwegian Shooting Association (NSF), the Danish Gymnastics and Sports Associations (DGI Shooting) and the Swedish Pistol Shooting Association (SPSF). Swiss field shooting with handguns is a discipline under the Swiss Shooting Sport Federation arranged under a common Swiss ruleset, and has been part of the annual field shooting championship since 1919 alongside field shooting with rifles, which have been arranged since 1899. Field shooting with rifles Nordic Rifle Field-Shooting are shot with either small-bore .22 LR cartridge at 100 meters, or intermediate (such as .223 Remington or 6mm BR) or battle rifle cartridges (such as the 6.5×55mm, .308 Winchester or the .30-06 Springfield) at distances from 100 to 650 meters. With 200 and 300 meters being ordinary shooting distance in Nordic Bullseye Rifle-Shooting, those targets placed well beyond 300 meters in Rifle Field-Shooting means that the competition format also can be classified as a long range shooting discipline. Matches are usually held in the winter season with varied targets, and are arranged by the National Rifle Association of Norway (DFS), the Danish Gymnastics and Sports Associations (DGI Shooting) and the Swedish Shooting Sport Association (SvSF). Swiss field shooting with rifles is a discipline under the Swiss Shooting Sport Federation arranged under a common Swiss ruleset. The annual Swiss Field Shooting Championship has been held since 1899. From 1919, Swiss field shooting with handguns has also been av part of the Swiss Field Shooting Championship. Precision rifle competitions, like the Precision Rifle Series (PRS), is both a field and long range shooting discipline where rifles with intermediate or battle rifle cartridges are shot in the terrain at varying distances from about 10 to 1000 meters. Field Target is an outdoor air gun discipline originating in the United Kingdom, but gaining popularity worldwide. Hunter field target is a variation of field target. Rapid fire Rapid fire with handguns The Bianchi Cup, a fusion of IPSC (without the "run and gun" element) and bullseye shooting (except shot with two hands and going prone whenever rules allow it) where accuracy under tight time limits in four simulated scenarios, known as the "Event(s)", is the basis of this competition. Shooters must start with gun in the holster on every strings of fire and distances range from 10 to 50 yards. Fast draw, also known as quick draw, a form of pistol action shooting from North America, based on the romanticized art of the gunslingers in the American Old West, using traditional single action revolvers. But unlike Cowboy action shooting, Fast Draw is done with special blanks or wax bullets. While some competitions are strictly against the clock, with the fastest time winning, many are set up as head to head single or double elimination matches. Rapid fire with rifles The CISM Rapid Fire match is a sped-up version of the ISSF 300 m Standard Rifle event. Felthurtigskyting (literally Field Rapid Shooting) and Stangskyting are a type of variable rapid-fire rifle competitions popular in Scandinavia. Clay target Clay pigeon shooting are shotgun disciplines shot at flying clay pigeon targets. The three Shotgun ISSF/ Olympic shooting events are all are based on quick reaction to clay targets thrown by machines called "Traps". Skeet: Targets are either thrown in singles or doubles from two throwers called "traps" placed 40 meters apart. Trap and Double Trap: Either one (trap) or two targets (double trap) are thrown from 15 meters in front of the shooter. The Fédération Internationale de Tir aux Armes Sportives de Chasse (FITASC) Compak Sporting is a type of shotgun sport shooting similar to sporting clays, trap and skeet. Other shotgun sports with (at least partial) international recognition include Sporting Clays, Down-The-Line/ATA and Five stand. Running target Running target shooting refers to a number of disciplines involving a shooting target—sometimes called a boar, moose, or deer—that is made to move as if it is a running animal. Events of this type include: ISSF 10 meter running target ISSF 10 meter running target mixed ISSF 50 meter
months), while the fermentation alone can take two weeks. Maturation Like other brewed beverages, sake tends to benefit from a period of storage. Nine to twelve months are required for sake to mature. Maturation is caused by physical and chemical factors such as oxygen supply, the broad application of external heat, nitrogen oxides, aldehydes and amino acids, among other unknown factors. is the job title of the sake brewer, named after Du Kang. It is a highly respected job in the Japanese society, with being regarded like musicians or painters. The title of was historically passed from father to son. Today new are either veteran brewery workers or are trained at universities. While modern breweries with cooling tanks operate year-round, most old-fashioned sake breweries are seasonal, operating only in the cool winter months. During the summer and fall most work elsewhere, commonly on farms, only periodically returning to the brewery to supervise storage conditions or bottling operations. Varieties Special-designation sake There are two basic types of sake: and . is the equivalent of table wine and accounts for the majority of sake produced. refers to premium sake distinguished by the degree to which the rice has been polished and the added percentage of brewer's alcohol or the absence of such additives. There are eight varieties of special-designation sake. The four main grades of sake are , , and . Generally () is a term used for sake that is made of pure rice wine without any additional alcohol. The listing below has the highest quality at the top: Ways to make the starter mash () is the traditional orthodox method for preparing the starter mash, which includes the laborious process of using poles to mix it into a paste, known as . This method was the standard for 300 years, but it is rare today. () is a simplified version of the method, introduced in the early 1900s. skips the step of making a paste out of the starter mash. That step of the method is known as , and the full name for is (), meaning 'discontinuation of . While the method was originally developed to speed production time compared to the method, it is slower than the modern method and is now used only in specialty brews for the earthy flavors it produces. (), 'quick fermentation', is the modern method of preparing the starter mash. Lactic acid, produced naturally in the two slower traditional methods, is added to the starter to inhibit unwanted bacteria. sake tends to have a lighter flavor than or . Different handling after fermentation () is sake that has not been pasteurized. It requires refrigerated storage and has a shorter shelf-life than pasteurized sake. () is undiluted sake. Most sake is diluted with water after brewing to lower the alcohol content from 18–20% down to 14–16%, but is not. () means unfiltered. It refers to sake that has not been carbon filtered, but which has been pressed and separated from the lees, and thus is clear, not cloudy. Carbon filtration can remove desirable flavors and odors as well as bad ones, thus sake has stronger flavors than filtered varieties. Nigorizake () is cloudy sake. The sake is passed through a loose mesh to separate it from the mash. It is not filtered thereafter and there is much rice sediment in the bottle. Before serving, the bottle is shaken to mix the sediment and turn the sake white or cloudy. (), 'clear/clean sake', is the Japanese legal definition of sake and refers to sake in which the solids have been strained out, leaving clear liquid. Thus and (see below) are not and therefore are not actually sake under Japanese law. can receive the status by being strained clear and having the lees put back in afterward. () is 'aged sake'. Most sake does not age well, but this specially made type can age for decades, turning yellow and acquiring a honeyed flavor. () is sake aged in wooden barrels or bottled in wooden casks. The wood used is Cryptomeria (, ), which is also known as Japanese cedar. Sake casks are often tapped ceremonially for the opening of buildings, businesses, parties, etc. Because the wood imparts a strong flavor, premium sake is rarely used for this type. (), 'freshly pressed', refers to sake that has been shipped without the traditional six-month aging/maturation period. The result is usually a more acidic, "greener" sake. () is a method of separating sake from the lees without external pressure by hanging the mash in bags and allowing the liquid to drip out under its own weight. Sake produced this way is sometimes called (), meaning 'drip sake'. () is sake pressed into bottles () with the brewer selecting the best sake of the batch for shipping. Others Amazake () is a traditional sweet, low-alcoholic Japanese drink made from fermented rice. () is the classic home-brew style of sake (although home brewing is illegal in Japan). It is created by simply adding mold to steamed rice and water and letting the mixture ferment. The resulting sake is somewhat like a chunkier version of . () is locally brewed sake, the equivalent of microbrewing beer. () is sake made from unpolished rice (i.e., brown rice), and is more like huangjiu. () is sake with a deliberately high rice-polishing ratio. It is generally held that the lower the rice polishing ratio (the percent weight after polishing), the better the potential of the sake. Circa 2005, has been produced as a specialty sake made with high rice-polishing ratios, usually around 80%, to produce sake with the characteristic flavor of rice itself. (), literally 'red sake', is produced by using red yeast rice , giving the sake a pink-tinted appearance similar to rosé wine. Some other terms commonly used in connection with sake: (), also called the Sake Meter Value, or SMV Specific gravity is measured on a scale weighing the same volume of water at and sake at . The sweeter the sake, the lower the number (or more negative) and the drier the sake, the higher the number. When the SMV was first used, 0 was designated the point between sweet sake and dry sake. Now +3 is considered neutral. () is the rice polishing ratio (or milling rate), the percentage of weight remaining after polishing. Generally, the lower the number, the higher the sake's complexity. A lower percentage usually results in a fruitier and more complex sake, whereas a higher percentage will taste more like rice. Kasu () are pressed sake lees, the solids left after pressing and filtering. These are used for making pickles, livestock feed, and shōchū, and as an ingredient in dishes like kasu soup. Taste and flavor The label on a bottle of sake gives a rough indication of its taste. Terms found on the label may include (), (), and (). () or Sake Meter Value (SMV) is calculated from the specific gravity of the sake and indicates the sugar and alcohol content of the sake on an arbitrary scale. Typical values are between −3 (sweet) and +10 (dry), equivalent to specific gravities ranging between 1.007 and 0.998, though the maximum range of can go much beyond that. The must be considered together with to determine the overall perception of dryness-sweetness, richness-lightness characteristics of a sake (for example, a higher level of acidity can make a sweet sake taste drier than it actually is). () indicates the concentration of acid, which is determined by titration with sodium hydroxide solution. This number is equal to the milliliters of titrant required to neutralize the acid in of sake. () indicates a taste of umami or savoriness. As the proportion of amino acids rises, the sake tastes more savory. This number is determined by titration of the sake with a mixture of sodium hydroxide solution and formaldehyde, and is equal to the milliliters of titrant required to neutralize the amino acids in 10 ml of sake. Sake can have many flavor notes, such as fruits, flowers, herbs, and spices. Many types of sake have notes of apple from ethyl caproate, and banana from isoamyl acetate, particularly . Serving sake In Japan, sake is served chilled (), at room temperature (), or heated ( ), depending on the preference of the drinker, the characteristics of the sake, and the season. Typically, hot sake is a winter drink, and high-grade sake is not usually drunk hot, because the flavors and aromas may be lost. Most lower-quality sake is served hot because that is the traditional way and it often tastes better that way, not so that flaws are covered up. There are gradations of temperature both for chilling and heating, about every , with hot sake generally served around , and chilled sake around , like white wine. Hot sake that has cooled ( ) may be reheated. Sake is traditionally drunk from small cups called or () and poured into the from ceramic flasks called . This is very common for hot sake, where the flask is heated in hot water and the small cups ensure that the sake does not get cold in the cup, but may also be used for chilled sake. Traditionally one does not pour one's own drink, which is known as (), but instead members of a party pour for each other, which is known as (). This has relaxed in recent years, but is generally observed on more formal occasions, such as business meals, and is still often observed for the first drink. Another traditional cup is the masu, a box usually made of hinoki or sugi, which was originally used for measuring rice. The holds exactly one gō, , so the sake is served by filling the to the brim; this is done for chilled or room temperature sake. In some Japanese restaurants, as a show of generosity, the server may put a glass inside the or put the on a saucer and pour until sake overflows and fills both containers. Sake is traditionally served in units of , and this is still common, but other sizes are sometimes also available. Saucer-like cups called are also used, most commonly at weddings and other ceremonial occasions, such as the start of the year or at the beginning of a kaiseki meal. In cheap bars, sake is often served room temperature in glass tumblers and called (). In more modern restaurants wine glasses are also used, and recently footed glasses made specifically for premium sake have also come into use. Traditionally sake is heated immediately before serving, but today restaurants
process called . The first step, called , involves steamed rice, water, and being added to the yeast starter called : a mixture of steamed rice, water, kōji, and yeast. This mixture becomes known as the (the main mash during sake fermentation). The high yeast content of the promotes the fermentation of the . On the second day, the mixture is allowed to stand for a day to allow the yeast to multiply. The second step (the third day of the process), called , involves the addition of a second batch of , steamed rice, and water to the mixture. On the fourth day of the fermentation, the third step of the process, called , takes place. Here, the third and final batch of kōji, steamed rice, and water is added to the mixture to complete the three-step process. The fermentation process of sake is a multiple parallel fermentation, which is unique to sake. Multiple parallel fermentation is the conversion of starch into glucose followed by immediate conversion into alcohol. This process distinguishes sake from other liquors like beer because it occurs in a single vat, whereas with beer, for instance, starch to glucose conversion and glucose to alcohol conversion occur in separate vats. The breakdown of starch into glucose is caused by the fungus, while the conversion of glucose into alcohol is caused by yeast. Due to the yeast being available as soon as the glucose is produced, the conversion of glucose to alcohol is very efficient in sake brewing. This results in sake having a generally higher alcohol content than other types of liquor. After the fermentation process is complete, the fermented is pressed to remove the sake lees and then pasteurized and filtered for color. The sake is then stored in bottles under cold conditions (see "Maturation" below). The entire process of making sake can range from 60–90 days (2–3 months), while the fermentation alone can take two weeks. Maturation Like other brewed beverages, sake tends to benefit from a period of storage. Nine to twelve months are required for sake to mature. Maturation is caused by physical and chemical factors such as oxygen supply, the broad application of external heat, nitrogen oxides, aldehydes and amino acids, among other unknown factors. is the job title of the sake brewer, named after Du Kang. It is a highly respected job in the Japanese society, with being regarded like musicians or painters. The title of was historically passed from father to son. Today new are either veteran brewery workers or are trained at universities. While modern breweries with cooling tanks operate year-round, most old-fashioned sake breweries are seasonal, operating only in the cool winter months. During the summer and fall most work elsewhere, commonly on farms, only periodically returning to the brewery to supervise storage conditions or bottling operations. Varieties Special-designation sake There are two basic types of sake: and . is the equivalent of table wine and accounts for the majority of sake produced. refers to premium sake distinguished by the degree to which the rice has been polished and the added percentage of brewer's alcohol or the absence of such additives. There are eight varieties of special-designation sake. The four main grades of sake are , , and . Generally () is a term used for sake that is made of pure rice wine without any additional alcohol. The listing below has the highest quality at the top: Ways to make the starter mash () is the traditional orthodox method for preparing the starter mash, which includes the laborious process of using poles to mix it into a paste, known as . This method was the standard for 300 years, but it is rare today. () is a simplified version of the method, introduced in the early 1900s. skips the step of making a paste out of the starter mash. That step of the method is known as , and the full name for is (), meaning 'discontinuation of . While the method was originally developed to speed production time compared to the method, it is slower than the modern method and is now used only in specialty brews for the earthy flavors it produces. (), 'quick fermentation', is the modern method of preparing the starter mash. Lactic acid, produced naturally in the two slower traditional methods, is added to the starter to inhibit unwanted bacteria. sake tends to have a lighter flavor than or . Different handling after fermentation () is sake that has not been pasteurized. It requires refrigerated storage and has a shorter shelf-life than pasteurized sake. () is undiluted sake. Most sake is diluted with water after brewing to lower the alcohol content from 18–20% down to 14–16%, but is not. () means unfiltered. It refers to sake that has not been carbon filtered, but which has been pressed and separated from the lees, and thus is clear, not cloudy. Carbon filtration can remove desirable flavors and odors as well as bad ones, thus sake has stronger flavors than filtered varieties. Nigorizake () is cloudy sake. The sake is passed through a loose mesh to separate it from the mash. It is not filtered thereafter and there is much rice sediment in the bottle. Before serving, the bottle is shaken to mix the sediment and turn the sake white or cloudy. (), 'clear/clean sake', is the Japanese legal definition of sake and refers to sake in which the solids have been strained out, leaving clear liquid. Thus and (see below) are not and therefore are not actually sake under Japanese law. can receive the status by being strained clear and having the lees put back in afterward. () is 'aged sake'. Most sake does not age well, but this specially made type can age for decades, turning yellow and acquiring a honeyed flavor. () is sake aged in wooden barrels or bottled in wooden casks. The wood used is Cryptomeria (, ), which is also known as Japanese cedar. Sake casks are often tapped ceremonially for the opening of buildings, businesses, parties, etc. Because the wood imparts a strong flavor, premium sake is rarely used for this type. (), 'freshly pressed', refers to sake that has been shipped without the traditional six-month aging/maturation period. The result is usually a more acidic, "greener" sake. () is a method of separating sake from the lees without external pressure by hanging the mash in bags and allowing the liquid to drip out under its own weight. Sake produced this way is sometimes called (), meaning 'drip sake'. () is sake pressed into bottles () with the brewer selecting the best sake of the batch for shipping. Others Amazake () is a traditional sweet, low-alcoholic Japanese drink made from fermented rice. () is the classic home-brew style of sake (although home brewing is illegal in Japan). It is created by simply adding mold to steamed rice and water and letting the mixture ferment. The resulting sake is somewhat like a chunkier version of . () is locally brewed sake, the equivalent of microbrewing beer. () is sake made from unpolished rice (i.e., brown rice), and is more like huangjiu. () is sake with a deliberately high rice-polishing ratio. It is generally held that the lower the rice polishing ratio (the percent weight after polishing), the better the potential of the sake. Circa 2005, has been produced as a specialty sake made with high rice-polishing ratios, usually around 80%, to produce sake with the characteristic flavor of rice itself. (), literally 'red sake', is produced by using red yeast rice , giving the sake a pink-tinted appearance similar to rosé wine. Some other terms commonly used in connection with sake: (), also called the Sake Meter Value, or SMV Specific gravity is measured on a scale weighing the same volume of water at and sake at . The sweeter the sake, the lower the number (or more negative) and the drier the sake, the higher the number. When the SMV was first used, 0 was designated the point between sweet sake and dry sake. Now +3 is considered neutral. () is the rice polishing ratio (or milling rate), the percentage of weight remaining after polishing. Generally, the lower the number, the higher the sake's complexity. A lower percentage usually results in a fruitier and more complex sake, whereas a higher percentage will taste more like rice. Kasu () are pressed sake lees, the solids left after pressing and filtering. These are used for making pickles, livestock feed, and shōchū, and as an ingredient in dishes like kasu soup. Taste and flavor The label on a bottle of sake gives a rough indication of its taste. Terms found on the label may include (), (), and (). () or Sake Meter Value (SMV) is calculated from the specific gravity of the sake and indicates the sugar and alcohol content of the sake on an arbitrary scale. Typical values are between −3 (sweet) and +10 (dry), equivalent to specific gravities ranging between 1.007 and 0.998, though the maximum range of can go much beyond that. The must be considered together with to determine the overall perception of dryness-sweetness, richness-lightness characteristics of a sake (for example, a higher level of acidity can make a sweet sake taste drier than it actually is). () indicates the concentration of acid, which is determined by titration with sodium hydroxide solution. This number is equal to the milliliters of titrant required to neutralize the acid in of sake. () indicates a taste of umami or savoriness. As the proportion of amino acids rises, the sake tastes more savory. This number is determined by titration of the sake with a mixture of sodium hydroxide solution and formaldehyde, and is equal to the milliliters of titrant required to neutralize the amino acids in 10 ml of sake. Sake can have many flavor notes, such as fruits, flowers, herbs, and spices. Many types of sake have notes of apple from ethyl caproate, and banana from isoamyl acetate, particularly . Serving sake In Japan, sake is served chilled (), at room temperature (), or heated ( ), depending on the preference of the drinker, the characteristics of the sake, and the season. Typically, hot sake is a winter drink, and high-grade sake is not usually drunk hot, because the flavors and aromas may be lost. Most lower-quality sake is served hot because that is the traditional way and it often tastes better that way, not so that flaws are covered up. There are gradations of temperature both for chilling and heating, about every , with hot sake generally served around , and chilled sake around , like white wine. Hot sake that has cooled ( ) may be reheated. Sake is traditionally drunk from small cups called or () and poured into the from ceramic flasks called . This is very common for hot sake, where the flask is heated in hot water and the small cups ensure that the sake does not get cold in the cup, but may also be used for chilled sake. Traditionally one does not pour one's own drink, which is known as (), but instead members of a party pour for each other, which is known as (). This has relaxed in recent years, but is generally observed on more formal occasions, such as business meals, and is still often observed for the first drink. Another traditional cup is the masu, a box usually made of hinoki or sugi, which was originally used for measuring rice. The holds exactly one gō, , so the sake is served by filling the to the brim; this is done for chilled or room temperature sake. In some Japanese restaurants, as a show of generosity, the server may put a glass inside the or put the on a saucer and pour until sake overflows and fills both containers. Sake is traditionally served in units of , and this is still common, but other sizes are sometimes also available. Saucer-like cups called are also used, most commonly at weddings and other ceremonial occasions, such as the start of the year or at the beginning of a kaiseki meal. In cheap bars, sake is often served room temperature in glass tumblers and called (). In more modern restaurants wine glasses are also used, and recently footed glasses made specifically for premium sake have also come into use. Traditionally sake is heated immediately before serving, but today restaurants may buy sake in boxes which can be heated in a specialized hot sake dispenser, thus allowing hot sake to be served immediately, though this is detrimental to the flavor. There are also a variety of devices for heating sake and keeping it warm, beyond the traditional . Aside from being served straight, sake can be used as a mixer for cocktails, such as tamagozake, saketinis or nogasake. Outside of Japan, the sake bomb, the origins of which are unclear, has become a popular drink in bars and Asia-themed karaoke clubs. The Japanese Sake Association encourages people to drink chaser water for their health, and the water is called Yawaragi-mizu. Seasonality Traditionally sake was brewed only in the winter. While it can now be brewed year-round, there is still seasonality associated with sake, particularly artisanal ones. The most visible symbol of this is the (), a globe of cedar leaves traditionally hung outside a brewery when the new sake is brewed. The leaves start green, but turn brown over time, reflecting the maturation of the sake. These are now hung outside many restaurants serving sake. The new year's sake is called ('new sake'), and when initially released in late winter or early spring, many brewers have a celebration, known as (warehouse opening). Traditionally sake was best transported in the cool spring, to avoid spoilage in the summer heat, with a secondary transport in autumn, once the weather had cooled, known as ('cold wholesale distribution')—this autumn sake has matured over the summer. There is not traditionally a notion of vintage of sake—it is generally drunk within the year, and if aged, it does not vary significantly from year to year. Today, with influence from wine vintages, some breweries label sake intended for aging with a vintage, but this is otherwise rare. Storage Sake is sold in volume units divisible by (one gō), the traditional Japanese unit for cup size. Sake is traditionally sold by the -sized cup, or in a (one shō or ten )-sized flask (called an , or 'one shō-measure bottle'). Today sake is also often sold in bottles, which are divisible into four . Note that this is almost the same as the standard for wine bottles, which is divisible into four quarter bottles (187ml). Particularly in convenience stores, sake (generally of cheap quality) may be sold in a small bottle or a single serving (one gō) glass with a pull-off top ( ). In general, it is best to keep sake refrigerated in a cool or dark room, as prolonged exposure to heat or direct light will lead to spoilage. Sake stored at relatively high temperature can lead to formation of diketopiperazine, a cyclo (Pro-Leu) that makes it bitter as it ages Sake has high microbiological stability due to its high content of ethanol, but incidences of spoilage have occurred. One of the microorganisms implicated in this spoilage is lactic acid bacteria (LAB) that has grown tolerant to ethanol and is referred to as -bacteria. Sake stored at room temperature is best consumed within a few months after purchase. After opening a bottle of sake, it is best consumed within two or three hours. It is possible to store sake in the refrigerator, but it is recommended to consume it within two days. When premium sake is opened it begins to oxidize, which affects the taste. If the sake is kept in the refrigerator more than three days, it will lose its "best" flavor. This does not mean it should be disposed of if not consumed. Generally, sake can keep very well and taste good after weeks in the refrigerator. How long a sake will remain drinkable depends on the quality of the product, and whether it is sealed with a
II, the British, Italians and Germans developed and extensively used oxygen rebreathers to equip the first frogmen. The British adapted the Davis Submerged Escape Apparatus and the Germans adapted the Dräger submarine escape rebreathers, for their frogmen during the war. In the U.S. Major Christian J. Lambertsen invented an underwater free-swimming oxygen rebreather in 1939, which was accepted by the Office of Strategic Services. In 1952 he patented a modification of his apparatus, this time named SCUBA,(an acronym for "self-contained underwater breathing apparatus"), which became the generic English word for autonomous breathing equipment for diving, and later for the activity using the equipment. After World War II, military frogmen continued to use rebreathers since they do not make bubbles which would give away the presence of the divers. The high percentage of oxygen used by these early rebreather systems limited the depth at which they could be used due to the risk of convulsions caused by acute oxygen toxicity. Although a working demand regulator system had been invented in 1864 by Auguste Denayrouze and Benoît Rouquayrol, the first open-circuit scuba system developed in 1925 by Yves Le Prieur in France was a manually adjusted free-flow system with a low endurance, which limited the practical usefulness of the system. In 1942, during the German occupation of France, Jacques-Yves Cousteau and Émile Gagnan designed the first successful and safe open-circuit scuba, known as the Aqua-Lung. Their system combined an improved demand regulator with high-pressure air tanks. This was patented in 1945. To sell his regulator in English-speaking countries Cousteau registered the Aqua-Lung trademark, which was first licensed to the U.S. Divers company, and in 1948 to Siebe Gorman of England, Siebe Gorman was allowed to sell in Commonwealth countries, but had difficulty in meeting the demand and the U.S. patent prevented others from making the product. The patent was circumvented by Ted Eldred of Melbourne, Australia, who developed the single-hose open-circuit scuba system, which separates the first stage and demand valve of the pressure regulator by a low-pressure hose, puts the demand valve at the diver's mouth, and releases exhaled gas through the demand valve casing. Eldred sold the first Porpoise Model CA single hose scuba early in 1952. Early scuba sets were usually provided with a plain harness of shoulder straps and waist belt. The waist belt buckles were usually quick-release, and shoulder straps sometimes had adjustable or quick release buckles. Many harnesses did not have a backplate, and the cylinders rested directly against the diver's back. Early scuba divers dived without a buoyancy aid. In an emergency they had to jettison their weights. In the 1960s adjustable buoyancy life jackets (ABLJ) became available, which can be used to compensate for loss of buoyancy at depth due to compression of the neoprene wetsuit and as a lifejacket that will hold an unconscious diver face-upwards at the surface, and that can be quickly inflated. The first versions were inflated from a small disposable carbon dioxide cylinder, later with a small direct coupled air cylinder. A low-pressure feed from the regulator first-stage to an inflation/deflation valve unit an oral inflation valve and a dump valve lets the volume of the ABLJ be controlled as a buoyancy aid. In 1971 the stabilizer jacket was introduced by ScubaPro. This class of buoyancy aid is known as a buoyancy control device or buoyancy compensator. A backplate and wing is an alternative configuration of scuba harness with a buoyancy compensation bladder known as a "wing" mounted behind the diver, sandwiched between the backplate and the cylinder or cylinders. Unlike stabilizer jackets, the backplate and wing is a modular system, in that it consists of separable components. This arrangement became popular with cave divers making long or deep dives, who needed to carry several extra cylinders, as it clears the front and sides of the diver for other equipment to be attached in the region where it is easily accessible. This additional equipment is usually suspended from the harness or carried in pockets on the exposure suit. Sidemount is a scuba diving equipment configuration which has basic scuba sets, each comprising a single cylinder with a dedicated regulator and pressure gauge, mounted alongside the diver, clipped to the harness below the shoulders and along the hips, instead of on the back of the diver. It originated as a configuration for advanced cave diving, as it facilitates penetration of tight sections of cave as, sets can be easily removed and remounted when necessary. The configuration allows easy access to cylinder valves, and provides easy and reliable gas redundancy. These benefits for operating in confined spaces were also recognized by divers who made wreck diving penetrations. Sidemount diving has grown in popularity within the technical diving community for general decompression diving, and has become a popular specialty for recreational diving. Technical diving is recreational scuba diving that exceeds the generally accepted recreational limits, and may expose the diver to hazards beyond those normally associated with recreational diving, and to greater risks of serious injury or death. These risks may be reduced by appropriate skills, knowledge and experience, and by using suitable equipment and procedures. The concept and term are both relatively recent advents, although divers had already been engaging in what is now commonly referred to as technical diving for decades. One reasonably widely held definition is that any dive in which at some point of the planned profile it is not physically possible or physiologically acceptable to make a direct and uninterrupted vertical ascent to surface air is a technical dive. The equipment often involves breathing gases other than air or standard nitrox mixtures, multiple gas sources, and different equipment configurations. Over time, some equipment and techniques developed for technical diving have become more widely accepted for recreational diving. The challenges of deeper dives and longer penetrations and the large amounts of breathing gas necessary for these dive profiles and ready availability of oxygen sensing cells beginning in the late 1980s led to a resurgence of interest in rebreather diving. By accurately measuring the partial pressure of oxygen, it became possible to maintain and accurately monitor a breathable gas mixture in the loop at any depth. In the mid 1990s semi-closed circuit rebreathers became available for the recreational scuba market, followed by closed circuit rebreathers around the turn of the millennium. Rebreathers are currently (2018) manufactured for the military, technical and recreational scuba markets. Types Scuba sets are of two types: In open-circuit scuba the diver inhales from the equipment and all the exhaled gas is exhausted to the surrounding water. This type of equipment is relatively simple, economical and reliable. In closed-circuit or semi-closed circuit, also referred to as a rebreather, the diver inhales from the set, and exhales back into the set, where the exhaled gas is processed to make it fit to breathe again. This equipment is efficient and quiet. Both types of scuba set include a means of supplying air or other breathing gas, nearly always from a high pressure diving cylinder, and a harness to attach it to the diver. Most open-circuit scuba sets have a demand regulator to control the supply of breathing gas, and most rebreathers have a constant-flow injector, or an electronically controlled injector to supply fresh gas, but also usually have an automatic diluent valve (ADV), which functions in the same way as a demand valve, to maintain the loop volume during descent. Open-circuit Open-circuit-demand scuba exhausts exhaled air to the environment, and requires each breath to be delivered to the diver on demand by a diving regulator, which reduces the pressure from the storage cylinder and supplies it through the demand valve when the diver reduces the pressure in the demand valve slightly during inhalation. The essential subsystems of an open-circuit scuba set are; diving cylinders, with cylinder valves, which may be interconnected by a manifold, a regulator mechanism to control gas pressure, a demand valve with mouthpiece, full-face mask or helmet, with supply hose, to control flow and deliver gas to the diver. an exhaust valve system to dispose of used gas, A harness or other method to attach the set to the diver. Additional components which when present are considered part of the scuba set are; external reserve valves and their control rods or levers, (currently uncommon) submersible pressure gauges, (almost ubiquitous) and secondary (backup) demand valves (common). The buoyancy compensator is generally assembled as an integrated part of the set, but is not technically part of the breathing apparatus. The cylinder is usually worn on the back. "Twin sets" with two low capacity back-mounted cylinders connected by a high pressure manifold were more common in the 1960s than now for recreational diving, although larger capacity twin cylinders ("doubles") are commonly used by technical divers for increased dive duration and redundancy. At one time a firm called Submarine Products sold a sport air scuba set with three manifolded back-mounted cylinders. Cave and wreck penetration divers sometimes carry cylinders attached at their sides instead, allowing them to swim through more confined spaces. Newspapers and television news often wrongly describe open-circuit air scuba as "oxygen" equipment. Constant flow scuba Constant flow scuba sets do not have a demand regulator; the breathing gas flows at a constant rate, unless the diver switches it on and off by hand. They use more air than demand regulated scuba. There were attempts at designing and using these for diving and for industrial use before the Cousteau-type aqualung became commonly available circa 1950. Examples were Charles Condert dress in the US (as of 1831), "Ohgushi's Peerless Respirator" in Japan (a bite-controlled regulator, as of 1918), and Commandant le Prieur's hand-controlled regulator in France (as of 1926); see Timeline of diving technology. Open circuit demand scuba This system consists of one or more diving cylinders containing breathing gas at high pressure, typically , connected to a diving regulator. The demand regulator supplies the diver with as much gas as needed at the ambient pressure. This type of breathing set is sometimes called an aqualung. The word Aqua-Lung, which first appeared in the Cousteau-Gagnan patent, is a trademark, currently owned by Aqua Lung/La Spirotechnique. Twin-hose demand regulator This is the first type of diving demand valve to come into general use, and the one that can be seen in classic 1960s television scuba adventures, such as Sea Hunt. They were often use with manifolded twin cylinders. All the stages of this type of regulator are in a large valve assembly mounted directly to the cylinder valve or manifold, behind the diver's neck. Two large bore corrugated rubber breathing hoses connect the regulator with the mouthpiece, one for supply and one for exhaust. The exhaust hose is used to return the exhaled air to the regulator, to avoid pressure differences due to depth variation between the exhaust valve and final stage diaphragm, which would cause a free-flow of gas, or extra resistance to breathing, depending on the diver's orientation in the water. In modern single-hose sets this problem is avoided by moving the second-stage regulator to the diver's mouthpiece. The twin-hose regulators came with a mouthpiece as standard, but a full-face diving mask was an option. Single-hose regulator Most modern open-circuit scuba sets have a diving regulator consisting of a first-stage pressure-reducing valve connected to the diving cylinder's output valve or manifold. This regulator reduces the pressure from the cylinder, which may be up to , to a lower pressure, generally between about 9 and 11 bar above the ambient pressure. A low-pressure hose links this with the second-stage regulator, or "demand valve", which is mounted on the mouthpiece. Exhalation occurs through a rubber one-way mushroom valve in the chamber of the demand valve, directly into the water quite close to the diver's mouth. Some early single hose scuba sets used full-face masks instead of a mouthpiece, such as those made by Desco and Scott Aviation (who continue to make breathing units of this configuration for use by firefighters). Modern regulators typically feature high-pressure ports for pressure sensors of dive-computers and submersible pressure gauges, and additional low-pressure ports for hoses for inflation of dry suits and BC devices. Secondary demand valve on a regulator Most recreational scuba sets have a backup second-stage demand valve on a separate hose, a configuration called a "secondary", or "octopus" demand valve, "alternate air source", "safe secondary" or "safe-second". The idea was conceived by cave-diving pioneer Sheck Exley as a way for cave divers to share air while swimming single-file in a narrow tunnel, but has now become the standard in recreational diving. By providing a secondary demand valve the need to alternately breathe off the same mouthpiece when sharing air is eliminated. This reduces the stress on divers who are already in a stressful situation, and this in turn reduces air consumption during the rescue and frees the donor's hand. Some diver training agencies recommend that a diver routinely offer their primary demand valve to a diver requesting to share air, and then switch to their own secondary demand valve. The idea behind this technique is that the primary demand valve is known to be working, and the diver donating the gas is less likely to be stressed or have a high carbon dioxide level, so has more time to sort out their own equipment after temporarily suspending the ability to breathe. In many instances, panicked divers have grabbed the primary regulators out of the mouths of other divers, so changing to the backup as a routine reduces stress when it is necessary in an emergency. In technical diving donation of the primary demand valve is commonly the standard procedure, and the primary is connected to the first stage by a long hose, typically around 2 m, to allow gas sharing while swimming in single file in a narrow space as might be required in a cave or wreck. In this configuration the secondary is generally held under the chin by a loose bungee loop around the neck, supplied by a shorter hose, and is intended for backup use by the diver donating gas. The backup regulator is usually carried in the diver's chest area where it can be easily seen and accessed for emergency use. It may be worn secured by a breakaway clip on the buoyancy compensator, plugged into a soft friction socket attached to the harness, secured by sliding a loop of the hose into the shoulder strap cover of a jacket style BC, or suspended under the chin on a break-away bungee loop known as a necklace. These methods also keep the secondary from dangling below the diver and being contaminated by debris or snagging on the surroundings. Some divers store it in a BC pocket, but this reduces availability in an emergency. Occasionally, the secondary second-stage is combined with the inflation and exhaust valve assembly of the buoyancy compensator device. This combination eliminates the need for a separate low pressure hose for the BC, though the low pressure hose connector for combined use must have a larger bore than for standard BC inflation hoses, because it will need to deliver a higher flow rate if it is used for breathing. This combination unit is carried in the position where the inflator unit would normally hang on the left side of the chest. With integrated DV/BC inflator designs, the secondary demand valve is at the end of the shorter BC inflation hose, and the donor must retain access to it for buoyancy control, so donation of the primary regulator to help another diver is essential with this configuration. The secondary demand valve is often partially yellow in color, and may use a yellow hose, for high visibility, and as an indication that it is an emergency or backup device. When a side-mount configuration is used, the usefulness of a secondary demand valve is greatly reduced, as each cylinder will have a regulator and the one not in use is available as a backup. This configuration also allows the entire cylinder to be handed off to the receiver, so a long hose is also less likely to be needed. Some diving instructors continue to teach buddy-breathing from a single demand valve as an obsolescent but still occasionally useful technique, learned in addition to the use of the backup DV, since availability of two second stages per diver is now assumed as standard in recreational scuba. Cryogenic There have been designs for a cryogenic open-circuit scuba which has liquid-air tanks instead of cylinders. Underwater cinematographer Jordan Klein, Sr. of Florida co-designed such a scuba in 1967, called "Mako", and made at least five prototypes. The Russian Kriolang (from Greek cryo- (= "frost" taken to mean "cold") + English "lung") was copied from Jordan Klein's "Mako" cryogenic open-circuit scuba. and were made until at least 1974. It would have to be filled a short time before use. Rebreathers A rebreather recirculates the breathing gas already used by the diver after replacing oxygen used by the diver and removing the carbon dioxide metabolic product. Rebreather diving is used by recreational, military and scientific divers where it can have advantages over open-circuit scuba. Since 80% or more of the oxygen remains in normal exhaled gas, and is thus wasted, rebreathers use gas very economically, making longer dives possible and special mixes cheaper to use at the cost of more complicated technology and more possible failure points. More stringent and specific training and greater experience is required to compensate for the higher risk involved. The rebreather's economic use of gas, typically of oxygen per minute, allows dives of much longer duration for an equivalent gas supply than is possible with open-circuit equipment where gas consumption may be ten times higher. There are two main variants of rebreather – semi-closed circuit rebreathers, and fully closed circuit rebreathers, which include the subvariant of oxygen rebreathers. Oxygen rebreathers have a maximum safe operating depth of around , but several types of fully closed circuit rebreathers, when using a helium-based diluent, can be used deeper than . The main limiting factors on rebreathers are the duration of the carbon dioxide scrubber, which is generally at least 3 hours, increased work of breathing at depth, reliability of gas mixture control, and the requirement to be able to safely bail out at any point of the dive. Rebreathers are generally used for scuba applications, but are also occasionally used for bailout systems for surface supplied diving. The possible endurance of a rebreather dive is longer than an open-circuit dive, for similar weight and bulk of the set, if the set is bigger than the practical lower limit for rebreather size, and a rebreather can be more economical when used with expensive gas mixes such as heliox and trimix, but this may require a lot of diving before the break-even point is reached, due to the high initial and running costs of most rebreathers, and this point will be reached sooner for deep dives where the gas saving is more pronounced. Breathing gases for scuba Until Nitrox, which contains more oxygen than air, was widely accepted in the late 1990s, almost all recreational scuba used simple compressed and filtered air. Other gas mixtures, typically used for deeper dives by technical divers, may substitute helium for some or all of the nitrogen (called Trimix, or Heliox if there is no nitrogen), or use lower proportions of oxygen than air. In these situations divers often carry additional scuba sets, called stages, with gas mixtures with higher levels of oxygen that are primarily used to reduce decompression time in staged decompression diving. These gas mixes allow longer dives, better management of the risks of decompression sickness, oxygen toxicity or lack of oxygen (hypoxia), and the severity of nitrogen narcosis. Closed circuit scuba sets (rebreathers) provide a gas mix that is controlled to optimise the mix for the actual depth at the time. Diving cylinders Gas cylinders used for scuba diving come in various sizes and materials and are typically designated by material – usually aluminium or steel, and size. In the U.S. the size is designated by their nominal capacity, the volume of the gas they contain when expanded to normal atmospheric pressure. Common sizes include 80, 100, 120 cubic feet, etc., with the most common being the "Aluminum 80". In most of the rest of the world the size is given as the actual internal volume of the cylinder, sometimes referred to as water capacity, as that is how it is measured and marked (WC) on the cylinder (10 liter, 12 liter, etc.). Cylinder working pressure will vary according to the standard of manufacture, generally ranging from up to . An aluminium cylinder is thicker and bulkier than a steel cylinder of the same capacity and working pressure, as suitable aluminium alloys have lower tensile strength than steel, and is more buoyant although actually heavier out of the water, which means the diver would need to carry more ballast weight. Steel is also more often used for high pressure cylinders, which carry more air for the same internal volume. The common method of blending nitrox by partial pressure requires that the cylinder is in "oxygen service", which means that the cylinder and cylinder valve have had any non-oxygen-compatible components replaced and any contamination by combustible materials removed by cleaning. Diving cylinders are sometimes colloquially called "tanks", "bottles" or "flasks" although the proper technical term for them is "cylinder". Harness configuration The scuba set can be carried by the diver in several ways. The two most common basic mounting configurations are back-mount and side-mount, and back-mount may be expanded to include auxiliary side-mounting, including bungee-constrained low profile side-mount, and the less compact sling-mount or stage-mount
size of the gaps between the grains, as well as the gas composition and ambient pressure. Water in the loop can greatly increase the resistance to gas flow through the scrubber. There is even less point in shallow or skip breathing on a rebreather as this does not even conserve gas, and the effect on buoyancy is negligible when the sum of loop volume and lung volume remains constant. History By the turn of the twentieth century, two basic architectures for underwater breathing apparatus had been pioneered; open-circuit surface supplied equipment where the diver's exhaled gas is vented directly into the water, and closed-circuit breathing apparatus where the diver's carbon dioxide is filtered from unused oxygen, which is then recirculated. Closed circuit equipment was more easily adapted to scuba in the absence of reliable, portable, and economical high pressure gas storage vessels. By the mid twentieth century, high pressure cylinders were available and two systems for scuba had emerged: open-circuit scuba where the diver's exhaled breath is vented directly into the water, and closed-circuit scuba where the carbon dioxide is removed from the diver's exhaled breath which has oxygen added and is recirculated. Oxygen rebreathers are severely depth limited due to oxygen toxicity risk, which increases with depth, and the available systems for mixed gas rebreathers were fairly bulky and designed for use with diving helmets. The first commercially practical scuba rebreather was designed and built by the diving engineer Henry Fleuss in 1878, while working for Siebe Gorman in London. His self contained breathing apparatus consisted of a rubber mask connected to a breathing bag, with an estimated 50–60% oxygen supplied from a copper tank and carbon dioxide scrubbed by passing it through a bundle of rope yarn soaked in a solution of caustic potash, the system giving a dive duration of up to about three hours. This apparatus had no way of measuring the gas composition during use. During the 1930s and all through World War II, the British, Italians and Germans developed and extensively used oxygen rebreathers to equip the first frogmen. The British adapted the Davis Submerged Escape Apparatus and the Germans adapted the Dräger submarine escape rebreathers, for their frogmen during the war. In the U.S. Major Christian J. Lambertsen invented an underwater free-swimming oxygen rebreather in 1939, which was accepted by the Office of Strategic Services. In 1952 he patented a modification of his apparatus, this time named SCUBA,(an acronym for "self-contained underwater breathing apparatus"), which became the generic English word for autonomous breathing equipment for diving, and later for the activity using the equipment. After World War II, military frogmen continued to use rebreathers since they do not make bubbles which would give away the presence of the divers. The high percentage of oxygen used by these early rebreather systems limited the depth at which they could be used due to the risk of convulsions caused by acute oxygen toxicity. Although a working demand regulator system had been invented in 1864 by Auguste Denayrouze and Benoît Rouquayrol, the first open-circuit scuba system developed in 1925 by Yves Le Prieur in France was a manually adjusted free-flow system with a low endurance, which limited the practical usefulness of the system. In 1942, during the German occupation of France, Jacques-Yves Cousteau and Émile Gagnan designed the first successful and safe open-circuit scuba, known as the Aqua-Lung. Their system combined an improved demand regulator with high-pressure air tanks. This was patented in 1945. To sell his regulator in English-speaking countries Cousteau registered the Aqua-Lung trademark, which was first licensed to the U.S. Divers company, and in 1948 to Siebe Gorman of England, Siebe Gorman was allowed to sell in Commonwealth countries, but had difficulty in meeting the demand and the U.S. patent prevented others from making the product. The patent was circumvented by Ted Eldred of Melbourne, Australia, who developed the single-hose open-circuit scuba system, which separates the first stage and demand valve of the pressure regulator by a low-pressure hose, puts the demand valve at the diver's mouth, and releases exhaled gas through the demand valve casing. Eldred sold the first Porpoise Model CA single hose scuba early in 1952. Early scuba sets were usually provided with a plain harness of shoulder straps and waist belt. The waist belt buckles were usually quick-release, and shoulder straps sometimes had adjustable or quick release buckles. Many harnesses did not have a backplate, and the cylinders rested directly against the diver's back. Early scuba divers dived without a buoyancy aid. In an emergency they had to jettison their weights. In the 1960s adjustable buoyancy life jackets (ABLJ) became available, which can be used to compensate for loss of buoyancy at depth due to compression of the neoprene wetsuit and as a lifejacket that will hold an unconscious diver face-upwards at the surface, and that can be quickly inflated. The first versions were inflated from a small disposable carbon dioxide cylinder, later with a small direct coupled air cylinder. A low-pressure feed from the regulator first-stage to an inflation/deflation valve unit an oral inflation valve and a dump valve lets the volume of the ABLJ be controlled as a buoyancy aid. In 1971 the stabilizer jacket was introduced by ScubaPro. This class of buoyancy aid is known as a buoyancy control device or buoyancy compensator. A backplate and wing is an alternative configuration of scuba harness with a buoyancy compensation bladder known as a "wing" mounted behind the diver, sandwiched between the backplate and the cylinder or cylinders. Unlike stabilizer jackets, the backplate and wing is a modular system, in that it consists of separable components. This arrangement became popular with cave divers making long or deep dives, who needed to carry several extra cylinders, as it clears the front and sides of the diver for other equipment to be attached in the region where it is easily accessible. This additional equipment is usually suspended from the harness or carried in pockets on the exposure suit. Sidemount is a scuba diving equipment configuration which has basic scuba sets, each comprising a single cylinder with a dedicated regulator and pressure gauge, mounted alongside the diver, clipped to the harness below the shoulders and along the hips, instead of on the back of the diver. It originated as a configuration for advanced cave diving, as it facilitates penetration of tight sections of cave as, sets can be easily removed and remounted when necessary. The configuration allows easy access to cylinder valves, and provides easy and reliable gas redundancy. These benefits for operating in confined spaces were also recognized by divers who made wreck diving penetrations. Sidemount diving has grown in popularity within the technical diving community for general decompression diving, and has become a popular specialty for recreational diving. Technical diving is recreational scuba diving that exceeds the generally accepted recreational limits, and may expose the diver to hazards beyond those normally associated with recreational diving, and to greater risks of serious injury or death. These risks may be reduced by appropriate skills, knowledge and experience, and by using suitable equipment and procedures. The concept and term are both relatively recent advents, although divers had already been engaging in what is now commonly referred to as technical diving for decades. One reasonably widely held definition is that any dive in which at some point of the planned profile it is not physically possible or physiologically acceptable to make a direct and uninterrupted vertical ascent to surface air is a technical dive. The equipment often involves breathing gases other than air or standard nitrox mixtures, multiple gas sources, and different equipment configurations. Over time, some equipment and techniques developed for technical diving have become more widely accepted for recreational diving. The challenges of deeper dives and longer penetrations and the large amounts of breathing gas necessary for these dive profiles and ready availability of oxygen sensing cells beginning in the late 1980s led to a resurgence of interest in rebreather diving. By accurately measuring the partial pressure of oxygen, it became possible to maintain and accurately monitor a breathable gas mixture in the loop at any depth. In the mid 1990s semi-closed circuit rebreathers became available for the recreational scuba market, followed by closed circuit rebreathers around the turn of the millennium. Rebreathers are currently (2018) manufactured for the military, technical and recreational scuba markets. Types Scuba sets are of two types: In open-circuit scuba the diver inhales from the equipment and all the exhaled gas is exhausted to the surrounding water. This type of equipment is relatively simple, economical and reliable. In closed-circuit or semi-closed circuit, also referred to as a rebreather, the diver inhales from the set, and exhales back into the set, where the exhaled gas is processed to make it fit to breathe again. This equipment is efficient and quiet. Both types of scuba set include a means of supplying air or other breathing gas, nearly always from a high pressure diving cylinder, and a harness to attach it to the diver. Most open-circuit scuba sets have a demand regulator to control the supply of breathing gas, and most rebreathers have a constant-flow injector, or an electronically controlled injector to supply fresh gas, but also usually have an automatic diluent valve (ADV), which functions in the same way as a demand valve, to maintain the loop volume during descent. Open-circuit Open-circuit-demand scuba exhausts exhaled air to the environment, and requires each breath to be delivered to the diver on demand by a diving regulator, which reduces the pressure from the storage cylinder and supplies it through the demand valve when the diver reduces the pressure in the demand valve slightly during inhalation. The essential subsystems of an open-circuit scuba set are; diving cylinders, with cylinder valves, which may be interconnected by a manifold, a regulator mechanism to control gas pressure, a demand valve with mouthpiece, full-face mask or helmet, with supply hose, to control flow and deliver gas to the diver. an exhaust valve system to dispose of used gas, A harness or other method to attach the set to the diver. Additional components which when present are considered part of the scuba set are; external reserve valves and their control rods or levers, (currently uncommon) submersible pressure gauges, (almost ubiquitous) and secondary (backup) demand valves (common). The buoyancy compensator is generally assembled as an integrated part of the set, but is not technically part of the breathing apparatus. The cylinder is usually worn on the back. "Twin sets" with two low capacity back-mounted cylinders connected by a high pressure manifold were more common in the 1960s than now for recreational diving, although larger capacity twin cylinders ("doubles") are commonly used by technical divers for increased dive duration and redundancy. At one time a firm called Submarine Products sold a sport air scuba set with three manifolded back-mounted cylinders. Cave and wreck penetration divers sometimes carry cylinders attached at their sides instead, allowing them to swim through more confined spaces. Newspapers and television news often wrongly describe open-circuit air scuba as "oxygen" equipment. Constant flow scuba Constant flow scuba sets do not have a demand regulator; the breathing gas flows at a constant rate, unless the diver switches it on and off by hand. They use more air than demand regulated scuba. There were attempts at designing and using these for diving and for industrial use before the Cousteau-type aqualung became commonly available circa 1950. Examples were Charles Condert dress in the US (as of 1831), "Ohgushi's Peerless Respirator" in Japan (a bite-controlled regulator, as of 1918), and Commandant le Prieur's hand-controlled regulator in France (as of 1926); see Timeline of diving technology. Open circuit demand scuba This system consists of one or more diving cylinders containing breathing gas at high pressure, typically , connected to a diving regulator. The demand regulator supplies the diver with as much gas as needed at the ambient pressure. This type of breathing set is sometimes called an aqualung. The word Aqua-Lung, which first appeared in the Cousteau-Gagnan patent, is a trademark, currently owned by Aqua Lung/La Spirotechnique. Twin-hose demand regulator This is the first type of diving demand valve to come into general use, and the one that can be seen in classic 1960s television scuba adventures, such as Sea Hunt. They were often use with manifolded twin cylinders. All the stages of this type of regulator are in a large valve assembly mounted directly to the cylinder valve or manifold, behind the diver's neck. Two large bore corrugated rubber breathing hoses connect the regulator with the mouthpiece, one for supply and one for exhaust. The exhaust hose is used to return the exhaled air to the regulator, to avoid pressure differences due to depth variation between the exhaust valve and final stage diaphragm, which would cause a free-flow of gas, or extra resistance to breathing, depending on the diver's orientation in the water. In modern single-hose sets this problem is avoided by moving the second-stage regulator to the diver's mouthpiece. The twin-hose regulators came with a mouthpiece as standard, but a full-face diving mask was an option. Single-hose regulator Most modern open-circuit scuba sets have a diving regulator consisting of a first-stage pressure-reducing valve connected to the diving cylinder's output valve or manifold. This regulator reduces the pressure from the cylinder, which may be up to , to a lower pressure, generally between about 9 and 11 bar above the ambient pressure. A low-pressure hose links this with the second-stage regulator, or "demand valve", which is mounted on the mouthpiece. Exhalation occurs through a rubber one-way mushroom valve in the chamber of the demand valve, directly into the water quite close to the diver's mouth. Some early single hose scuba sets used full-face masks instead of a mouthpiece, such as those made by Desco and Scott Aviation (who continue to make breathing units of this configuration for use by firefighters). Modern regulators typically feature high-pressure ports for pressure sensors of dive-computers and submersible pressure gauges, and additional low-pressure ports for hoses for inflation of dry suits and BC devices. Secondary demand valve on a regulator Most recreational scuba sets have a backup second-stage demand valve on a separate hose, a configuration called a "secondary", or "octopus" demand valve, "alternate air source", "safe secondary" or "safe-second". The idea was conceived by cave-diving pioneer Sheck Exley as a way for cave divers to share air while swimming single-file in a narrow tunnel, but has now become the standard in recreational diving. By providing a secondary demand valve the need to alternately breathe off the same mouthpiece when sharing air is eliminated. This reduces the stress on divers who are already in a stressful situation, and this in turn reduces air consumption during the rescue and frees the donor's hand. Some diver training agencies recommend that a diver routinely offer their primary demand valve to a diver requesting to share air, and then switch to their own secondary demand valve. The idea behind this technique is that the primary demand valve is known to be working, and the diver donating the gas is less likely to be stressed or have a high carbon dioxide level, so has more time to sort out their own equipment after temporarily suspending the ability to breathe. In many instances, panicked divers have grabbed the primary regulators out of the mouths of other divers, so changing to the backup as a routine reduces stress when it is necessary in an emergency. In technical diving donation of the primary demand valve is commonly the standard procedure, and the primary is connected to the first stage by a long hose, typically around 2 m, to allow gas sharing while swimming in single file in a narrow space as might be required in a cave or wreck. In this configuration the secondary is generally held under the chin by a loose bungee loop around the neck, supplied by a shorter hose, and is intended for backup use by the diver donating gas. The backup regulator is usually carried in the diver's chest area where it can be easily seen and accessed for emergency use. It may be worn secured by a breakaway clip on the buoyancy compensator, plugged into a soft friction socket attached to the harness, secured by sliding a loop of the hose into the shoulder strap cover of a jacket style BC, or suspended under the chin on a break-away bungee loop known as a necklace. These methods also keep the secondary from dangling below the diver and being contaminated by debris or snagging on the surroundings. Some divers store it in a BC pocket, but this reduces availability in an emergency. Occasionally, the secondary second-stage is combined with the inflation and exhaust valve assembly of the buoyancy compensator device. This combination eliminates the need for a separate low pressure hose for the BC, though the low pressure hose connector for combined use must have a larger bore than for standard BC inflation hoses, because it will need to deliver a higher flow rate if it is used for breathing. This combination unit is carried in the position where the inflator unit would normally hang on the left side of the chest. With integrated DV/BC inflator designs, the secondary demand valve is at the end of the shorter BC inflation hose, and the donor must retain access to it for buoyancy control, so donation of the primary regulator to help another diver is essential with this configuration. The secondary demand valve is often partially yellow in color, and may use a yellow hose, for high visibility, and as an indication that it is an emergency or backup device. When a side-mount configuration is used, the usefulness of a secondary demand valve is greatly reduced, as each cylinder will have a regulator and the one not in use is available as a backup. This configuration also allows the entire cylinder to be handed off to the receiver, so a long hose is also less likely to be needed. Some diving instructors continue to teach buddy-breathing from a single demand valve as an obsolescent but still occasionally useful technique, learned in addition to the use of the backup DV, since availability of two second stages per diver is now assumed as standard in recreational scuba. Cryogenic There have been designs for a cryogenic open-circuit scuba which has liquid-air tanks instead of cylinders. Underwater cinematographer Jordan Klein, Sr. of Florida co-designed such a scuba in 1967, called "Mako", and made at least five prototypes. The Russian Kriolang (from Greek cryo- (= "frost" taken to mean "cold") + English "lung") was copied from Jordan Klein's "Mako" cryogenic open-circuit scuba. and were made until at least 1974. It would have to be filled a short time before use. Rebreathers A rebreather recirculates the breathing gas already used by the diver after replacing oxygen used by the diver and removing the carbon dioxide metabolic product. Rebreather diving is used by recreational, military and scientific divers where it can have advantages over open-circuit scuba. Since 80% or more of the oxygen remains in normal exhaled gas, and is thus wasted, rebreathers use gas very economically, making longer dives possible and special mixes cheaper to use at the cost of more complicated technology and more possible failure points. More stringent and specific training and greater experience is required to compensate for the higher risk involved. The rebreather's economic use of gas, typically of oxygen per minute, allows dives of much longer duration for an equivalent gas supply than is possible with open-circuit equipment where gas consumption may be ten times higher. There
the word "shoe" slowly, but keep making the "sh" throughout the entire word instead of just the beginning. Also try making the "sh" sound, but with a smile expression, and then continue "sh" while changing to a puckered or kissing expression. An electronic example The following is an example of subtractive synthesis as it might occur in an electronic instrument. It was created with a personal computer program designed to emulate an analogue subtractive synthesizer. This example will attempt to imitate the sound of a plucked string. Whilst the following example illustrates how a desired sound might be achieved in practice, only the final three stages are really subtractive synthesis, and the early stages could be considered to be a form of additive synthesis. First, two oscillators produce relatively complex and harmonic-rich waveforms: This example will use pulse-width modulation for a dynamically changing tone: The two sounds are mixed. In this case they are combined at equal volume, but any ratio could be used. The combined wave is passed through a voltage-controlled amplifier connected to an ADSR envelope. In other words, its volume is changed according to a pre-set pattern. This is an attempt to emulate the envelope of a plucked string: Then pass the sound through a shallow low-pass filter: In this case, to better emulate the sound of a plucked string, the filter cutoff frequency should start in the mid-range and to low. The effect is similar to an electric guitar's wah pedal. In real music production, there is often an additional step. An oscillator with a very low frequency modulates one or
sound has most of the original harmonics still present; the "oooh" sound has most of them removed (or, to be more precise, reduced in amplitude). By gradually changing from "oooh" to "aaah" and back again, a spectral glide is created, emulating the "sweeping filter" effect that is the basis of the "wah-wah" guitar effect. Humans are also capable of generating something approximating white noise by making a "sshh" sound. If a person "synthesizes" a "jet plane landing" sound, this is achieved mostly by altering the shape of the mouth to filter the white noise into pink noise by removing the higher frequencies. The same technique (filtered white noise) can be used to electronically synthesize the sound of ocean waves and wind, and was used in early drum machines to create snare drum and other percussion sounds. For example, say the word "shoe" slowly, but keep making the "sh" throughout the entire word instead of just the beginning. Also try making the "sh" sound, but with a smile expression, and then continue "sh" while changing to a puckered or kissing expression. An electronic example The following is an example of subtractive synthesis as it might occur in an electronic instrument. It was created with a personal computer program designed to emulate an analogue subtractive synthesizer. This example will attempt to imitate the sound of a plucked string. Whilst the following example illustrates how a desired sound might be achieved in practice, only the final three stages are really subtractive synthesis, and the early stages could be considered to be a form of additive synthesis. First, two oscillators produce relatively complex and harmonic-rich waveforms: This example will use pulse-width modulation for a dynamically changing tone: The two sounds are mixed. In this case they are combined at equal volume, but any ratio could be used. The combined wave is passed through a voltage-controlled amplifier connected to an ADSR envelope. In
different bird species, more than any other region in the country. San Diego always scores high in the number of bird species observed in the annual Christmas Bird Count, sponsored by the Audubon Society, and it is known as one of the "birdiest" areas in the United States. San Diego and its backcountry suffer from periodic wildfires. In October 2003, San Diego was the site of the Cedar Fire, at that time the largest wildfire in California over the past century. The fire burned , killed 15 people, and destroyed more than 2,200 homes. In addition to damage caused by the fire, smoke resulted in a significant increase in emergency room visits due to asthma, respiratory problems, eye irritation, and smoke inhalation; the poor air quality caused San Diego County schools to close for a week. Wildfires four years later destroyed some areas, particularly within Rancho Bernardo, as well as the nearby communities of Rancho Santa Fe and Ramona. Demographics The city had a population of 1,307,402 according to the 2010 census, distributed over a land area of . The urban area of San Diego extends beyond the administrative city limits and had a total population of 2,956,746, making it the third-largest urban area in the state, after that of the Los Angeles metropolitan area and San Francisco metropolitan area. They, along with the Riverside–San Bernardino, form those metropolitan areas in California larger than the San Diego metropolitan area, which had a total population of 3,095,313 at the 2010 census. The 2010 population represents an increase of just under 7% from the 1,223,400 people, 450,691 households, and 271,315 families reported in 2000. The estimated city population in 2009 was 1,306,300. The population density was . The racial makeup of San Diego was 58.9% White, 6.7% African American, 0.6% Native American, 15.9% Asian (5.9% Filipino, 2.7% Chinese, 2.5% Vietnamese, 1.3% Indian, 1.0% Korean, 0.7% Japanese, 0.4% Laotian, 0.3% Cambodian, 0.1% Thai). 0.5% Pacific Islander (0.2% Guamanian, 0.1% Samoan, 0.1% Native Hawaiian), 12.3% from other races, and 5.1% from two or more races. The ethnic makeup of the city was 28.8% Hispanic or Latino (of any race); 24.9% of the total population were Mexican American, 1.4% were Spanish American and 0.6% were Puerto Rican. Median age of Hispanics was 27.5 years, compared to 35.1 years overall and 41.6 years among non-Hispanic whites; Hispanics were the largest group in all ages under 18, and non-Hispanic whites constituted 63.1% of population 55 and older. , the San Diego City and County had the fifth-largest homeless population among major cities in the United States, with 8,102 people experiencing homelessness. In the city of San Diego, 4,887 individuals were experiencing homelessness according to the 2020 count. In 2000 there were 451,126 households, out of which 30.2% had children under the age of 18 living with them, 44.6% were married couples living together, 11.4% had a female householder with no husband present, and 39.8% were non-families. Households made up of individuals account for 28.0%, and 7.4% had someone living alone who was 65 years of age or older. The average household size was 2.61, and the average family size was 3.30. The U.S. Census Bureau reported that in 2000, 24.0% of San Diego residents were under 18, and 10.5% were 65 and over. the median age was 35.6; more than a quarter of residents were under age 20 and 11% were over age 65. Millennials (ages 18 through 34) constitute 27.1% of San Diego's population, the second-highest percentage in a major U.S. city. The San Diego County regional planning agency, SANDAG, provides tables and graphs breaking down the city population into five-year age groups. In 2000, the median income for a household in the city was $45,733, and the median income for a family was $53,060. Males had a median income of $36,984 versus $31,076 for females. The per capita income for the city was $35,199. According to Forbes in 2005, San Diego was the fifth wealthiest U.S. city, but about 10.6% of families and 14.6% of the population were below the poverty line, including 20.0% of those under age 18 and 7.6% of those age 65 or over. San Diego was rated the fifth-best place to live in the United States in 2006 by Money magazine, although it was no longer rated in the top 100 places by 2017. As of January 1, 2008 estimates by the San Diego Association of Governments revealed that the household median income for San Diego rose to $66,715, up from $45,733 in 2000. San Diego was named the ninth-most LGBT-friendly city in the U.S. in 2013. The city also has the seventh-highest percentage of gay residents in the U.S. Additionally in 2013, San Diego State University (SDSU), one of the city's prominent universities, was named one of the top LGBT-friendly campuses in the nation. According to a 2014 study by the Pew Research Center, 68% of the population of the city identified themselves as Christians, with 32% professing attendance at a variety of churches that could be considered Protestant, and 32% professing Roman Catholic beliefs. while 27% claim no religious affiliation. The same study says that other religions (including Judaism, Buddhism, Islam, and Hinduism) collectively make up about 5% of the population. Economy The largest sectors of San Diego's economy are defense/military, tourism, international trade, and research/manufacturing. In 2014, San Diego was designated by a Forbes columnist as the best city in the country to launch a small business or startup company. San Diego recorded a median household income of $79,646 in 2018, an increase of 3.89% from $76,662 in 2017. The median property value in San Diego in 2018 was $654,700, and the average home has two cars per household. Defense and military The economy of San Diego is influenced by its deepwater port, which includes the only major submarine and shipbuilding yards on the West Coast. Several major national defense contractors were started and are headquartered in San Diego, including General Atomics, Cubic, and NASSCO. San Diego hosts the largest naval fleet in the world: In 2008 it was home to 53 ships, over 120 tenant commands, and more than 35,000 sailors, marines, Department of Defense civilian employees and contractors. About 5 percent of all civilian jobs in the county are military-related, and 15,000 businesses in San Diego County rely on Department of Defense contracts. Military bases in San Diego include US Navy facilities, Marine Corps bases, and Coast Guard stations. The city is "home to the majority of the U.S. Pacific Fleet's surface combatants, all of the Navy's West Coast amphibious ships and a variety of Coast Guard and Military Sealift Command vessels". The military infrastructure in San Diego is still growing and developing, with numerous military personnel stationed there, numbers of which are expected to rise. This plays a significant role in the city's economy, as of 2020, it provides roughly 25% of the GRP and provides 23% of the total jobs in San Diego. Tourism Tourism is a major industry owing to the city's climate, beaches, and tourist attractions such as Balboa Park, Belmont amusement park, San Diego Zoo, San Diego Zoo Safari Park, and SeaWorld San Diego. San Diego's Spanish and Mexican heritage is reflected in many historic sites across the city, such as Mission San Diego de Alcalá and Old Town San Diego State Historic Park. Also, the local craft brewing industry attracts an increasing number of visitors for "beer tours" and the annual San Diego Beer Week in November; San Diego has been called "America's Craft Beer Capital." San Diego County hosted more than 32 million visitors in 2012; collectively they spent an estimated $8 billion. The visitor industry provides employment for more than 160,000 people. San Diego's cruise ship industry used to be the second-largest in California. Numerous cruise lines operate out of San Diego. However, cruise ship business has been in decline since 2008, when the Port hosted over 250 ship calls and more than 900,000 passengers. By 2016–2017, the number of ship calls had fallen to 90. Local sightseeing cruises are offered in San Diego Bay and Mission Bay, as well as whale-watching cruises to observe the migration of gray whales, peaking in mid-January. Sport fishing is another popular tourist attraction; San Diego is home to southern California's biggest sport fishing fleet. International trade San Diego's commercial port and its location on the United States–Mexico border make international trade an important factor in the city's economy. The city is authorized by the United States government to operate as a Foreign Trade Zone. The city shares a border with Mexico that includes two border crossings. San Diego hosts the busiest international border crossing in the world, in the San Ysidro neighborhood at the San Ysidro Port of Entry. A second, primarily commercial border crossing operates in the Otay Mesa area; it is the largest commercial crossing on the California-Baja California border and handles the third-highest volume of trucks and dollar value of trade among all United States-Mexico land crossings. One of the Port of San Diego's two cargo facilities is located in Downtown San Diego at the Tenth Avenue Marine Terminal. This terminal has facilities for containers, bulk cargo, and refrigerated and frozen storage, so that it can handle the import and export of many commodities. In 2009 the Port of San Diego handled 1,137,054 short tons of total trade; foreign trade accounted for 956,637 short tons while domestic trade amounted to 180,417 short tons. Historically tuna fishing and canning was one of San Diego's major industries, although the American tuna fishing fleet is no longer based in San Diego. Seafood company Bumble Bee Foods is headquartered in San Diego and Chicken of the Sea was until 2018. Companies San Diego hosts several major producers of wireless cellular technology. Qualcomm was founded and is headquartered in San Diego, and is one of the largest private-sector employers in San Diego. Other wireless industry manufacturers headquartered here include Nokia, LG Electronics, Kyocera International, Cricket Communications and Novatel Wireless. San Diego also has the U.S. headquarters for the Slovakian security company ESET. San Diego has been designated as an iHub Innovation Center for potential collaboration between wireless and the life sciences. The University of California, San Diego and other research institutions have helped to fuel the growth of biotechnology. In 2013, San Diego had the second-largest biotech cluster in the United States, below the Boston area and above the San Francisco Bay Area. There are more than 400 biotechnology companies in the area. In particular, the La Jolla and nearby Sorrento Valley areas are home to offices and research facilities for numerous biotechnology companies. Major biotechnology companies like Illumina and Neurocrine Biosciences are headquartered in San Diego, while many other biotech and pharmaceutical companies have offices or research facilities in San Diego. San Diego is also home to more than 140 contract research organizations (CROs) that provide contract services for pharmaceutical and biotechnology companies. Top employers According to the city's 2021 Annual Comprehensive Financial Report, the top employers in the city are: Real estate San Diego has high real estate prices. San Diego home prices peaked in 2005, and then declined along with the national trend. As of December 2010, prices were down 36 percent from the peak, median price of homes having declined by more than $200,000 between 2005 and 2010. As of May 2015, the median price of a house was $520,000. In November 2018 the median home price was $558,000. The San Diego metropolitan area had one of the worst housing affordability rankings of all metropolitan areas in the United States in 2009. Consequently, San Diego has experienced negative net migration since 2004. A significant number of people moved to adjacent Riverside County, commuting daily to jobs in San Diego, while others are leaving the region altogether and moving to more affordable regions. Government Local government The city is governed by a mayor and a nine-member city council. In 2006, its government changed from a council–manager government to a strong mayor government, as decided by a citywide vote in 2004. The mayor is in effect the chief executive officer of the city, while the council is the legislative body. The City of San Diego is responsible for police, public safety, streets, water and sewer service, planning and zoning, and similar services within its borders. San Diego is a sanctuary city, however, San Diego County is a participant of the Secure Communities program. , the city had one employee for every 137 residents, with a payroll greater than $733 million. The members of the city council are each elected from single-member districts within the city. The mayor and city attorney are elected directly by the voters of the entire city. The mayor, city attorney, and council members are elected to four-year terms, with a two-term limit. Elections are held on a non-partisan basis per California state law; nevertheless, most officeholders do identify themselves as either Democrats or Republicans. In 2007, registered Democrats outnumbered Republicans by about 7 to 6 in the city, and Democrats currently () hold a 8–1 majority in the city council. The current mayor, Todd Gloria, is a member of the Democratic Party. San Diego is part of San Diego County, and includes all or part of the 1st, 2nd, 3rd and 4th supervisorial districts of the San Diego County Board of Supervisors, Other county officers elected in part by city residents include the Sheriff, District Attorney, Assessor/Recorder/County Clerk, and Treasurer/Tax Collector. Areas of the city immediately adjacent to San Diego Bay ("tidelands") are administered by the Port of San Diego, a quasi-governmental agency which owns all the property in the tidelands and is responsible for its land use planning, policing, and similar functions. San Diego is a member of the regional planning agency San Diego Association of Governments (SANDAG). Public schools within the city are managed and funded by independent school districts (see below). State and federal representation In the California State Senate, San Diego County encompasses the 38th, 39th and 40th districts, represented by , , and , respectively. In the California State Assembly, lying partially within the city of San Diego are the 77th, 78th, 79th, and 80th districts, represented by , , , and , respectively. In the United States House of Representatives, San Diego County includes parts or all of California's 49th, 50th, 51st, 52nd, and 53rd congressional districts, represented by , , , , and , respectively. Election history After narrowly supporting Lyndon B. Johnson in 1964, San Diego provided majorities to all six Republican presidential candidates from 1968 to 1988. However, in more recent decades, San Diego has trended in favor of Democratic presidential candidates for president. George H.W. Bush in 1988 is the last Republican candidate to carry San Diego in a presidential election. Major scandals San Diego was the site of the 1912 San Diego free speech fight, in which the city restricted speech, vigilantes brutalized and tortured anarchists, and the San Diego Police Department killed a member of the Industrial Workers of the World (IWW). In 1916, rainmaker Charles Hatfield was blamed for $4 million in damages and accused of causing San Diego's worst flood, during which about 20 Japanese American farmers died. Then-mayor Roger Hedgecock was forced to resign his post in 1985, after he was found guilty of one count of conspiracy and 12 counts of perjury, related to the alleged failure to report all campaign contributions. After a series of appeals, the 12 perjury counts were dismissed in 1990 based on claims of juror misconduct; the remaining conspiracy count was reduced to a misdemeanor and then dismissed. A 2002 scheme to underfund pensions for city employees led to the San Diego pension scandal. This resulted in the resignation of newly re-elected Mayor Dick Murphy and the criminal indictment of six pension board members. Those charges were finally dismissed by a federal judge in 2010. On November 28, 2005, U.S. Congressman Randy "Duke" Cunningham resigned after being convicted on federal bribery charges. He had represented California's 50th congressional district, which includes much of the northern portion of the city of San Diego. In 2006, Cunningham was sentenced to a 100-month prison sentence. He was released in 2013. In 2005 two city council members, Ralph Inzunza and Deputy Mayor Michael Zucchet – who briefly took over as acting mayor when Murphy resigned – were convicted of extortion, wire fraud, and conspiracy to commit wire fraud for taking campaign contributions from a strip club owner and his associates, allegedly in exchange for trying to repeal the city's "no touch" laws at strip clubs. Both subsequently resigned. Inzunza was sentenced to 21 months in prison. In 2009, a judge acquitted Zucchet on seven out of the nine counts against him, and granted his petition for a new trial on the other two charges; the remaining charges were eventually dropped. In July 2013, three former supporters of mayor Bob Filner asked him to resign because of allegations of repeated sexual harassment. Over the ensuing six weeks, 18 women came forward to publicly claim that Filner had sexually harassed them, and multiple individuals and groups called for him to resign. Filner agreed to resign effective August 30, 2013, subsequently pleaded guilty to one felony count of false imprisonment and two misdemeanor battery charges, and was sentenced to house arrest and probation. Crime San Diego was ranked as the 20th-safest city in America in 2013 by Business Insider. According to Forbes magazine, San Diego was the ninth-safest city in the top 10 list of safest cities in the U.S. in 2010. Like most major cities, San Diego had a declining crime rate from 1990 to 2000. 1991 would mark the city's deadliest year, registering 179 homicides within city limits (while the region as a whole peaked at 278 homicides), capping off an unabated, eight-year climb in murders, rapes, robberies, and assault dating back to 1983. At the time, the city was ranked last among the 10 most populous U.S. cities in homicides per 1,000 population, and ninth in crimes per 1,000. From 1980 to 1994, San Diego surpassed 100 murders ten times before tapering off to 91 homicides in 1995. That number would not exceed 79 for the next 15 years. Crime in San Diego increased in the early 2000s. In 2004, San Diego had the sixth lowest crime rate of any U.S. city with over half a million residents. From 2002 to 2006, the crime rate overall dropped 0.8%, though not evenly by category. While violent crime decreased 12.4% during this period, property crime increased 1.1%. Total property crimes per 100,000 people were lower than the national average in 2008. According to Uniform Crime Report statistics compiled by the Federal Bureau of Investigation (FBI) in 2010, there were 5,616 violent crimes and 30,753 property crimes. Of these, the violent crimes consisted of forcible rapes, 73 robberies and 170 aggravated assaults, while 6,387 burglaries, 17,977 larceny-thefts, 6,389 motor vehicle thefts and 155 acts of arson defined the property offenses. In 2013, San Diego had the lowest murder rate of the ten largest cities in the United States. Education Primary and secondary schools Public schools in San Diego are operated by independent school districts. The majority of the public schools in the city are served by the San Diego Unified School District, the second-largest school district in California, which includes 11 K–8 schools, 107 elementary schools, 24 middle schools, 13 atypical and alternative schools, 28 high schools, and 45 charter schools. Several adjacent school districts which are headquartered outside the city limits serve some schools within the city; these include the Poway Unified School District, Del Mar Union School District, San Dieguito Union High School District, and Sweetwater Union High School District. In addition, there are a number of private schools in the city. Colleges and universities According to education rankings released by the U.S. Census Bureau in 2017, 44.4% of San Diegans (city, not county) ages 25 and older hold bachelor's degrees, compared to 30.9% in the United States as a whole. The census ranks the city as the ninth-most educated city in the United States, based on these figures. The largest university in the area is the University of California, San Diego (UCSD). The university is the southernmost campus of the University of California system and is the second largest employer in the city. It is the only university in the city that is classified "R1: Doctoral Universities – Very high research activity", and it has the 7th largest research expenditure in the country. Other public colleges and universities in the city include San Diego State University (SDSU) and the San Diego Community College District, which includes San Diego City College, San Diego Mesa College, and San Diego Miramar College. Private non-profit colleges and universities in the city include the University of San Diego (USD), Point Loma Nazarene University (PLNU), National University's San Diego campus, University of Redlands' School of Business San Diego campus, Brandman University's San Diego campus, San Diego Christian College, and John Paul the Great Catholic University. For-profit institutions include Alliant International University (AIU), California International Business University (CIBU), California College San Diego, Fashion Institute of Design & Merchandising's San Diego campus, NewSchool of Architecture and Design, Platt College, Southern States University (SSU), UEI College, and Woodbury University School of Architecture's satellite campus. There is one medical school in the city, the UCSD School of Medicine. There are three ABA accredited law schools in the city, which include California Western School of Law, Thomas Jefferson School of Law, and University of San Diego School of Law. There is also one law school, Western Sierra Law School, not accredited by the ABA. Libraries The city-run San Diego Public Library system is headquartered downtown and has 36 branches throughout the city. The newest location is in Skyline Hills, which broke ground in 2015. The libraries have had reduced operating hours since 2003 due to the city's financial problems. In 2006 the city increased spending on libraries by $2.1 million. A new nine-story Central Library on Park Boulevard at J Street opened on September 30, 2013. In addition to the municipal public library system, there are nearly two dozen libraries open to the public run by other governmental agencies, and by schools, colleges, and universities. Noteworthy are the Malcolm A. Love Library at San Diego State University, and the Geisel Library at the University of California, San Diego. Culture Many popular museums, such as the San Diego Museum of Art, the San Diego Natural History Museum, the Museum of Us, the Museum of Photographic Arts, and the San Diego Air & Space Museum, are located in Balboa Park, which is also the location of the San Diego Zoo. The Museum of Contemporary Art San Diego (MCASD) is located in La Jolla and has a branch located at the Santa Fe Depot downtown. The downtown branch consists of two buildings on two opposite streets. The Columbia district downtown is home to historic ship exhibits belonging to the San Diego Maritime Museum, headlined by the Star of India, as well as the unrelated San Diego Aircraft Carrier Museum featuring the aircraft carrier. The San Diego Symphony at Symphony Towers performs on a regular basis; from 2004 to 2017, its director was Jahja Ling. The San Diego Opera at Civic Center Plaza, now directed by David Bennett, was ranked by Opera America as one of the top 10 opera companies in the United States. Old Globe Theatre at Balboa Park produces about 15 plays and musicals annually. The La Jolla Playhouse at UCSD is directed by Christopher Ashley. Both the Old Globe Theatre and the La Jolla Playhouse have produced the world premieres of plays and musicals that have gone on to win Tony Awards or nominations on Broadway. The Joan B. Kroc Theatre at Kroc Center's Performing Arts Center is a 600-seat state-of-the-art theatre that hosts music, dance, and theatre performances. The San Diego Repertory Theatre at the Lyceum Theatres in Westfield Horton Plaza produces a variety of plays and musicals. Hundreds of movies and a dozen TV shows have been filmed in San Diego, a tradition going back as far as 1898. Sports San Diego is currently home to one major professional sports team and several other highest-level professional teams, as well as minor league teams, semi-pro and amateur teams, and college athletics teams, in addition to individual and other sporting events. Teams Major professional team Highest-level professional teams {| class="wikitable sortable" style="text-align:center;" !Club !Sport !Since !League !Venue (capacity) !Titles |- | align="left" |San Diego Wave FC |Soccer (women's) |2022 |National Women's Soccer League (NWSL) |Torero Stadium (6,000) | |- | align="left" |San Diego Seals |Lacrosse |2017 |National Lacrosse League (NLL) |Pechanga Arena (12,920) | |- | align="left" |San Diego Legion |Rugby union |2018 |Major League Rugby (MLR) |SDSU Sports Deck (3,000) | |- | align="left" |San Diego Sockers |Indoor soccer |1978 |Major Arena Soccer League (MASL) |Pechanga Arena (12,000) |15 |- | align="left" |San Diego Strike Force |Indoor football |2019 |Indoor Football League (IFL) |Pechanga Arena (12,000) | |- | align="left" |San Diego Aviators |Tennis |2014 |World TeamTennis (WTT) |Omni La Costa Court (2,100) |1 (2016) |- | align="left" |San Diego Surfers |Rugby union(women's) |2011 |Women's Premier League Rugby (WPL) |Robb Athletic Field |2 (2016, 2018) |- | align="left" |San Diego Lions |Australian football |1997 |United States Australian Football League (USAFL) | varies |2 (2001, 2006) |- | align="left" |San Diego Growlers |Ultimate disc |2015 |American Ultimate Disc League (AUDL) |varies | |- | align="left" |San Diego Yacht Club |Sailing |1886 |America's Cup |San Diego Bay |3 (1987, 1988, 1992) |- | align="left" |San Diego Swell |Rugby league |TBD{{efn|The Swell was announced in March 2021 as one of 14 league foundation teams, however its first season was postponed along with the rest of the entire announced Western Division}} |North American Rugby League (NARL) |TBD| |} Minor league professional teams College teams San Diego hosts three NCAA Division I universities: San Diego State University; the University of California, San Diego; and the University of San Diego. The city also hosts Point Loma Nazarene University of NCAA Division II. Also in the San Diego area are California State University, San Marcos of NCAA Division II and the University of Saint Katherine of the NAIA, both located in San Marcos, and San Diego Christian College of the NAIA, located in Santee. Events Annual events San Diego has hosted numerous other major sports events. College football's annual bowl game, the Holiday Bowl, is held in the city. The annual Farmers Insurance Open golf tournament (formerly
for suburban expansion to the north and control of the San Ysidro Port of Entry. As the Cold War ended, the military shrunk and so did defense spending. San Diego has since become a center of the emerging biotech industry and is home to telecommunications giant Qualcomm. San Diego had also grown in the tourism industry with the popularity of attractions such as the San Diego Zoo, SeaWorld San Diego, and Legoland California in Carlsbad. Geography According to SDSU professor emeritus Monte Marshall, San Diego Bay is "the surface expression of a north-south-trending, nested graben". The Rose Canyon and Point Loma fault zones are part of the San Andreas Fault system. About east of the bay are the Laguna Mountains in the Peninsular Ranges, which are part of the backbone of the American continents. The city lies on approximately 200 deep canyons and hills separating its mesas, creating small pockets of natural open space scattered throughout the city and giving it a hilly geography. Traditionally, San Diegans have built their homes and businesses on the mesas, while leaving the urban canyons relatively wild. Thus, the canyons give parts of the city a segmented feel, creating gaps between otherwise proximate neighborhoods and contributing to a low-density, car-centered environment. The San Diego River runs through the middle of San Diego from east to west, creating a river valley that serves to divide the city into northern and southern segments. During the historic period and presumably earlier as well, the river has shifted its flow back and forth between San Diego Bay and Mission Bay, and its fresh water was the focus of the earliest Spanish explorers. Miguel Costansó, a cartographer, wrote in 1769, "When asked by signs where the watering-place was, the Indians pointed to a grove which could be seen at a considerable distance to the northeast, giving to understand that a river or creek flowed through it, and that they would lead our men to it if they would follow." That river was the San Diego River. Several reservoirs and Mission Trails Regional Park also lie between and separate developed areas of the city. Notable peaks within the city limits include Cowles Mountain, the highest point in the city at ; Black Mountain at ; and Mount Soledad at . The Cuyamaca Mountains and Laguna Mountains rise to the east of the city, and beyond the mountains are desert areas. The Cleveland National Forest is a half-hour drive from downtown San Diego. Numerous farms are found in the valleys northeast and southeast of the city. In its 2013 ParkScore ranking, The Trust for Public Land reported that San Diego had the 9th-best park system among the 50 most populous U.S. cities. ParkScore ranks city park systems by a formula that analyzes acreage, access, and service and investment. Communities and neighborhoods The City of San Diego recognizes 52 individual areas as Community Planning Areas. Within a given planning area there may be several distinct neighborhoods. Altogether the city contains more than 100 identified neighborhoods. Downtown San Diego is located on San Diego Bay. Balboa Park encompasses several mesas and canyons to the northeast, surrounded by older, dense urban communities including Hillcrest and North Park. To the east and southeast lie City Heights, the College Area, and Southeast San Diego. To the north lies Mission Valley and Interstate 8. The communities north of the valley and freeway, and south of Marine Corps Air Station Miramar, include Clairemont, Kearny Mesa, Tierrasanta, and Navajo. Stretching north from Miramar are the northern suburbs of Mira Mesa, Scripps Ranch, Rancho Peñasquitos, and Rancho Bernardo. The far northeast portion of the city encompasses Lake Hodges and the San Pasqual Valley, which holds an agricultural preserve. Carmel Valley and Del Mar Heights occupy the northwest corner of the city. To their south are Torrey Pines State Reserve and the business center of the Golden Triangle. Further south are the beach and coastal communities of La Jolla, Pacific Beach, Mission Beach, and Ocean Beach. Point Loma occupies the peninsula across San Diego Bay from downtown. The communities of South San Diego (an Exclave), such as San Ysidro and Otay Mesa, are located next to the Mexico–United States border, and are physically separated from the rest of the city by the cities of National City and Chula Vista. A narrow strip of land at the bottom of San Diego Bay connects these southern neighborhoods with the rest of the city. For the most part, San Diego neighborhood boundaries tend to be understood by its residents based on geographical boundaries like canyons and street patterns. The city recognized the importance of its neighborhoods when it organized its 2008 General Plan around the concept of a "City of Villages". Cityscape San Diego was originally centered on the Old Town district, but by the late 1860s the focus had shifted to the bayfront, in the belief that this new location would increase trade. As the "New Town" – present-day Downtown – waterfront location quickly developed, it eclipsed Old Town as the center of San Diego. The development of skyscrapers over in San Diego is attributed to the construction of the El Cortez Hotel in 1927, the tallest building in the city from 1927 to 1963. As time went on, multiple buildings claimed the title of San Diego's tallest skyscraper, including the Union Bank of California Building and Symphony Towers. Currently the tallest building in San Diego is One America Plaza, standing tall, which was completed in 1991. The downtown skyline contains no super-talls, as a regulation put in place by the Federal Aviation Administration in the 1970s set a limit on the height of buildings within a radius of the San Diego International Airport. An iconic description of the skyline includes its skyscrapers being compared to the tools of a toolbox. There are several new high-rises under construction, including two that exceed 400 feet (122 m) in height. Climate San Diego has one of the top-ten best climates in the United States, according to the Farmers' Almanac and has one of the two best summer climates in the country as scored by The Weather Channel. Under the Köppen–Geiger climate classification system, the San Diego area has been variously categorized as having either a semi-arid climate (BSh in the original classification and BSkn in modified Köppen classification with the n denoting summer fog) or a Mediterranean climate (Csa). San Diego's climate is characterized by warm, dry summers and mild winters, with most of the annual precipitation falling between December and March. The city has a mild climate year-round, with an average of 201 days above and low rainfall ( annually). The climate in San Diego, like most of Southern California, often varies significantly over short geographical distances, resulting in microclimates. In San Diego, this is mostly because of the city's topography (the Bay, and the numerous hills, mountains, and canyons). Frequently, particularly during the "May gray/June gloom" period, a thick "marine layer" cloud cover keeps the air cool and damp within a few miles of the coast, but yields to bright cloudless sunshine approximately inland. Sometimes the June gloom lasts into July, causing cloudy skies over most of San Diego for the entire day. Even in the absence of June gloom, inland areas experience much more significant temperature variations than coastal areas, where the ocean serves as a moderating influence. Thus, for example, downtown San Diego averages January lows of and August highs of . The city of El Cajon, just inland from downtown San Diego, averages January lows of and August highs of . The average surface temperature of the water at Scripps Pier in the California Current has increased by almost since 1950, according to scientists at Scripps Institution of Oceanography. Additionally, the mean minimum is now above , putting San Diego in hardiness zone 11, with the last freeze having occurred many decades ago. Annual rainfall along the coast averages and the median is . The months of December through March supply most of the rain, with February the only month averaging or more. The months of May through September tend to be almost completely dry. Although there are few wet days per month during the rainy period, rainfall can be heavy when it does fall. Rainfall is usually greater in the higher elevations of San Diego; some of the higher areas can receive per year. Variability from year to year can be dramatic: in the wettest years of 1883/1884 and 1940/1941, more than fell, whilst in the driest years there was as little as . The wettest month on record is December 1921 with . Snow in the city is so rare that it has been observed only six times in the century-and-a-half that records have been kept. In 1949 and 1967, snow stayed on the ground for a few hours in higher locations like Point Loma and La Jolla. The other three occasions, in 1882, 1946, and 1987, involved flurries but no accumulation. On February 21, 2019, snow fell and accumulated in residential areas of the city, but none fell in the downtown area. Ecology Like much of southern California, the majority of San Diego's current area was originally occupied on the west by coastal sage scrub and on the east by chaparral, plant communities made up mostly of drought-resistant shrubs. The steep and varied topography and proximity to the ocean create a number of different habitats within the city limits, including tidal marsh and canyons. The chaparral and coastal sage scrub habitats in low elevations along the coast are prone to wildfire, and the rates of fire increased in the 20th century, due primarily to fires starting near the borders of urban and wild areas. San Diego's broad city limits encompass a number of large nature preserves, including Torrey Pines State Reserve, Los Peñasquitos Canyon Preserve, and Mission Trails Regional Park. Torrey Pines State Reserve and a coastal strip continuing to the north constitute one of only two locations where the rare species of Torrey Pine, Pinus torreyana, is found. Due to the steep topography that prevents or discourages building, along with some efforts for preservation, there are also a large number of canyons within the city limits that serve as nature preserves, including Switzer Canyon, Tecolote Canyon Natural Park, and Marian Bear Memorial Park in San Clemente Canyon, as well as a number of small parks and preserves. San Diego County has one of the highest counts of animal and plant species that appear on the endangered list of counties in the United States. Because of its diversity of habitat and its position on the Pacific Flyway, San Diego County has recorded 492 different bird species, more than any other region in the country. San Diego always scores high in the number of bird species observed in the annual Christmas Bird Count, sponsored by the Audubon Society, and it is known as one of the "birdiest" areas in the United States. San Diego and its backcountry suffer from periodic wildfires. In October 2003, San Diego was the site of the Cedar Fire, at that time the largest wildfire in California over the past century. The fire burned , killed 15 people, and destroyed more than 2,200 homes. In addition to damage caused by the fire, smoke resulted in a significant increase in emergency room visits due to asthma, respiratory problems, eye irritation, and smoke inhalation; the poor air quality caused San Diego County schools to close for a week. Wildfires four years later destroyed some areas, particularly within Rancho Bernardo, as well as the nearby communities of Rancho Santa Fe and Ramona. Demographics The city had a population of 1,307,402 according to the 2010 census, distributed over a land area of . The urban area of San Diego extends beyond the administrative city limits and had a total population of 2,956,746, making it the third-largest urban area in the state, after that of the Los Angeles metropolitan area and San Francisco metropolitan area. They, along with the Riverside–San Bernardino, form those metropolitan areas in California larger than the San Diego metropolitan area, which had a total population of 3,095,313 at the 2010 census. The 2010 population represents an increase of just under 7% from the 1,223,400 people, 450,691 households, and 271,315 families reported in 2000. The estimated city population in 2009 was 1,306,300. The population density was . The racial makeup of San Diego was 58.9% White, 6.7% African American, 0.6% Native American, 15.9% Asian (5.9% Filipino, 2.7% Chinese, 2.5% Vietnamese, 1.3% Indian, 1.0% Korean, 0.7% Japanese, 0.4% Laotian, 0.3% Cambodian, 0.1% Thai). 0.5% Pacific Islander (0.2% Guamanian, 0.1% Samoan, 0.1% Native Hawaiian), 12.3% from other races, and 5.1% from two or more races. The ethnic makeup of the city was 28.8% Hispanic or Latino (of any race); 24.9% of the total population were Mexican American, 1.4% were Spanish American and 0.6% were Puerto Rican. Median age of Hispanics was 27.5 years, compared to 35.1 years overall and 41.6 years among non-Hispanic whites; Hispanics were the largest group in all ages under 18, and non-Hispanic whites constituted 63.1% of population 55 and older. , the San Diego City and County had the fifth-largest homeless population among major cities in the United States, with 8,102 people experiencing homelessness. In the city of San Diego, 4,887 individuals were experiencing homelessness according to the 2020 count. In 2000 there were 451,126 households, out of which 30.2% had children under the age of 18 living with them, 44.6% were married couples living together, 11.4% had a female householder with no husband present, and 39.8% were non-families. Households made up of individuals account for 28.0%, and 7.4% had someone living alone who was 65 years of age or older. The average household size was 2.61, and the average family size was 3.30. The U.S. Census Bureau reported that in 2000, 24.0% of San Diego residents were under 18, and 10.5% were 65 and over. the median age was 35.6; more than a quarter of residents were under age 20 and 11% were over age 65. Millennials (ages 18 through 34) constitute 27.1% of San Diego's population, the second-highest percentage in a major U.S. city. The San Diego County regional planning agency, SANDAG, provides tables and graphs breaking down the city population into five-year age groups. In 2000, the median income for a household in the city was $45,733, and the median income for a family was $53,060. Males had a median income of $36,984 versus $31,076 for females. The per capita income for the city was $35,199. According to Forbes in 2005, San Diego was the fifth wealthiest U.S. city, but about 10.6% of families and 14.6% of the population were below the poverty line, including 20.0% of those under age 18 and 7.6% of those age 65 or over. San Diego was rated the fifth-best place to live in the United States in 2006 by Money magazine, although it was no longer rated in the top 100 places by 2017. As of January 1, 2008 estimates by the San Diego Association of Governments revealed that the household median income for San Diego rose to $66,715, up from $45,733 in 2000. San Diego was named the ninth-most LGBT-friendly city in the U.S. in 2013. The city also has the seventh-highest percentage of gay residents in the U.S. Additionally in 2013, San Diego State University (SDSU), one of the city's prominent universities, was named one of the top LGBT-friendly campuses in the nation. According to a 2014 study by the Pew Research Center, 68% of the population of the city identified themselves as Christians, with 32% professing attendance at a variety of churches that could be considered Protestant, and 32% professing Roman Catholic beliefs. while 27% claim no religious affiliation. The same study says that other religions (including Judaism, Buddhism, Islam, and Hinduism) collectively make up about 5% of the population. Economy The largest sectors of San Diego's economy are defense/military, tourism, international trade, and research/manufacturing. In 2014, San Diego was designated by a Forbes columnist as the best city in the country to launch a small business or startup company. San Diego recorded a median household income of $79,646 in 2018, an increase of 3.89% from $76,662 in 2017. The median property value in San Diego in 2018 was $654,700, and the average home has two cars per household. Defense and military The economy of San Diego is influenced by its deepwater port, which includes the only major submarine and shipbuilding yards on the West Coast. Several major national defense contractors were started and are headquartered in San Diego, including General Atomics, Cubic, and NASSCO. San Diego hosts the largest naval fleet in the world: In 2008 it was home to 53 ships, over 120 tenant commands, and more than 35,000 sailors, marines, Department of Defense civilian employees and contractors. About 5 percent of all civilian jobs in the county are military-related, and 15,000 businesses in San Diego County rely on Department of Defense contracts. Military bases in San Diego include US Navy facilities, Marine Corps bases, and Coast Guard stations. The city is "home to the majority of the U.S. Pacific Fleet's surface combatants, all of the Navy's West Coast amphibious ships and a variety of Coast Guard and Military Sealift Command vessels". The military infrastructure in San Diego is still growing and developing, with numerous military personnel stationed there, numbers of which are expected to rise. This plays a significant role in the city's economy, as of 2020, it provides roughly 25% of the GRP and provides 23% of the total jobs in San Diego. Tourism Tourism is a major industry owing to the city's climate, beaches, and tourist attractions such as Balboa Park, Belmont amusement park, San Diego Zoo, San Diego Zoo Safari Park, and SeaWorld San Diego. San Diego's Spanish and Mexican heritage is reflected in many historic sites across the city, such as Mission San Diego de Alcalá and Old Town San Diego State Historic Park. Also, the local craft brewing industry attracts an increasing number of visitors for "beer tours" and the annual San Diego Beer Week in November; San Diego has been called "America's Craft Beer Capital." San Diego County hosted more than 32 million visitors in 2012; collectively they spent an estimated $8 billion. The visitor industry provides employment for more than 160,000 people. San Diego's cruise ship industry used to be the second-largest in California. Numerous cruise lines operate out of San Diego. However, cruise ship business has been in decline since 2008, when the Port hosted over 250 ship calls and more than 900,000 passengers. By 2016–2017, the number of ship calls had fallen to 90. Local sightseeing cruises are offered in San Diego Bay and Mission Bay, as well as whale-watching cruises to observe the migration of gray whales, peaking in mid-January. Sport fishing is another popular tourist attraction; San Diego is home to southern California's biggest sport fishing fleet. International trade San Diego's commercial port and its location on the United States–Mexico border make international trade an important factor in the city's economy. The city is authorized by the United States government to operate as a Foreign Trade Zone. The city shares a border with Mexico that includes two border crossings. San Diego hosts the busiest international border crossing in the world, in the San Ysidro neighborhood at the San Ysidro Port of Entry. A second, primarily commercial border crossing operates in the Otay Mesa area; it is the largest commercial crossing on the California-Baja California border and handles the third-highest volume of trucks and dollar value of trade among all United States-Mexico land crossings. One of the Port of San Diego's two cargo facilities is located in Downtown San Diego at the Tenth Avenue Marine Terminal. This terminal has facilities for containers, bulk cargo, and refrigerated and frozen storage, so that it can handle the import and export of many commodities. In 2009 the Port of San Diego handled 1,137,054 short tons of total trade; foreign trade accounted for 956,637 short tons while domestic trade amounted to 180,417 short tons. Historically tuna fishing and canning was one of San Diego's major industries, although the American tuna fishing fleet is no longer based in San Diego. Seafood company Bumble Bee Foods is headquartered in San Diego and Chicken of the Sea was until 2018. Companies San Diego hosts several major producers of wireless cellular technology. Qualcomm was founded and is headquartered in San Diego, and is one of the largest private-sector employers in San Diego. Other wireless industry manufacturers headquartered here include Nokia, LG Electronics, Kyocera International, Cricket Communications and Novatel Wireless. San Diego also has the U.S. headquarters for the Slovakian security company ESET. San Diego has been designated as an iHub Innovation Center for potential collaboration between wireless and the life sciences. The University of California, San Diego and other research institutions have helped to fuel the growth of biotechnology. In 2013, San Diego had the second-largest biotech cluster in the United States, below the Boston area and above the San Francisco Bay Area. There are more than 400 biotechnology companies in the area. In particular, the La Jolla and nearby Sorrento Valley areas are home to offices and research facilities for numerous biotechnology companies. Major biotechnology companies like Illumina and Neurocrine Biosciences are headquartered in San Diego, while many other biotech and pharmaceutical companies have offices or research facilities in San Diego. San Diego is also home to more than 140 contract research organizations (CROs) that provide contract services for pharmaceutical and biotechnology companies. Top employers According to the city's 2021 Annual Comprehensive Financial Report, the top employers in the city are: Real estate San Diego has high real estate prices. San Diego home prices peaked in 2005, and then declined along with the national trend. As of December 2010, prices were down 36 percent from the peak, median price of homes having declined by more than $200,000 between 2005 and 2010. As of May 2015, the median price of a house was $520,000. In November 2018 the median home price was $558,000. The San Diego metropolitan area had one of the worst housing affordability rankings of all metropolitan areas in the United States in 2009. Consequently, San Diego has experienced negative net migration since 2004. A significant number of people moved to adjacent Riverside County, commuting daily to jobs in San Diego, while others are leaving the region altogether and moving to more affordable regions. Government Local government The city is governed by a mayor and a nine-member city council. In 2006, its government changed from a council–manager government to a strong mayor government, as decided by a citywide vote in 2004. The mayor is in effect the chief executive officer of the city, while the council is the legislative body. The City of San Diego is responsible for police, public safety, streets, water and sewer service, planning and zoning, and similar services within its borders. San Diego is a sanctuary city, however, San Diego County is a participant of the Secure Communities program. , the city had one employee for every 137 residents, with a payroll greater than $733 million. The members of the city council are each elected from single-member districts within the city. The mayor and city attorney are elected directly by the voters of the entire city. The mayor, city attorney, and council members are elected to four-year terms, with a two-term limit. Elections are held on a non-partisan basis per California state law; nevertheless, most officeholders do identify themselves as either Democrats or Republicans. In 2007, registered Democrats outnumbered Republicans by about 7 to 6 in the city, and Democrats currently () hold a 8–1 majority in the city council. The current mayor, Todd Gloria, is a member of the Democratic Party. San Diego is part of San Diego County, and includes all or part of the 1st, 2nd, 3rd and 4th supervisorial districts of the San Diego County Board of Supervisors, Other county officers elected in part by city residents include the Sheriff, District Attorney, Assessor/Recorder/County Clerk, and Treasurer/Tax Collector. Areas of the city immediately adjacent to San Diego Bay ("tidelands") are administered by the Port of San Diego, a quasi-governmental agency which owns all the property in the tidelands and is responsible for its land use planning, policing, and similar functions. San Diego is a member of the regional planning agency San Diego Association of Governments (SANDAG). Public schools within the city are managed and funded by independent school districts (see below). State and federal representation In the California State Senate, San Diego County encompasses the 38th, 39th and 40th districts, represented by , , and , respectively. In the California State Assembly, lying partially within the city of San Diego are the 77th, 78th, 79th, and 80th districts, represented by , , , and , respectively. In the United States House of Representatives, San Diego County includes parts or all of California's 49th, 50th, 51st, 52nd, and 53rd congressional districts, represented by , , , , and , respectively. Election history After narrowly supporting Lyndon B. Johnson in 1964, San Diego provided majorities to all six Republican presidential candidates from 1968 to 1988. However, in more recent decades, San Diego has trended in favor of Democratic presidential candidates for president. George H.W. Bush in 1988 is the last Republican candidate to carry San Diego in a presidential election. Major scandals San Diego was the site of the 1912 San Diego free speech fight, in which the city restricted speech, vigilantes brutalized and tortured anarchists, and the San Diego Police Department killed a member of the Industrial Workers of the World (IWW). In 1916, rainmaker Charles Hatfield was blamed for $4 million in damages and accused of causing San Diego's worst flood, during which about 20 Japanese American farmers died. Then-mayor Roger Hedgecock was forced to resign his post in 1985, after he was found guilty of one count of conspiracy and 12 counts of perjury, related to the alleged failure to report all campaign contributions. After a series of appeals, the 12 perjury counts were dismissed in 1990 based on claims of juror misconduct; the remaining conspiracy count was reduced to a misdemeanor and then dismissed. A 2002 scheme to underfund pensions for city employees led to the San Diego pension scandal. This resulted in the resignation of newly re-elected Mayor Dick Murphy and the criminal indictment of six pension board members. Those charges were finally dismissed by a federal judge in 2010. On November 28, 2005, U.S. Congressman Randy "Duke" Cunningham resigned after being convicted on federal bribery charges. He had represented California's 50th congressional district, which includes much of the northern portion of the city of San Diego. In 2006, Cunningham was sentenced to a 100-month prison sentence. He was released in 2013. In 2005 two city council members, Ralph Inzunza and Deputy Mayor Michael Zucchet – who briefly took over as acting mayor when Murphy resigned – were convicted of extortion, wire fraud, and conspiracy to commit wire fraud for taking campaign contributions from a strip club owner and his associates, allegedly in exchange for trying to repeal the city's "no touch" laws at strip clubs. Both subsequently resigned. Inzunza was sentenced to 21 months in prison. In 2009, a judge acquitted Zucchet on seven out of the nine counts against him, and granted his petition for a new trial on the other two charges; the remaining charges were eventually dropped. In July 2013, three former supporters of mayor Bob Filner asked him to resign because of allegations of repeated sexual harassment. Over the ensuing six weeks, 18 women came forward to publicly claim that Filner had sexually harassed them, and multiple individuals and groups called for him to resign. Filner agreed to resign effective August 30, 2013, subsequently pleaded guilty to one felony count of false imprisonment and two misdemeanor battery charges, and was sentenced to house arrest and probation. Crime San Diego was ranked as the 20th-safest city in America in 2013 by Business Insider. According to Forbes magazine, San Diego was the ninth-safest city in the top 10 list of safest cities in the U.S. in 2010. Like most major cities, San Diego had a declining crime rate from 1990 to 2000. 1991 would mark the city's deadliest year, registering 179 homicides within city limits (while the region as a whole peaked at 278 homicides), capping off an unabated, eight-year climb in murders, rapes, robberies, and assault dating back to 1983. At the time, the city was ranked last among the 10 most populous U.S. cities in homicides per 1,000 population, and ninth in crimes per 1,000. From 1980 to 1994, San Diego surpassed 100 murders ten times before tapering off to 91 homicides in 1995. That number would not exceed 79 for the next 15 years. Crime in San Diego increased in the early 2000s. In 2004, San Diego had the sixth lowest crime rate of any U.S. city with over half a million residents. From 2002 to 2006, the crime rate overall dropped 0.8%, though not evenly by category. While violent crime decreased 12.4% during this period, property crime increased 1.1%. Total property crimes per 100,000 people were lower than the national average in 2008. According to Uniform Crime Report statistics compiled by the Federal Bureau of Investigation (FBI) in 2010, there were 5,616 violent crimes and 30,753 property crimes. Of these, the violent crimes consisted of forcible rapes, 73 robberies and 170 aggravated assaults, while 6,387 burglaries, 17,977 larceny-thefts, 6,389 motor vehicle thefts and 155 acts of arson defined the property offenses. In 2013, San Diego had the lowest murder rate of the ten largest cities in the United States. Education Primary and secondary schools Public schools in San Diego are operated by independent school districts. The majority of the public schools in the city are served by the San Diego Unified School District, the second-largest school district in California, which includes 11 K–8 schools, 107 elementary schools, 24 middle schools, 13 atypical and alternative schools, 28 high schools, and 45 charter schools. Several adjacent school districts which are headquartered outside the city limits serve some schools within the city; these include the Poway Unified School District, Del Mar Union School District, San Dieguito Union High School District, and Sweetwater Union High School District. In addition, there are a number of private schools in the city. Colleges and
success. Hypothetical in-space propulsion technologies describe the propulsion technologies that could meet future space science and exploration needs. These propulsion technologies are intended to provide effective exploration of our Solar System and will permit mission designers to plan missions to "fly anytime, anywhere, and complete a host of science objectives at the destinations" and with greater reliability and safety. With a wide range of possible missions and candidate propulsion technologies, the question of which technologies are "best" for future missions is a difficult one. A portfolio of propulsion technologies should be developed to provide optimum solutions for a diverse set of missions and destinations. Purpose and function In-space propulsion begins where the upper stage of the launch vehicle leaves off; performing the functions of primary propulsion, reaction control, station keeping, precision pointing, and orbital maneuvering. The main engines used in space provide the primary propulsive force for orbit transfer, planetary trajectories and extra planetary landing and ascent. The reaction control and orbital maneuvering systems provide the propulsive force for orbit maintenance, position control, station keeping, and spacecraft attitude control. When in space, the purpose of a propulsion system is to change the velocity, or v, of a spacecraft. Because this is more difficult for more massive spacecraft, designers generally discuss spacecraft performance in amount of change in momentum per unit of propellant consumed also called specific impulse. The higher the specific impulse, the better the efficiency. Ion propulsion engines have high specific impulse (~3000 s) and low thrust whereas chemical rockets like monopropellant or bipropellant rocket engines have a low specific impulse (~300 s) but high thrust. When launching a spacecraft from Earth, a propulsion method must overcome a higher gravitational pull to provide a positive net acceleration. In orbit, any additional impulse, even very tiny, will result in a change in the orbit path. 1) Prograde/Retrogade (i.e. acceleration in the tangential/opposite in tangential direction) - Increases/Decreases altitude of orbit 2) Perpendicular to orbital plane - Changes Orbital inclination The rate of change of velocity is called acceleration, and the rate of change of momentum is called force. To reach a given velocity, one can apply a small acceleration over a long period of time, or one can apply a large acceleration over a short time. Similarly, one can achieve a given impulse with a large force over a short time or a small force over a long time. This means that for manoeuvring in space, a propulsion method that produces tiny accelerations but runs for a long time can produce the same impulse as a propulsion method that produces large accelerations for a short time. When launching from a planet, tiny accelerations cannot overcome the planet's gravitational pull and so cannot be used. Earth's surface is situated fairly deep in a gravity well. The escape velocity required to get out of it is 11.2 kilometers/second. As human beings evolved in a gravitational field of 1g (9.8 m/s²), an ideal propulsion system for human spaceflight would be one that provides a continuous acceleration of 1g (though human bodies can tolerate much larger accelerations over short periods). The occupants of a rocket or spaceship having such a propulsion system would be free from all the ill effects of free fall, such as nausea, muscular weakness, reduced sense of taste, or leaching of calcium from their bones. The law of conservation of momentum means that in order for a propulsion method to change the momentum of a space craft it must change the momentum of something else as well. A few designs take advantage of things like magnetic fields or light pressure in order to change the spacecraft's momentum, but in free space the rocket must bring along some mass to accelerate away in order to push itself forward. Such mass is called reaction mass. In order for a rocket to work, it needs two things: reaction mass and energy. The impulse provided by launching a particle of reaction mass having mass m at velocity v is mv. But this particle has kinetic energy mv²/2, which must come from somewhere. In a conventional solid, liquid, or hybrid rocket, the fuel is burned, providing the energy, and the reaction products are allowed to flow out the back, providing the reaction mass. In an ion thruster, electricity is used to accelerate ions out the back. Here some other source must provide the electrical energy (perhaps a solar panel or a nuclear reactor), whereas the ions provide the reaction mass. When discussing the efficiency of a propulsion system, designers often focus on effectively using the reaction mass. Reaction mass must be carried along with the rocket and is irretrievably consumed when used. One way of measuring the amount of impulse that can be obtained from a fixed amount of reaction mass is the specific impulse, the impulse per unit weight-on-Earth (typically designated by ). The unit for this value is seconds. Because the weight on Earth of the reaction mass is often unimportant when discussing vehicles in space, specific impulse can also be discussed in terms of impulse per unit mass. This alternate form of specific impulse uses the same units as velocity (e.g. m/s), and in fact it is equal to the effective exhaust velocity of the engine (typically designated ). Confusingly, both values are sometimes called specific impulse. The two values differ by a factor of gn, the standard acceleration due to gravity 9.80665 m/s² (). A rocket with a high exhaust velocity can achieve the same impulse with less reaction mass. However, the energy required for that impulse is proportional to the exhaust velocity, so that more mass-efficient engines require much more energy, and are typically less energy efficient. This is a problem if the engine is to provide a large amount of thrust. To generate a large amount of impulse per second, it must use a large amount of energy per second. So high-mass-efficient engines require enormous amounts of energy per second to produce high thrusts. As a result, most high-mass-efficient engine designs also provide lower thrust due to the unavailability of high amounts of energy. In-space propulsion represents technologies that can significantly improve a number of critical aspects of the mission. Space exploration is about getting somewhere safely (mission enabling), getting there quickly (reduced transit times), getting a lot of mass there (increased payload mass), and getting there cheaply (lower cost). The simple act of "getting" there requires the employment of an in-space propulsion system, and the other metrics are modifiers to this fundamental action. Development of technologies will result in technical solutions that improve thrust levels, Isp, power, specific mass, (or specific power), volume, system mass, system complexity, operational complexity, commonality with other spacecraft systems, manufacturability, durability, and cost. These types of improvements will yield decreased transit times, increased payload mass, safer spacecraft, and decreased costs. In some instances, development of technologies within this technology area (TA) will result in mission-enabling breakthroughs that will revolutionize space exploration. There is no single propulsion technology that will benefit all missions or mission types. The requirements for in-space propulsion vary widely due according to their intended application. The described technologies should support everything from small satellites and robotic deep space exploration to space stations and human missions to Mars applications. Defining technologies Furthermore, the term "mission pull" defines a technology or a performance characteristic necessary to meet a planned NASA mission requirement. Any other relationship between a technology and a mission (an alternate propulsion system, for example) is categorized as "technology push." Also, a space demonstration refers to the spaceflight of a scaled version of a particular technology or of a critical technology subsystem. On the other hand, a space validation would serve as a qualification flight for future mission implementation. A successful validation flight would not require any additional space testing of a particular technology before it can be adopted for a science or exploration mission. Operating domains Spacecraft operate in many areas of space. These include orbital maneuvering, interplanetary travel and interstellar travel. Orbital Artificial satellites are first launched into the desired altitude by conventional liquid/solid propelled rockets after which the satellite may use onboard propulsion systems for orbital stationkeeping. Once in the desired orbit, they often need some form of attitude control so that they are correctly pointed with respect to the Earth, the Sun, and possibly some astronomical object of interest. They are also subject to drag from the thin atmosphere, so that to stay in orbit for a long period of time some form of propulsion is occasionally necessary to make small corrections (orbital station-keeping). Many satellites need to be moved from one orbit to another from time to time, and this also requires propulsion. A satellite's useful life is usually over once it has exhausted its ability to adjust its orbit. Interplanetary For interplanetary travel, a spacecraft can use its engines to leave Earth's orbit. It is not explicitly necessary as the initial boost given by the rocket, gravity slingshot, monopropellant/bipropellent attitude control propulsion system are enough for the exploration of the solar system (see New Horizons). Once it has done so, it must somehow make its way to its destination. Current interplanetary spacecraft do this with a series of short-term trajectory adjustments. In between these adjustments, the spacecraft simply moves along its trajectory without accelerating. The most fuel-efficient means to move from one circular orbit to another is with a Hohmann transfer orbit: the spacecraft begins in a roughly circular orbit around the Sun. A short period of thrust in the direction of motion accelerates or decelerates the spacecraft into an elliptical orbit around the Sun which is tangential to its previous orbit and also to the orbit of its destination. The spacecraft falls freely along this elliptical orbit until it reaches its destination, where another short period of thrust accelerates or decelerates it to match the orbit of its destination. Special methods such as aerobraking or aerocapture are sometimes used for this final orbital adjustment. Some spacecraft propulsion methods such as solar sails provide very low but inexhaustible thrust; an interplanetary vehicle using one of these methods would follow a rather different trajectory, either constantly thrusting against its direction of motion in order to decrease its distance from the Sun or constantly thrusting along its direction of motion to increase its distance from the Sun. The concept has been successfully tested by the Japanese IKAROS solar sail spacecraft. Interstellar No spacecraft capable of short duration (compared to human lifetime) interstellar travel has yet been built, but many hypothetical designs have been discussed. Because interstellar distances are very great, a tremendous velocity is needed to get a spacecraft to its destination in a reasonable amount of time. Acquiring such a velocity on launch and getting rid of it on arrival remains a formidable challenge for spacecraft designers. Propulsion technology The technology areas are divided into four basic groups: (1) Chemical propulsion, (2) Nonchemical propulsion, (3) Advanced propulsion technologies, and (4) Supporting technologies; based on the physics of the propulsion system and how it derives thrust as well as its technical maturity. Additionally, there may be credible meritorious in-space propulsion concepts not foreseen or reviewed at the time of publication, and which may be shown to be beneficial to future mission applications. Chemical propulsion A large fraction of the rocket engines in use today are chemical rockets; that is, they obtain the energy needed to generate thrust by chemical reactions to create a hot gas that is expanded to produce thrust. A significant limitation of chemical propulsion is that it has a relatively low specific impulse (Isp), which is the ratio of the thrust produced to the mass of propellant needed at a certain rate of flow. A significant improvement (above 30%) in specific impulse can be obtained by using cryogenic propellants, such as liquid oxygen and liquid hydrogen, for example. Historically, these propellants have not been applied beyond upper stages. Furthermore, numerous concepts for advanced propulsion technologies, such as electric propulsion, are commonly used for station keeping on commercial communications satellites and for prime propulsion on some scientific space missions because they have significantly higher values of specific impulse. However, they generally have very small values of thrust and therefore must be operated for long durations to provide the total impulse required by a mission. Several of these technologies offer performance that is significantly better than that achievable with chemical propulsion. The Glenn Research Center aims to develop primary propulsion technologies which could benefit near and mid-term science missions by reducing cost, mass, and/or travel times. Propulsion architectures of particular interest to the GRC are electric propulsion systems, such as Ion and Hall thrusters. One system combines solar sails, a form of propellantless propulsion which relies on naturally-occurring starlight for propulsion energy, and Hall thrusters. Other propulsion technologies being developed include advanced chemical propulsion and aerocapture. Reaction engines Reaction engines produce thrust by expelling reaction mass, in accordance with Newton's third law of motion. This law of motion is most commonly paraphrased as: "For every action force there is an equal, but opposite, reaction force." Examples include jet engines, rocket engines, pump-jet, and more uncommon variations such as Hall effect
acceleration over a short time. Similarly, one can achieve a given impulse with a large force over a short time or a small force over a long time. This means that for manoeuvring in space, a propulsion method that produces tiny accelerations but runs for a long time can produce the same impulse as a propulsion method that produces large accelerations for a short time. When launching from a planet, tiny accelerations cannot overcome the planet's gravitational pull and so cannot be used. Earth's surface is situated fairly deep in a gravity well. The escape velocity required to get out of it is 11.2 kilometers/second. As human beings evolved in a gravitational field of 1g (9.8 m/s²), an ideal propulsion system for human spaceflight would be one that provides a continuous acceleration of 1g (though human bodies can tolerate much larger accelerations over short periods). The occupants of a rocket or spaceship having such a propulsion system would be free from all the ill effects of free fall, such as nausea, muscular weakness, reduced sense of taste, or leaching of calcium from their bones. The law of conservation of momentum means that in order for a propulsion method to change the momentum of a space craft it must change the momentum of something else as well. A few designs take advantage of things like magnetic fields or light pressure in order to change the spacecraft's momentum, but in free space the rocket must bring along some mass to accelerate away in order to push itself forward. Such mass is called reaction mass. In order for a rocket to work, it needs two things: reaction mass and energy. The impulse provided by launching a particle of reaction mass having mass m at velocity v is mv. But this particle has kinetic energy mv²/2, which must come from somewhere. In a conventional solid, liquid, or hybrid rocket, the fuel is burned, providing the energy, and the reaction products are allowed to flow out the back, providing the reaction mass. In an ion thruster, electricity is used to accelerate ions out the back. Here some other source must provide the electrical energy (perhaps a solar panel or a nuclear reactor), whereas the ions provide the reaction mass. When discussing the efficiency of a propulsion system, designers often focus on effectively using the reaction mass. Reaction mass must be carried along with the rocket and is irretrievably consumed when used. One way of measuring the amount of impulse that can be obtained from a fixed amount of reaction mass is the specific impulse, the impulse per unit weight-on-Earth (typically designated by ). The unit for this value is seconds. Because the weight on Earth of the reaction mass is often unimportant when discussing vehicles in space, specific impulse can also be discussed in terms of impulse per unit mass. This alternate form of specific impulse uses the same units as velocity (e.g. m/s), and in fact it is equal to the effective exhaust velocity of the engine (typically designated ). Confusingly, both values are sometimes called specific impulse. The two values differ by a factor of gn, the standard acceleration due to gravity 9.80665 m/s² (). A rocket with a high exhaust velocity can achieve the same impulse with less reaction mass. However, the energy required for that impulse is proportional to the exhaust velocity, so that more mass-efficient engines require much more energy, and are typically less energy efficient. This is a problem if the engine is to provide a large amount of thrust. To generate a large amount of impulse per second, it must use a large amount of energy per second. So high-mass-efficient engines require enormous amounts of energy per second to produce high thrusts. As a result, most high-mass-efficient engine designs also provide lower thrust due to the unavailability of high amounts of energy. In-space propulsion represents technologies that can significantly improve a number of critical aspects of the mission. Space exploration is about getting somewhere safely (mission enabling), getting there quickly (reduced transit times), getting a lot of mass there (increased payload mass), and getting there cheaply (lower cost). The simple act of "getting" there requires the employment of an in-space propulsion system, and the other metrics are modifiers to this fundamental action. Development of technologies will result in technical solutions that improve thrust levels, Isp, power, specific mass, (or specific power), volume, system mass, system complexity, operational complexity, commonality with other spacecraft systems, manufacturability, durability, and cost. These types of improvements will yield decreased transit times, increased payload mass, safer spacecraft, and decreased costs. In some instances, development of technologies within this technology area (TA) will result in mission-enabling breakthroughs that will revolutionize space exploration. There is no single propulsion technology that will benefit all missions or mission types. The requirements for in-space propulsion vary widely due according to their intended application. The described technologies should support everything from small satellites and robotic deep space exploration to space stations and human missions to Mars applications. Defining technologies Furthermore, the term "mission pull" defines a technology or a performance characteristic necessary to meet a planned NASA mission requirement. Any other relationship between a technology and a mission (an alternate propulsion system, for example) is categorized as "technology push." Also, a space demonstration refers to the spaceflight of a scaled version of a particular technology or of a critical technology subsystem. On the other hand, a space validation would serve as a qualification flight for future mission implementation. A successful validation flight would not require any additional space testing of a particular technology before it can be adopted for a science or exploration mission. Operating domains Spacecraft operate in many areas of space. These include orbital maneuvering, interplanetary travel and interstellar travel. Orbital Artificial satellites are first launched into the desired altitude by conventional liquid/solid propelled rockets after which the satellite may use onboard propulsion systems for orbital stationkeeping. Once in the desired orbit, they often need some form of attitude control so that they are correctly pointed with respect to the Earth, the Sun, and possibly some astronomical object of interest. They are also subject to drag from the thin atmosphere, so that to stay in orbit for a long period of time some form of propulsion is occasionally necessary to make small corrections (orbital station-keeping). Many satellites need to be moved from one orbit to another from time to time, and this also requires propulsion. A satellite's useful life is usually over once it has exhausted its ability to adjust its orbit. Interplanetary For interplanetary travel, a spacecraft can use its engines to leave Earth's orbit. It is not explicitly necessary as the initial boost given by the rocket, gravity slingshot, monopropellant/bipropellent attitude control propulsion system are enough for the exploration of the solar system (see New Horizons). Once it has done so, it must somehow make its way to its destination. Current interplanetary spacecraft do this with a series of short-term trajectory adjustments. In between these adjustments, the spacecraft simply moves along its trajectory without accelerating. The most fuel-efficient means to move from one circular orbit to another is with a Hohmann transfer orbit: the spacecraft begins in a roughly circular orbit around the Sun. A short period of thrust in the direction of motion accelerates or decelerates the spacecraft into an elliptical orbit around the Sun which is tangential to its previous orbit and also to the orbit of its destination. The spacecraft falls freely along this elliptical orbit until it reaches its destination, where another short period of thrust accelerates or decelerates it to match the orbit of its destination. Special methods such as aerobraking or aerocapture are sometimes used for this final orbital adjustment. Some spacecraft propulsion methods such as solar sails provide very low but inexhaustible thrust; an interplanetary vehicle using one of these methods would follow a rather different trajectory, either constantly thrusting against its direction of motion in order to decrease its distance from the Sun or constantly thrusting along its direction of motion to increase its distance from the Sun. The concept has been successfully tested by the Japanese IKAROS solar sail spacecraft. Interstellar No spacecraft capable of short duration (compared to human lifetime) interstellar travel has yet been built, but many hypothetical designs have been discussed. Because interstellar distances are very great, a tremendous velocity is needed to get a spacecraft to its destination in a reasonable amount of time. Acquiring such a velocity on launch and getting rid of it on arrival remains a formidable challenge for spacecraft designers. Propulsion technology The technology areas are divided into four basic groups: (1) Chemical propulsion, (2) Nonchemical propulsion, (3) Advanced propulsion technologies, and (4) Supporting technologies; based on the physics of the propulsion system and how it derives thrust as well as its technical maturity. Additionally, there may be credible meritorious in-space propulsion concepts not foreseen or reviewed at the time of publication, and which may be shown to be beneficial to future mission applications. Chemical propulsion A large fraction of the rocket engines in use today are chemical rockets; that is, they obtain the energy needed to generate thrust by chemical reactions to create a hot gas that is expanded to produce thrust. A significant limitation of chemical propulsion is that it has a relatively low specific impulse (Isp), which is the ratio of the thrust produced to the mass of propellant needed at a certain rate of flow. A significant improvement (above 30%) in specific impulse can be obtained by using cryogenic propellants, such as liquid oxygen and liquid hydrogen, for example. Historically, these propellants have not been applied beyond upper stages. Furthermore, numerous concepts for advanced propulsion technologies, such as electric propulsion, are commonly used for station keeping on commercial communications satellites and for prime propulsion on some scientific space missions because they have significantly higher values of specific impulse. However, they generally have very small values of thrust and therefore must be operated for long durations to provide the total impulse required by a mission. Several of these technologies offer performance that is significantly better than that achievable with chemical propulsion. The Glenn Research Center aims to develop primary propulsion technologies which could benefit near and mid-term science missions by reducing cost, mass, and/or travel times. Propulsion architectures of particular interest to the GRC are electric propulsion systems, such as Ion and Hall thrusters. One system combines solar sails, a form of propellantless propulsion which relies on naturally-occurring starlight for propulsion energy, and Hall thrusters. Other propulsion technologies being developed include advanced chemical propulsion and aerocapture. Reaction engines Reaction engines produce thrust by expelling reaction mass, in accordance with Newton's third law of motion. This law of motion is most commonly paraphrased as: "For every action force there is an equal, but opposite, reaction force." Examples include jet engines, rocket engines, pump-jet, and more uncommon variations such as Hall effect thrusters, ion drives, mass drivers, and nuclear pulse propulsion. Rocket engines Most rocket engines are internal combustion heat engines (although non combusting forms exist). Rocket engines generally produce a high temperature reaction mass, as a hot gas. This is achieved by combusting a solid, liquid or gaseous fuel with an oxidiser within a combustion chamber. The extremely hot gas is then allowed to escape through a high-expansion ratio nozzle. This bell-shaped nozzle is what gives a rocket engine its characteristic shape. The effect of the nozzle is to dramatically accelerate the mass, converting most of the thermal energy into kinetic energy. Exhaust speed reaching as high as 10 times the speed of sound at sea level are common. Rocket engines provide essentially the highest specific powers and high specific thrusts of any engine used for spacecraft propulsion. Ion propulsion rockets can heat a plasma or charged gas inside a magnetic bottle and release it via a magnetic nozzle, so that no solid matter need come in contact with the plasma. Of course, the machinery to do this is complex, but research into nuclear fusion has developed methods, some of which have been proposed to be used in propulsion systems, and some have been tested in a lab. See rocket engine for a listing of various kinds of rocket engines using different heating methods, including chemical, electrical, solar, and nuclear. Nonchemical propulsion Electric propulsion Rather than relying on high temperature and fluid dynamics to accelerate the reaction mass to high speeds, there are a variety of methods that use electrostatic or electromagnetic forces to accelerate the reaction mass directly. Usually the reaction mass is a stream of ions. Such an engine typically uses electric power, first to ionize atoms, and then to create a voltage gradient to accelerate the ions to high exhaust velocities. The idea of electric propulsion dates back to 1906, when Robert Goddard considered the possibility in his personal notebook. Konstantin Tsiolkovsky published the idea in 1911. For these drives, at the highest exhaust speeds, energetic efficiency and thrust are all inversely proportional to exhaust velocity. Their very high exhaust velocity means they require huge amounts of energy and thus with practical power sources provide low thrust, but use hardly any fuel. For some missions, particularly reasonably close to the Sun, solar energy may be sufficient, and has very often been used, but for others further out or at higher power, nuclear energy is necessary; engines drawing their power from a nuclear source are called nuclear electric rockets. With any current source of electrical power, chemical, nuclear or solar, the maximum amount of power that can be generated limits the amount of thrust that can be produced to a small value. Power generation adds significant mass to the spacecraft, and ultimately the weight of the power source limits the performance of the vehicle. Current nuclear power generators are approximately half the weight of solar panels per watt of energy supplied, at terrestrial distances from the Sun. Chemical power generators are not used due to the far lower total available energy. Beamed power to the spacecraft shows some potential. Some electromagnetic methods: Ion thrusters (accelerate ions first and later neutralize the ion beam with an electron stream emitted from a cathode called a neutralizer) Electrostatic ion thruster Gridded ion thruster Field-emission electric propulsion MagBeam Hall effect thruster Colloid thruster Electrothermal thrusters (electromagnetic fields are used to generate a plasma to increase the heat of the bulk propellant, the thermal energy imparted to the propellant gas is then converted into kinetic energy by a nozzle of either physical material construction or by magnetic means) DC arcjet Microwave arcjet Helicon double-layer thruster Electromagnetic thrusters (ions are accelerated either by the Lorentz Force or by the effect of electromagnetic fields where the electric field is not in the direction of the acceleration) Plasma propulsion engine Magnetoplasmadynamic thruster Electrodeless plasma thruster Pulsed inductive thruster Pulsed plasma thruster Variable specific impulse magnetoplasma rocket (VASIMR) Vacuum arc thruster Mass drivers (for propulsion) In electrothermal and electromagnetic thrusters, both ions and electrons are accelerated simultaneously, no neutralizer is required. Without internal reaction mass The law of conservation of momentum is usually taken to imply that any engine which uses no reaction mass cannot accelerate the center of mass of a spaceship (changing orientation, on the other hand, is possible). But space is not empty,
a predicate that takes a first-order predicate as an argument. Compare higher-order predicate. The idea of second order predication was introduced by the German mathematician and philosopher Frege. It is based on his idea that a
argument. Compare higher-order predicate. The idea of second order predication was introduced by the German mathematician and philosopher Frege. It is based on his idea that a predicate such as "is a philosopher" designates a concept, rather than an object. Sometimes a concept can itself be the subject of a proposition, such as in "There are no Bosnian philosophers". In this case, we are not
can be traced to the late Iron Age. History Ale brewing has a long history in Sweden, predating written records. It is known, through old writings such as Hávamál, that the Norse culture used brewing to produce ale and mead. Mead was preferred and ale was the most common. Scandinavians also had access to wine and beer. Modern reproductions of Norse brews have been known to produce ale as strong as 9 percent ABV. Up until the 19th century brewing was mostly a matter of production for household needs. The beer was usually weak in alcoholic content and used as an everyday beverage. For celebrations and feasts, stronger "feast-beer" and potent mead was brewed. With the advent of industrialism, all this changed. As the cities grew, home brewing became impossible for most people, and so the Swedish brewing industry arose. In the mid-19th century, a multitude of small breweries grew into existence in the larger cities of Sweden, and every town had at least one brewery. In the beginning of the 20th century, a trend of consolidation with mergers and buyouts began, which culminated in the late 1970s and the beginning of 1980. This led to the formation of three large brewery conglomerates; Pripps, Spendrups and Falcon, and pushed the smaller breweries to the verge
small breweries grew into existence in the larger cities of Sweden, and every town had at least one brewery. In the beginning of the 20th century, a trend of consolidation with mergers and buyouts began, which culminated in the late 1970s and the beginning of 1980. This led to the formation of three large brewery conglomerates; Pripps, Spendrups and Falcon, and pushed the smaller breweries to the verge of extinction. This led to a stereotype of the Swedish beers available as easily drinkable lagers, and lacking in taste and character. In the late 1980s and the beginning of the 1990s a new generation of small breweries spearheaded by the likes of Stockholm's Nils Oscar Brewery began to grow alongside the large companies. These companies offer customers more in the way choice and many of the beers now produced in Sweden are of the
receiving the Argentine president Raúl Alfonsín. During this period, the Shining Path assassinated specific individuals, notably leaders of other leftist groups, local political parties, labor unions, and peasant organizations, some of whom were anti-Shining Path Marxists. On 24 April 1985, in the midst of presidential elections, it tried to assassinate Domingo García Rada, the president of the Peruvian National Electoral Council, severely injuring him and mortally wounding his driver. In 1988, Constantin (Gus) Gregory, an American citizen working for the United States Agency for International Development, was assassinated. Two French aid workers were killed on 4 December that same year. Level of support By 1990, the Shining Path had about 3,000 armed members at its greatest extent. The group had gained control of much of the countryside of the center and south of Peru and had a large presence in the outskirts of Lima. The Shining Path began to fight against Peru's other major guerrilla group, the Túpac Amaru Revolutionary Movement (MRTA), as well as campesino self-defense groups organized by the Peruvian armed forces. The Shining Path quickly seized control of large areas of Peru. The group had significant support among peasant communities, and it had the support of some slum dwellers in the capital and elsewhere. The Shining Path's interpretation of Maoism did not have the support of many city dwellers. According to opinion polls, only 15 percent of the population considered subversion to be justifiable in June 1988, while only 17 percent considered it justifiable in 1991. In June 1991, "the total sample disapproved of the Shining Path by an 83 to 7 percent margin, with 10 percent not answering the question. Among the poorest, however, only 58 percent stated disapproval of the Shining Path; 11 percent said they had a favorable opinion of the Shining Path, and some 31 percent would not answer the question." A September 1991 poll found that 21 percent of those polled in Lima believed that the Shining Path did not torture and kill innocent people. The same poll found that 13 percent believed that society would be more just if the Shining Path won the war and 22 percent believed society would be equally just under the Shining Path as it was under the government. Polls have never been completely accurate since Peru has several anti-terrorism laws, including "apology for terrorism", that makes it a punishable offense for anyone who does not condemn the Shining Path. In effect, the laws make it illegal to support the group in any way. Many peasants were unhappy with the Shining Path's rule for a variety of reasons, such as its disrespect for indigenous culture and institutions. However, they had also made agreements and alliances with some indigenous tribes. Some did not like the brutality of its "popular trials" that sometimes included "slitting throats, strangulation, stoning, and burning." Peasants were offended by the rebels' injunction against burying the bodies of Shining Path victims. The Shining Path followed Mao Zedong's dictum that guerrilla warfare should start in the countryside and gradually choke off the cities. The Shining Path banned continuous drunkenness, but they did allow the consumption of alcohol. According to multiple sources, the Shining Path received support from Gaddafi's Libya. 1990s: The Fujimori government When President Alberto Fujimori took office in 1990, he responded to Shining Path with repressive force. His government issued a law in 1991 that gave the rondas a legal status, and from that time, they were officially called Comités de auto defensa ("Committees of Self-Defense"). They were officially armed, usually with 12-gauge shotguns, and trained by the Peruvian Army. According to the government, there were approximately 7,226 comités de auto defensa as of 2005; almost 4,000 are located in the central region of Peru, the stronghold of the Shining Path. The Peruvian government also cracked down on the Shining Path in other ways. Military personnel were dispatched to areas dominated by the Shining Path, especially Ayacucho, to fight the rebels. Ayacucho, Huancavelica, Apurímac and Huánuco were declared emergency zones, allowing for some constitutional rights to be suspended in those areas. Initial government efforts to fight the Shining Path were not very effective or promising. Military units engaged in many human rights violations, which caused the Shining Path to appear in the eyes of many as the lesser of two evils. They used excessive force, tortured individuals accused of being sympathizers and killed many innocent civilians. Government forces destroyed villages and killed campesinos suspected of supporting the Shining Path. They eventually lessened the pace at which the armed forces committed atrocities such as massacres. Additionally, the state began the widespread use of intelligence agencies in its fight against the Shining Path. However, atrocities were committed by the National Intelligence Service and the Army Intelligence Service, notably the La Cantuta massacre, the Santa massacre and the Barrios Altos massacre, which were committed by Grupo Colina. In one of its last attacks in Lima, on 16 July 1992, Shining Path detonated a powerful bomb on Tarata Street in the Miraflores District, full of civilian adults and children, killing 25 people and injuring an additional 155. Capture of Guzmán and collapse On 12 September 1992, (GEIN) captured Guzmán and several Shining Path leaders in an apartment above a dance studio in the Surquillo district of Lima. GEIN had been monitoring the apartment since a number of suspected Shining Path militants had visited it. An inspection of the garbage of the apartment produced empty tubes of a skin cream used to treat psoriasis, a condition that Guzmán was known to have. Shortly after the raid that captured Guzmán, most of the remaining Shining Path leadership fell as well. The capture of Guzmán left a huge leadership vacuum for the Shining Path. "There is no No. 2. There is only Presidente Gonzalo and then the party," a Shining Path political officer said at a birthday celebration for Guzmán in Lurigancho prison in December 1990. "Without Presidente Gonzalo, we would have nothing." At the same time, the Shining Path suffered embarrassing military defeats to self-defense organizations of rural campesinos — supposedly its social base. When Guzmán called for peace talks with the Peruvian government, the organization fractured into splinter groups, with some Shining Path members in favor of such talks and others opposed. Guzmán's role as the leader of the Shining Path was taken over by Óscar Ramírez, who himself was captured by Peruvian authorities in 1999. After Ramírez's capture, the group further splintered, guerrilla activity diminished sharply, and peace returned to the areas where the Shining Path had been active. The two remaining splinter groups were a collective in Huallaga Valley led by Comrade Artemio and the Militarized Communist Party of Peru (MPCP) led by the Víctor and Jorge Quispe Palomino brothers. 2000s: Temporary resurgence Although the organization's numbers had lessened by 2003, a militant faction of the Shining Path called Proseguir ("Onward") continued to be active. The group had allegedly made an alliance with the Revolutionary Armed Forces of Colombia (FARC) in the early 2000s, learning how to use rockets against aircraft. On 20 March 2002, a car bomb exploded outside the US embassy in Lima just before a visit by President George W. Bush. Nine people were killed, and 30 were injured; the attack was suspected to be the work of the Shining Path. On 9 June 2003, a Shining Path group attacked a camp in Ayacucho and took 68 employees of the Argentinian company Techint and three police guards as hostages. They had been working on the Camisea gas pipeline project that would take natural gas from Cusco to Lima. According to sources from Peru's Interior Ministry, the rebels asked for a sizable ransom to free the hostages. Two days later, after a rapid military response which involved a signals intelligence aircraft from the Brazilian Air Force, the rebels abandoned the hostages; according to government sources, no ransom was paid. However, there were rumors that US$200,000 was paid to the rebels. Government forces have captured three leading Shining Path members. In April 2000, Commander José Arcela Chiroque, called "Ormeño", was captured, followed by another leader, Florentino Cerrón Cardozo, called "Marcelo", in July 2003. In November of the same year, Jaime Zuñiga, called "Cirilo" or "Dalton", was arrested after a clash in which four guerrillas were killed and an officer was wounded. Officials said he took part in planning the kidnapping of the Techint pipeline workers. He was also thought to have led an ambush against an army helicopter in 1999 in which five soldiers died. In 2003, the Peruvian National Police broke up several Shining Path training camps and captured many members and leaders. By late October 2003, there were 96 terrorist incidents in Peru, projecting a 15% decrease from the 134 kidnappings and armed attacks in 2002. Also for the year, eight or nine people were killed by the Shining Path, and 6 senderistas were killed and 209 were captured. In January 2004, a man known as Comrade Artemio and identifying himself as one of the Shining Path's leaders, said in a media interview that the group would resume violent operations unless the Peruvian government granted amnesty to other top Shining Path leaders within 60 days. Peru's Interior Minister, Fernando Rospigliosi, said that the government would respond "drastically and swiftly" to any violent action. In September that same year, a comprehensive sweep by police in five cities found 17 suspected members. According to the interior minister, eight of the arrested were school teachers and high-level school administrators. Despite these arrests, the Shining Path continued to exist in Peru. On 22 December 2005, the Shining Path ambushed a police patrol in the Huánuco region, killing eight. Later that day, they wounded an additional two police officers. In response, then President Alejandro Toledo declared a state of emergency in Huánuco and gave the police the power to search houses and arrest suspects without a warrant. On 19 February 2006, the Peruvian police killed Héctor Aponte, believed to be the commander responsible for the ambush. In December 2006, Peruvian troops were sent to counter renewed guerrilla activity, and according to high-level government officials, the Shining Path's strength has reached an estimated 300 members. In November 2007, police said they killed Artemio's second-in-command, a guerrilla known as JL. In September 2008, government forces announced the killing of five rebels in the Vizcatan region. This claim was subsequently challenged by the APRODEH, a Peruvian human rights group, which believed that those who were killed were in fact local farmers and not rebels. That same month, Artemio gave his first recorded interview since 2006. In it, he stated that the Shining Path would continue to fight despite escalating military pressure. In October 2008, in Huancavelica Region, the guerrillas engaged a military convoy with explosives and firearms, demonstrating their continued ability to strike and inflict casualties on military targets. The conflict resulted in the death of 12 soldiers and two to seven civilians. It came one day after a clash in the Vizcatan region, which left five rebels and one soldier dead. In November 2008, the rebels utilized hand grenades and automatic weapons in an assault that claimed the lives of 4 police officers. In April 2009, the Shining Path ambushed and killed 13 government soldiers in Ayacucho. Grenades and dynamite were used in the attack. The dead included eleven soldiers and one captain, and two soldiers were also injured, with one reported missing. Poor communications were said to have made relay of the news difficult. The country's Defense Minister, Antero Flores Aráoz, said many soldiers "plunged over a cliff". His Prime Minister, Yehude Simon, said these attacks were "desperate responses by the Shining Path in the face of advances by the armed forces" and expressed his belief that the area would soon be freed of "leftover terrorists". In the aftermath, a Sendero leader called this "the strongest [anti-government] blow... in quite a while". In November 2009, Defense Minister Rafael Rey announced that Shining Path militants had attacked a military outpost in southern Ayacucho province. One soldier was killed and three others wounded in the assault. 2010s: Capture of Artemio and continued downfall On 28 April 2010, Shining Path rebels in Peru ambushed and killed a police officer and two civilians who were destroying coca plantations of Aucayacu, in the central region of Haunuco, Peru. The victims were gunned down by sniper fire coming from the thick forest as more than 200 workers were destroying coca plants. Following the attack, the Shining Path faction, based in the Upper Huallaga Valley of Peru and headed by Florindo Eleuterio Flores Hala, alias Comrade Artemio, was operating in survival mode and lost 9 of their top 10 leaders to Peruvian National Police-led capture operations. Two of the eight leaders were killed by PNP personnel during the attempted captures. The nine arrested or killed Shining Path (Upper Huallaga Valley faction) leaders include Mono (Aug. 2009), Rubén (May 2010), Izula (Oct. 2010), Sergio (Dec. 2010), Yoli/Miguel/Jorge (Jun. 2011), Gato Larry (Jun. 2011), Oscar Tigre (Aug. 2011), Vicente Roger (Aug. 2011), and Dante/Delta (Jan. 2012). This loss of leadership, coupled with a sweep of Shining Path (Upper Huallaga Valley) supporters executed by the PNP in November 2010, prompted Comrade Artemio to declare in December 2011 to several international journalists that the guerrilla war against the Peruvian Government has been lost and that his only hope was to negotiate an amnesty agreement with the Government of Peru. On 12 February 2012, Comrade Artemio was found badly wounded after a clash with troops in a remote jungle region of Peru. President Ollanta Humala said the capture of Artemio marked the defeat of the Shining Path in the Alto Huallaga valley – a center of cocaine production. President Humala has stated that he would now step up the fight against the remaining bands of Shining Path rebels in the Ene-Apurímac valley. Walter Diaz, the lead candidate to succeed Artemio, was captured on 3 March, further ensuring the disintegration of the Alto Huallaga valley faction. On 3 April 2012, Jaime Arenas Caviedes, a senior leader in the group's remnants in Alto Huallaga Valley who was also regarded to be the leading candidate to succeed Artemio following Diaz's arrest, was captured. After Caviedes, alias "Braulio", was captured, Humala declared
councils at the Universities of Huancayo and La Cantuta, and they also developed a significant presence at the National University of Engineering in Lima and the National University of San Marcos. Sometime later, it lost many student elections in the universities, including Guzmán's San Cristóbal of Huamanga. It decided to abandon recruitment at the universities and reconsolidate. Guzmán believed that communism required a "popular war" and distanced himself from organizing workers. Beginning on 17 March 1980, the Shining Path held a series of clandestine meetings in Ayacucho, known as the Central Committee's second plenary. It formed a "Revolutionary Directorate" that was political and military in nature and ordered its militias to transfer to strategic areas in the provinces to start the "armed struggle". The group also held its "First Military School", where members were instructed in military tactics and the use of weapons. They also engaged in "Criticism and Self-criticism", a Maoist practice intended to purge bad habits and avoid the repetition of mistakes. During the existence of the First Military School, members of the Central Committee came under heavy criticism. Guzmán did not, and he emerged from the First Military School as the clear leader of the Shining Path. 1980s: The People's War By 1980, Shining Path had about 500 members. When Peru's military government allowed elections for the first time in twelve years in 1980, the Shining Path was one of the few leftist political groups that declined to take part. It chose instead to begin a guerrilla war in the highlands of the Ayacucho Region. On 17 May 1980, on the eve of the presidential elections, it burned ballot boxes in the town of Chuschi. It was the first "act of war" by the Shining Path. The perpetrators were quickly caught, and additional ballots were shipped to Chuschi. The elections proceeded without further problems, and the incident received little attention in the Peruvian press. Throughout the 1980s, the Shining Path grew both in terms of the territory it controlled and in the number of militants in its organization, particularly in the Andean highlands. It gained support from local peasants by filling the political void left by the central government and providing what they called "popular justice", public trials that disregard any legal and human rights that deliver swift and brutal sentences including public executions. This caused the peasantry of some Peruvian villages to express some sympathy for the Shining Path, especially in the impoverished and neglected regions of Ayacucho, Apurímac, and Huancavelica. At times, the civilian population of small, neglected towns participated in popular trials, especially when the victims of the trials were widely disliked. The Shining Path's credibility benefited from the government's initially tepid response to the insurgency. For over a year, the government refused to declare a state of emergency in the region where the Shining Path was operating. The Interior Minister, José María de la Jara, believed the group could be easily defeated through police actions. Additionally, the president, Fernando Belaúnde Terry, who returned to power in 1980, was reluctant to cede authority to the armed forces since his first government had ended in a military coup. The result was that the peasants in the areas where the Shining Path was active thought the state was either impotent or not interested in their issues. On 29 December 1981, the government declared an "emergency zone" in the three Andean regions of Ayacucho, Huancavelica, and Apurímac and granted the military the power to arbitrarily detain any suspicious person. The military abused this power, arresting scores of innocent people, at times subjecting them to torture during interrogation as well as rape. Members of the Peruvian Armed Forces began to wear black ski-masks to hide their identities, in order to protect themselves and their families. In some areas, the military trained peasants and organized them into anti-rebel militias, called "rondas". They were generally poorly equipped, despite being provided arms by the state. The rondas would attack the Shining Path guerrillas, with the first such reported attack occurring in January 1983, near Huata. Ronderos would later kill 13 guerrilla fighters in February 1983, in Sacsamarca. In March 1983, ronderos brutally killed Olegario Curitomay, one of the commanders of the town of Lucanamarca. They took him to the town square, stoned him, stabbed him, set him on fire, and finally shot him. The Shining Path's retaliation to this was one of the worst attacks in the entire conflict, with a group of guerrilla members entering the town and going house by house, killing dozens of villagers, including babies, with guns, hatchets, and axes. This action has come to be known as the Lucanamarca massacre. Additional massacres of civilians by the Shining Path would occur throughout the conflict. The Shining Path's attacks were not limited to the countryside. It executed several attacks against the infrastructure in Lima, killing civilians in the process. In 1983, it sabotaged several electrical transmission towers, causing a citywide blackout, and set fire and destroyed the Bayer industrial plant. That same year, it set off a powerful bomb in the offices of the governing party, Popular Action. Escalating its activities in Lima, in June 1985, it blew up electricity transmission towers in Lima, producing a blackout, and detonated car bombs near the government palace and the justice palace. It was believed to be responsible for bombing a shopping mall. At the time, President Fernando Belaúnde Terry was receiving the Argentine president Raúl Alfonsín. During this period, the Shining Path assassinated specific individuals, notably leaders of other leftist groups, local political parties, labor unions, and peasant organizations, some of whom were anti-Shining Path Marxists. On 24 April 1985, in the midst of presidential elections, it tried to assassinate Domingo García Rada, the president of the Peruvian National Electoral Council, severely injuring him and mortally wounding his driver. In 1988, Constantin (Gus) Gregory, an American citizen working for the United States Agency for International Development, was assassinated. Two French aid workers were killed on 4 December that same year. Level of support By 1990, the Shining Path had about 3,000 armed members at its greatest extent. The group had gained control of much of the countryside of the center and south of Peru and had a large presence in the outskirts of Lima. The Shining Path began to fight against Peru's other major guerrilla group, the Túpac Amaru Revolutionary Movement (MRTA), as well as campesino self-defense groups organized by the Peruvian armed forces. The Shining Path quickly seized control of large areas of Peru. The group had significant support among peasant communities, and it had the support of some slum dwellers in the capital and elsewhere. The Shining Path's interpretation of Maoism did not have the support of many city dwellers. According to opinion polls, only 15 percent of the population considered subversion to be justifiable in June 1988, while only 17 percent considered it justifiable in 1991. In June 1991, "the total sample disapproved of the Shining Path by an 83 to 7 percent margin, with 10 percent not answering the question. Among the poorest, however, only 58 percent stated disapproval of the Shining Path; 11 percent said they had a favorable opinion of the Shining Path, and some 31 percent would not answer the question." A September 1991 poll found that 21 percent of those polled in Lima believed that the Shining Path did not torture and kill innocent people. The same poll found that 13 percent believed that society would be more just if the Shining Path won the war and 22 percent believed society would be equally just under the Shining Path as it was under the government. Polls have never been completely accurate since Peru has several anti-terrorism laws, including "apology for terrorism", that makes it a punishable offense for anyone who does not condemn the Shining Path. In effect, the laws make it illegal to support the group in any way. Many peasants were unhappy with the Shining Path's rule for a variety of reasons, such as its disrespect for indigenous culture and institutions. However, they had also made agreements and alliances with some indigenous tribes. Some did not like the brutality of its "popular trials" that sometimes included "slitting throats, strangulation, stoning, and burning." Peasants were offended by the rebels' injunction against burying the bodies of Shining Path victims. The Shining Path followed Mao Zedong's dictum that guerrilla warfare should start in the countryside and gradually choke off the cities. The Shining Path banned continuous drunkenness, but they did allow the consumption of alcohol. According to multiple sources, the Shining Path received support from Gaddafi's Libya. 1990s: The Fujimori government When President Alberto Fujimori took office in 1990, he responded to Shining Path with repressive force. His government issued a law in 1991 that gave the rondas a legal status, and from that time, they were officially called Comités de auto defensa ("Committees of Self-Defense"). They were officially armed, usually with 12-gauge shotguns, and trained by the Peruvian Army. According to the government, there were approximately 7,226 comités de auto defensa as of 2005; almost 4,000 are located in the central region of Peru, the stronghold of the Shining Path. The Peruvian government also cracked down on the Shining Path in other ways. Military personnel were dispatched to areas dominated by the Shining Path, especially Ayacucho, to fight the rebels. Ayacucho, Huancavelica, Apurímac and Huánuco were declared emergency zones, allowing for some constitutional rights to be suspended in those areas. Initial government efforts to fight the Shining Path were not very effective or promising. Military units engaged in many human rights violations, which caused the Shining Path to appear in the eyes of many as the lesser of two evils. They used excessive force, tortured individuals accused of being sympathizers and killed many innocent civilians. Government forces destroyed villages and killed campesinos suspected of supporting the Shining Path. They eventually lessened the pace at which the armed forces committed atrocities such as massacres. Additionally, the state began the widespread use of intelligence agencies in its fight against the Shining Path. However, atrocities were committed by the National Intelligence Service and the Army Intelligence Service, notably the La Cantuta massacre, the Santa massacre and the Barrios Altos massacre, which were committed by Grupo Colina. In one of its last attacks in Lima, on 16 July 1992, Shining Path detonated a powerful bomb on Tarata Street in the Miraflores District, full of civilian adults and children, killing 25 people and injuring an additional 155. Capture of Guzmán and collapse On 12 September 1992, (GEIN) captured Guzmán and several Shining Path leaders in an apartment above a dance studio in the Surquillo district of Lima. GEIN had been monitoring the apartment since a number of suspected Shining Path militants had visited it. An inspection of the garbage of the apartment produced empty tubes of a skin cream used to treat psoriasis, a condition that Guzmán was known to have. Shortly after the raid that captured Guzmán, most of the remaining Shining Path leadership fell as well. The capture of Guzmán left a huge leadership vacuum for the Shining Path. "There is no No. 2. There is only Presidente Gonzalo and then the party," a Shining Path political officer said at a birthday celebration for Guzmán in Lurigancho prison in December 1990. "Without Presidente Gonzalo, we would have nothing." At the same time, the Shining Path suffered embarrassing military defeats to self-defense organizations of rural campesinos — supposedly its social base. When Guzmán called for peace talks with the Peruvian government, the organization fractured into splinter groups, with some Shining Path members in favor of such talks and others opposed. Guzmán's role as the leader of the Shining Path was taken over by Óscar Ramírez, who himself was captured by Peruvian authorities in 1999. After Ramírez's capture, the group further splintered, guerrilla activity diminished sharply, and peace returned to the areas where the Shining Path had been active. The two remaining splinter groups were a collective in Huallaga Valley led by Comrade Artemio and the Militarized Communist Party of Peru (MPCP) led by the Víctor and Jorge Quispe Palomino brothers. 2000s: Temporary resurgence Although the organization's numbers had lessened by 2003, a militant faction of the Shining Path called Proseguir ("Onward") continued to be active. The group had allegedly made an alliance with the Revolutionary Armed Forces of Colombia (FARC) in the early 2000s, learning how to use rockets against aircraft. On 20 March 2002, a car bomb exploded outside the US embassy in Lima just before a visit by President George W. Bush. Nine people were killed, and 30 were injured; the attack was suspected to be the work of the Shining Path. On 9 June 2003, a Shining Path group attacked a camp in Ayacucho and took 68 employees of the Argentinian company Techint and three police guards as hostages. They had been working on the Camisea gas pipeline project that would take natural gas from Cusco to Lima. According to sources from Peru's Interior Ministry, the rebels asked for a sizable ransom to free the hostages. Two days later, after a rapid military response which involved a signals intelligence aircraft from the Brazilian Air Force, the rebels abandoned the hostages; according to government sources, no ransom was paid. However, there were rumors that US$200,000 was paid to the rebels. Government forces have captured three leading Shining Path members. In April 2000, Commander José Arcela Chiroque, called "Ormeño", was captured, followed by another leader, Florentino Cerrón Cardozo, called "Marcelo", in July 2003. In November of the same year, Jaime Zuñiga, called "Cirilo" or "Dalton", was arrested after a clash in which four guerrillas were killed and an officer was wounded. Officials said he took part in planning the kidnapping of the Techint pipeline workers. He was also thought to have led an ambush against an army helicopter in 1999 in which five soldiers died. In 2003, the Peruvian National Police broke up several Shining Path training camps and captured many members and leaders. By late October 2003, there were 96 terrorist incidents in Peru, projecting a 15% decrease from the 134 kidnappings and armed attacks in 2002. Also for the year, eight or nine people were killed by the Shining Path, and 6 senderistas were killed and 209 were captured. In January 2004, a man known as Comrade Artemio and identifying himself as one of the Shining Path's leaders, said in a media interview that the group would resume violent operations unless the Peruvian government granted amnesty to other top Shining Path leaders within 60 days. Peru's Interior Minister, Fernando Rospigliosi, said that the government would respond "drastically and swiftly" to any violent action. In September that same year, a comprehensive sweep by police in five cities found 17 suspected members. According to the interior minister, eight of the arrested were school teachers and high-level school administrators. Despite these arrests, the Shining Path continued to exist in Peru. On 22 December 2005, the Shining Path ambushed a police patrol in the Huánuco region, killing eight. Later that day, they wounded an additional two police officers. In response, then President Alejandro Toledo declared a state of emergency in Huánuco and gave the police the power to search houses and arrest suspects without a warrant. On 19 February 2006, the Peruvian police killed Héctor Aponte, believed to be the commander responsible for the ambush. In December 2006, Peruvian troops were sent to counter renewed guerrilla activity, and according to high-level government officials, the Shining Path's strength has reached an estimated 300 members. In November 2007, police said they killed Artemio's second-in-command, a guerrilla known as JL. In September 2008, government forces announced the killing of five
has, since 1871, occupied a site to the west of the Abbey and includes the 14th-century Abbey Gateway. One of its buildings was a hat factory, a link with the city's industrial past. On Abbey Mill Lane, the road between the Abbey and the school, are the palaces of the Bishops of St Albans and Hertford and Ye Olde Fighting Cocks, claimed to be the oldest pub in England. Between 1403 and 1412 Thomas Wolvey was engaged to build a clock tower in the Market Place. It is the only extant medieval town belfry in England. The original bell, named for the Archangel Gabriel sounds F-natural and weighs one ton. Gabriel sounded at 4 am for the Angelus and at 8 or 9 pm for the curfew. The ground floor of the tower was a shop until the 20th century. The first- and second-floor rooms were designed as living chambers. The shop and the first floor were connected by a flight of spiral stairs. Another flight rises the whole height of the tower by 93 narrow steps and gave access to the living chamber, the clock and the bell without disturbing the tenant of the shop. Two battles of the Wars of the Roses took place in or near the town. The First Battle of St Albans was fought on 22 May 1455 within the town, and the Second Battle of St Albans was fought on 17 February 1461, just to the north. A street market on Wednesdays and Saturdays, founded by Abbot Ulsinus, still flourishes. It gained its Royal Charter in 1553, and is now run by St Albans District Council. Modern Before the 20th century St Albans was a rural market town, a Christian pilgrimage site, and the first coaching stop of the route to and from London, accounting for its numerous old inns. Victorian St Albans was small and had little industry. Its population grew more slowly than London, 8–9% per decade between 1801 and 1861, compared to the 31% per decade growth of London in the same period. The railway arrived in 1858. In 1869 the extension of the city boundaries was opposed by the Earl of Verulam and many of the townsfolk, but there was rapid expansion and much building at the end of the century, and between 1891 and 1901 the population grew by 37%. In 1877, in response to a public petition, Queen Victoria issued the second royal charter, which granted city status to the borough and Cathedral status to the former Abbey Church. The new diocese was established in the same year, in the main from parts of the large Diocese of Rochester. In the inter-war years it became a centre for the electronics industry. In the post-World War II years it expanded rapidly as part of the post-War redistribution of population out of Greater London. It is now a popular tourist destination. Governance St Albans has two tiers of local government, at district and county level: St Albans City and District Council and Hertfordshire County Council. The main part of the urban area of St Albans (the pre-1974 borough) is an unparished area, directly administered by St Albans City and District Council. Past The early administrative history of the town of St Albans is closely tied to St Albans Abbey. The town was effectively controlled by the abbey through the Middle Ages, but there were frequent disputes between the abbot and townspeople about the extent of the abbey's powers in the town. Following the dissolution of the abbey in 1539, the rights previously held by it passed to the crown. On 12 May 1553 the town was granted a charter by Edward VI, incorporating it as a borough with a mayor. The borough consisted of the ancient parish of St Albans (also known as the Abbey parish) and parts of the parishes of St Michael and St Peter. The borough was reformed by the Municipal Corporations Act 1835 to become a municipal borough, and the boundary was adjusted to additionally include part of the parish of St Stephen. On 28 August 1877 the borough gained city status, following the elevation of St Albans Abbey to become a cathedral. The boundary was also adjusted in 1877 to include part of the parish of Sandridge. The Local Government Act 1894 divided parishes that were partly within municipal boroughs. The parts of St Michael, St Peter and Sandridge within the borough became the new parishes of St Michael Urban, St Peter Urban and Sandridge Urban. The part of St Stephen within the borough was absorbed by the parish of St Albans. The parishes that were formed outside the borough, that is St Michael Rural, St Peter Rural, Sandridge Rural and the reduced St Stephen, became part of St Albans Rural District on 28 December 1894. St Albans Town Hall was built in 18291831 and served as the council's meeting place until the 1960s, when the council moved to new premises at City Hall and adjoining buildings. In 1898 the parish of St Albans absorbed St Michael Urban, St Peter Urban and Sandridge Urban so the parish and borough occupied the same area. In 1901 the population of the borough was 16,019, growing to 18,133 in 1911. St Albans expanded in 1913 by gaining parts of Sandridge Rural (241 acres), St Michael Rural (138 acres), St Peter Rural (992 acres) and St Stephen (335 acres). In 1921 the population of the enlarged borough was 25,593, growing to 28,624 in 1931. It expanded again in 1935 as part of a county review order gaining more of St Michael Rural (890 acres), St Peter Rural (436 acres) and St Stephen (712 acres). The population of the borough was 44,098 in 1951 and 50,293 in 1961. Present The borough was abolished on 1 April 1974 and St Albans became part of the new, larger St Albans City and District. City status was transferred to the entire district by letters patent dated 9 July 1974. Local government services are now provided by Hertfordshire County Council (strategic services) and St Albans City and District Council. Eight local parish councils (limited local services) cover the parts of St Albans City and District that were previously in St Albans Rural District and Harpenden Urban District, but the area that was St Albans Borough prior to 1974 is an unparished area. Within this area, (the Ashley, Batchwood, Clarence, Cunningham, Marshalswick South, St Peters, Sopwell and Verulam wards) a City Neighbourhood Committee of the district council was set up in June 2013 with comparable responsibilities to parish councils for small parks, playgrounds, open spaces, war memorials, allotments and public conveniences. The City and District Council built a new civic centre in 1989 adjoining the 1960s City Hall complex, which became known instead as the Alban Arena. Parliamentary representation St Albans is a parliamentary constituency represented in the House of Commons of the Parliament of the United Kingdom. Established in 1885, it is a county constituency in Hertfordshire, and elects one Member of Parliament (MP) by the first past the post system of election. Geography Climate St Albans has an oceanic climate (Köppen climate classification Cfb) similar to most of the United Kingdom. Neighbourhoods Batchwood Bernards Heath Chiswell Green Cell Barnes Cottonmill Fleetville Hill End Jersey Farm Marshalswick (also extends into Sandridge parish) New Greens Sopwell St Julians St Stephens (not to be confused with St Stephen) The Camp Townsend Nearby towns and villages Other nearby towns: Borehamwood, Luton, Stevenage, Berkhamsted, Barnet (historically a separate town, a London borough since the 1960s) Nearby villages: Abbots Langley, Kings Langley, Bricket Wood, Colney Heath, Elstree, Frogmore, Lemsford, London Colney, Markyate, Park Street, Radlett, Redbourn, Sandridge, Wheathampstead, Shenley Nearby hamlets: Chiswell Green, Colney Street Transport Road The north-south M1 motorway runs west of St Albans and the M25 motorway is slightly further south. The A414 road runs directly south of St Albans between Hemel Hempstead and Hatfield. The A405 road provides a direct link to Watford. Rail Two railway stations serve the city: St Albans City, which is situated east of the city centre, and St Albans Abbey, which is situated approximately south-west of the city station. St Albans City on the Midland Main Line is served by Thameslink services, on a frequent and fast rail link to central London. Suburban services stop at all stations on the route, while express services are non-stop to London St Pancras. Trains run north to Harpenden, Luton, Luton Airport Parkway and on to Bedford. St Albans Abbey station is the terminus of the Abbey line from Watford Junction. Culture and media St Albans has a cultural life, with regular concerts and theatre productions held at venues including Trestle Arts Base, St Albans Abbey, The Horn, The Pioneer Club, Maltings Arts Theatre, the Alban Arena, the Abbey Theatre, St Peter's Church and St Saviour's Church, given by organisations including St Albans Bach Choir, St Albans Cathedral Choir, St Albans Cathedral Girls' Choir, St Albans Symphony Orchestra, St Albans Chamber Choir, St Albans Chamber Opera, The Company of Ten, St Albans Choral Society, and St Albans Organ Theatre. St Albans is also home to Trestle Theatre Company, who have been creating professional, physical storytelling theatre since 1981. Originally known for their work with masks, Trestle collaborates with UK and international artists to unify movement, music and text into a theatrical experience. The Sandpit Theatre is a theatre attached to Sandringham School which hosts plays throughout the year, mainly performances put on by the pupils of Sandringham School. The school also hosts Best Theatre Arts, a part-time theatre school for children aged 4 to 16. Furthermore, St Albans is home to many music acts such as Enter Shikari, The Zombies, Trash Boat, Friendly Fires and Your Demise. The Odyssey Cinema (formerly the Odeon) on London Road is an independent, arthouse cinema that was restored and re-opened in 2014. Originally opened in 1931, it stands on the site of the Alpha Picture House, Hertfordshire's first cinema, which was opened in 1908 by film-making pioneer Arthur Melbourne-Cooper. The Watercress nature reserve is by the River Ver and is run by the Watercress Wildlife Association. St Albans Museums runs two museums: Verulamium Museum, which tells the story of everyday life in Roman Britain using objects from the excavations of the important Roman Town; and, the St Albans Museum + Gallery, located in the old St Albans Town Hall, which focuses on the history of the town and of Saint Alban. The area is served by 92.6FM Radio Verulam, a community radio station. Filming location The mixed character of St Albans and its proximity to London have made it a popular filming location. The Abbey and Fishpool Street areas were used for the pilot episode of the 1960s ecclesiastical TV comedy All Gas and Gaiters. The area of Romeland, directly north of the Abbey Gateway and the walls of the Abbey and school grounds, can be seen masquerading as part of an Oxford college in some episodes of Inspector Morse (and several local pubs also appear). Fishpool Street, running from Romeland to St Michael's village, stood in for Hastings in some episodes of Foyle's War. Life Begins was filmed largely in and around St Albans. The Lady Chapel in the Abbey itself was used as a location for at least one scene in Sean Connery's 1995 film First Knight, whilst the nave of the Abbey was used during a coronation scene as a substitute for Westminster Abbey in Johnny English starring Rowan Atkinson. The 19th-century gatehouse of the former prison near the mainline station appeared in the title sequence of the TV series Porridge, starring Ronnie Barker. The 2001 film Birthday Girl starring Ben Chaplin
inscriptions in Britain is found on the remnants of the forum (see Verulamium Forum inscription). The town was rebuilt in stone rather than timber at least twice over the next 150 years. Roman occupation ended between 400 and 450 AD The body of St Alban was probably buried outside the city walls in a Roman cemetery near the present cathedral. His hillside grave became a place of pilgrimage. Recent investigation has uncovered a basilica there, indicating the oldest continuous site of Christian worship in Great Britain. In 429 Germanus of Auxerre visited the church and subsequently promoted the cult of St Alban. A few traces of the Roman city remain visible, such as parts of the city walls, a hypocaust – still in situ under a mosaic floor, and the theatre, which is on land belonging to the Earl of Verulam, as well as items in the museum. Further remains beneath nearby agricultural land have only had a few exploratory trenches, which have never been fully excavated and were seriously threatened by deep ploughing, which ceased in 2005 after compensation was agreed. Test trenches in 2003 confirmed that serious damage had occurred to buildings on the northern side of Old Watling Street by deep ploughing. Permission needs to be granted to enable the full extent of the damage to the western half of Verulamium to be investigated. Anglo-Saxon After the Roman withdrawal the town became the centre of the territory or regio of the Anglo-Saxon Waeclingas tribe. St Albans Abbey and the associated Anglo-Saxon settlement were founded on the hill outside the Roman city where it was believed St Alban was buried. An archaeological excavation in 1978, directed by Martin Biddle, failed to find Roman remains on the site of the medieval chapter house. As late as the eighth century the Saxon inhabitants of St Albans nearby were aware of their ancient neighbour, which they knew alternatively as Verulamacæstir or, under what H. R. Loyn terms "their own hybrid", Vaeclingscæstir, "the fortress of the followers of Wæcla", possibly a pocket of British-speakers remaining separate in an increasingly Saxonised area. Medieval The medieval town grew on the hill to the east of Wæclingacaester where the Benedictine Abbey of St Albans was founded by Ulsinus in 793. There is some evidence that the original site was higher up the hill than the present building, which was begun in 1077. St Albans Abbey was the principal medieval abbey in England. The scribe Matthew Vickers lived there and the first draft of Magna Carta was drawn up there. It became a parish church after the dissolution of the Benedictine abbey in 1539 and was made a cathedral in 1877. St Albans School was founded in AD 948. Matthew Paris was educated there and it is the only school in the English-speaking world to have educated a Pope (Adrian IV). Now a public school it has, since 1871, occupied a site to the west of the Abbey and includes the 14th-century Abbey Gateway. One of its buildings was a hat factory, a link with the city's industrial past. On Abbey Mill Lane, the road between the Abbey and the school, are the palaces of the Bishops of St Albans and Hertford and Ye Olde Fighting Cocks, claimed to be the oldest pub in England. Between 1403 and 1412 Thomas Wolvey was engaged to build a clock tower in the Market Place. It is the only extant medieval town belfry in England. The original bell, named for the Archangel Gabriel sounds F-natural and weighs one ton. Gabriel sounded at 4 am for the Angelus and at 8 or 9 pm for the curfew. The ground floor of the tower was a shop until the 20th century. The first- and second-floor rooms were designed as living chambers. The shop and the first floor were connected by a flight of spiral stairs. Another flight rises the whole height of the tower by 93 narrow steps and gave access to the living chamber, the clock and the bell without disturbing the tenant of the shop. Two battles of the Wars of the Roses took place in or near the town. The First Battle of St Albans was fought on 22 May 1455 within the town, and the Second Battle of St Albans was fought on 17 February 1461, just to the north. A street market on Wednesdays and Saturdays, founded by Abbot Ulsinus, still flourishes. It gained its Royal Charter in 1553, and is now run by St Albans District Council. Modern Before the 20th century St Albans was a rural market town, a Christian pilgrimage site, and the first coaching stop of the route to and from London, accounting for its numerous old inns. Victorian St Albans was small and had little industry. Its population grew more slowly than London, 8–9% per decade between 1801 and 1861, compared to the 31% per decade growth of London in the same period. The railway arrived in 1858. In 1869 the extension of the city boundaries was opposed by the Earl of Verulam and many of the townsfolk, but there was rapid expansion and much building at the end of the century, and between 1891 and 1901 the population grew by 37%. In 1877, in response to a public petition, Queen Victoria issued the second royal charter, which granted city status to the borough and Cathedral status to the former Abbey Church. The new diocese was established in the same year, in the main from parts of the large Diocese of Rochester. In the inter-war years it became a centre for the electronics industry. In the post-World War II years it expanded rapidly as part of the post-War redistribution of population out of Greater London. It is now a popular tourist destination. Governance St Albans has two tiers of local government, at district and county level: St Albans City and District Council and Hertfordshire County Council. The main part of the urban area of St Albans (the pre-1974 borough) is an unparished area, directly administered by St Albans City and District Council. Past The early administrative history of the town of St Albans is closely tied to St Albans Abbey. The town was effectively controlled by the abbey through the Middle Ages, but there were frequent disputes between the abbot and townspeople about the extent of the abbey's powers in the town. Following the dissolution of the abbey in 1539, the rights previously held by it passed to the crown. On 12 May 1553 the town was granted a charter by Edward VI, incorporating it as a borough with a mayor. The borough consisted of the ancient parish of St Albans (also known as the Abbey parish) and parts of the parishes of St Michael and St Peter. The borough was reformed by the Municipal Corporations Act 1835 to become a municipal borough, and the boundary was adjusted to additionally include part of the parish of St Stephen. On 28 August 1877 the borough gained city status, following the elevation of St Albans Abbey to become a cathedral. The boundary was also adjusted in 1877 to include part of the parish of Sandridge. The Local Government Act 1894 divided parishes that were partly within municipal boroughs. The parts of St Michael, St Peter and Sandridge within the borough became the new parishes of St Michael Urban, St Peter Urban and Sandridge Urban. The part of St Stephen within the borough was absorbed by the parish of St Albans. The parishes that were formed outside the borough, that is St Michael Rural, St Peter Rural, Sandridge Rural and the reduced St Stephen, became part of St Albans Rural District on 28 December 1894. St Albans Town Hall was built in 18291831 and served as the council's meeting place until the 1960s, when the council moved to new premises at City Hall and adjoining buildings. In 1898 the parish of St Albans absorbed St Michael Urban,
which contain different snRNPs. The major spliceosome splices introns containing GU at the 5' splice site and AG at the 3' splice site. It is composed of the U1, U2, U4, U5, and U6 snRNPs and is active in the nucleus. In addition, a number of proteins including U2 small nuclear RNA auxiliary factor 1 (U2AF35), U2AF2 (U2AF65) and SF1 are required for the assembly of the spliceosome. The spliceosome forms different complexes during the splicing process: Complex E The U1 snRNP binds to the GU sequence at the 5' splice site of an intron; Splicing factor 1 binds to the intron branch point sequence; U2AF1 binds at the 3' splice site of the intron; U2AF2 binds to the polypyrimidine tract; Complex A (pre-spliceosome) The U2 snRNP displaces SF1 and binds to the branch point sequence and ATP is hydrolyzed; Complex B (pre-catalytic spliceosome) The U5/U4/U6 snRNP trimer binds, and the U5 snRNP binds exons at the 5' site, with U6 binding to U2; Complex B* The U1 snRNP is released, U5 shifts from exon to intron, and the U6 binds at the 5' splice site; Complex C (catalytic spliceosome) U4 is released, U6/U2 catalyzes transesterification, making the 5'-end of the intron ligate to the A on intron and form a lariat, U5 binds exon at 3' splice site, and the 5' site is cleaved, resulting in the formation of the lariat; Complex C* (post-spliceosomal complex) U2/U5/U6 remain bound to the lariat, and the 3' site is cleaved and exons are ligated using ATP hydrolysis. The spliced RNA is released, the lariat is released and degraded, and the snRNPs are recycled. This type of splicing is termed canonical splicing or termed the lariat pathway, which accounts for more than 99% of splicing. By contrast, when the intronic flanking sequences do not follow the GU-AG rule, noncanonical splicing is said to occur (see "minor spliceosome" below). The minor spliceosome is very similar to the major spliceosome, but instead it splices out rare introns with different splice site sequences. While the minor and major spliceosomes contain the same U5 snRNP, the minor spliceosome has different but functionally analogous snRNPs for U1, U2, U4, and U6, which are respectively called U11, U12, U4atac, and U6atac. Recursive splicing In most cases, splicing removes introns as single units from precursor mRNA transcripts. However, in some cases, especially in mRNAs with very long introns, splicing happens in steps, with part of an intron removed and then the remaining intron is spliced out in a following step. This has been found first in the Ultrabithorax (Ubx) gene of the fruit fly, Drosophila melanogaster, and a few other Drosophila genes, but cases in humans have been reported as well. Trans-splicing Trans-splicing is a form of splicing that removes introns or outrons, and joins two exons that are not within the same RNA transcript. Self-splicing Self-splicing occurs for rare introns that form a ribozyme, performing the functions of the spliceosome by RNA alone. There are three kinds of self-splicing introns, Group I, Group II and Group III. Group I and II introns perform splicing similar to the spliceosome without requiring any protein. This similarity suggests that Group I and II introns may be evolutionarily related to the spliceosome. Self-splicing may also be very ancient, and may have existed in an RNA world present before protein. Two transesterifications characterize the mechanism in which group I introns are spliced: 3'OH of a free guanine nucleoside (or one located in the intron) or a nucleotide cofactor (GMP, GDP, GTP) attacks phosphate at the 5' splice site. 3'OH of the 5' exon becomes a nucleophile and the second transesterification results in the joining of the two exons. The mechanism in which group II introns are spliced (two transesterification reaction like group I introns) is as follows: The 2'OH of a specific adenosine in the intron attacks the 5' splice site, thereby forming the lariat The 3'OH of the 5' exon triggers the second transesterification at the 3' splice site, thereby joining the exons together. tRNA splicing tRNA (also tRNA-like) splicing is another rare form of splicing that usually occurs in tRNA. The splicing reaction involves a different biochemistry than the spliceosomal and self-splicing pathways. In the yeast Saccharomyces cerevisiae, a yeast tRNA splicing endonuclease heterotetramer, composed of TSEN54, TSEN2, TSEN34, and TSEN15, cleaves pre-tRNA at two sites in the acceptor loop to
by removing introns (non-coding regions of RNA) and so joining together exons (coding regions). For nuclear-encoded genes, splicing occurs in the nucleus either during or immediately after transcription. For those eukaryotic genes that contain introns, splicing is usually needed to create an mRNA molecule that can be translated into protein. For many eukaryotic introns, splicing occurs in a series of reactions which are catalyzed by the spliceosome, a complex of small nuclear ribonucleoproteins (snRNPs). There exist self-splicing introns, that is, ribozymes that can catalyze their own excision from their parent RNA molecule. Splicing pathways Several methods of RNA splicing occur in nature; the type of splicing depends on the structure of the spliced intron and the catalysts required for splicing to occur. Spliceosomal complex Introns The word intron is derived from the terms intragenic region, and intracistron, that is, a segment of DNA that is located between two exons of a gene. The term intron refers to both the DNA sequence within a gene and the corresponding sequence in the unprocessed RNA transcript. As part of the RNA processing pathway, introns are removed by RNA splicing either shortly after or concurrent with transcription. Introns are found in the genes of most organisms and many viruses. They can be located in a wide range of genes, including those that generate proteins, ribosomal RNA (rRNA), and transfer RNA (tRNA). Within introns, a donor site (5' end of the intron), a branch site (near the 3' end of the intron) and an acceptor site (3' end of the intron) are required for splicing. The splice donor site includes an almost invariant sequence GU at the 5' end of the intron, within a larger, less highly conserved region. The splice acceptor site at the 3' end of the intron terminates the intron with an almost invariant AG sequence. Upstream (5'-ward) from the AG there is a region high in pyrimidines (C and U), or polypyrimidine tract. Further upstream from the polypyrimidine tract is the branchpoint, which includes an adenine nucleotide involved in lariat formation. The consensus sequence for an intron (in IUPAC nucleic acid notation) is: G-G-[cut]-G-U-R-A-G-U (donor site) ... intron sequence ... Y-U-R-A-C (branch sequence 20-50 nucleotides upstream of acceptor site) ... Y-rich-N-C-A-G-[cut]-G (acceptor site). However, it is noted that the specific sequence of intronic splicing elements and the number of nucleotides between the branchpoint and the nearest 3’ acceptor site affect splice site selection. Also, point mutations in the underlying DNA or errors during transcription can activate a cryptic splice site in part of the transcript that usually is not spliced. This results in a mature messenger RNA with a missing section of an exon. In this way, a point mutation, which might otherwise affect only a single amino acid, can manifest as a deletion or truncation in the final protein. Formation and activity Splicing is catalyzed by the spliceosome, a large RNA-protein complex composed of five small nuclear ribonucleoproteins (snRNPs). Assembly and activity of the spliceosome occurs during transcription of the pre-mRNA. The RNA components of snRNPs interact with the intron and are involved in catalysis. Two types of spliceosomes have been identified (major and minor) which contain different snRNPs. The major spliceosome splices introns containing GU at the 5' splice site and AG at the 3' splice site. It is composed of the U1, U2, U4, U5, and U6 snRNPs and is active in the nucleus. In addition, a number of proteins including U2 small nuclear RNA auxiliary factor 1 (U2AF35), U2AF2 (U2AF65) and SF1 are required for the assembly of the spliceosome. The spliceosome forms different complexes during the splicing process: Complex E The U1 snRNP binds to the GU sequence
Vancouver and the Surrey campus is located inside Central City. The downtown campus has expanded to include several other buildings in recent years, including the Segal Graduate School of Business. In September 2010, SFU Contemporary Arts moved into the Woodward's redevelopment, known as the Goldcorp Centre for the Arts. SFU's three campuses are all accessible by public transit. The Vancouver campus is a block away from the Waterfront SkyTrain station while the Surrey campus is adjacent to the Surrey Central SkyTrain station. The Burnaby campus is linked to the Production Way–University, Burquitlam, and Sperling–Burnaby Lake SkyTrain stations by frequent shuttle bus service. Burnaby campus The main campus is located atop Burnaby Mountain, on Traditional Coast Salish Lands, including the Tsleil-Waututh (səl̓ilw̓ətaʔɬ), Kwikwetlem (kʷikʷəƛ̓əm), Squamish (Sḵwx̱wú7mesh Úxwumixw) and Musqueam (xʷməθkʷəy̓əm) Nations. The campus is at an elevation of 365 metres, overlooking the Burrard inlet to the north. All major departments in the university are housed at the Burnaby campus. The library on the main campus is called the W. A. C. Bennett Library, named after the Social Credit Premier of B.C. who established it. The campus also has two gym-complexes, named the Lorne-Davies Complex and Chancellor's Gym. An international-sized swimming pool is located within the Lorne-Davies Complex. Since the relocation of the School of Contemporary Arts to the Woodward's location, the Burnaby campus production theatre has been vacant. Located within the heart of the campus is the Museum of Archaeology and Ethnology and three art galleries. The campus has been awarded numerous architectural awards over the years, including the gold medal for Lieutenant-Governor 2009 Awards in Architecture and the 2007 Royal Architectural Institute of Canada's Prix du XXe siècle. The Burnaby campus is composed of a vast complex of interconnected buildings spanning across of land on Burnaby Mountain, from the eastern end of the campus to the western side, where the UniverCity urban village is located. The campus consists of the following buildings: West Mall Complex (WMC) Lorne Davies Gym Complex Chancellor's Gym Complex Convocation Mall W. A. C. Bennett Library Halpern Centre Maggie Benston Centre (MBC) SFU Theatre Gym, Pool, Fitness Centre Robert C. Brown Hall (RCB) Academic Quadrangle (AQ) Shrum Science Centre (SSC) SSC Biology (B) SSC Biomedical Physiology and Kinesiology (K) SSC Chemistry (C) SSC Physics (P) South Science Building (SSB) Applied Sciences Building (ASB) Education Building (EB) Technology and Science Complex (TASC) I Technology and Science Complex (TASC) II 4D LABS Blusson Hall (BLU) Saywell Hall (ASSC) Strand Hall Trottier Observatory and Science Courtyard SFU Library, archives, museums and galleries The largest of the three SFU Libraries, the W.A.C. Bennett Library, is based on the SFU Burnaby campus, and holds over 2.7 million print and microform volumes. SFU also has a Museum of Archeology and Ethnology, which holds many exhibits created by students as part of the museum studies courses offered in the Department of Archaeology. Archaeological collections arising from excavations and other research by faculty, staff and students are housed in the museum. Several large wooden sculptures ('totem') poles from the Royal British Columbia Museum in Victoria represent the major art traditions of the indigenous coastal peoples of British Columbia. The museum holds a large collection of Indonesian wayang kulit shadow puppets and ethnographic objects from around the world. The museum's image collection holds over 120,000 35 mm slides and digital images of archaeological and ethnographic interest. The SFU Library's Digital Collections provide internet access to digitized documents from a number of archival collections, such as Harrison Brown's Xi'an Incident collection, and the history of British Columbia and Western Canada in general, including documents from the Doukhobor migration from the Russian Empire to Saskatchewan and then to British Columbia assembled for donation to the university by John Keenlyside. Other highlights of the collection include The Vancouver Punk Collection, which includes more than 1200 posters as well as photographs, zines, and ephemera, the British Columbia Postcards Collection, and more than 9800 editorial cartoons from Canadian newspapers. Simon Fraser University's art galleries include: SFU Gallery on the Burnaby campus (established 1970), Audain Gallery at the Goldcorp Centre for the Arts in Vancouver (established 2010), and Teck Gallery at Harbour Centre in Vancouver (established 1989). SFU Galleries stewards the Simon Fraser University Art Collection, that includes, in its holdings of over 5,500 works, significant regional and national art works spanning the last century. The Bill Reid Centre for Northwest Coast Art Studies at SFU houses a collection of 50,000 objects, primarily digital images and digitized textual documents, which document the art, culture and history of different First Nations cultures of the Northwest Coast. The collection includes explorers' drawings, sketches, paintings and original photography. Residences The SFU Burnaby campus provides residence to 1766 SFU and FIC students in 6 different areas, all located on the western side of the campus. The Towers (officially opened in fall of 2004) are three dormitory-style buildings. One of the Towers features a 14-room hotel called "The Simon Hotel". McTaggart-Cowan Hall (built in 1985), traditional-style dormitory building. Shell House (built in 1967), traditional-style dormitory building. The Townhouse Complex (built in 1993) are 3-level townhouse units accommodating up to 4 students per unit. There are a total of 99 units. Hamilton Hall (built in 1993 and renovated in 2009) is a studio-style building for graduate students. Louis Riel House (built in 1969 and closed 2015) was an apartment-style building (unfurnished) used for family and graduate housing. Although the residents tried to prevent the building's closure, it officially closed in September 2015, due to mould problems. UniverCity UniverCity is an urban community located on top of Burnaby Mountain, adjacent to Simon Fraser University. It has won several awards for sustainable planning and development. Envisioned in 1963 by Arthur Erickson and Geoffrey Massey, the area adjacent to the University was not officially rezoned for development until 30 years later. Development of the community began in early 2000, when Simon Fraser University commenced construction on a new residential and commercial area occupying approximately adjacent to the campus. , approximately 3000 people live in UniverCity. The main commercial district on University High Street now houses restaurants, stores, and a 20,000 square foot Nester's Market. A new elementary school, University Highlands Elementary, opened on September 1, 2010. Several new residential developments are currently in progress, including the construction of a 12-storey high rise in the heart of UniverCity. Surrey campus The Surrey campus consists of two buildings located in Whalley / City Centre, Surrey. The main building is part of Central City, an architectural complex adjacent to the Surrey Central SkyTrain station. It was established in 2002 to absorb the students and programs of the former Technical University of British Columbia, which was closed by the provincial government. It has since expanded to house the Surrey operations of other SFU programs. The Central City complex that houses the campus was designed by architect Bing Thom and opened in 2006. The Fraser Library, a branch of the SFU Library, is located at the second floor on this campus, and is the only branch with a games room, where arcade games and console games are available. It also loans equipment to students in the School of Interactive Arts and Technology. A separate five-floor building opened on April 25, 2019, across the street from the existing Central City complex. The building is LEED Gold certified and mainly houses the Sustainability Energy Engineering (SEE) program and supports 440 full-time students with engineering labs, computer labs, classrooms, lecture halls and office spaces. Vancouver campus The Vancouver campus was launched in the 1980s with a storefront classroom. It was the first urban university classroom in British Columbia. A significant portion of funding for the building of the campus came from the private sector. The Vancouver campus has eight buildings spread across the downtown core: SFU Harbour Centre, the Morris J. Wosk Centre for Dialogue, the Segal Graduate School of Business, SFU Contemporary Arts at the restored Woodward's Building, SFU Charles Chang Innovation Centre, SFU Vancity Office of Community Engagement at 312 Main, SFU VentureLabs, SFU Collection at Bill Reid Gallery of Northwest Coast Art, and SFU Contemporary Arts at 611 Alexander Visual Arts Studio. The original campus building at Harbour Centre, a rebuilt heritage department store, officially opened on May 5, 1989. Today, the entire campus serves more than 70,000 people annually. Approximately 10,000 are graduate and undergraduate students enrolled in courses and degree programs based downtown. The Belzberg Library is based at the Vancouver campus. In September 2010, SFU Contemporary Arts relocated to the historic Woodward's district in downtown Vancouver known as the Goldcorp Centre for the Arts. The SFU facility is part of the Woodward's revitalization project. The new facility accommodates the increasing enrolment of students in the programme and new cultural facilities, including the Fei and Milton Wong Experimental theatre, screening rooms, sound studios, and art galleries. Student life and athletics Student life The student newspaper The Peak was established shortly after the university opened and is circulated throughout the University. CJSF-FM radio is the school's radio station, broadcasting from 90.1 FM to Burnaby and surrounding communities, online at www.cjsf.ca or on cable at 93.9 FM. The Simon Fraser Student Society provides funding for over 300 campus clubs. Various campus events include the annual Terry Fox Run, Gung Haggis Fat Choy, Clubs Week, and other multi-cultural events. The Tau chapter of Phrateres, a non-exclusive, non-profit social-service club, was installed here in 1966. Between 1924 and 1967, 23 chapters of Phrateres were installed in universities across North America, including the Theta chapter nearby at the University of British Columbia. Greek organizations Six Greek organizations have formed SFU arms, although none are recognized by the University pursuant to a policy enacted in 1966: Fraternities: Phi Kappa Pi National Fraternity, Omega Epsilon Chapter Delta Kappa Epsilon International Fraternity, Tau Beta Chapter Sororities: Kappa Beta Gamma International Sorority, Alpha Gamma Chapter Delta Alpha Theta National Sorority, Beta Chapter Alpha Pi Phi International Sorority, Eta Chapter Tau Sigma Phi National Sorority, Epsilon Chapter Co-ed Professional Fraternities: Phi Delta Epsilon International Pre-Medical Fraternity, CAN Beta Chapter Alpha Kappa Psi, The Professional Business Fraternity Athletics The university's varsity sports teams are called the Simon Fraser team, and the mascot is a Scottish Terrier named McFogg the Dog. In sports and other competitions, there tends to be a strong rivalry between SFU and The University of British Columbia. The team is the first and currently the only athletic program from outside of the United States that competes in the National Collegiate Athletic Association (NCAA). Before joining the NCAA, the team used to compete in both the Canadian Interuniversity Sports (CIS, now U Sports) and the National Association of Intercollegiate Athletics (NAIA). In total, SFU has 15 varsity sport teams and 300 athletes. All varsity teams compete for their respective NCAA national championships, except for the Women's Wrestling team who competes for the Women's College Wrestling Association's national championship. Beside the varsity teams, SFU also houses various competitive club teams, including Men's Lacrosse, who currently competes in the Men's Collegiate Lacrosse Association, and Men's Hockey, who currently competes in the British Columbia Intercollegiate Hockey League. Other club teams include rugby, cheerleading, rowing, quidditch, and field hockey. SFU has won the NAIA NACDA Director's Cup five times, among others. On Friday, July 10, 2009, the NCAA announced that it had accepted SFU as a Division II member and would begin after a two-year transition period. SFU later competed in the Great Northwest Athletic Conference. It is the first Canadian university to be accepted as a member of the NCAA at any level. In 2012, the team
2006. In QS's 2019 graduate employability ranking, the university ranked 301–500 in the world, and 10–17 in Canada. Research In 2017, Simon Fraser University received a sponsored research income (external sources of research funds) of C$138.964 million, the 17th highest in Canada. In the same year, the university's faculty averaged a sponsored research income of $156,300, while graduates averaged $30,900. Simon Fraser's research performance has been noted several bibliometric university rankings, which uses citation analysis to evaluates the impact a university has on academic publications. In 2019, the Performance Ranking of Scientific Papers for World Universities ranked Simon Fraser 378th in the world, and 16th in Canada. In University Ranking by Academic Performance's 2018–19 rankings, the university placed 362nd in the world, and 15th in Canada. SFU also works with other universities and agencies to operate joint research facilities. These include Bamfield Marine Station, a major centre for teaching and research in marine biology; TRIUMF, a powerful cyclotron used in subatomic physics and chemistry research. SFU is also a partner institution in Great Northern Way Campus Ltd in Vancouver. In March 2006, SFU approved an affiliation agreement with a private college for international students to be housed adjacent to its Burnaby campus. This new college named Fraser International College, which was in the Multi Tenant Facility (now renamed as "Discovery 2 Building") located in Discovery Parks Trust SFU site, is now moved into "Discovery 1 Building" after Discovery Parks Trust returned the building to Simon Fraser University. The MODAL Research Group, based at Simon Fraser, partners with multiple Canadian universities and arts organizations to carry out multi-disciplinary research in the arts with an emphasis on the study of artistic learning and engagement. In 2017, Simon Fraser University entered into an agreement with Huawei to receive cloud computing equipment. In 2022, Simon Fraser University annouced the creation of the cross-displinary Institute of Neuroscience and Neurotechnology (INN) research hub to empower neuroscience related research and collobration across the university. Campuses Simon Fraser University has three campuses, each located in different parts of Greater Vancouver. SFU's original campus is located in Burnaby, atop Burnaby Mountain. The Vancouver campus consists of multiple buildings in downtown Vancouver and the Surrey campus is located inside Central City. The downtown campus has expanded to include several other buildings in recent years, including the Segal Graduate School of Business. In September 2010, SFU Contemporary Arts moved into the Woodward's redevelopment, known as the Goldcorp Centre for the Arts. SFU's three campuses are all accessible by public transit. The Vancouver campus is a block away from the Waterfront SkyTrain station while the Surrey campus is adjacent to the Surrey Central SkyTrain station. The Burnaby campus is linked to the Production Way–University, Burquitlam, and Sperling–Burnaby Lake SkyTrain stations by frequent shuttle bus service. Burnaby campus The main campus is located atop Burnaby Mountain, on Traditional Coast Salish Lands, including the Tsleil-Waututh (səl̓ilw̓ətaʔɬ), Kwikwetlem (kʷikʷəƛ̓əm), Squamish (Sḵwx̱wú7mesh Úxwumixw) and Musqueam (xʷməθkʷəy̓əm) Nations. The campus is at an elevation of 365 metres, overlooking the Burrard inlet to the north. All major departments in the university are housed at the Burnaby campus. The library on the main campus is called the W. A. C. Bennett Library, named after the Social Credit Premier of B.C. who established it. The campus also has two gym-complexes, named the Lorne-Davies Complex and Chancellor's Gym. An international-sized swimming pool is located within the Lorne-Davies Complex. Since the relocation of the School of Contemporary Arts to the Woodward's location, the Burnaby campus production theatre has been vacant. Located within the heart of the campus is the Museum of Archaeology and Ethnology and three art galleries. The campus has been awarded numerous architectural awards over the years, including the gold medal for Lieutenant-Governor 2009 Awards in Architecture and the 2007 Royal Architectural Institute of Canada's Prix du XXe siècle. The Burnaby campus is composed of a vast complex of interconnected buildings spanning across of land on Burnaby Mountain, from the eastern end of the campus to the western side, where the UniverCity urban village is located. The campus consists of the following buildings: West Mall Complex (WMC) Lorne Davies Gym Complex Chancellor's Gym Complex Convocation Mall W. A. C. Bennett Library Halpern Centre Maggie Benston Centre (MBC) SFU Theatre Gym, Pool, Fitness Centre Robert C. Brown Hall (RCB) Academic Quadrangle (AQ) Shrum Science Centre (SSC) SSC Biology (B) SSC Biomedical Physiology and Kinesiology (K) SSC Chemistry (C) SSC Physics (P) South Science Building (SSB) Applied Sciences Building (ASB) Education Building (EB) Technology and Science Complex (TASC) I Technology and Science Complex (TASC) II 4D LABS Blusson Hall (BLU) Saywell Hall (ASSC) Strand Hall Trottier Observatory and Science Courtyard SFU Library, archives, museums and galleries The largest of the three SFU Libraries, the W.A.C. Bennett Library, is based on the SFU Burnaby campus, and holds over 2.7 million print and microform volumes. SFU also has a Museum of Archeology and Ethnology, which holds many exhibits created by students as part of the museum studies courses offered in the Department of Archaeology. Archaeological collections arising from excavations and other research by faculty, staff and students are housed in the museum. Several large wooden sculptures ('totem') poles from the Royal British Columbia Museum in Victoria represent the major art traditions of the indigenous coastal peoples of British Columbia. The museum holds a large collection of Indonesian wayang kulit shadow puppets and ethnographic objects from around the world. The museum's image collection holds over 120,000 35 mm slides and digital images of archaeological and ethnographic interest. The SFU Library's Digital Collections provide internet access to digitized documents from a number of archival collections, such as Harrison Brown's Xi'an Incident collection, and the history of British Columbia and Western Canada in general, including documents from the Doukhobor migration from the Russian Empire to Saskatchewan and then to British Columbia assembled for donation to the university by John Keenlyside. Other highlights of the collection include The Vancouver Punk Collection, which includes more than 1200 posters as well as photographs, zines, and ephemera, the British Columbia Postcards Collection, and more than 9800 editorial cartoons from Canadian newspapers. Simon Fraser University's art galleries include: SFU Gallery on the Burnaby campus (established 1970), Audain Gallery at the Goldcorp Centre for the Arts in Vancouver (established 2010), and Teck Gallery at Harbour Centre in Vancouver (established 1989). SFU Galleries stewards the Simon Fraser University Art Collection, that includes, in its holdings of over 5,500 works, significant regional and national art works spanning the last century. The Bill Reid Centre for Northwest Coast Art Studies at SFU houses a collection of 50,000 objects, primarily digital images and digitized textual documents, which document the art, culture and history of different First Nations cultures of the Northwest Coast. The collection includes explorers' drawings, sketches, paintings and original photography. Residences The SFU Burnaby campus provides residence to 1766 SFU and FIC students in 6 different areas, all located on the western side of the campus. The Towers (officially opened in fall of 2004) are three dormitory-style buildings. One of the Towers features a 14-room hotel called "The Simon Hotel". McTaggart-Cowan Hall (built in 1985), traditional-style dormitory building. Shell House (built in 1967), traditional-style dormitory building. The Townhouse Complex (built in 1993) are 3-level townhouse units accommodating up to 4 students per unit. There are a total of 99 units. Hamilton Hall (built in 1993 and renovated in 2009) is a studio-style building for graduate students. Louis Riel House (built in 1969 and closed 2015) was an apartment-style building (unfurnished) used for family and graduate housing. Although the residents tried to prevent the building's closure, it officially closed in September 2015, due to mould problems. UniverCity UniverCity is an urban community located on top of Burnaby Mountain, adjacent to Simon Fraser University. It has won several awards for sustainable planning and development. Envisioned in 1963 by Arthur Erickson and Geoffrey Massey, the area adjacent to the University was not officially rezoned for development until 30 years later. Development of the community began in early 2000, when Simon Fraser University commenced construction on a new residential and commercial area occupying approximately adjacent to the campus. , approximately 3000 people live in UniverCity. The main commercial district on University High Street now houses restaurants, stores, and a 20,000 square foot Nester's Market. A new elementary school, University Highlands Elementary, opened on September 1, 2010. Several new residential developments are currently in progress, including the construction of a 12-storey high rise in the heart of UniverCity. Surrey campus The Surrey campus consists of two buildings located in Whalley / City Centre, Surrey. The main building is part of Central City, an architectural complex adjacent to the Surrey Central SkyTrain station. It was established in 2002 to absorb the students and programs of the former Technical University of British Columbia, which was closed by the provincial government. It has since expanded to house the Surrey operations of other SFU programs. The Central City complex that houses the campus was designed by architect Bing Thom and opened in 2006. The Fraser Library, a branch of the SFU Library, is located at the second floor on this campus, and is the only branch with a games room, where arcade games and console games are available. It also loans equipment to students in the School of Interactive Arts and Technology. A separate five-floor building opened on April 25, 2019, across the street from the existing Central City complex. The building is LEED Gold certified and mainly houses the Sustainability Energy Engineering (SEE) program and supports 440 full-time students with engineering labs, computer labs, classrooms, lecture halls and office spaces. Vancouver campus The Vancouver campus was launched in the 1980s with a storefront classroom. It was the first urban university classroom in British Columbia. A significant portion of funding for the building of the campus came from the private sector. The Vancouver campus has eight buildings spread across the downtown core: SFU Harbour Centre, the Morris J. Wosk Centre for Dialogue, the Segal Graduate School of Business, SFU Contemporary Arts at the restored Woodward's Building, SFU Charles Chang Innovation Centre, SFU Vancity Office of Community Engagement at 312 Main, SFU VentureLabs, SFU Collection at Bill Reid Gallery of Northwest Coast Art, and SFU Contemporary Arts at 611 Alexander Visual Arts Studio. The original campus building at Harbour Centre, a rebuilt heritage department store, officially opened on May 5, 1989. Today, the entire campus serves more than 70,000 people annually. Approximately 10,000 are graduate and undergraduate students enrolled in courses and degree programs based downtown. The Belzberg Library is based at the Vancouver campus. In September 2010, SFU Contemporary Arts relocated to the historic Woodward's district in downtown Vancouver known as the Goldcorp Centre for the Arts. The SFU facility is part of the Woodward's revitalization project. The new facility accommodates the increasing enrolment of students in the programme and new cultural facilities, including the Fei and Milton Wong Experimental theatre, screening rooms, sound studios, and art galleries. Student life and athletics Student life The student newspaper The Peak was established shortly after the university opened and is circulated throughout the University. CJSF-FM radio is the school's radio station, broadcasting from 90.1 FM to Burnaby and surrounding communities, online at www.cjsf.ca or on cable at 93.9 FM. The Simon Fraser Student Society provides funding for over 300 campus clubs. Various campus events include the annual Terry Fox Run, Gung Haggis Fat Choy, Clubs Week, and other multi-cultural events. The Tau chapter of Phrateres, a non-exclusive, non-profit social-service club, was installed here in 1966. Between 1924 and 1967, 23 chapters of Phrateres were installed in universities across North America, including the Theta chapter nearby at the University of British Columbia. Greek organizations Six Greek organizations have formed SFU arms, although none are recognized by the University pursuant to a policy enacted in 1966: Fraternities: Phi Kappa Pi National Fraternity, Omega Epsilon Chapter Delta Kappa Epsilon International Fraternity, Tau Beta Chapter Sororities: Kappa Beta Gamma International Sorority, Alpha Gamma Chapter Delta Alpha Theta National Sorority, Beta Chapter Alpha Pi Phi International Sorority, Eta Chapter Tau Sigma Phi National Sorority, Epsilon Chapter Co-ed Professional Fraternities: Phi Delta Epsilon International Pre-Medical Fraternity, CAN Beta Chapter Alpha Kappa Psi, The Professional Business Fraternity Athletics The university's varsity sports teams are called the Simon Fraser team, and the mascot is a Scottish Terrier named McFogg the Dog. In sports and other competitions, there tends to be a strong rivalry between SFU and The University of British Columbia. The team is the first and currently the only athletic program from outside of the United States that competes in the National Collegiate Athletic Association (NCAA). Before joining the NCAA, the team used to compete in both the Canadian Interuniversity Sports (CIS, now U Sports) and the National Association of Intercollegiate Athletics (NAIA). In total, SFU has 15 varsity sport teams and 300 athletes. All varsity teams compete for their respective NCAA national championships, except for the Women's Wrestling team who competes for the Women's College Wrestling Association's national championship. Beside the varsity teams, SFU also houses various competitive club teams, including Men's Lacrosse, who currently competes in the Men's Collegiate Lacrosse Association, and Men's Hockey, who currently competes in the British Columbia Intercollegiate Hockey League. Other club teams include rugby, cheerleading, rowing, quidditch, and field hockey. SFU has won the NAIA NACDA Director's Cup five times, among others. On Friday, July 10, 2009, the NCAA announced that it had accepted SFU as a Division II member and would begin after a two-year transition period. SFU later competed in the Great Northwest Athletic Conference. It is the first Canadian university to be accepted as a member of the NCAA at any level. In 2012, the team was accepted as the first international full member of the NCAA. Many former team athletes later represented Canada during the Olympic Games, including gold medalists Carol Huynh and Daniel Igali, and Olympic medalists Sue Holloway and Hugh
lovesick Freyr's wooing of the fair goddess Gerðr on condition of being given Freyr's powerful sword as a reward. The goddess refuses the advances until Skírnir threatens Gerðr with his gambantein, a magic wand. In chapter 34 of the Prose Edda poem Gylfaginning, Skírnir also performs favors for Odin, father of the gods. After the vicious wolf Fenrir evades capture, Skirnir visits the mountain dwarves,
until Skírnir threatens Gerðr with his gambantein, a magic wand. In chapter 34 of the Prose Edda poem Gylfaginning, Skírnir also performs favors for Odin, father of the gods. After the vicious wolf Fenrir evades capture, Skirnir visits the mountain dwarves, known for their mining and smithing. Together they forge the
suprême sauce is made from the mother sauce velouté (white stock thickened with a white roux —in the case of suprême sauce, chicken stock is usually preferred), reduced with heavy cream or crème fraîche, and then strained through a fine sieve. A light squeeze of lemon juice is commonly added. In many cases, chefs also choose to add finely chopped and lightly sautéed mushrooms to the dish, although this was not specifically mentioned in Larousse Gastronomique or by Auguste Escoffier, the "Emperor of the World's Kitchens", who was an arbiter of classic French cuisine. It is
sauce velouté, then thickened with cream. Recipes According the Larousse Gastronomique, a seminal work of French haute cuisine, first published in 1938, suprême sauce is made from the mother sauce velouté (white stock thickened with a white roux —in the case of suprême sauce, chicken stock is usually preferred), reduced with heavy cream or crème fraîche, and then strained through a fine sieve. A light squeeze of lemon juice is commonly added. In many cases, chefs also choose to add finely chopped and lightly sautéed mushrooms to the dish, although this was not
cheese, nutmeg and croutons. See also List of Italian soups References
Zuppa alla modenese ("soup in the style of Modena") is an Italian soup made with stock, spinach,
puree, butter, carrot, celery, onion, cauliflower, bacon fat, Parmesan cheese, parsley, sage, salt and pepper.
cheese, parsley, sage, salt and pepper. See also List of Italian soups List
from the Sun, and geomagnetic storms that can change the direction of magnetic field lines. History Observations from Earth The existence of particles flowing outward from the Sun to the Earth was first suggested by British astronomer Richard C. Carrington. In 1859, Carrington and Richard Hodgson independently made the first observations of what would later be called a solar flare. This is a sudden, localised increase in brightness on the solar disc, which is now known to often occur in conjunction with an episodic ejection of material and magnetic flux from the Sun's atmosphere, known as a coronal mass ejection. The following day, a powerful geomagnetic storm was observed, and Carrington suspected that there might be a connection; the geomagnetic storm is now attributed to the arrival of the coronal mass ejection in near-Earth space and its subsequent interaction with the Earth's magnetosphere. Irish academic George FitzGerald later suggested that matter was being regularly accelerated away from the Sun, reaching the Earth after several days. In 1910, British astrophysicist Arthur Eddington essentially suggested the existence of the solar wind, without naming it, in a footnote to an article on Comet Morehouse. Eddington's proposition was never fully embraced, even though he had also made a similar suggestion at a Royal Institution address the previous year, in which he had postulated that the ejected material consisted of electrons, whereas in his study of Comet Morehouse he had supposed them to be ions. The idea that the ejected material consisted of both ions and electrons was first suggested by Norwegian scientist Kristian Birkeland. His geomagnetic surveys showed that auroral activity was almost uninterrupted. As these displays and other geomagnetic activity were being produced by particles from the Sun, he concluded that the Earth was being continually bombarded by "rays of electric corpuscles emitted by the Sun". He proposed in 1916 that, "From a physical point of view it is most probable that solar rays are neither exclusively negative nor positive rays, but of both kinds"; in other words, the solar wind consists of both negative electrons and positive ions. Three years later, in 1919, British physicist Frederick Lindemann also suggested that the sun ejects particles of both polarities: protons as well as electrons. Around the 1930s, scientists had concluded that the temperature of the solar corona must be a million degrees Celsius because of the way it extended into space (as seen during a total solar eclipse). Later spectroscopic work confirmed this extraordinary temperature to be the case. In the mid-1950s, British mathematician Sydney Chapman calculated the properties of a gas at such a temperature and determined that the corona being such a superb conductor of heat, it must extend way out into space, beyond the orbit of Earth. Also in the 1950s, German astronomer Ludwig Biermann became interested in the fact that the tail of a comet always points away from the Sun, regardless of the direction in which the comet is travelling. Biermann postulated that this happens because the Sun emits a steady stream of particles that pushes the comet's tail away. German astronomer Paul Ahnert is credited (by Wilfried Schröder) as being the first to relate solar wind to the direction of a comet's tail based on observations of the comet Whipple-Fedke (1942g). American astrophysicist Eugene Parker realised that heat flowing from the Sun in Chapman's model, and the comet tail blowing away from the Sun in Biermann's hypothesis, had to be the result of the same phenomenon which he termed the "solar wind". In 1957, Parker showed that although the Sun's corona is strongly attracted by solar gravity, it is such a good conductor of heat that it is still very hot at large distances from the Sun. As solar gravity weakens with increasing distance from the Sun, the outer coronal atmosphere is able to escape supersonically into interstellar space. Parker was also the first person to notice that the weakening influence of the Sun's gravity has the same effect on hydrodynamic flow as a de Laval nozzle, inciting a transition from subsonic to supersonic flow. There was strong opposition to Parker's hypothesis on the solar wind; the paper he submitted to The Astrophysical Journal in 1958 was rejected by two reviewers, before being accepted by the editor Subrahmanyan Chandrasekhar. Observations from space In January 1959, the Soviet spacecraft Luna 1 first directly observed the solar wind and measured its strength, using hemispherical ion traps. The discovery, made by Konstantin Gringauz, was verified by Luna 2, Luna 3, and the more distant measurements of Venera 1. Three years later, a similar measurement was performed by American geophysicist Marcia Neugebauer and collaborators using the Mariner 2 spacecraft. The first numerical simulation of the solar wind in the solar corona, including closed and open field lines, was performed by Pneuman and Kopp in 1971. The magnetohydrodynamics equations in steady state were solved iteratively starting with an initial dipolar configuration. In 1990, the Ulysses probe was launched to study the solar wind from high solar latitudes. All prior observations had been made at or near the Solar System's ecliptic plane. In the late 1990s, the Ultraviolet Coronal Spectrometer (UVCS) instrument on board the SOHO spacecraft observed the acceleration region of the fast solar wind emanating from the poles of the Sun and found that the wind accelerates much faster than can be accounted for by thermodynamic expansion alone. Parker's model predicted that the wind should make the transition to supersonic flow at an altitude of about four solar radii (approx. 3,000,000 km) from the photosphere (surface); but the transition (or "sonic point") now appears to be much lower, perhaps only one solar radius (approx. 700,000 km) above the photosphere, suggesting that some additional mechanism accelerates the solar wind away from the Sun. The acceleration of the fast wind is still not understood and cannot be fully explained by Parker's theory. However, the gravitational and electromagnetic explanation for this acceleration is detailed in an earlier paper by 1970 Nobel laureate in Physics, Hannes Alfvén. The STEREO mission was launched in 2006 to study coronal mass ejections and the solar corona, using stereoscopy from two
its surface rotation rate. The wind is considered responsible for comets' tails, along with the Sun's radiation. The solar wind contributes to fluctuations in celestial radio waves observed on the Earth, through an effect called interplanetary scintillation. Magnetospheres Where the solar wind intersects with a planet that has a well-developed magnetic field (such as Earth, Jupiter or Saturn), the particles are deflected by the Lorentz force. This region, known as the magnetosphere, causes the particles to travel around the planet rather than bombarding the atmosphere or surface. The magnetosphere is roughly shaped like a hemisphere on the side facing the Sun, then is drawn out in a long wake on the opposite side. The boundary of this region is called the magnetopause, and some of the particles are able to penetrate the magnetosphere through this region by partial reconnection of the magnetic field lines. The solar wind is responsible for the overall shape of Earth's magnetosphere. Fluctuations in its speed, density, direction, and entrained magnetic field strongly affect Earth's local space environment. For example, the levels of ionizing radiation and radio interference can vary by factors of hundreds to thousands; and the shape and location of the magnetopause and bow shock wave upstream of it can change by several Earth radii, exposing geosynchronous satellites to the direct solar wind. These phenomena are collectively called space weather. From the European Space Agency's Cluster mission, a new study has taken place that proposes that it is easier for the solar wind to infiltrate the magnetosphere than previously believed. A group of scientists directly observed the existence of certain waves in the solar wind that were not expected. A recent study shows that these waves enable incoming charged particles of solar wind to breach the magnetopause. This suggests that the magnetic bubble forms more as a filter than a continuous barrier. This latest discovery occurred through the distinctive arrangement of the four identical Cluster spacecraft, which fly in a controlled configuration through near-Earth space. As they sweep from the magnetosphere into interplanetary space and back again, the fleet provides exceptional three-dimensional insights on the phenomena that connect the sun to Earth. The research characterised variances in formation of the interplanetary magnetic field (IMF) largely influenced by Kelvin–Helmholtz instability (which occur at the interface of two fluids) as a result of differences in thickness and numerous other characteristics of the boundary layer. Experts believe that this was the first occasion that the appearance of Kelvin–Helmholtz waves at the magnetopause had been displayed at high latitude downward orientation of the IMF. These waves are being seen in unforeseen places under solar wind conditions that were formerly believed to be undesired for their generation. These discoveries show how Earth's magnetosphere can be penetrated by solar particles under specific IMF circumstances. The findings are also relevant to studies of magnetospheric progressions around other planetary bodies. This study suggests that Kelvin–Helmholtz waves can be a somewhat common, and possibly constant, instrument for the entrance of solar wind into terrestrial magnetospheres under various IMF orientations. Atmospheres The solar wind affects other incoming cosmic rays interacting with planetary atmospheres. Moreover, planets with a weak or non-existent magnetosphere are subject to atmospheric stripping by the solar wind. Venus, the nearest and most similar planet to Earth, has 100 times denser atmosphere, with little or no geo-magnetic field. Space probes discovered a comet-like tail that extends to Earth's orbit. Earth itself is largely protected from the solar wind by its magnetic field, which deflects most of the charged particles; however, some of the charged particles are trapped in the Van Allen radiation belt. A smaller number of particles from the solar wind manage to travel, as though on an electromagnetic energy transmission line, to the Earth's upper atmosphere and ionosphere in the auroral zones. The only time the solar wind is observable on the Earth is when it is strong enough to produce phenomena such as the aurora and geomagnetic storms. Bright auroras strongly heat the ionosphere, causing its plasma to expand into the magnetosphere, increasing the size of the plasma geosphere and injecting atmospheric matter into the solar wind. Geomagnetic storms result when the pressure of plasmas contained inside the magnetosphere is sufficiently large to inflate and thereby distort the geomagnetic field. Although Mars is larger than Mercury and four times farther from the Sun, it is thought that the solar wind has stripped away up to a third of its original atmosphere, leaving a layer 1/100th as dense as the Earth's. It is believed the mechanism for this atmospheric stripping is gas caught in bubbles of the magnetic field, which are ripped off by the solar wind. In 2015 the NASA Mars Atmosphere and Volatile Evolution (MAVEN) mission measured the rate of atmospheric stripping caused by the magnetic field carried by the solar wind as it flows past Mars, which generates an electric field, much as a turbine on Earth can be used to generate electricity. This electric field accelerates electrically charged gas atoms, called ions, in Mars' upper atmosphere and shoots them into space. The MAVEN mission measured the rate of atmospheric stripping at about 100 grams (≈1/4 lb) per second. Moons and planetary surfaces Mercury, the nearest planet to the Sun, bears the full brunt of the solar wind, and since its atmosphere is vestigial and transient, its surface is bathed in radiation. Mercury has an intrinsic magnetic field, so under normal solar wind conditions, the solar wind cannot penetrate its magnetosphere and particles only reach the surface in the cusp regions. During coronal mass ejections, however, the magnetopause may get pressed into the surface of the planet, and under these conditions, the solar wind may interact freely with the planetary surface. The Earth's Moon has no atmosphere or intrinsic magnetic field, and consequently its surface is bombarded with the full solar wind. The Project Apollo missions deployed passive aluminum collectors in an attempt to sample the solar wind, and lunar soil returned for study confirmed that the lunar regolith is enriched in atomic nuclei deposited from the solar wind. These elements may prove useful resources for future lunar colonies. Outer limits The solar wind "blows a bubble" in the interstellar medium (the rarefied hydrogen and helium gas that permeates the galaxy). The point where the solar wind's strength is no longer great enough to push back the interstellar medium is known as the heliopause and is often considered to be the outer border of the Solar System. The distance to the heliopause is not precisely known and probably depends on the current velocity of the solar wind and the
used "Police Court Spoonerism" as the headline. A spoonerism is also known as a marrowsky, purportedly after a Polish count who suffered from the same impediment. Examples Most of the quotations attributed to Spooner are apocryphal; The Oxford Dictionary of Quotations (3rd edition, 1979) lists only one substantiated spoonerism: "The weight of rages will press hard upon the employer" (instead of "rate of wages"). Spooner himself claimed that "The Kinquering Congs Their Titles Take" (in reference to a hymn) was his sole spoonerism. Most spoonerisms were probably never uttered by William Spooner himself but rather made up by colleagues and students as a pastime. Richard Lederer, calling "Kinkering Kongs their Titles Take" (with an alternative spelling) one of the "few" authenticated Spoonerisms, dates it to 1879, and he gives nine examples "attributed to Spooner, most of them spuriously." They are as follows: "Three cheers for our queer old dean!" (rather than "dear old queen," which is a reference to Queen Victoria) "Is it kisstomary to cuss the bride?" (as opposed to "customary to kiss") "The Lord is a shoving leopard." (instead of "a loving shepherd") "A blushing crow." ("crushing blow") "A well-boiled icicle" ("well-oiled bicycle") "You were fighting a liar in the quadrangle." ("lighting a fire") "Is the bean dizzy?" ("Dean busy") "Someone is occupewing my pie. Please sew me to another sheet." ("Someone is occupying my pew. Please show me to another seat.") "You have hissed all my mystery lectures. You have tasted a whole worm. Please leave Oxford on the next town drain." ("You have missed all my history lectures. You have wasted a whole term. Please leave Oxford on the next down train.") A newspaper column attributes this additional example to Spooner: "A nosey little cook." (as opposed to a "cosy little nook"). Popular use/culture In modern terms, spoonerism generally refers to any changing of sounds in this manner. Comedy The Washington, D.C. political comedy sketch group Capitol Steps has a long-standing tradition of performing a routine called "Lirty Dies" during every performance, which features a typically 10-minute-long barrage of rapid-fire topical spoonerisms. A few examples over the years range from "Resident Pagan" (President Reagan) and the US's periodic practice of "Licking their Peaders" (Picking their leaders) to the NSA "poopin' on Snutin" (Snoopin' on Putin) and "phugging everybody's bones" (bugging everybody's phones). Comedienne Jane Ace was notorious for her spoonerisms and other similar plays on words during her run as star of the radio sitcom Easy Aces. Literature Comedian F. Chase Taylor was the star of the 1930s radio program Stoopnagle and Budd, in which his character, Colonel Stoopnagle, used spoonerisms. In 1945, he published a book, My Tale Is Twisted, consisting of 44 "spoonerised" versions of well-known children's stories. Subtitled "Wart Pun: Aysop's Feebles" and "Tart Pooh: Tairy and Other Fales," these included such tales as "Beeping Sleauty" for "Sleeping Beauty. The book was republished in 2001 by Stone and Scott Publishers as Stoopnagle's Tale is Twisted. In 2005, HarperCollins published the late humorist Shel Silverstein's Runny Babbit: A Billy Sook, a book about a rabbit whose parents "Dummy and Mad" gave him spoonerized chores, such as having to "Dash the wishes" (for "wash the dishes").
and used "Police Court Spoonerism" as the headline. A spoonerism is also known as a marrowsky, purportedly after a Polish count who suffered from the same impediment. Examples Most of the quotations attributed to Spooner are apocryphal; The Oxford Dictionary of Quotations (3rd edition, 1979) lists only one substantiated spoonerism: "The weight of rages will press hard upon the employer" (instead of "rate of wages"). Spooner himself claimed that "The Kinquering Congs Their Titles Take" (in reference to a hymn) was his sole spoonerism. Most spoonerisms were probably never uttered by William Spooner himself but rather made up by colleagues and students as a pastime. Richard Lederer, calling "Kinkering Kongs their Titles Take" (with an alternative spelling) one of the "few" authenticated Spoonerisms, dates it to 1879, and he gives nine examples "attributed to Spooner, most of them spuriously." They are as follows: "Three cheers for our queer old dean!" (rather than "dear old queen," which is a reference to Queen Victoria) "Is it kisstomary to cuss the bride?" (as opposed to "customary to kiss") "The Lord is a shoving leopard." (instead of "a loving shepherd") "A blushing crow." ("crushing blow") "A well-boiled icicle" ("well-oiled bicycle") "You were fighting a liar in the quadrangle." ("lighting a fire") "Is the bean dizzy?" ("Dean busy") "Someone is occupewing my pie. Please sew me to another sheet." ("Someone is occupying my pew. Please show me to another seat.") "You have hissed all my mystery lectures. You have tasted a whole worm. Please leave Oxford on the next town drain." ("You have missed all my history lectures. You have wasted a whole term. Please leave Oxford on the next down train.") A newspaper column attributes this additional example to Spooner: "A nosey little cook." (as opposed to a "cosy little nook"). Popular use/culture In modern terms, spoonerism generally refers to any changing of sounds in this manner. Comedy The Washington, D.C. political comedy sketch group Capitol Steps has a long-standing tradition of performing a routine called "Lirty Dies" during every performance, which features a typically 10-minute-long barrage of rapid-fire topical spoonerisms. A few examples
Guzan, American soccer player 1984 – James Hildreth, English cricketer 1984 – Michalis Sifakis, Greek footballer 1985 – Lior Eliyahu, Israeli basketball player 1985 – Martin Johnson, American singer-songwriter, guitarist, and producer 1985 – Luka Modrić, Croatian footballer 1985 – J. R. Smith, American basketball player 1986 – Michael Bowden, American baseball player 1986 – Chamu Chibhabha, Zimbabwean cricketer 1986 – Luc Mbah a Moute, Cameroonian basketball player 1986 – Keith Yandle, American hockey player 1987 – Markus Jürgenson, Estonian footballer 1987 – Alexis Palisson, French rugby player 1987 – Andrea Petkovic, German tennis player 1987 – Afrojack, Dutch-Surinamese DJ, record producer, and remixer 1988 – Danilo D'Ambrosio, Italian footballer 1988 – Will Middlebrooks, American baseball player 1989 – Alfonzo Dennard, American football player 1989 – Casey Hayward, American football player 1990 – Shaun Johnson, New Zealand rugby league player 1990 – Haley Reinhart, American singer-songwriter and actress 1990 – Andrew Smith, American basketball player (d. 2016) 1990 – Jordan Tabor, English footballer (d. 2014) 1991 – Lauren Daigle, American contemporary Christian music singer and songwriterhttps://music.apple.com/cz/artist/lauren-daigle/722177758 Lauren Daigle on Apple Music 1991 – Hunter Hayes, American singer-songwriter and guitarist 1991 – Oscar, Brazilian footballer 1991 – Danilo Pereira, Bissauan-Portuguese footballer 1992 – Shannon Boyd, Australian rugby league player 1992 – Damian McGinty, Northern Irish actor and singer 1992 – Kristiāns Pelšs, Latvian ice hockey player (d. 2013) 1993 – Cameron Cullen, Australian rugby league player 1993 – Crazy Mary Dobson, American wrestler 1993 – Ryōhei Katō, Japanese gymnast 1993 – Sharon van Rouwendaal, Dutch swimmer 1994 – Clinton Gutherson, Australian rugby league player 1997 – Billy Bainbridge, Australian rugby league player Deaths Pre-1600 906 – Adalbert von Babenberg, Frankish nobleman 1000 – Olaf I, king of Norway 1031 – Gang Gam-chan, Korean general (b. 948) 1087 – William the Conqueror, English king (b. 1028) 1191 – Conrad II, duke of Bohemia 1271 – Yaroslav of Tver, Russian Grand Prince (b. 1230) 1282 – Ingrid of Skänninge, Swedish abbess and saint 1285 – Kunigunda of Halych, queen regent of Bohemia (b. 1245) 1398 – James I, king of Cyprus (b. 1334) 1435 – Robert Harling, English knight 1438 – Edward, king of Portugal (b. 1391) 1487 – Chenghua, emperor of China (b. 1447) 1488 – Francis II, duke of Brittany (b. 1433) 1513 – James IV, king of Scotland (b. 1473) 1513 – George Douglas, Scottish nobleman (b. 1469) 1513 – William Douglas of Glenbervie, Scottish nobleman (b. 1473) 1513 – William Graham, 1st Earl of Montrose, Scottish politician (b. 1464) 1513 – George Hepburn, Scottish bishop 1513 – Adam Hepburn, 2nd Earl of Bothwell, Scottish politician, Lord High Admiral of Scotland 1513 – Adam Hepburn of Craggis, Scottish nobleman 1513 – David Kennedy, 1st Earl of Cassilis, Scottish soldier (b. 1478) 1513 – Alexander Lauder of Blyth, Scottish politician 1513 – Alexander Stewart, Scottish archbishop (b. 1493) 1513 – Matthew Stewart, 2nd Earl of Lennox, Scottish politician (b. 1488) 1569 – Pieter Bruegel the Elder, Dutch painter (b. 1525) 1583 – Humphrey Gilbert, English explorer and politician (b. 1539) 1596 – Anna Jagiellon, Polish queen (b. 1523) 1601–1900 1603 – George Carey, 2nd Baron Hunsdon, English politician, Lord Lieutenant of Hampshire (b. 1547) 1611 – Eleanor de' Medici, Italian noblewoman (b. 1567) 1612 – Nakagawa Hidenari, Japanese daimyō (b. 1570) 1676 – Paul de Chomedey, Sieur de Maisonneuve, French soldier, founded Montreal (b. 1612) 1680 – Henry Marten, English lawyer and politician (b. 1602) 1755 – Johann Lorenz von Mosheim, German historian and author (b. 1694) 1806 – William Paterson, Irish-American judge and politician, 2nd Governor of New Jersey (b. 1745) 1815 – John Singleton Copley, American-English colonial and painter (b. 1738) 1834 – James Weddell, Belgian-English sailor and navigator (b. 1787) 1841 – Augustin Pyramus de Candolle, Swiss botanist, mycologist, and academic (b. 1778) 1891 – Jules Grévy, French politician, 4th President of the French Republic (b. 1813) 1893 – Friedrich Traugott Kützing, German pharmacist, botanist and phycologist (b. 1807) 1898 – Stéphane Mallarmé, French poet and critic (b. 1842) 1901–present 1901 – Henri de Toulouse-Lautrec, French painter and illustrator (b. 1864) 1907 – Ernest Wilberforce, English bishop (b. 1840) 1909 – E. H. Harriman, American businessman and philanthropist (b. 1848) 1910 – Lloyd Wheaton Bowers, American lawyer and politician, United States Solicitor General (b. 1859) 1915 – Albert Spalding, American baseball player, manager, and businessman, co-founded Spalding (b. 1850) 1934 – Roger Fry, English painter and critic (b. 1866) 1941 – Hans Spemann, German embryologist and academic, Nobel Prize laureate (b. 1869) 1942 – Adele Kurzweil, Austrian Holocaust victim (b. 1925) 1943 – Carlo Bergamini, Italian admiral (b. 1888) 1943 – Charles McLean Andrews, American historian, author, and academic (b. 1863) 1945 – Max Ehrmann, American poet and lawyer (b. 1872) 1950 – Victor Hémery, French racing driver (b. 1876) 1955 – Carl Friedberg, German pianist and educator (b. 1872) 1958 – Charlie Macartney, Australian cricketer and soldier (b. 1886) 1959 – Ramón Fonst, Cuban fencer (b. 1883) 1960 – Jussi Björling, Swedish tenor (b. 1911) 1963 – Edwin Linkomies, Finnish academic, professor and the Prime Minister of Finland (b. 1894) 1969 – Willy Mairesse, Belgian racing driver (b. 1928) 1975 – Johannes Brenner, Estonian footballer (b. 1906) 1975 – John McGiver, American actor (b. 1913) 1976 – Mao Zedong, Chinese philosopher, academic, and politician, 1st Chairman of the Communist Party of China (b. 1893) 1978 – Hugh MacDiarmid, Scottish linguist, poet, and author (b. 1892) 1978 – Jack L. Warner, Canadian-American production manager and producer, co-founded Warner Bros. (b. 1892) 1979 – Norrie Paramor, English composer, conductor, and producer (b. 1914) 1980 – John Howard Griffin, American journalist and author (b. 1920) 1981 – Robert Askin, Australian sergeant and politician, 32nd Premier of New South Wales (b. 1907) 1981 – Jacques Lacan, French psychoanalyst and psychiatrist (b. 1901) 1985 – Neil Davis, Australian photographer and journalist (b. 1934) 1985 – Paul Flory, American chemist and engineer, Nobel Prize laureate (b. 1910) 1985 – Antonino Votto, Italian conductor (b. 1896) 1986 – Magda Tagliaferro, Brazilian pianist and educator (b. 1893) 1990 – Nicola Abbagnano, Italian philosopher and academic (b. 1901) 1990 – Samuel Doe, Liberian field marshal and politician, 21st President of Liberia (b. 1951) 1990 – Alexander Men, Russian priest and scholar (b. 1930) 1993 – Larry Noble, English comedian and actor (b. 1914) 1993 – Helen O'Connell, American singer (b. 1920) 1994 – Patrick O'Neal, American actor (b. 1927) 1996 – Bill Monroe, American singer-songwriter (b. 1911) 1997 – Richie Ashburn, American baseball player and sportscaster (b. 1927) 1997 – John Hackett, Australian-English general and author (b. 1910) 1997 – Burgess Meredith, American actor, director, and producer (b. 1907) 1998 – Lucio Battisti, Italian singer-songwriter and guitarist (b. 1943) 1998 – Bill Cratty, American dancer and choreographer (b. 1951) 1999 – Arie de Vroet, Dutch footballer and manager (b. 1918) 1999 – Catfish Hunter, American baseball player (b. 1946) 1999 – Ruth Roman, American actress (b. 1922) 2000 – Julian Critchley, English lawyer and politician (b. 1930) 2001 – Ahmad Shah Massoud, Afghan commander and politician, Afghan Minister of Defense (b. 1953) 2003 – Edward Teller, Hungarian-American physicist and academic (b. 1908) 2003 – Don Willesee, Australian telegraphist and politician, 29th Australian Minister for Foreign Affairs (b. 1916) 2004 – Ernie Ball, American guitarist and businessman (b. 1930) 2004 – Caitlin Clarke, American actress (b. 1952) 2006 – Gérard Brach, French director and screenwriter (b. 1927) 2006 – Richard Burmer, American composer and engineer (b. 1955) 2006 – Matt Gadsby, English footballer (b. 1979) 2006 – William Bernard Ziff Jr., American businessman, founded Ziff Davis (b. 1930) 2012 – Verghese Kurien, Indian engineer and businessman, founded Amul (b. 1921) 2012 – John McCarthy, Australian footballer (b. 1989) 2012 – Mike Scarry, American football player and coach (b. 1920) 2012 – Ron Tindall, English footballer and manager (b. 1935) 2013 – Sunila Abeysekera, Sri Lankan scholar and activist (b. 1952) 2013 – Alberto Bevilacqua, Italian director and screenwriter (b. 1934) 2013 – Saul Landau, American journalist, director, and author (b. 1936) 2014 – Montserrat Abelló i Soler, Spanish poet and translator (b. 1918) 2014 – Firoza Begum, Bangladeshi singer (b. 1930) 2014 – Graham Joyce, English author and educator (b. 1954) 2015 – Annemarie Bostroem, German poet, playwright, and songwriter (b. 1922) 2015 – Einar H. Ingman Jr., American sergeant, Medal of Honor recipient (b. 1929) 2015 – K. Kunaratnam, Sri Lankan physicist and academic (b. 1934) Holidays and observances Christian feast day: Charles Lowder (Church of England) Ciarán of Clonmacnoise Constance, Nun, and her Companions (Episcopal Church) Our Lady of Arantzazu (Oñati) Peter Claver Synaxis of Ss. Joachim and Anna, an Afterfeast. (Eastern Orthodox and Eastern Catholic Churches) September 9 (Eastern Orthodox liturgics) Armored Forces Day (Ukraine) California Admission Day (California, United States) Children's Day (Costa Rica) Chrysanthemum Day or Kiku no Sekku'' (Japan) Day of the Victims of Holocaust and of Racial Violence (Slovakia) Emergency Services Day (United Kingdom) Independence Day or Republic Day, celebrates the proclamation of Democratic People's Republic of Korea (North Korea) in 1948. Independence Day (Tajikistan), celebrates the independence of Tajikistan from USSR in 1991. Martyrs' Day (Afghanistan) (date may fall on September 8, follows a non-Gregorian calendar, see List of observances set by the Solar Hijri calendar) Remembrance for Herman the Cheruscan (The Troth) References External
1934 – Nicholas Liverpool, Dominican lawyer and politician, 6th President of Dominica (d. 2015) 1934 – Sonia Sanchez, American poet, playwright, and activist 1935 – Gopal Baratham, Singaporean neurosurgeon and author (d. 2002) 1935 – Nadim Sawalha, Jordanian-born English actor 1935 – Chaim Topol, Israeli actor, singer, and producer 1936 – William Bradshaw, Baron Bradshaw, English academic and politician 1938 – John Davis, English anthropologist and academic 1938 – Jay Ward, American baseball player, coach, and manager (d. 2012) 1939 – Ron McDole, American football player 1940 – Hugh Morgan, Australian businessman 1940 – Joe Negroni, American doo-wop singer (d. 1978) 1941 – Syed Abid Ali, Indian cricketer 1941 – Otis Redding, American singer-songwriter and producer (d. 1967) 1941 – Dennis Ritchie, American computer scientist, created the C programming language (d. 2011) 1942 – Inez Foxx, American singer 1942 – Danny Kalb, American singer and guitarist 1943 – Frank Clark, English footballer, manager and chairman 1945 – Ton van Heugten, Dutch motocross racer (d. 2008) 1945 – Dee Dee Sharp, American singer 1945 – Doug Ingle, American singer-songwriter and keyboard player 1946 – Jim Keays, Scottish-Australian singer-songwriter (d. 2014) 1946 – Bruce Palmer, Canadian folk-rock bass player (d. 2004) 1947 – David Rosenboom, American composer and educator 1947 – Freddy Weller, American singer-songwriter and guitarist 1947 – T. M. Wright, American author, poet, and illustrator (d. 2015) 1949 – John Curry, English figure skater (d. 1994) 1949 – Daniel Pipes, American historian and author 1949 – Joe Theismann, American football player and sportscaster 1949 – Susilo Bambang Yudhoyono, Indonesian general and politician, 6th President of Indonesia 1950 – Gogi Alauddin, Pakistani squash player and coach 1950 – John McFee, American singer-songwriter, guitarist, and producer 1951 – Alexander Downer, Australian economist and politician, 34th Minister of Foreign Affairs for Australia 1951 – Tom Wopat, American actor and singer 1952 – Angela Cartwright, English-born American actress, author, and singer 1952 – Per Jørgensen, Norwegian singer and trumpet player 1952 – David A. Stewart, English singer-songwriter, guitarist, and producer 1953 – Janet Fielding, Australian actress 1955 – John Kricfalusi, Canadian voice actor, animator, director, and screenwriter 1957 – Pierre-Laurent Aimard, French pianist and educator 1959 – Tom Foley, American baseball player and coach 1959 – Éric Serra, French composer and producer 1960 – Hugh Grant, English actor and producer 1960 – Bob Hartley, Canadian ice hockey player and coach 1960 – Stefano Righi, Italian singer-songwriter, musician, record producer and actor 1960 – Bob Stoops, American football player and coach 1960 – Kimberly Willis Holt, American author 1963 – Chris Coons, American lawyer and politician 1963 – Roberto Donadoni, Italian footballer and manager 1963 – Neil Fairbrother, English cricketer 1964 – Aleksandar Hemon, Bosnian-American author and critic 1964 – Skip Kendall, American golfer 1965 – Dan Majerle, American basketball player and coach 1965 – Marcel Peeper, Dutch footballer 1966 – Georg Hackl, German luger and coach 1966 – Kevin Hatcher, American ice hockey player 1966 – Adam Sandler, American actor, screenwriter, and producer 1966 – Brian Smith, Australian-Irish rugby player and coach 1967 – B. J. Armstrong, American basketball player and sportscaster 1967 – Chris Caffery, American singer-songwriter and guitarist 1967 – Mark Shrader, American wrestler 1967 – Akshay Kumar, Canadian actor and producer 1968 – Jon Drummond, American sprinter and coach 1968 – Clive Mendonca, English footballer 1968 – Julia Sawalha, English actress 1969 – Rachel Hunter, New Zealand model and actress 1969 – Natasha Stott Despoja, Australian politician 1970 – Natalia Streignard, Spanish-Venezuelan actress 1971 – Eric Stonestreet, American actor 1971 – Henry Thomas, American actor and guitarist 1972 – Mike Hampton, American baseball player and coach 1972 – Natasha Kaplinsky, English journalist 1972 – Jakko Jan Leeuwangh, Dutch speed skater 1972 – Miriam Oremans, Dutch tennis player 1972 – Xavi Pascual, Spanish professional basketball coach 1972 – Félix Rodríguez, Dominican baseball player 1972 – Goran Višnjić, Croatian-American actor 1973 – Kazuhisa Ishii, Japanese baseball player 1974 – Vikram Batra, Indian captain (d. 1999) 1974 – Shane Crawford, Australian footballer and television host 1974 – Marcos Curiel, American singer-songwriter, guitarist, and producer 1974 – Jun Kasai, Japanese wrestler 1974 – Gok Wan, English fashion stylist, author, and television host 1975 – Michael Bublé, Canadian singer-songwriter and actor 1975 – Anton Oliver, New Zealand rugby player 1976 – Emma de Caunes, French actress 1976 – El Intocable, Mexican wrestler 1976 – Hanno Möttölä, Finnish basketball player 1976 – Joey Newman, American composer and conductor 1976 – Aki Riihilahti, Finnish footballer and coach 1976 – Kristoffer Rygg, Norwegian singer-songwriter and producer 1977 – Kyle Snyder, American baseball player and coach 1977 – Fatih Tekke, Turkish footballer and manager 1978 – Kurt Ainsworth, American baseball player and businessman, co-founded Marucci Sports 1978 – Shane Battier, American basketball player and sportscaster 1979 – Wayne Carlisle, Northern Irish footballer and coach 1979 – Nikki DeLoach, American actress and singer 1980 – Todd Coffey, American baseball player 1980 – Václav Drobný, Czech footballer (d. 2012) 1980 – David Fa'alogo, New Zealand rugby league player 1980 – Michelle Williams, American actress 1981 – Julie Gonzalo, Argentine-American actress 1982 – John Kuhn, American football player 1982 – Graham Onions, English cricketer 1982 – Ai Otsuka, Japanese singer-songwriter, pianist, and actress 1982 – Eugênio Rômulo Togni, Brazilian footballer 1983 – Vitolo, Spanish footballer 1983 – Kyle Davies, American baseball player 1983 – Edwin Jackson, American baseball player 1983 – Cleveland Taylor, English footballer 1984 – Jaouad Akaddar, Moroccan footballer (d. 2012) 1984 – Brad Guzan, American soccer player 1984 – James Hildreth, English cricketer 1984 – Michalis Sifakis, Greek footballer 1985 – Lior Eliyahu, Israeli basketball player 1985 – Martin Johnson, American singer-songwriter, guitarist, and producer 1985 – Luka Modrić, Croatian footballer 1985 – J. R. Smith, American basketball player 1986 – Michael Bowden, American baseball player 1986 – Chamu Chibhabha, Zimbabwean cricketer 1986 – Luc Mbah a Moute, Cameroonian basketball player 1986 – Keith Yandle, American hockey player 1987 – Markus Jürgenson, Estonian footballer 1987 – Alexis Palisson, French rugby player 1987 – Andrea Petkovic, German tennis player 1987 – Afrojack, Dutch-Surinamese DJ, record producer, and remixer 1988 – Danilo D'Ambrosio, Italian footballer 1988 – Will Middlebrooks, American baseball player 1989 – Alfonzo Dennard, American football player 1989 – Casey Hayward, American football player 1990 – Shaun Johnson, New Zealand rugby league player 1990 – Haley Reinhart, American singer-songwriter and actress 1990 – Andrew Smith, American basketball player (d. 2016) 1990 – Jordan Tabor, English footballer (d. 2014) 1991 – Lauren Daigle, American contemporary Christian music singer and songwriterhttps://music.apple.com/cz/artist/lauren-daigle/722177758 Lauren Daigle on Apple Music 1991 – Hunter Hayes, American singer-songwriter and guitarist 1991 – Oscar, Brazilian footballer 1991 – Danilo Pereira, Bissauan-Portuguese footballer 1992 – Shannon Boyd, Australian rugby league player 1992 – Damian McGinty, Northern Irish actor and singer 1992 – Kristiāns Pelšs, Latvian ice hockey player (d. 2013) 1993 – Cameron Cullen,
notably in Charlie Kaufman's films Being John Malkovich and Adaptation, the latter pushing the concept arguably to its breaking point as it attempts to portray its own creation, in a dramatized version of the Droste effect. Various creation myths invoke self-reference to solve the problem of what created the creator. For example, the Egyptian creation myth has a god swallowing his own semen to create himself. The Ouroboros is a mythical dragon which eats itself. The Quran includes numerous instances of self-referentiality. The surrealist painter René Magritte is famous for his self-referential works. His painting The Treachery of Images, includes the words "this is not a pipe", the truth of which depends entirely on whether the word ceci (in English, "this") refers to the pipe depicted—or to the painting or the word or sentence itself. M.C. Escher's art also contains many self-referential concepts such as hands drawing themselves. In language A word that describes itself is called an autological word (or autonym). This generally applies to adjectives, for example sesquipedalian (i.e. "sesquipedalian" is a sesquipedalian word), but can also apply to other parts of speech, such as TLA, as a three-letter abbreviation for "three-letter abbreviation". A sentence which inventories its own letters and punctuation marks is called an autogram. There is a special case of meta-sentence in which the content of the sentence in the metalanguage and the content of the sentence in the object language are the same. Such a sentence is referring to itself. However some meta-sentences of this type can lead to paradoxes. "This is a sentence." can be considered to be a self-referential meta-sentence which is obviously true. However "This sentence is false" is a meta-sentence which leads to a self-referential paradox. Such sentences can lead to problems, for example, in law, where statements bringing laws into existence can contradict one another or themselves. Kurt Gödel claimed to have found such a paradox in the US constitution at his citizenship ceremony. Self-reference occasionally occurs in the media when it is required to write about itself, for example the BBC reporting on job cuts at the BBC. Notable encyclopedias may be required to feature articles about themselves, such as Wikipedia's article on Wikipedia. Fumblerules are a list of rules of good grammar and writing, demonstrated through sentences that violate those very rules, such as "Avoid cliches like the plague" and "Don't use no double negatives". The term was coined in a published list of such rules by William Safire. In popular culture Douglas Hofstadter's books, especially Metamagical Themas and Gödel, Escher, Bach, play with many self-referential concepts and were highly influential in bringing them into mainstream intellectual culture during the 1980s. Hofstadter's law, which specifies that "It always takes longer than you expect, even when you take into account Hofstadter's Law" is an example of a self-referencing adage. Hofstadter also suggested the concept of a 'Reviews of this book', a book containing only reviews of itself, which has since been implemented using wikis and other technologies. Hofstadter's 'strange loop' metaphysics attempts to map consciousness onto self-reference, but is a minority position in philosophy of mind. The subgenre of "recursive science fiction" or metafiction is now so extensive that it has fostered a fan-maintained bibliography at the New England Science Fiction Association's website; some of it is about science-fiction fandom, some about science fiction and its authors. In law Several constitutions are self-referential,
characters are viewing a VHS copy of their own story, which shows them watching themselves "watching themselves", ad infinitum. Perhaps the earliest example is in Homer's Iliad, where Helen of Troy laments: "for generations still unborn/we will live in song" (appearing in the song itself). Self-reference in art is closely related to the concepts of breaking the fourth wall and meta-reference, which often involve self-reference. The short stories of Jorge Luis Borges play with self-reference and related paradoxes in many ways. Samuel Beckett's Krapp's Last Tape consists entirely of the protagonist listening to and making recordings of himself, mostly about other recordings. During the 1990s and 2000s filmic self-reference was a popular part of the rubber reality movement, notably in Charlie Kaufman's films Being John Malkovich and Adaptation, the latter pushing the concept arguably to its breaking point as it attempts to portray its own creation, in a dramatized version of the Droste effect. Various creation myths invoke self-reference to solve the problem of what created the creator. For example, the Egyptian creation myth has a god swallowing his own semen to create himself. The Ouroboros is a mythical dragon which eats itself. The Quran includes numerous instances of self-referentiality. The surrealist painter René Magritte is famous for his self-referential works. His painting The Treachery of Images, includes the words "this is not a pipe", the truth of which depends entirely on whether the word ceci (in English, "this") refers to the pipe depicted—or to the painting or the word or sentence itself. M.C. Escher's art also contains many self-referential concepts such as hands drawing themselves. In language A word that describes itself is called an autological word (or autonym). This generally applies to adjectives, for example sesquipedalian (i.e. "sesquipedalian" is a sesquipedalian word), but can also apply to other parts of speech, such as TLA, as a three-letter abbreviation for "three-letter abbreviation". A sentence which inventories its own letters and punctuation marks is called an autogram. There is a special case of meta-sentence in which the content of the sentence in the metalanguage and the content of the sentence in the object language are the same. Such a sentence is referring to itself. However some meta-sentences of this type can lead to paradoxes. "This is a sentence." can be considered to be a self-referential meta-sentence which is obviously true. However "This sentence is false" is a meta-sentence which leads to a self-referential paradox. Such sentences can lead to problems, for example, in law, where statements bringing laws into existence can contradict one another or themselves. Kurt Gödel claimed to have found such a paradox in the US constitution at his citizenship ceremony. Self-reference occasionally occurs in the media when it is required to write about itself, for example the BBC reporting on job cuts at the BBC. Notable encyclopedias may be required to feature articles about themselves, such as Wikipedia's article on Wikipedia. Fumblerules are a list of rules of good grammar and writing, demonstrated through sentences that violate those very rules, such as "Avoid cliches like the plague" and "Don't use no double negatives". The term was coined in a published list of such rules by William Safire. In popular culture Douglas Hofstadter's books, especially Metamagical Themas and Gödel, Escher, Bach, play with many self-referential concepts and were highly influential in bringing them into mainstream intellectual culture during the 1980s. Hofstadter's law, which specifies that "It always takes longer than you expect, even when you take into account Hofstadter's Law" is an example of a self-referencing adage. Hofstadter also suggested the concept of a 'Reviews of this book', a book containing only reviews of itself, which has since been implemented using wikis and other technologies. Hofstadter's 'strange loop' metaphysics attempts to map consciousness onto self-reference, but is a minority position in philosophy of mind. The subgenre of "recursive science fiction" or metafiction is now so extensive that it has fostered a fan-maintained bibliography at the New England Science Fiction Association's website; some of it is about science-fiction fandom, some about science fiction and its authors. In law Several constitutions are self-referential, making it more difficult to amend themselves than a simple law. See also References Sources Bartlett, Steven J. [James] (Ed.) (1992). Reflexivity: A Source-book in Self-reference. Amsterdam, North-Holland. (PDF). RePub, Erasmus University Hofstadter, D. R.
an "academic authority" had written it and because of the appearance of the obscure writing. The editors said they considered it poorly written but published it because they felt Sokal was an academic seeking their intellectual affirmation. Sokal remarked: Social Text'''s response revealed that none of the editors had suspected Sokal's piece was a parody. Instead, they speculated Sokal's admission "represented a change of heart, or a folding of his intellectual resolve." Sokal found further humor in the idea that the article's absurdity was hard to spot: Book by Sokal and Bricmont In 1997, Sokal and Jean Bricmont co-wrote Impostures intellectuelles (US: Fashionable Nonsense: Postmodern Intellectuals' Abuse of Science; UK: Intellectual Impostures, 1998). The book featured analysis of extracts from established intellectuals' writings that Sokal and Bricmont claimed misused scientific terminology. It closed with a critical summary of postmodernism and criticism of the strong programme of social constructionism in the sociology of scientific knowledge. In 2008, Sokal published a followup book, Beyond the Hoax, which revisited the history of the hoax and discussed its lasting implications. Jacques Derrida As Sokal revealed the hoax, French philosopher Jacques Derrida was initially one of the objects of discredit in the United States, particularly in newspaper coverage. A U.S. weekly magazine used two images of him, a photo and a caricature, to illustrate a "dossier" on the Sokal article. Derrida responded to the hoax in "Sokal et Bricmont ne sont pas sérieux" ("Sokal and Bricmont Aren't Serious"), first published on 20 November 1997 in Le Monde. He called Sokal's action "sad" for having trivialized Sokal's mathematical work and "ruining the chance to carefully examine controversies" about scientific objectivity. Derrida then faulted him and Bricmont for what he considered "an act of intellectual bad faith" in their follow-up book, Impostures intellectuelles: they had published two articles almost simultaneously, one in English in The Times Literary Supplement on 17 October 1997 and one in French in Libération on 18–19 October 1997, but while the two articles were almost identical, they differed in how they treated Derrida. The English-language article had a list of French intellectuals who were not included in Sokal's and Bricmont's book: "Such well-known thinkers as Althusser, Barthes, and Foucault—who, as readers of the TLS will be well aware, have always had their supporters and detractors on both sides of the Channel—appear in our book only in a minor role, as cheerleaders for the texts we criticize." The French-language list, however, included Derrida: "Des penseurs célèbres tels qu'Althusser, Barthes, Derrida et Foucault sont essentiellement absents de notre livre" ("Famous thinkers such as Althusser, Barthes, Derrida and Foucault are essentially absent from our book"). Derrida may also have been sensitive to another difference between the French and English versions of Impostures intellectuelles. In the French, his citation from the original hoax article is said to be an "isolated" instance of abuse, whereas the English text adds a parenthetical remark that Derrida's work contained "no systematic misuse (or indeed attention to) science."Reilly, Brian J. (2006). Hopkins Impromptu: Following Jacques Derrida Through Theory's Empire. MLN, 121(4), pp. 919-24. Derrida cried foul, but Sokal and Bricmont insisted that the difference between the articles was "banal." Nevertheless, Derrida concluded that Sokal was not serious in his method, but had used the spectacle of a "quick practical joke" to displace the scholarship Derrida believed the public deserved. Social science criticism Sociologist Stephen Hilgartner, chairman of Cornell University's science and technology studies department, wrote "The Sokal Affair in Context" (1997), comparing Sokal's hoax to "Confirmational Response: Bias Among Social Work Journals" (1990), an article by William M. Epstein published in Science, Technology, & Human Values. Epstein used a similar method to Sokal's, submitting fictitious articles to real academic journals to measure their response. Though much more systematic than Sokal's work, it received scant media attention. Hilgartner argued that the "asymmetric" effect of the successful Sokal hoax compared with Epstein's experiment cannot be attributed to its quality, but that "[t]hrough a mechanism that resembles confirmatory bias, audiences may apply less stringent standards of evidence and ethics to attacks on targets that they are predisposed to regard unfavorably." As a result, according to Hilgartner, though competent in terms of method, Epstein's experiment was largely muted by the more socially accepted social work discipline he critiqued, while Sokal's attack on cultural studies, despite lacking experimental rigor, was accepted. Hilgartner also argued that Sokal's hoax reinforced the views of well-known pundits such as George Will and Rush Limbaugh, so that his opinions were amplified by media outlets predisposed to agree with his argument. The Sokal Affair extended from academia to the public press. Anthropologist Bruno Latour, criticized in Fashionable Nonsense, described the scandal as a "tempest in a teacup." Retired Northeastern University mathematician-turned social scientist Gabriel Stolzenberg wrote essays meant to discredit the statements of Sokal and his allies, arguing that they insufficiently grasped the philosophy they criticized, rendering their criticism meaningless. In Social Studies of Science, Bricmont and Sokal responded to Stolzenberg, denouncing his representations of their work and criticizing his commentary about the "strong programme" of the sociology of science. Stolzenberg replied in the same issue that their critique and allegations of misrepresentation were based on misreadings. He advised readers to slowly and skeptically examine the arguments of each party, bearing in mind that "the obvious is sometimes the enemy of the true." Influenced Sociological follow-up study In 2009, Cornell sociologist Robb Willer performed an experiment in which undergraduate students read Sokal's paper and were told either that it was written by another student or that it was
relevance of the arguments to the purported conclusion. Content of the article "Transgressing the Boundaries: Towards a Transformative Hermeneutics of Quantum Gravity" proposed that quantum gravity has progressive political implications, and that the "morphogenetic field" could be a valid theory of quantum gravity. (A morphogenetic field is a concept adapted by Rupert Sheldrake in a way that Sokal characterized in the affair's aftermath as "a bizarre New Age idea.") Sokal wrote that the concept of "an external world whose properties are independent of any individual human being" was "dogma imposed by the long post-Enlightenment hegemony over the Western intellectual outlook." After referring skeptically to the "so-called scientific method", the article declared that "it is becoming increasingly apparent that physical 'reality is fundamentally "a social and linguistic construct." It went on to state that because scientific research is "inherently theory-laden and self-referential", it "cannot assert a privileged epistemological status with respect to counterhegemonic narratives emanating from dissident or marginalized communities", and that therefore a "liberatory science" and an "emancipatory mathematics", spurning "the elite caste canon of 'high science, needed to be established for a "postmodern science [that] provide[s] powerful intellectual support for the progressive political project." Moreover, the article's footnotes conflate academic terms with sociopolitical rhetoric, e.g.: Publication Sokal submitted the article to Social Text, whose editors were collecting articles for the "Science Wars" issue. "Transgressing the Boundaries" was notable as an article by a natural scientist; biologist Ruth Hubbard also had an article in the issue. Later, after Sokal revealed the hoax in Lingua Franca, Social Text's editors wrote that they had requested editorial changes that Sokal refused to make, and had had concerns about the quality of the writing: "We requested him (a) to excise a good deal of the philosophical speculation and (b) to excise most of his footnotes." Still, despite calling Sokal a "difficult, uncooperative author", and noting that such writers were "well known to journal editors", Social Text published the article because of his credentials in the May 1996 Spring/Summer "Science Wars" issue. The editors did not seek peer review of the article by physicists or otherwise; they later defended this decision on the basis that Social Text was a journal of open intellectual inquiry and the article was not offered as a contribution to physics. Responses Follow-up between Sokal and the editors In the May 1996 issue of Lingua Franca, in the article "A Physicist Experiments With Cultural Studies", Sokal revealed that "Transgressing the Boundaries" was a hoax and concluded that Social Text "felt comfortable publishing an article on quantum physics without bothering to consult anyone knowledgeable in the subject" because of its ideological proclivities and editorial bias. In their defense, Social Text's editors said they believed that Sokal's essay "was the earnest attempt of a professional scientist to seek some kind of affirmation from postmodern philosophy for developments in his field" and that "its status as parody does not alter, substantially, our interest in the piece, itself, as a symptomatic document." Besides criticizing his writing style, Social Text's editors accused Sokal of behaving unethically in deceiving them. Sokal said the editors' response demonstrated the problem that he sought to identify. Social Text, as an academic journal, published the article not because it was faithful, true, and accurate to its subject, but because an "academic authority" had written it and because of the appearance of the obscure writing. The editors said they considered it poorly written but published it because they felt Sokal
the lands of Java and Sumatra and in the 17th century or around the 1600s, brought tea plants to Batavia via Sukabumi Beach. Tea plants were subsequently planted in Indonesia which, according to the teachings of the Indians, were very suitable to be developed in West Java. At the same time, in Central Java, sugar cane was developed which the Dutch had successfully grown. Because there are so many sugar factories in Central Java, it is easier for the people to reach them to consume granulated sugar than any other areas. Hence, Indonesians started to combined the two ingredients and consume them and it has remained as the most popular beverage in Indonesia. See also Amacha (), a Japanese drink Tortuga (cocktail) References Bibliography History of Iced Tea and Sweet Tea Housekeeping in Old Virginia by Marion Cabell Tyree. A Slate article on sweet tea American drinks American tea Blended tea Cuisine of the
hot, although artificial sweeteners are also frequently used. Sweet tea is almost always served ice cold. It may sometimes be flavored, most commonly with lemon but also with peach, raspberry, or mint. The drink is sometimes tempered with baking soda to reduce its acidity. Although sweet tea may be brewed with a lower sugar and calorie content than most fruit juices and sodas, it is not unusual to find sweet tea with a sugar level as high as 22 degrees Brix, or per of liquid, a level twice that of Coca-Cola. Sweet tea is regarded as an important regional staple in the cuisine of the southern United States and Indonesia. The availability of sweet tea in restaurants and other establishments is popularly used as an indicator to gauge whether an area can be considered part of the South. History Sweet tea began as an item of luxury due to the expensive nature of its basic ingredients: tea, ice, and sugar. Ice was possibly the most valued of the ingredients since it had to be shipped from afar at a time when access to cool drinking water was already a relative luxury. In modern times, sweet tea can be made in large quantities quickly and inexpensively. The oldest known recipe for sweet tea was published in a community cookbook called Housekeeping in Old Virginia (copyright 1878) by Marion Cabell Tyree. The recipe called for green tea, since most sweet tea consumed during this period was green tea. However, during World War II, the major sources of green tea were cut off from the United States due to the Japanese invasion and occupation of green tea—producing regions. As an alternative, green tea was replaced with black tea from British India. By the end of World War II, black tea had become the tea most drunk by Americans. Sweet tea was once
baked or boiled chicken. However, some sources trace the origin of fried chicken to Southern and Western England where most of the Early settlers to the South came from. They conclude that Southern and Western England had a strong tradition of frying, simmering, and sautéing meats in a skillet as opposed to East Anglia which favored baking and boiling meats. Fried chicken is a capstone of both southern cuisine and history, since it is interwoven into certain people's culture and heritage, particularly the African-American people of the South. The origin of fried chicken's importance to African-American food culture goes back to ancient Egypt, when the first method of frying was created around 2500 BC. A kitchen in Egypt showed results of fried foods. Over time just about every culture adopted the method of frying food. Coming from Africa, African Americans also brought their methods of frying foods with them. During slavery in the 1800s, as the only animals slaves were allowed to own were yard chickens, African Americans began frying their chicken using the same methods they used to fry other foods. Later in the 1800s, before the Civil War, fried chicken could also be sold by enslaved people to raise money to buy their freedom. Soon, this led to the association of African-Americans in the South and fried chicken. Fried chicken was popularized by African Americans and this helped it become one of the most popular and important southern cuisines in the United States. The importance of fried chicken to southern cuisine is apparent through the multiple traditions and different adaptations of fried chicken, such as KFC; Nashville's Prince's Hot Chicken Shack; or the Cajun-inspired Bojangles' Famous Chicken 'n Biscuits and Popeyes Chicken. Pork and ham Pork is an integral part of the cuisine. Stuffed ham is served in Southern Maryland. A traditional holiday get-together featuring whole hog barbecue is known in Virginia and the Carolinas as a "pig pickin'". Green beans are often flavored with bacon and salt pork, turnip greens are stewed with pork and served with vinegar, ham biscuits (biscuits cut in half with slices of salt ham served between the halves) often accompany breakfast, and ham with red-eye gravy or country gravy is a common dinner dish. Country ham, a heavily salt-cured ham, is common across the Southern United States, with the most well known being the Virginia-originating Smithfield ham. Vegetables Southern meals sometimes consist only of vegetables, with a little meat (especially salt pork) used in cooking but with no meat dish served. "Beans and greens"—white or brown beans served alongside a "mess" of greens stewed with a little bacon—is a traditional meal in many parts of the South. (Turnip greens are the typical greens for such a meal; they're cooked with some diced turnip and a piece of fatback.) Other low-meat Southern meals include beans and cornbread—the beans being pinto beans stewed with ham or bacon—and Hoppin' John (black-eyed peas, rice, onions, red or green pepper, and bacon). Cabbage is largely used as the basis of coleslaw, both as a side dish and on a variety of barbecued and fried meats.<ref>Villas, James. The Glory of Southern Cooking", John Wiley & Sons, Hoboken, NJ, 2007, p. 73</ref> Sauteéd red cabbage, flavored with vinegar and sugar, is popular in German-influenced areas of the South such as central Texas. Butternut squash is common in winter, often prepared as a roasted casserole with butter and honey. Other typical vegetable sides include collard greens and congealed salads. Double stuffed potatoes with barbecue pork, cheddar cheese, cream cheese, mayonnaise and chives are served at barbecue restaurants throughout the South. Rice Country Captain is a regional dish of curry chicken and rice that dates back to at least the 1920s. It became well known after a Columbus, Georgia cook served the dish to then President Franklin D. Roosevelt. George Patton once said "If you can't give me a party and have Country Captain, meet me at the train with a bucket of it." Sweets and pastries Georgia is known for peach cultivation and variations of Peach melba are commonly served as desserts. Chess pie is a traditional pastry made with eggs, butter and sugar or molasses. Bananas foster is a specialty of New Orleans. Seafood Gulf seafood like black grouper, shrimp and swordfish can be found, and "channel catfish" (Ictalurus punctatus) farmed locally in the Mississippi Delta region is especially popular in Oxford, Mississippi. Fried catfish battered in cornmeal is commonly served at local establishments with hot sauce and a side of fries and coleslaw. Oysters Rockefeller is a New Orleans specialty, believed to have originated in the state. Creole dishes like gumbo and jambalaya often feature crawfish, oysters, blue crab and shrimp. Southern food in restaurants Chains serving Southern foods—often along with American comfort food—have had great success; many have spread across the country or across the world, while others have chosen to stay in the South. Pit barbecue is popular all over the American South; unlike the rest of the country, most of the rural South has locally owned, non-franchise pit-barbecue restaurants, many serving the regional style of barbecue instead of the nationally predominant Kansas City style. Family-style restaurants serving Southern cuisine are common throughout the South, and range from the humble and down-home to the decidedly upscale. By region Southern cuisine varies widely by region. Generally speaking: Appalachian areas have many ramps (a variety of wild onion) and berries. Appalachia uses butter extensively but makes little use of cheese, and eats more wild game (as well as wild fruits and vegetables) than the rest of the South; apples, oats, and potatoes are also common in Appalachian cuisine, since the mountains are cooler and drier than the lowlands. The Upper
specialty usually served with smoked barbecue chicken. "Yellow barbecue sauce" Traditionally made with a mustard base, is unique to South Carolina and has roots in mass immigration of Germans to the area in the mid 1700s. Fried chicken Fried chicken is among the region's best-known exports. It is believed that the Scots, and later Scottish immigrants to many southern states had a tradition of deep frying chicken in fat, unlike their English counterparts who baked or boiled chicken. However, some sources trace the origin of fried chicken to Southern and Western England where most of the Early settlers to the South came from. They conclude that Southern and Western England had a strong tradition of frying, simmering, and sautéing meats in a skillet as opposed to East Anglia which favored baking and boiling meats. Fried chicken is a capstone of both southern cuisine and history, since it is interwoven into certain people's culture and heritage, particularly the African-American people of the South. The origin of fried chicken's importance to African-American food culture goes back to ancient Egypt, when the first method of frying was created around 2500 BC. A kitchen in Egypt showed results of fried foods. Over time just about every culture adopted the method of frying food. Coming from Africa, African Americans also brought their methods of frying foods with them. During slavery in the 1800s, as the only animals slaves were allowed to own were yard chickens, African Americans began frying their chicken using the same methods they used to fry other foods. Later in the 1800s, before the Civil War, fried chicken could also be sold by enslaved people to raise money to buy their freedom. Soon, this led to the association of African-Americans in the South and fried chicken. Fried chicken was popularized by African Americans and this helped it become one of the most popular and important southern cuisines in the United States. The importance of fried chicken to southern cuisine is apparent through the multiple traditions and different adaptations of fried chicken, such as KFC; Nashville's Prince's Hot Chicken Shack; or the Cajun-inspired Bojangles' Famous Chicken 'n Biscuits and Popeyes Chicken. Pork and ham Pork is an integral part of the cuisine. Stuffed ham is served in Southern Maryland. A traditional holiday get-together featuring whole hog barbecue is known in Virginia and the Carolinas as a "pig pickin'". Green beans are often flavored with bacon and salt pork, turnip greens are stewed with pork and served with vinegar, ham biscuits (biscuits cut in half with slices of salt ham served between the halves) often accompany breakfast, and ham with red-eye gravy or country gravy is a common dinner dish. Country ham, a heavily salt-cured ham, is common across the Southern United States, with the most well known being the Virginia-originating Smithfield ham. Vegetables Southern meals sometimes consist only of vegetables, with a little meat (especially salt pork) used in cooking but with no meat dish served. "Beans and greens"—white or brown beans served alongside a "mess" of greens stewed with a little bacon—is a traditional meal in many parts of the South. (Turnip greens are the typical greens for such a meal; they're cooked with some diced turnip and a piece of fatback.) Other low-meat Southern meals include beans and cornbread—the beans being pinto beans stewed with ham or bacon—and Hoppin' John (black-eyed peas, rice, onions, red or green pepper, and bacon). Cabbage is largely used as the basis of coleslaw, both as a side dish and on a variety of barbecued and fried meats.<ref>Villas, James. The Glory of Southern Cooking", John Wiley & Sons, Hoboken, NJ, 2007, p. 73</ref> Sauteéd red cabbage, flavored with vinegar and sugar, is popular in German-influenced areas of the South such as central Texas. Butternut squash is common in winter, often prepared as a roasted casserole with butter and honey. Other typical vegetable sides include collard greens and congealed salads. Double stuffed potatoes with barbecue pork, cheddar cheese, cream cheese, mayonnaise and chives are served at barbecue restaurants throughout the South. Rice Country Captain is a regional dish of curry chicken and rice that dates back to at least the 1920s. It became well known after a Columbus, Georgia cook served the dish to then President Franklin D. Roosevelt. George Patton once said "If you can't give me a party and have Country Captain, meet me at the train with a bucket of it." Sweets and pastries Georgia is known for peach cultivation and variations of Peach melba are commonly served as desserts. Chess pie is a traditional pastry made with eggs, butter and sugar or molasses. Bananas foster is a specialty of New Orleans. Seafood Gulf seafood like black grouper, shrimp and swordfish can be found, and "channel catfish" (Ictalurus punctatus) farmed locally in the Mississippi Delta region is especially popular in Oxford, Mississippi. Fried catfish battered in cornmeal is commonly served at local establishments with hot sauce and a side of fries and coleslaw. Oysters Rockefeller is a New Orleans specialty, believed to have originated in the state. Creole dishes like gumbo and jambalaya often feature crawfish, oysters, blue crab and shrimp. Southern food in restaurants Chains serving Southern foods—often along with American comfort food—have had great success; many have spread across the country or across the world, while others have chosen to stay in the South. Pit barbecue is popular all over the American South; unlike the rest of the country, most of the rural South has locally owned, non-franchise pit-barbecue restaurants, many serving the regional style of barbecue instead of the nationally predominant Kansas City style. Family-style restaurants serving Southern cuisine are common throughout the South, and range from the humble and down-home to the decidedly upscale. By region Southern cuisine varies widely by region. Generally speaking: Appalachian areas have many ramps (a variety of wild onion) and berries. Appalachia uses butter extensively but makes little use of cheese, and eats more wild game (as well as wild fruits and vegetables) than the rest of the South; apples, oats, and potatoes are also common in Appalachian cuisine, since the mountains are
of each religion as the voice of God at different times in history. Bahá'u'lláh announced that he was a manifestation of the returned Christ, understood as a reappearance of the Word and Spirit of God: He wrote to Pope Pius IX, He referred to himself as the Ancient of Days and the Pen of Glory, and also claimed: Baha'u'llah also wrote, Followers of the Baháʼí Faith believe that prophecies of the second coming of Jesus (along with prophecies from other religions) were fulfilled by his forerunner the Báb in 1844 and then by the events occurring during the days of Bahá'u'lláh. They believe that the fulfillment of Christian prophecies by Baha'u'llah is similar to Jesus' fulfillment of Jewish prophecies, where in both cases people were expecting the literal fulfillment of apocalyptic statements that led to rejections of the Return, instead of accepting fulfillment in symbolic and spiritual ways. Baháʼís understand that the return of the Christ with a new name was intended by Jesus to be a Return in a spiritual sense, due to Jesus explaining in the Gospels that the return of Elijah in John the Baptist was a return in a spiritual sense. Judaism Judaism teaches that Jesus is one of the false Jewish Messiah claimants because he failed to fulfill any Messianic prophecies, which include: Build the Third Temple (). Gather all Jews back to the Land of Israel (). Usher in an era of world peace, and end all hatred, oppression, suffering and disease. As it says: "Nation shall not lift up sword against nation, neither shall man learn war anymore." () Spread universal knowledge of the God of Israel, which will unite humanity as one. As it says: "God will be King over all the world ― on that day, God will be One and His Name will be One" (). Regarding the Christian idea that these prophecies will be fulfilled during a "second coming," Ohr Samayach states "we find this to be a contrived answer, since there is no mention of a second coming in the Jewish Bible. Second, why couldn't God accomplish His goals the first time round?" Rabbi David Wolpe believes that the Second Coming was "grown out of genuine disappointment. [...] When Jesus died, true believers had to theologically compensate for the disaster." Rastafari In the early developments of the Rastafari religion, Haile Selassie (the Ethiopian Emperor) was regarded as a member of the House of David, is worshipped as God incarnate, and is thought to be the "black Jesus" and "black messiah" – the second coming of Christ. It was claimed that Marcus Garvey preached the coming of the black messiah on the eve of Selassie's coronation. Due to this prophecy, Selassie was the source of inspiration of the poor and uneducated Christian populations of Jamaica, who believed that the Emperor would liberate the black people from the subjugation of European colonists. Paramahansa Yogananda's commentary In modern times some traditional Indian religious leaders have moved to embrace Jesus as an avatar, or incarnation, of God. In light of this, the Indian guru Paramahansa Yogananda, author of Autobiography of a Yogi, wrote an extensive commentary on the Gospels published in 2004 in the two-volume set The Second Coming of Christ: The Resurrection of the Christ Within You. The book offers a mystical interpretation of the Second Coming in which it is understood to be an inner experience, something that takes place within the individual heart. In the introduction of this book, Yogananda wrote that the true Second Coming is the resurrection within you of the Infinite Christ Consciousness. Also stated in the Book of Luke – "Neither shall they say, Lo here! or, lo there! for, behold, the kingdom of God is within you." () Daya Mata wrote in the preface of The Second Coming of Christ that the "two-volume scriptural treatise thus represents the inclusive culmination of Paramahansa Yogananda's divine commission to make manifest to the world the essence of original Christianity as taught by Jesus Christ." In sharing her memories of when she wrote down his words, she shares – "the great Guru, his face radiantly enraptured, as he records for the world the inspired exposition of the Gospel teachings imparted to him through direct, personal communion with Jesus of Nazareth." Larry Dossey, M.D., wrote that "Paramahansa Yogananda’s The Second Coming of Christ is one of the most important analyses of Jesus’ teachings that exists....Many interpretations of Jesus’ words divide peoples, cultures, and nations; these foster unity and healing, and that is why they are vital for today’s world." In modern culture Jesus Christ returning to earth has been a theme in several movies and books, for example: The Seventh Sign – 1988 film starring Demi Moore about a pregnant lady who discovers the Second Coming of Christ has rented a room from her, in order to begin the countdown that will trigger the Apocalypse. Left Behind – Film- and book-franchise (1995– ) built by Tim LaHaye and Jerry B. Jenkins based on the time-period before, during and after the Second Coming of Christ. End of Days – 1999 action-adventure film starring Arnold Schwarzenegger about a policeman who must stop Satan before he ends the world. Thief In the Night by William Bernard Sears – The popular TV and radio personality plays the role of a detective in writing a book about identifying the clues and symbols from the Biblical prophecies of the return of the Christ that have been overlooked or misunderstood, and settles on a shocking conclusion (2002) [1961]. Oxford, UK: George Ronald. . SCARS: Christian Fiction End-Times Thriller by Patience Prence – 2010 novel about a girl named Becky who struggles through the time of the Great Tribulation. At the End of All Things by Stony Graves – 2011 novel about the days following the Rapture, and right before the Final War between God and Satan. The Second Coming: A Love Story by Scott Pinsker – 2014 novel about two men who claim to be the Second Coming of Christ. Each claims that the other is a liar – but only one is telling the truth. Black Jesus – Adult Swim television series (2014- ) created by Aaron McGruder and Mike Clattenburg, tells the story of Jesus living in modern-day Compton, California, and his efforts to spread love and kindness on a daily basis. He is supported in his mission by a small-but-loyal group of downtrodden followers, while facing conflicts involving corrupt preachers, ethnic tensions, and the hate spreading activities of the manager of his apartment complex. See also False prophet Inaugurated eschatology Kalki List of messiah claimants List of people claimed to be Jesus Life of Jesus in the New Testament Realized eschatology "The Second Coming" (poem), by William Butler Yeats References Bibliography C. S. Lewis. (1960). The World's Last Night and Other Essays. Harcourt Brace Jovanovich. Max Heindel. How Shall We Know Christ at His Coming?, May 1913 (stenographic report of a lecture, Los Angeles), Markus Mühling. Grundinformation Eschatologie. Systematische Theologie aus der Perspektive der Hoffnung, Vandenhoeck & Ruprecht, Göttingen 2007, , 221–241 James Stuart Russell. The Parousia, A Careful Look at the New Testament Doctrine of the Lord's Second Coming, London 1887 Emanuel Swedenborg. The Consummation of the Age; the Coming of the Lord; and the New Heaven and New Church, Chapter 14 in The True Christian Religion Containing the Universal Theology of The New Church Foretold by the Lord in Daniel 7; 13, 14; and in Revelation 21; 1,2 (Swedenborg Foundation 1952) Henry Wansbrough. The New Jerusalem Bible (1990). Doubleday. Paramahansa Yogananda. The Second Coming of Christ: The Resurrection of the Christ Within You. Self-Realization Fellowship, 2004. External links "Lecture XV: On the Clause, And Shall Come in Glory to Judge the Quick and the Dead; Of Whose Kingdom There Shall Be No
that the ministry of the Antichrist will take place right before the Second Coming. The Ethiopian Orthodox Church, a part of the Oriental Orthodox communion of churches, teaches that the second coming of Jesus will be radically different than his first coming, which "was to save the lost world". Orthodox layman Alexander Kalomiros explains the original Church's position regarding the Second Coming in River of Fire and Against False Union, stating that those who contend that Christ will reign on earth for a thousand years "do not wait for Christ, but for the Antichrist." The idea of Jesus returning to this earth as a king is a heretical concept to the Church, equated to "the expectations of the Jews who wanted the Messiah to be an earthly King." The Church instead teaches that which it has taught since the beginning. Lutheranism and Anglicanism A reference to the second coming is contained in the Nicene Creed and Apostles Creed, which is recited during the Lutheran and Anglican liturgies: "He [Jesus] shall come again in glory to judge the living and the dead; and His kingdom shall have no end." An analogous statement is also in the biblical Pauline Creed (). The Lutheran and Anglican churches proclaim the Mystery of Faith in their liturgies: "Christ has died, Christ is risen, Christ will come again." Methodism Some Methodist denominations teach that the Second Coming is connected with the Last Judgement. The Emmanuel Association, a Methodist denomination in the conservative holiness movement teaches: Latter Day Saint movement The standard works of The Church of Jesus Christ of Latter-day Saints (LDS Church) say that Christ will return, as stated in the Bible. They also teach that The LDS Church and its leaders do not make predictions of the actual date of the Second Coming. Latter-day Saints have particularly distinct and specific interpretations of what are considered to be signs stated in the Book of Revelation. According to LDS Church teachings, the restored gospel will be taught in all parts of the world prior to the Second Coming. Church members believe that there will be increasingly severe wars, earthquakes, hurricanes, and other man-made and natural disasters prior to the Second Coming. Seventh-day Adventists Fundamental Belief #25 of the Seventh-day Adventist Church states: Jehovah's Witnesses Jehovah's Witnesses rarely use the term "second coming", preferring the term "presence" as a translation of parousia. They believe that Jesus' comparison of "the presence of the Son of man" with "the days of Noah" at and suggests a duration rather than a moment of arrival. They also believe that biblical chronology points to 1914 as the start of Christ's "presence", which continues until the final battle of Armageddon. Other biblical expressions they correlate with this period include "the time of the end" (), "the conclusion of the system of things" (,; ) and "the last days" (; ). Witnesses believe Christ's millennial reign begins after Armageddon. Emanuel Swedenborg and the New Church Emanuel Swedenborg, an 18th century scientist turned theologian, taught that his time (that historians have called the Age of Enlightenment) was an age of darkness and doubt for the Christian church. Historian Marguerite Beck Block writes, Esoteric Christian teachings In Max Heindel's teaching, there is a distinction between the cosmic Christ, or Christ without, and the Christ within. According to this tradition, the Christ within is regarded as the true Saviour who needs to be born within each individual in order to evolve toward the future Sixth Epoch in the Earth's etheric plane, that is, toward the "new heavens and a new earth": the New Galilee. The Second Coming or Advent of the Christ is not in a physical body, but in the new soul body of each individual in the etheric plane of the planet where man "shall be caught up in the clouds to meet the Lord in the air." The "day and hour" of this event is not known. The esoteric Christian tradition teaches that first there will be a preparatory period as the Sun enters Aquarius, an astrological concept, by precession: the coming Age of Aquarius. Islam Traditional view In Islam, Jesus ( ʿĪsā) is considered to be a prophet and messenger of God, as well as the Messiah who was sent to guide the Children of Israel (banī isrā'īl) with revelation called the Injīl (Gospel). The belief in Jesus (and all other messengers of God) is required in Islam, and a requirement of being a Muslim. Muslims do not recognize Jesus as the Son of God, as they believe God has no equals, but instead as a prophet. The Quran states that Jesus was born to the virgin Mary. Muslims believe that Jesus was not crucified, as a lookalike was made to resemble him, who was crucified instead. Jesus was then raised to the heavens where he is believed to be alive. In the Quran, the Christian belief of the Resurrection of Jesus is not mentioned. The Quran refers to a conversation between Jesus and God on judgement day in Sura Al-Ma'idah 5:116, 5:117. Jesus is questioned 5:116 "Did you ever ask the people to worship you and your mother as gods besides Allah?". To which Jesus replies 5:117 "I never told them anything except what You ordered me to say: “Worship Allah—my Lord and your Lord!” And I was witness over them as long as I remained among them." In the Quran, the second coming of Jesus is heralded in Sura Az-Zukhruf as a sign of the Day of Judgment. Ibn Kathir presents this verse as proof of Jesus' second coming in the Quran in his exegesis Tafsir al-Qur'an al-Azim. There are also hadiths that foretell Jesus' future return such as: Sahih al-Bukhari, Volume 3, Book 43: Kitab-ul-`Ilm (Book of Knowledge), Hadith Number 656: According to Islamic tradition, Jesus' descent will be in the midst of wars fought by the Mahdi (lit. "the rightly guided one"), known in Islamic eschatology as the redeemer of Islam, against the al-Masih ad-Dajjal (literally "the false messiah", synonymous with the Antichrist) and his followers. Jesus will descend at the point of a white arcade, east of Damascus, dressed in saffron robes — his head anointed. He will then join the Mahdi in his war against the Dajjal. Jesus, considered in Islam as a Muslim (one who submits to God) and one of God's messengers, will abide by the Islamic teachings. Eventually, Jesus will slay the Antichrist Dajjal, and then everyone from the People of the Book (ahl al-kitāb, referring to Jews and Christians) will believe in him. Thus, there will be one community, that of Islam. After the death of the Mahdi, Jesus will assume leadership. This is a time associated in Islamic narrative with universal peace and justice. Islamic texts also allude to the appearance of Ya'juj and Ma'juj (Gog and Magog), ancient tribes that will disperse and cause disturbance on earth. God, in response to Jesus' prayers, will kill them by sending a type of worm in the napes of their necks. Jesus' rule is said to be around forty years, after which he will die, (according to Islam Jesus did not die on the cross but was taken up to heaven and continues to live until his return in the second coming). Muslims will then perform the Salat al-Janazah (funeral prayer) for him and bury him in the city of Medina in a grave left vacant beside Muhammad. Ahmadiyya The Ahmadiyya movement (declared un-Islamic by principles of Islam) believe that the promised Mahdi and Messiah arrived in the person of Mirza Ghulam Ahmad (1835–1908). This is generally rejected by mainstream Muslims, who may or may not regard Ahmadis as a legitimate sect of Islam. The hadith (sayings of the Islamic prophet Muhammad) and the Bible indicated that Jesus would return during the latter days. Islamic
derive Show or Read). The auto-generated instance for Show also produces valid source code, so the same Haskell value can be generated by running the code produced by show in, for example, a Haskell interpreter. For more efficient serialization, there are haskell libraries that allow high-speed serialization in binary format, e.g. binary. Java Java provides automatic serialization which requires that the object be marked by implementing the interface. Implementing the interface marks the class as "okay to serialize", and Java then handles serialization internally. There are no serialization methods defined on the Serializable interface, but a serializable class can optionally define methods with certain special names and signatures that if defined, will be called as part of the serialization/deserialization process. The language also allows the developer to override the serialization process more thoroughly by implementing another interface, the interface, which includes two special methods that are used to save and restore the object's state. There are three primary reasons why objects are not serializable by default and must implement the Serializable interface to access Java's serialization mechanism.Firstly, not all objects capture useful semantics in a serialized state. For example, a object is tied to the state of the current JVM. There is no context in which a deserialized Thread object would maintain useful semantics.Secondly, the serialized state of an object forms part of its classes' compatibility contract. Maintaining compatibility between versions of serializable classes requires additional effort and consideration. Therefore, making a class serializable needs to be a deliberate design decision and not a default condition.Lastly, serialization allows access to non-transient private members of a class that are not otherwise accessible. Classes containing sensitive information (for example, a password) should not be serializable nor externalizable. The standard encoding method uses a recursive graph-based translation of the object's class descriptor and serializable fields into a byte stream. Primitives as well as non-transient, non-static referenced objects are encoded into the stream. Each object that is referenced by the serialized object via a field that is not marked as transient must also be serialized; and if any object in the complete graph of non-transient object references is not serializable, then serialization will fail. The developer can influence this behavior by marking objects as transient, or by redefining the serialization for an object so that some portion of the reference graph is truncated and not serialized. Java does not use constructor to serialize objects. It is possible to serialize Java objects through JDBC and store them into a database. While Swing components do implement the Serializable interface, they are not guaranteed to be portable between different versions of the Java Virtual Machine. As such, a Swing component, or any component which inherits it, may be serialized to a byte stream, but it is not guaranteed that this will be re-constitutable on another machine. JavaScript Since ECMAScript 5.1, JavaScript has included the built-in JSON object and its methods JSON.parse() and JSON.stringify(). Although JSON is originally based on a subset of JavaScript, there are boundary cases where JSON is not valid JavaScript. Specifically, JSON allows the Unicode line terminators and to appear unescaped in quoted strings, while ECMAScript 2018 and older does not. See the main article on JSON. Julia Julia implements serialization through the serialize() / deserialize() modules, intended to work within the same version of Julia, and/or instance of the same system image. The HDF5.jl package offers a more stable alternative, using a documented format and common library with wrappers for different languages, while the default serialization format is suggested to have been designed rather with maximal performance for network communication in mind. Lisp Generally a Lisp data structure can be serialized with the functions "read" and "print". A variable foo containing, for example, a list of arrays would be printed by (print foo). Similarly an object can be read from a stream named s by (read s). These two parts of the Lisp implementation are called the Printer and the Reader. The output of "print" is human readable; it uses lists demarked by parentheses, for example: (4 2.9 "x" y). In many types of Lisp, including Common Lisp, the printer cannot represent every type of data because it is not clear how to do so. In Common Lisp for example the printer cannot print CLOS objects. Instead the programmer may write a method on the generic function print-object, this will be invoked when the object is printed. This is somewhat similar to the method used in Ruby. Lisp code itself is written in the syntax of the reader, called read syntax. Most languages use separate and different parsers to deal with code and data, Lisp only uses one. A file containing lisp code may be read into memory as a data structure, transformed by another program, then possibly executed or written out, such as in a read–eval–print loop. Not all readers/writers support cyclic, recursive or shared structures. .NET Framework .NET Framework has several serializers designed by Microsoft. There are also many serializers by third parties. More than a dozen serializers are discussed and tested here. and here The list is constantly growing. OCaml OCaml's standard library provides marshalling through the Marshal module and the Pervasives functions output_value and input_value. While OCaml programming is statically type-checked, uses of the Marshal module may break type guarantees, as there is no way to check whether an unmarshalled stream represents objects of the expected type. In OCaml it is difficult to marshal a function or a data structure which contains a function (e.g. an object which contains a method), because executable code in functions cannot be transmitted across different programs. (There is a flag to marshal the code position of a function but it can only be unmarshalled in exactly the same program). The standard marshalling functions can preserve sharing and handle cyclic data, which can be configured by a flag. Perl Several Perl modules available from CPAN provide serialization mechanisms, including Storable , JSON::XS and FreezeThaw. Storable includes functions to serialize and deserialize Perl data structures to and from files or Perl scalars. In addition to serializing directly to files, Storable includes the freeze function to return a serialized copy of the data packed into a scalar, and thaw to deserialize such a scalar. This is useful for sending a complex data structure over a network socket or storing it in a database. When serializing structures with Storable, there are network safe functions that always store their data in a format that is readable on any computer at a small cost of speed. These functions are named nstore, nfreeze, etc. There are no "n" functions for deserializing these structures — the regular thaw and retrieve deserialize structures serialized with the "n" functions
is a flag to marshal the code position of a function but it can only be unmarshalled in exactly the same program). The standard marshalling functions can preserve sharing and handle cyclic data, which can be configured by a flag. Perl Several Perl modules available from CPAN provide serialization mechanisms, including Storable , JSON::XS and FreezeThaw. Storable includes functions to serialize and deserialize Perl data structures to and from files or Perl scalars. In addition to serializing directly to files, Storable includes the freeze function to return a serialized copy of the data packed into a scalar, and thaw to deserialize such a scalar. This is useful for sending a complex data structure over a network socket or storing it in a database. When serializing structures with Storable, there are network safe functions that always store their data in a format that is readable on any computer at a small cost of speed. These functions are named nstore, nfreeze, etc. There are no "n" functions for deserializing these structures — the regular thaw and retrieve deserialize structures serialized with the "n" functions and their machine-specific equivalents. PHP PHP originally implemented serialization through the built-in serialize() and unserialize() functions. PHP can serialize any of its data types except resources (file pointers, sockets, etc.). The built-in unserialize() function is often dangerous when used on completely untrusted data. For objects, there are two "magic methods" that can be implemented within a class — __sleep() and __wakeup() — that are called from within serialize() and unserialize(), respectively, that can clean up and restore an object. For example, it may be desirable to close a database connection on serialization and restore the connection on deserialization; this functionality would be handled in these two magic methods. They also permit the object to pick which properties are serialized. Since PHP 5.1, there is an object-oriented serialization mechanism for objects, the Serializable interface. Prolog Prolog's term structure, which is the only data structure of the language, can be serialized out through the built-in predicate write_term/3 and serialized-in through the built-in predicates read/1 and read_term/2. The resulting stream is uncompressed text (in some encoding determined by configuration of the target stream), with any free variables in the term represented by placeholder variable names. The predicate write_term/3 is standardized in the ISO Specification for Prolog (ISO/IEC 13211-1) on pages 59 ff. ("Writing a term, § 7.10.5"). Therefore it is expected that terms serialized-out by one implementation can be serialized-in by another without ambiguity or surprises. In practice, implementation-specific extensions (e.g. SWI-Prolog's dictionaries) may use non-standard term structures, so interoperability may break in edge cases. As examples, see the corresponding manual pages for SWI-Prolog, SICStus Prolog, GNU Prolog. Whether and how serialized terms received over the network are checked against a specification (after deserialization from the character stream has happened) is left to the implementer. Prolog's built-in Definite Clause Grammars can be applied at that stage. Python The core general serialization mechanism is the pickle standard library module, alluding to the database systems term pickling to describe data serialization (unpickling for deserializing). Pickle uses a simple stack-based virtual machine that records the instructions used to reconstruct the object. It is a cross-version customisable but unsafe (not secure against erroneous or malicious data) serialization format. Malformed or maliciously constructed data, may cause the deserializer to import arbitrary modules and instantiate any object. The standard library also includes modules serializing to standard data formats: json (with built-in support for basic scalar and collection types and able to support arbitrary types via encoding and decoding hooks). plistlib (with support for both binary and XML property list formats). xdrlib (with support for the External Data Representation (XDR) standard as described in RFC 1014). Finally, it is recommended that an object's __repr__ be evaluable in the right environment, making it a rough match for Common Lisp's print-object. Not all object types can be pickled automatically, especially ones that hold operating system resources like file handles, but users can register custom "reduction" and construction functions to support the pickling and unpickling of arbitrary types. Pickle was originally implemented as the pure Python pickle module, but, in versions of Python prior to 3.0, the cPickle module (also a built-in) offers improved performance (up to 1000 times faster). The cPickle was adapted from the Unladen Swallow project. In Python 3, users should always import the standard version, which attempts to import the accelerated version and falls back to the pure Python version. R R has the function dput which writes an ASCII text representation of an R object to a file or connection. A representation can be read from a file using dget. More specific, the function serialize serializes an R object to a connection, the output being a raw vector coded in hexadecimal format. The unserialize function allows to read an object from a connection or a raw vector. REBOL REBOL will serialize to file (save/all) or to a string! (mold/all). Strings and files can be deserialized using the polymorphic load function. RProtoBuf provides cross-language data serialization in R, using Protocol Buffers. Ruby Ruby includes the standard module Marshal with 2 methods dump and load, akin to the standard Unix utilities dump and restore. These methods serialize to the standard class String, that is, they effectively become a sequence of bytes. Some objects cannot be serialized (doing so would raise a TypeError exception): bindings, procedure objects, instances of class IO, singleton objects and interfaces. If a class requires custom serialization (for example, it requires certain cleanup actions done on dumping / restoring), it can be done by implementing 2 methods: _dump and _load. The instance method _dump should return a String object containing all the information necessary to reconstitute objects of this class and all referenced objects up to a maximum depth given as an integer parameter (a value of -1 implies that depth checking should be disabled). The class method _load should take a String and return an object of this class. Rust Serde is the most widely used library, or crate, for serialization in Rust. Smalltalk In general, non-recursive and non-sharing objects can be stored and retrieved in a human readable form using the storeOn:/readFrom: protocol. The storeOn: method generates the text of a Smalltalk expression which - when evaluated using readFrom: - recreates the original object. This scheme is special, in that it uses a procedural description of the object, not the data itself. It is therefore very flexible, allowing for classes to define more compact representations. However, in its original form, it does not handle cyclic data structures or preserve the identity of shared references (i.e. two references a single object will be restored as references to two equal, but not identical copies). For this, various portable and non-portable alternatives exist. Some of them are specific to a particular Smalltalk implementation or class library. There are several ways in Squeak Smalltalk to serialize and store objects. The easiest and most used are storeOn:/readFrom: and binary storage formats based on SmartRefStream serializers. In addition, bundled objects can be stored and retrieved using ImageSegments. Both provide a so-called "binary-object storage framework", which support serialization into and retrieval from a
employed" (2nd Tr., § 143), while executive power entailed the "execution of the laws that are made, and remain in force" (2nd Tr., § 144). Locke further distinguished federative power, which entailed "the power of war and peace, leagues and alliances, and all transactions with all persons and communities without [outside] the commonwealth" (2nd Tr., § 145), or what is now known as foreign policy. Locke distinguishes between separate powers but not discretely separate institutions, and notes that one body or person can share in two or more of the powers. For instance, Locke noted that while the executive and federative powers are different, they are often combined in a single institution (2nd Tr., § 148). Locke believed that the legislative power was supreme over the executive and federative powers, which are subordinate. Locke reasoned that the legislative was supreme because it has law-giving authority; "[F]or what can give laws to another, must needs be superior to him" (2nd Tr., §150). According to Locke, legislative power derives its authority from the people, who have the right to make and unmake the legislature: Locke maintains that there are restrictions on the legislative power. Locke says that the legislature cannot govern arbitrarily, cannot levy taxes or confiscate property without the consent of the governed (cf. "No taxation without representation"), and cannot transfer its law-making powers to another body, known as the nondelegation doctrine (2nd Tr., §142). Montesquieu's separation of powers system The term "tripartite system" is commonly ascribed to French Enlightenment political philosopher Baron de Montesquieu, although he did not use such a term but referred to "distribution" of powers. In The Spirit of the Laws (1748), Montesquieu described the various forms of distribution of political power among a legislature, an executive, and a judiciary. Montesquieu's approach was to present and defend a form of government whose powers were not excessively centralized in a single monarch or similar ruler (a form known then as "aristocracy"). He based this model on the Constitution of the Roman Republic and the British constitutional system. Montesquieu took the view that the Roman Republic had powers separated so that no one could usurp complete power. In the British constitutional system, Montesquieu discerned a separation of powers among the monarch, Parliament, and the courts of law. Montesquieu argues that each Power should only exercise its own functions. He was quite explicit here: Separation of powers requires a different source of legitimization, or a different act of legitimization from the same source, for each of the separate powers. If the legislative branch appoints the executive and judicial powers, as Montesquieu indicated, there will be no separation or division of its powers, since the power to appoint carries with it the power to revoke. Montesquieu actually specified that the independence of the judiciary has to be real, and not merely apparent. The judiciary was generally seen as the most important of the three powers, independent and unchecked. Checks and balances According to the principle of checks and balances, each of the branch of the state should have the power to limit or check the other two, creating a balance between the three separate powers of the state. Each branch's efforts to prevent either of the other branches becoming supreme form part of an eternal conflict, which leaves the people free from government abuses. Immanuel Kant was an advocate of this, noting that "the problem of setting up a state can be solved even by a nation of devils" so long as they possess an appropriate constitution to pit opposing factions against each other. Checks and balances are designed to maintain the system of separation of powers keeping each branch in its place. The idea is that it is not enough to separate the powers and guarantee their independence but the branches need to have the constitutional means to defend their own legitimate powers from the encroachments of the other branches. They guarantee that the branches have the same level of power (co-equal), that is, are balanced, so that they can limit each other, avoiding the abuse of power. The origin of checks and balances, like separation of powers itself, is specifically credited to Montesquieu in the Enlightenment (in The Spirit of the Laws, 1748). Under this influence it was implemented in 1787 in the Constitution of the United States. In Federalist No. 78, Alexander Hamilton, citing Montesquieu, redefined the judiciary as a separate branch of government coequal with the legislative and the executive branches. Before Hamilton, many colonists in the American colonies had adhered to British political ideas and conceived of government as divided into executive and legislative branches (with judges operating as appendages of the executive branch). The following example of the separation of powers and their mutual checks and balances from the experience of the United States Constitution (specifically, Federalist No. 51) is presented as illustrative of the general principles applied in similar forms of government as well: Comparison between tripartite and bipartite national systems Constitutions with a high degree of separation of powers are found worldwide. A number of Latin American countries have electoral branches of government. The Westminster system is distinguished by a particular entwining of powers, such as in New Zealand. New Zealand's constitution is based on the principle of separation of powers through a series of constitutional safeguards, many of which are tacit. The Executive's ability to carry out decisions often depends on the Legislature, which is elected under the mixed member proportional system. This means the government is rarely a single party but a coalition of parties. The Judiciary is also free of government interference. If a series of judicial decisions result in an interpretation of the law which the Executive considers does not reflect the intention of the policy, the Executive can initiate changes to the legislation in question through the Legislature. The Executive cannot direct or request a judicial officer to revise or reconsider a decision; decisions are final. Should there be a dispute between the Executive and Judiciary, the Executive has no authority to direct the Judiciary, or its individual members and vice versa. Complete separation of powers systems are almost always presidential, although theoretically this need not be the case. There are a few historical exceptions, such as the Directoire system of revolutionary France. Switzerland offers an example of non-Presidential separation of powers today: It is run by a seven-member executive branch, the Federal Council. However, the Federal Council is appointed by parliament (but not dependent on parliament) and, although the judiciary has no power of review, the judiciary is still separate from the other branches. Typical branches Executive Legislature Judiciary Additional branches Auditory Electoral – in which election commissions, tribunals or courts are maintained separately from other branches Prosecutory Civil service commission Ombudsman Three branches Australia Australia does not maintain a strict separation between the legislative and executive branches of government—indeed, government ministers are required to be members of parliament—but the federal judiciary strictly guards its independence from the other two branches. However, under influence from the U.S. constitution, the Australian constitution does define the three branches of government separately, which has been interpreted by the judiciary to induce an implicit separation of powers. State governments have a similar level of separation of power but this is generally on the basis of convention, rather than constitution. Austria The Constitution of Austria was originally written by Hans Kelsen, a prominent constitutional scholar in Europe at that time. Kelsen was to serve as a part of the judicial court of review for Austria as part of its tripartite government. Canada The Constitution Act, 1867 provides that there shall be an executive, a legislature, and the judiciary. At the federal level, the executive power is assigned to the monarch of Canada, acting through their representative, the Governor General of Canada. The legislative function is assigned to the Parliament of Canada, composed of the monarch, the Senate and the House of Commons. The judicial powers are primarily assigned to the provincial superior courts, but provision was made for the creation of federal courts by Parliament. The federal courts now include the Supreme Court of Canada, the Federal Court of Appeal, and the Federal Court of Canada. The Supreme Court of Canada has repeatedly emphasised that the separation of powers is an important structural element of the Constitution of Canada. For example, in giving the majority judgment in Ontario v Criminal Lawyers' Association of Ontario, Justice Karakatsanis stated: Canada, like other parliamentary countries using the Westminster system, has a fusion between the executive and the legislative branches, with the Prime Minister and other Cabinet ministers being members of Parliament. However, the two branches have distinct roles, and in certain instances can come into conflict with each other. For example, in June 2021, the Speaker of the House of Commons directed a member of the public service to comply with an order of the House of Commons to share certain documents with the Commons, and the public servant has refused to do so. The federal government has announced that it will challenge the Speaker's ruling in the Federal Court. The separation of powers is much stricter between the judicial branch, on the one hand, and the elected legislative and executive branches, on the other hand. The Supreme Court has held that judicial independence is a fundamental principle of the Constitution of Canada. The courts are independent from the elected branches in fulfilling their duties and reaching their decisions. Similar structural principles apply with provincial and territorial governments, including the strong separation between the judiciary and the elected branches. Czech Republic The Constitution of the Czech Republic, adopted in 1992 immediately before the dissolution of Czechoslovakia, establishes the traditional tripartite division of powers and continues the tradition of its predecessor constitutions. The Czechoslovak Constitution of 1920, which replaced the provisional constitution adopted by the newly independent state in 1918, was modelled after the constitutions of established democracies such as those of the United Kingdom, United States and France, and maintained this division, as have subsequent changes to the constitution that followed in 1948 with the Ninth-of-May Constitution, the 1960 Constitution of Czechoslovakia as well as the Constitutional Act on the Czechoslovak Federation of 1968. Denmark Parliament – legislature Prime Minister, Cabinet, Government Departments and Civil Service – executive High Courts and lower courts – judiciary France According to the Constitution of the Fifth Republic, the government of France is divided into three branches: Executive. This includes the popularly elected president as well as the prime minister and cabinet. The French Prime minister is nominated by the president, but the government is responsible to the lower house of the legislature, the National Assembly. Legislature. A bicameral legislature that includes the Senate (upper house) and the National Assembly (lower house). The relationship between the two houses is asymmetric, meaning that in case of dispute, the National Assembly has the final word according to Article 45 of the Constitution. Judiciary. This includes the judicial and administrative orders. It also includes a constitutional court. Hong Kong Hong Kong is a Special Administrative Region established in 1997 pursuant to the Sino-British Joint Declaration, an international treaty made between Britain and China in 1984, registered with the United Nations. The Hong Kong Basic Law, a national law of China that serves as the de facto constitution, divides the government into Executive, Legislative, and Judicial bodies. However, according to the former Secretary for Security, Regina Ip, also a current member of the Executive Council(ExCo) and Legislative Council of Hong Kong, Hong Kong never practices Separation of Powers after the handover of Hong Kong back to China. Nevertheless, Hong Kong's policy was decided by the Governor in Council before 1997, and it became the Chief Executive in Council afterwards. No matter when, some members of the Executive Council are also members of the Legislative Council. When the same person holds positions in the executive and legislative branches at the same time, the two powers are integrated rather than separated, and so it does not constitute a strict separation of powers, it is because checks and balances has been lost. This institutional practice existed long before 1997 during the British rule and has been followed ever since. India India follows constitutional democracy which offers a clear separation of powers. The judiciary is independent of the other two branches with the power to interpret the constitution. Parliament has the legislative powers. Executive powers are vested in the President who is advised by the Union Council of Ministers headed by the Prime Minister. The constitution of India vested the duty of protecting, preserving and defending the constitution with the President as common head of the executive, parliament, armed forces, etc.—not only for the union government but also the various state governments in a federal structure. All three branches have "checks and balances" over each other to maintain the balance of power and not to exceed the constitutional limits. President can set aside a law passed by the legislative or an advise given by the Union Council of Ministers when it is inconsistent with the constitution of India. Even if the president accepts a law passed duly by the legislative, it can be repealed by the Supreme Court after a fair trial if it is against the Basic structure of the constitution. Any citizen of India can approach the Supreme Court directly to repeal the unconstitutional laws made by the legislative or executive. President can be removed from office for unconstitutional decisions after an impeachment trial conducted by the parliament. President can be removed by Supreme Court of India under article 71(1) for electoral malpractice or on the grounds of losing eligibility for the position. Parliament can impeach judges of Supreme Court and High Courts of states for their incompetence and mala fides. A higher bench of judges can set aside the incorrect judgements of a smaller bench of judges to uphold the constitution. Iran Government – Executive The legislature of Islamic Republic of Iran – Legislative Judicial system – Judicial Ireland Oireachtas – legislature Taoiseach, Cabinet, Government Departments – executive High Court and lower courts – judiciary Italy In Italy the powers are separated, even though the Council of Ministers needs a vote of confidence from both chambers of Parliament (which represents a large number of members, almost 1,000). Like every parliamentary form of government, there is no complete separation between Legislature and Executive, rather a continuum between them due to the confidence link. The balance between these two branches is protected by Constitution and between them and the judiciary, which is really independent. Malaysia Parliament – legislature Prime Minister, Cabinet, Government Departments and Civil Service – executive Federal Courts and lower courts – judiciary Netherlands States General Government - executive Supreme Court Nepal Legislative Parliament – Legislature Prime Minister, Cabinet of Minister and Government Departments – Executive Supreme Court – Judiciary Norway Parliament – legislature The King, Prime Minister, Cabinet of Norway, Government Departments and Civil Service – executive The Supreme Court, High Courts and lower courts – judiciary A note on the status of separation of power, checks and balances, and balance of power in Norway today. In the original constitution of 1814 the Montesquieu concept was enshrined, and the people at the time had the same skepticism about political parties as the American founding fathers and the revolutionaries in France. Nor did people really want to get rid of the king and the Council of State (privy council). King and council was a known concept that people had lived with for a long time and for the most part were comfortable with. The 1814 constitution came about as a reaction to external events, most notable the Treaty of Kiel (see 1814 in Norway). There was no revolution against the current powers, as had been the case in the U.S. and France. As there was no election of the executive, the king reigned supremely independent in selecting the members of the Council of State, no formal political parties formed until the 1880s. A conflict between the executive and legislature started developing in the 1870s and climaxed with the legislature impeaching the entire Council of State in 1884 (see Statsrådssaken [Norwegian Wikipedia page]). With this came a switch to a parliamentary system of government. While the full process took decades, it has led to a system of parliamentary sovereignty, where the Montesquieu idea of separation of powers is technically dead even though the three branches remain important institutions. This does not mean that there are no checks and balances. With the introduction of a parliamentary system, political parties started to form quickly, which led to a call for electoral reform that saw the introduction of Party-list proportional representation in 1918. The peculiarities of the Norwegian election system generate 6–8 parties and make it extremely difficult for a single party to gain an absolute majority. It has only occurred for a brief period in the aftermath of World War II where the Labour Party had an absolute majority. A multi-party system parliament that must either form a minority executive or a coalition executive functions as a perfectly good system of checks and balances even if it was never a stated goal for the introduction of multiparty system. The multiparty system came about in response to a public outcry of having too few parties and a general feeling of a lack of representation. For this reason, very little on the topic of separation of powers or checks and balances can be found in the works of Norwegian political sciences today. Pakistan Parliament – Legislative Prime Minister and their Cabinet – Executive Supreme Court and lower courts – Judicial Philippines Legislative Department: bicameral Congress (Senate, House of Representatives) Executive Department: President, Vice President, and the Cabinet Judicial Department: Supreme Court and other courts In addition, the 1987 Philippine Constitution provides for three independent Constitutional Commissions: Civil Service Commission Commission on Elections Commission on Audit Other Independent Constitutional Bodies: Office of the Ombudsman Commission on Human Rights National Economic and Development Authority Bangko Sentral ng Pilipinas (Central Bank of the Philippines) Turkey Parliament – legislature President, Council of Ministers and Government Departments – executive High Courts and lower courts – judiciary United Kingdom Parliament – legislature Prime Minister, Cabinet, Government Departments and Civil Service – executive Courts – judiciary The development of the British constitution, which is not a codified document, is based on fusion in the person of the Monarch, who has a formal role to play in the legislature (Parliament, which is where legal and political sovereignty lies, is the Crown-in-Parliament, and is summoned and dissolved by the Sovereign who must give his or her Royal Assent to all Bills so that they become Acts), the executive (the Sovereign appoints all ministers of His/Her Majesty's Government, who govern in the name of the Crown) and the judiciary (the Sovereign, as the fount of justice, appoints all senior judges, and all public prosecutions are brought in his or her name). Although the doctrine of separation of power plays a role in the United Kingdom's constitutional life, the constitution is often described as having "a weak separation of powers" (A. V. Dicey) despite it being the one to which Montesquieu originally referred. For example, the executive forms a subset of the legislature, as did—to a lesser extent—the judiciary until the establishment of the Supreme Court of the United Kingdom. The Prime Minister, the Chief Executive, sits as a member of the Parliament of the United Kingdom, either as a peer in the House of Lords or as an elected member of the House of Commons (by convention, and as a result of the supremacy of the Lower House, the Prime Minister now sits in the House of Commons). Furthermore, while the courts in the United Kingdom are amongst the most independent in the world, the Law Lords, who were the final arbiters of most judicial disputes in the U.K. sat simultaneously in the House of Lords, the upper house of the legislature, although this arrangement ceased in 2009 when the Supreme Court of the United Kingdom came into existence. Furthermore, because of the existence of Parliamentary sovereignty, while the theory of separation of powers may be studied there, a system such as that of the U.K. is more accurately described as a "fusion of powers". Until 2005, the Lord Chancellor fused in his person the Legislature, Executive and Judiciary, as he was the ex officio Speaker of the House of Lords, a Government Minister who sat in Cabinet and was head of the Lord Chancellor's Department, which administered the courts, the justice system and appointed judges, and was the head of the Judiciary in England and Wales and sat as a judge on the Judicial Committee of the House of Lords, the highest domestic court in the entire United Kingdom, and the Judicial Committee of the Privy Council, the senior tribunal court for parts of the Commonwealth. The Lord Chancellor also had certain other judicial positions, including being a judge in the Court of Appeal and President of the Chancery Division. The Lord Chancellor combines other aspects of the constitution, including having certain ecclesiastical functions of the established state church, making certain church appointments, nominations and sitting as one of the thirty-three Church Commissioners. These functions remain intact and unaffected by the Constitutional Reform Act. In 2005, the Constitutional Reform Act separated the powers with Legislative functions going to an elected Lord Speaker and the Judicial functions going to the Lord Chief Justice. The Lord Chancellor's Department was replaced with a Ministry of Justice and the Lord Chancellor currently serves in the position of Secretary of State for Justice. The judiciary has no power to strike down primary legislation, and can only rule on secondary legislation that it is invalid with regard to the primary legislation if necessary. Under the concept of parliamentary sovereignty, Parliament can enact any primary legislation it chooses. However, the concept immediately becomes problematic when the question is asked, "If parliament can do anything, can it bind its successors?" It is generally held that parliament can do no such thing. Equally, while statute takes precedence over precedent-derived common law and the judiciary has no power to strike down primary legislation, there are certain cases where the supreme judicature has effected an injunction against the application of an act or reliance on its authority by the civil service. The seminal example of this is the Factortame case, where the House of Lords granted such an injunction preventing the operation of the Merchant Shipping Act 1988 until litigation in the European Court of Justice had been resolved. The House of Lords ruling in Factortame (No. 1), approving the European Court of Justice formulation that "a national court which, in a case before it concerning Community law, considers that the sole obstacle which precludes it from granting interim relief is a rule of national law, must disapply that rule", has created an implicit tiering of legislative reviewability; the only way for parliament to prevent the supreme judicature from injunctively striking out a law on the basis of incompatibility with Community law is to pass an act specifically removing that power from the court, or by repealing the European Communities Act 1972. The British legal systems are based on common law traditions, which require: Police or regulators cannot initiate complaints under criminal law but can only investigate (prosecution is mostly reserved for the Crown Prosecution Service), which prevents selective enforcement—e.g., the "fishing expedition," which is often specifically forbidden. Prosecutors cannot withhold evidence from counsel for the defendant; to do so results in mistrial or dismissal. Accordingly, their relation to police
Minister now sits in the House of Commons). Furthermore, while the courts in the United Kingdom are amongst the most independent in the world, the Law Lords, who were the final arbiters of most judicial disputes in the U.K. sat simultaneously in the House of Lords, the upper house of the legislature, although this arrangement ceased in 2009 when the Supreme Court of the United Kingdom came into existence. Furthermore, because of the existence of Parliamentary sovereignty, while the theory of separation of powers may be studied there, a system such as that of the U.K. is more accurately described as a "fusion of powers". Until 2005, the Lord Chancellor fused in his person the Legislature, Executive and Judiciary, as he was the ex officio Speaker of the House of Lords, a Government Minister who sat in Cabinet and was head of the Lord Chancellor's Department, which administered the courts, the justice system and appointed judges, and was the head of the Judiciary in England and Wales and sat as a judge on the Judicial Committee of the House of Lords, the highest domestic court in the entire United Kingdom, and the Judicial Committee of the Privy Council, the senior tribunal court for parts of the Commonwealth. The Lord Chancellor also had certain other judicial positions, including being a judge in the Court of Appeal and President of the Chancery Division. The Lord Chancellor combines other aspects of the constitution, including having certain ecclesiastical functions of the established state church, making certain church appointments, nominations and sitting as one of the thirty-three Church Commissioners. These functions remain intact and unaffected by the Constitutional Reform Act. In 2005, the Constitutional Reform Act separated the powers with Legislative functions going to an elected Lord Speaker and the Judicial functions going to the Lord Chief Justice. The Lord Chancellor's Department was replaced with a Ministry of Justice and the Lord Chancellor currently serves in the position of Secretary of State for Justice. The judiciary has no power to strike down primary legislation, and can only rule on secondary legislation that it is invalid with regard to the primary legislation if necessary. Under the concept of parliamentary sovereignty, Parliament can enact any primary legislation it chooses. However, the concept immediately becomes problematic when the question is asked, "If parliament can do anything, can it bind its successors?" It is generally held that parliament can do no such thing. Equally, while statute takes precedence over precedent-derived common law and the judiciary has no power to strike down primary legislation, there are certain cases where the supreme judicature has effected an injunction against the application of an act or reliance on its authority by the civil service. The seminal example of this is the Factortame case, where the House of Lords granted such an injunction preventing the operation of the Merchant Shipping Act 1988 until litigation in the European Court of Justice had been resolved. The House of Lords ruling in Factortame (No. 1), approving the European Court of Justice formulation that "a national court which, in a case before it concerning Community law, considers that the sole obstacle which precludes it from granting interim relief is a rule of national law, must disapply that rule", has created an implicit tiering of legislative reviewability; the only way for parliament to prevent the supreme judicature from injunctively striking out a law on the basis of incompatibility with Community law is to pass an act specifically removing that power from the court, or by repealing the European Communities Act 1972. The British legal systems are based on common law traditions, which require: Police or regulators cannot initiate complaints under criminal law but can only investigate (prosecution is mostly reserved for the Crown Prosecution Service), which prevents selective enforcement—e.g., the "fishing expedition," which is often specifically forbidden. Prosecutors cannot withhold evidence from counsel for the defendant; to do so results in mistrial or dismissal. Accordingly, their relation to police is no advantage. Defendants convicted can appeal, but only fresh and compelling evidence not available at trial can be introduced, restricting the power of the court of appeal to the process of law applied. United States Separation of powers was first established in the United States Constitution, wherein the founding fathers included features of many new concepts, including hard-learned historical lessons about the checks and balances of power. Similar concepts were also prominent in the state governments of the United States. As colonies of Great Britain, the founding fathers considered that the American states had suffered an abuse of the broad power of parliamentarism and monarchy. As a remedy, the United States Constitution limits the powers of the federal government through various means—in particular, the three branches of the federal government are divided by exercising different functions. The executive and legislative powers are separated in origin by separate elections, and the judiciary is kept independent. Each branch controls the actions of others and balances its powers in some way. In the Constitution, Article 1 Section I grants Congress only those "legislative powers herein granted" and proceeds to list those permissible actions in Article I Section 8, while Section 9 lists actions that are prohibited for Congress. The vesting clause in Article II places no limits on the Executive branch, simply stating that "The Executive Power shall be vested in a President of the United States of America." The Supreme Court holds "The judicial Power" according to Article III, and judicial review was established in Marbury v. Madison under the Marshall court. The presidential system adopted by the Constitution of the United States obeys the balance of powers sought, and not found, by the constitutional monarchy. The people appoint their representatives to meet periodically in a legislative body, and, since they do not have a king, the people themselves elect a preeminent citizen to perform, also periodically, the executive functions of the State. The direct election of the head of state or of the executive power is an inevitable consequence of the political freedom of the people, understood as the capacity to appoint and depose their leaders. Only this separate election of the person who has to fulfill the functions that the Constitution attributes to the president, so different by its nature and by its function from the election of representatives of the electors, allows the executive power to be controlled by the legislative and submitted to the demands of political responsibility. Judicial independence is maintained by appointments for life, which remove any dependence on the Executive, with voluntary retirement and a high threshold for dismissal by the Legislature, in addition to a salary that cannot be diminished during their service. The federal government refers to the branches as "branches of government", while some systems use "government" exclusively to describe the executive. The Executive branch has attempted to claim power arguing for separation of powers to include being the Commander-in-Chief of a standing army since the American Civil War, executive orders, emergency powers, security classifications since World War II, national security, signing statements, and the scope of the unitary executive. Other systems Belgium Belgium is currently a federated state that has imposed the on different governmental levels. The constitution of 1831, considered one of the most liberal of its time for limiting the powers of its monarch and imposing a rigorous system of separation of powers, is based on three principles (represented in the Schematic overview of Belgian institutions). (horizontal separation of powers): The legislative power is attributed to a parliamentary body elected through a representative general election system (one person, one vote). The executive power is attributed to the Council of Ministers. Ministers are formally appointed by the King though in practice the prime minister decides the composition of his cabinet. The ministers are usually from the elected members of parliament (although non-elected people can also be nominated); however, they must first resign from their elected seat. The judicial power is in the hands of the courts. Magistrates are nominated by the minister on proposal from a Council of the Magistrates. Magistrates can be nominated to become a judge (sitting magistrates) or instructing judge (investigating judge) of Procureur (public prosecutor) (the standing magistrates). The executive branch of the government is responsible for providing the physical means to execute its role (infrastructure, staff, financial means). Judges and some other people cannot run for elected office while they are nominated to certain positions (military, police-officers, clergy, notaries, bailiffs). Subsidiarity (vertical separation of powers): Supranational directives (EU legislation) and international treaties are subjected to approval of the federal level (the federal level being Belgium the nation state) The federal level comprises the following: A bicameral parliament (House of Representatives and Senate) (in 2014 this will be a directly elected house and an indirectly appointed Senate of the regions) A federal government (led by the Prime Minister, ministers and secretaries of state) Tasked with overseeing justice, defence, foreign affairs, social security, and public health High Court, Constitutional Court, Cassation Court and Council of State The regional level comprises the following: A unicameral parliament A regional government led by the minister-president (ministers and secretaries of state) is tasked with regional matters Provinces also have similar structures: A unicameral provincial council A nominated provincial governor assisted by deputies is tasked with provincial matters Appellate Court, Assizes Court An intermediate level of Arrondissements subdivides the provinces it has only an executive level with arrondissemental commissars City and communal entities (local government): A city or communal council A mayor, assisted by aldermen, is tasked with local matters Magistrates Court, Correctional Court (three judges) Justice of the peace and Police Court judges (single judge courts) Secularism (separation of state and religion): The king, the head of state, holds no political authority and requires executive approval by a minister for every action and statement; he nominates the ministers but he does not choose them (his executive powers); he signs and decrees the laws voted in parliament (his legislative powers); The head of state is commander in chief of the military (in title only), politically the military depends on the Minister of Defence and the chiefs of staff are responsible towards parliament and take their orders from the Minister of Defence and the government; Certain functions are deemed incompatible and people must resign from their function if they want to assume responsibilities in another function (military commanders have never been government ministers, even during a war). China Imperial China Three Lords and Nine Ministers (ancient) Three Lords: Chancellor – executive leader Grandee Secretary (Censorate chief and also Deputy Chancellor) – supervisory leader Grand Commandant – military leader Nine Ministers / Nine Courts, etc. Three Departments and Six Ministries (medieval) Department of State Affairs – edict execution Ministry of Personnel Ministry of Revenue Ministry of Rites Ministry of War Ministry of Justice Ministry of Works Secretariat – edict formulation Chancellery – edict review Censorate – supervision Nine Courts, Five Directorates, etc. Ming and Qing dynasties Emperor, via Grand Council or equivalent Grand Secretariat (cabinet) – edict formulation Six Ministries – edict execution Censorate – supervision Reviewers of the – supervising the Six Ministries 13~20 Circuits investigating censors –supervising regional officials Five Courts, etc. Judicial : Ministry of Justice – case judgement Censorate – case supervision Court of Judicature and Revision – case review Military Emperor Privy Council or equivalent Ministry of War Commands (e.g., Three Commands of the Northern Song royal guard forces, and of the Ming armies) Republic of China According to Sun Yat-sen's idea of "separation of the five powers", the government of the Republic of China has five branches: Executive Yuan – led by the premier but in actuality it is the president who sets policy – executive Legislative Yuan – unicameral – legislature Judicial Yuan – its Constitutional Court (highest) and Supreme Court have different jurisdictions – judiciary Control Yuan – audit branch Examination Yuan – civil service personnel management and human resources The president and vice president as well as the defunct National Assembly are constitutionally not part of the above five branches. Before being abolished in 2005, the National Assembly was a standing constituent assembly and electoral college for the president and vice president. Its constitutional amending powers were passed to the legislative yuan and its electoral powers were passed to the electorate. The relationship between the executive and legislative branches are poorly defined. An example of the problems this causes is the near complete political paralysis that results when the president, who has neither the power to veto nor the ability to dissolve the legislature and call new elections, cannot negotiate with the legislature when his party is in the minority. The examination and control yuans are marginal branches; their leaders as well as the leaders of the executive and judicial yuans are appointed by the president and confirmed by the legislative yuan. The legislature is the only branch that chooses its own leadership. The vice president has practically no responsibilities. People's Republic of China The central government of the People's Republic of China is divided among several state organs: National People's Congress (NPC): the ultimate power of the state that makes the constitution and basic laws, and supervises and elects all following organs; Standing Committee of the National People's Congress (NPCSC): the permanent legislative organ that makes most laws, interprets the constitution and laws, conducts constitutional review, and supervises all following organs; President: acts as a ceremonial head of state in compliance with decisions made by the NPCSC but exercises an independent power to nominate the Premier of the State Council; State Council (synonymous with "Central People's Government"): the executive branch, whose Premier is the head of government; Central Military Commission (CMC): the military branch, whose Chairman is the commander-in-chief
western Mediterranean in the 3rd century BC. For seventeen years, the two states struggled for supremacy, primarily in Italy and Iberia, but also on the islands of Sicily and Sardinia and, towards the end of the war, in North Africa. After immense material and human losses on both sides, the Carthaginians were defeated. Macedonia, Syracuse, and several Numidian kingdoms were drawn into the fighting; and Iberian and Gallic forces fought on both sides. There were three main military theatres during the war: Italy, where the Carthaginian general Hannibal repeatedly defeated the Roman legions, with occasional subsidiary campaigns in Sicily, Sardinia and Greece; Iberia, where Hasdrubal, a younger brother of Hannibal, defended the Carthaginian colonial cities with mixed success until moving into Italy; and Africa, where the war was decided. In 219BC Hannibal besieged, captured and sacked the pro-Roman city of Saguntum, prompting a Roman declaration of war on Carthage in spring 218BC. That year, Hannibal surprised the Romans by marching his army overland from Iberia, through Gaul and over the Alps to Cisalpine Gaul (modern northern Italy). Reinforced by Gallic allies, he obtained crushing victories over the Romans at the battles of Trebia (218) and Lake Trasimene (217). Moving to southern Italy in 216, Hannibal defeated the Romans again at the Battle of Cannae, where he annihilated the largest army the Romans had ever assembled. After the death or capture of more than 120,000 Roman troops in less than two years, many of Rome's Italian allies, notably Capua, defected to Carthage, giving Hannibal's allies control over much of southern Italy. As Syracuse and Macedonia joined the Carthaginian side after Cannae, the conflict spread. Between 215 and 210BC the Carthaginians attempted to capture Roman-held Sicily and Sardinia, but were unsuccessful. The Romans took drastic steps to raise new legions, enrolling slaves, criminals, and those who did not meet the usual property qualification and so vastly increasing the number of men they had under arms. For the next decade the war in southern Italy continued, with Roman armies slowly recapturing most of the interior in north-east Iberia and the Carthaginians repeatedly attempted and failed to reduce it. In 211 BC the Romans took the offensive in Iberia and were decisively defeated, while maintaining their hold on the north east. In 209 BC the new Roman commander Publius Scipio captured Carthago Nova, the main Carthaginian base in the peninsula. In 208 BC Scipio defeated Hasdrubal, although Hasdrubal was able to move most of his troops into Gaul and then northern Italy in spring 207BC. This new Carthaginian invasion was defeated at the Battle of the Metaurus. At the Battle of Ilipa in 206 Scipio permanently ended the Carthaginian presence in Iberia. Scipio then invaded Carthaginian Africa in 204, compelling the Carthaginian Senate to recall Hannibal's army from Italy. The final engagement of the war took place between armies under Scipio and Hannibal at the Battle of Zama in 202 and resulted in Hannibal's defeat and in Carthage suing for peace. The peace treaty imposed on the Carthaginians stripped them of all of their overseas territories, and some of their African ones. An indemnity of 10,000 silver talents was to be paid over 50 years. Carthage was prohibited from waging war outside Africa, and in Africa only with Rome's express permission. Many senior Carthaginians wanted to reject it, but Hannibal spoke strongly in its favour and it was accepted in spring 201BC. Henceforth it was clear that Carthage was politically subordinate to Rome. Scipio was awarded a triumph and received the "Africanus". Due to the harsh terms of the peace treaty imposed on Carthage, the term "Carthaginian peace" has been conned in the 20th century to describe any peace treaty with terms designed to cripple the losing side of a war permanently. Primary sources The main source for almost every aspect of the Punic Wars is the historian Polybius ( – ), a Greek sent to Rome in 167BC as a hostage. His works include a now-largely-lost manual on military tactics, but he is best known for The Histories, written sometime after 146BC. Polybius's work is considered broadly objective and largely neutral as between Carthaginian and Roman points of view. Polybius was an analytical historian and wherever possible personally interviewed participants, from both sides, in the events he wrote about. The accuracy of Polybius's account has been much debated over the past 150 years, but the modern consensus is to accept it largely at face value, and the details of the war in modern sources are largely based on interpretations of Polybius's account. The modern historian Andrew Curry sees Polybius as being "fairly reliable"; while Craige Champion describes him as "a remarkably well-informed, industrious, and insightful historian". Much of Polybius's account of the Second Punic War is missing, or only exists in fragmentary form. The account of the Roman historian Livy, who relied heavily on Polybius, is used by modern historians where Polybius's account is not extant. However, the classicist Adrian Goldsworthy says that Livy's "reliability is often suspect"; and the historian Phillip Sabin refers to Livy's "military ignorance". Other, later, ancient histories of the war exist, although often in fragmentary or summary form. Modern historians usually take into account the writings of various Roman annalists, some contemporary; the Greek Diodorus Siculus; and the later Roman historians, Plutarch, Appian and Dio Cassius, described by John Francis Lazenby as "clearly far inferior" to Livy. Other sources include coins, inscriptions, archaeological evidence and empirical evidence from reconstructions. Opposing forces Armies Most male Roman citizens were eligible for military service and would serve as infantry, with the wealthier equites providing a cavalry component. Traditionally, when at war the Romans would raise two legions, each of 4,200 infantry and 300 cavalry. Approximately 1,200 of the infantry, poorer or younger men unable to afford the armour and equipment of a standard legionary, served as javelin-armed skirmishers, known as velites. They carried several javelins, which would be thrown from a distance, a short sword, and a shield. The balance were equipped as heavy infantry, with body armour, a large shield and short thrusting swords. They were divided into three ranks, of which the front rank also carried two javelins, while the second and third ranks had a thrusting spear instead. Both legionary sub-units and individual legionaries fought in relatively open order. It was the long-standing Roman procedure to elect two men each year, known as consuls, as senior magistrates, who at time of war would each lead an army. An army was usually formed by combining two Roman legions with a similarly sized and equipped pair of legions provided by their Latin allies; these legions usually had a larger attached complement of cavalry than Roman ones. Carthaginian citizens only served in their army if there was a direct threat to the city. When they did they fought as well-armoured heavy infantry armed with long thrusting spears, although they were notoriously ill-trained and ill-disciplined. In most circumstances Carthage recruited foreigners to make up its army. Many were from North Africa, and so were frequently referred to as "Libyans". The region provided several types of fighter, including: close order infantry equipped with large shields, helmets, short swords and long thrusting spears; javelin-armed light infantry skirmishers; close-order shock cavalry (also known as "heavy cavalry") carrying spears; and light cavalry skirmishers who threw javelins from a distance and avoided close combat. (The latter were usually Numidians.) Both Iberia and Gaul provided large numbers of experienced infantryunarmoured troops who would charge ferociously, but had a reputation for breaking off if a combat was protractedand unarmoured close order cavalry referred to by Livy as "steady", meaning that they were accustomed to sustained hand-to-hand combat rather than hit and run tactics. The close-order Libyan infantry and the citizen-militia would fight in a tightly packed formation known as a phalanx. On occasion some of the infantry would wear captured Roman armour, especially among Hannibal's troops. Slingers were frequently recruited from the Balearic Islands. The Carthaginians also employed war elephants; North Africa had indigenous African forest elephants at the time. Garrison duty and land blockades were the most common operations. When armies were campaigning, surprise attacks, ambushes and stratagems were common. More formal battles were usually preceded by the two armies camping apart for days or weeks; sometimes forming up in battle order each day. If either commander felt at a disadvantage, they might march off without engaging. In such circumstances it was difficult to force a battle if the other commander was unwilling to fight. Forming up in battle order was a complicated and premeditated affair, which took several hours. Infantry were usually positioned in the centre of the battle line, with light infantry skirmishers to their front and cavalry on each flank. Many battles were decided when one side's infantry force was attacked in the flank or rear and they were partially or wholly enveloped. Navies Both states possessed large fleets throughout the war, but there were no large-scale naval clashes and Carthage never attempted to use its fleet decisively, effectively giving the Romans naval superiority for the course of the war. Background The Roman Republic had been aggressively expanding in the southern Italian mainland for a century and had conquered peninsular Italy south of the Arno River by 272BC, when the Greek cities of southern Italy (Magna Graecia) submitted after the conclusion of the Pyrrhic War. During this period of Roman expansion, Carthage, with its capital in what is now Tunisia, had come to dominate southern Spain, much of the coastal regions of North Africa, the Balearic Islands, Corsica, Sardinia, and the western half of Sicily. By 264BC, Carthage was the dominant external power on the island, and Carthage and Rome were the preeminent powers in the western Mediterranean. Relationships were good, the two states had several times declared their mutual friendship and there were strong commercial links. According to the classicist Richard Miles, Rome's expansionary attitude after southern Italy came under its control combined with Carthage's proprietary approach to Sicily caused the two powers to stumble into war more by accident than design. The immediate cause of the war was the issue of control of the independent Sicilian city state of Messana (modern Messina). In 264BC Carthage and Rome went to war, starting the First Punic War. The war lasted 23 years, ending in 241 BC with a Carthaginian defeat. This meant the loss of Carthaginian Sicily to Rome under the terms of the Roman-dictated Treaty of Lutatius. Rome exploited Carthage's distraction during the Truceless War against rebellious mercenaries and Libyan subjects to break the peace treaty and annex Carthaginian Sardinia and Corsica in 238 BC. Under the leadership of Hamilcar Barca, Carthage defeated the rebels in 237 BC. With the suppression of the rebellion, Hamilcar understood that Carthage needed to strengthen its economic and military base if it were to again confront Rome. After the First Punic War, Carthaginian possessions in Iberia (modern Spain and Portugal) were limited to a handful of prosperous coastal cities in the south. Hamilcar took the army which he had led to victory in the Mercenary War to Iberia in 237BC and carved out a quasi-monarchial, autonomous state in southern and eastern Iberia. This gave Carthage the silver mines, agricultural wealth, manpower, military facilities such as shipyards and territorial depth to stand up to future Roman demands with confidence. Hamilcar ruled as a viceroy and was succeeded by his son-in-law, Hasdrubal, in the early 220sBC and then his son, Hannibal, in 221BC. In 226BC the Ebro Treaty was agreed with Rome, specifying the Ebro River as the northern boundary of the Carthaginian sphere of influence. At some time during the next six years Rome made a separate agreement with the city of Saguntum, which was situated well south of the Ebro. In 219BC a Carthaginian army under Hannibal besieged, captured and sacked Saguntum and in spring 218BC Rome declared war on Carthage. There were three main military theatres in the war: Italy, where Hannibal defeated the Roman legions repeatedly, with occasional subsidiary campaigns in Sicily, Sardinia and Greece; Iberia, where Hasdrubal, a younger brother of Hannibal, defended the Carthaginian colonial cities with mixed success until moving into Italy; and Africa, where the war was decided. Italy Hannibal crosses the Alps, 218 BC In 218BC there was some naval skirmishing in the waters around Sicily. The Romans beat off a Carthaginian attack and captured the island of Malta. In Cisalpine Gaul (modern northern Italy), the major Gallic tribes attacked the Roman colonies there, causing the Romans to flee to their previously-established colony of Mutina (modern Modena), where they were besieged. A Roman relief army broke through the siege, but was then ambushed and besieged itself. An army had previously been created by the Romans to campaign in Iberia, but the Roman Senate detached one Roman and one allied legion from it to send to north Italy. Raising fresh troops to replace these delayed the army's departure for Iberia until September. Meanwhile, Hannibal assembled a Carthaginian army in New Carthage (modern Cartagena) and led it northwards along the Iberian coast in May or June. It entered Gaul and took an inland route, to avoid the Roman allies to the south. At the Battle of Rhone Crossing, Hannibal defeated a force of local Allobroges which sought to bar his way. A Roman fleet carrying the Iberian-bound army landed at Rome's ally Massalia (modern Marseille) at the mouth of the Rhone, but Hannibal evaded the Romans and they continued to Iberia. The Carthaginians reached the foot of the Alps by late autumn and crossed them, surmounting the difficulties of climate, terrain and the guerrilla tactics of the native tribes. Hannibal arrived with 20,000 infantry, 6,000 cavalry, and an unknown number of elephantsthe survivors of the 37 with which he left Iberiain Cisalpine Gaul (northern Italy). The Romans were still in their winter quarters. His surprise entry into the Italian peninsula led to the cancellation of Rome's planned campaign for the year: an invasion of Africa. Carthaginian victories, 218–216 BC The Carthaginians captured the chief city of the hostile Taurini (in the area of modern Turin) and their army routed the cavalry and light infantry of the Romans at the Battle of Ticinus in late November. As a result, most of the Gallic tribes declared for the Carthaginian cause, and Hannibal's army grew to more than 40,000 men. The Senate had ordered the consul Sempronius Longus to bring his army back from Sicily, where it had been preparing for the invasion of Africa, to join the Roman army already facing Hannibal. The combined Roman force under the command of Sempronius was lured into combat by Hannibal on ground of his choosing at the Battle of the Trebia. The Carthaginians encircled the Romans and only 10,000 out of 42,000 were able to fight their way to safety. Having secured his position in northern Italy by this victory, Hannibal quartered his troops for the winter among the Gauls. The latter joined his army in large numbers, bringing it up to 60,000 men. When news of the defeat reached Rome it initially caused panic. But this calmed once Sempronius arrived, to preside over the consular elections in the usual manner. The consuls-elect recruited further legions, both Roman and from Rome's Latin allies; reinforced Sardinia and Sicily against the possibility of Carthaginian raids or invasion; placed garrisons at Tarentum and other places for similar reasons; built a fleet of 60 quinqueremes; and established supply depots at Ariminum and Arretium in preparation for marching north later in the year. Two armiesof four legions each, two Roman and two allied, but with stronger than usual cavalry contingentswere formed. One was stationed at Arretium, and one on the Adriatic coast; they would be able to block Hannibal's possible advance into central Italy, and be well positioned to move north to operate in Cisalpine Gaul. In early spring 217BC, the Carthaginians crossed the Apennines unopposed, taking a difficult but unguarded route. Hannibal attempted without success to draw the main Roman army under Gaius Flaminius into a pitched battle by devastating the area they had been sent to protect. Hannibal then cut off the Roman army from Rome, which provoked Flaminius into a hasty pursuit without proper reconnaissance. Hannibal set an ambush and in the Battle of Lake Trasimene completely defeated the Roman army, killing 15,000 Romans, including Flaminius, and taking 10,000 prisoners. A cavalry force of 4,000 from the other Roman army was also engaged and wiped out. The prisoners were badly treated if they were Romans; the Latin allies who were captured were well treated by the Carthaginians and many were freed and sent back to their cities, in the hope that they would speak well of Carthaginian martial prowess and of their treatment. Hannibal hoped some of these allies could be persuaded to defect. The Carthaginians continued their march through Etruria, then Umbria, to the Adriatic coast, then turned south into Apulia, in the hope of winning over some of the ethnic Greek and Italic city states of southern Italy. News of the defeat caused a panic in Rome. Quintus Fabius Maximus was elected dictator by the Roman Assembly and adopted the "Fabian strategy" of avoiding pitched battles, relying instead on low-level harassment to wear the invader down, until Rome could rebuild its military strength. Hannibal was left largely free to ravage Apulia for the next year. Fabius was not popular among the soldiers, the Roman public or the Roman elite, since he avoided battle while Italy was being devastated by the enemy and his tactics would not lead to a quick
then his son, Hannibal, in 221BC. In 226BC the Ebro Treaty was agreed with Rome, specifying the Ebro River as the northern boundary of the Carthaginian sphere of influence. At some time during the next six years Rome made a separate agreement with the city of Saguntum, which was situated well south of the Ebro. In 219BC a Carthaginian army under Hannibal besieged, captured and sacked Saguntum and in spring 218BC Rome declared war on Carthage. There were three main military theatres in the war: Italy, where Hannibal defeated the Roman legions repeatedly, with occasional subsidiary campaigns in Sicily, Sardinia and Greece; Iberia, where Hasdrubal, a younger brother of Hannibal, defended the Carthaginian colonial cities with mixed success until moving into Italy; and Africa, where the war was decided. Italy Hannibal crosses the Alps, 218 BC In 218BC there was some naval skirmishing in the waters around Sicily. The Romans beat off a Carthaginian attack and captured the island of Malta. In Cisalpine Gaul (modern northern Italy), the major Gallic tribes attacked the Roman colonies there, causing the Romans to flee to their previously-established colony of Mutina (modern Modena), where they were besieged. A Roman relief army broke through the siege, but was then ambushed and besieged itself. An army had previously been created by the Romans to campaign in Iberia, but the Roman Senate detached one Roman and one allied legion from it to send to north Italy. Raising fresh troops to replace these delayed the army's departure for Iberia until September. Meanwhile, Hannibal assembled a Carthaginian army in New Carthage (modern Cartagena) and led it northwards along the Iberian coast in May or June. It entered Gaul and took an inland route, to avoid the Roman allies to the south. At the Battle of Rhone Crossing, Hannibal defeated a force of local Allobroges which sought to bar his way. A Roman fleet carrying the Iberian-bound army landed at Rome's ally Massalia (modern Marseille) at the mouth of the Rhone, but Hannibal evaded the Romans and they continued to Iberia. The Carthaginians reached the foot of the Alps by late autumn and crossed them, surmounting the difficulties of climate, terrain and the guerrilla tactics of the native tribes. Hannibal arrived with 20,000 infantry, 6,000 cavalry, and an unknown number of elephantsthe survivors of the 37 with which he left Iberiain Cisalpine Gaul (northern Italy). The Romans were still in their winter quarters. His surprise entry into the Italian peninsula led to the cancellation of Rome's planned campaign for the year: an invasion of Africa. Carthaginian victories, 218–216 BC The Carthaginians captured the chief city of the hostile Taurini (in the area of modern Turin) and their army routed the cavalry and light infantry of the Romans at the Battle of Ticinus in late November. As a result, most of the Gallic tribes declared for the Carthaginian cause, and Hannibal's army grew to more than 40,000 men. The Senate had ordered the consul Sempronius Longus to bring his army back from Sicily, where it had been preparing for the invasion of Africa, to join the Roman army already facing Hannibal. The combined Roman force under the command of Sempronius was lured into combat by Hannibal on ground of his choosing at the Battle of the Trebia. The Carthaginians encircled the Romans and only 10,000 out of 42,000 were able to fight their way to safety. Having secured his position in northern Italy by this victory, Hannibal quartered his troops for the winter among the Gauls. The latter joined his army in large numbers, bringing it up to 60,000 men. When news of the defeat reached Rome it initially caused panic. But this calmed once Sempronius arrived, to preside over the consular elections in the usual manner. The consuls-elect recruited further legions, both Roman and from Rome's Latin allies; reinforced Sardinia and Sicily against the possibility of Carthaginian raids or invasion; placed garrisons at Tarentum and other places for similar reasons; built a fleet of 60 quinqueremes; and established supply depots at Ariminum and Arretium in preparation for marching north later in the year. Two armiesof four legions each, two Roman and two allied, but with stronger than usual cavalry contingentswere formed. One was stationed at Arretium, and one on the Adriatic coast; they would be able to block Hannibal's possible advance into central Italy, and be well positioned to move north to operate in Cisalpine Gaul. In early spring 217BC, the Carthaginians crossed the Apennines unopposed, taking a difficult but unguarded route. Hannibal attempted without success to draw the main Roman army under Gaius Flaminius into a pitched battle by devastating the area they had been sent to protect. Hannibal then cut off the Roman army from Rome, which provoked Flaminius into a hasty pursuit without proper reconnaissance. Hannibal set an ambush and in the Battle of Lake Trasimene completely defeated the Roman army, killing 15,000 Romans, including Flaminius, and taking 10,000 prisoners. A cavalry force of 4,000 from the other Roman army was also engaged and wiped out. The prisoners were badly treated if they were Romans; the Latin allies who were captured were well treated by the Carthaginians and many were freed and sent back to their cities, in the hope that they would speak well of Carthaginian martial prowess and of their treatment. Hannibal hoped some of these allies could be persuaded to defect. The Carthaginians continued their march through Etruria, then Umbria, to the Adriatic coast, then turned south into Apulia, in the hope of winning over some of the ethnic Greek and Italic city states of southern Italy. News of the defeat caused a panic in Rome. Quintus Fabius Maximus was elected dictator by the Roman Assembly and adopted the "Fabian strategy" of avoiding pitched battles, relying instead on low-level harassment to wear the invader down, until Rome could rebuild its military strength. Hannibal was left largely free to ravage Apulia for the next year. Fabius was not popular among the soldiers, the Roman public or the Roman elite, since he avoided battle while Italy was being devastated by the enemy and his tactics would not lead to a quick end to the war. Hannibal marched through the richest and most fertile provinces of Italy, hoping the devastation would draw Fabius into battle, but Fabius refused. The Roman populace derided Fabius as the ("the Delayer"), and at the elections of 216 BC elected as consuls Gaius Terentius Varro who advocated pursuing a more aggressive war strategy and Lucius Aemilius Paullus, who advocated a strategy somewhere between Fabius's and that suggested by Varro. In the spring of 216 BC Hannibal seized the large supply depot at Cannae on the Apulian plain. The Roman Senate authorized the raising of double-sized armies by Varro and Paullus, a force of 86,000 men, the largest in Roman history up to that point. Paullus and Varro marched southward to confront Hannibal, and encamped away. Hannibal accepted battle on the open plain between the armies in the Battle of Cannae. The Roman legions forced their way through Hannibal's deliberately weak centre, but Libyan heavy infantry on the wings swung around their advance, menacing their flanks. Hasdrubal led the Carthaginian cavalry on the left wing and routed the Roman cavalry opposite, then swept around the rear of the Romans to attack their cavalry on the other wing. The heavily outnumbered Carthaginian infantry held out while this was happening until Hasdrubal charged into the legions from behind. As a result, the Roman infantry was surrounded with no means of escape. At least 67,500 Romans were killed or captured. The historian Richard Miles describes Cannae as "Rome's greatest military disaster". Toni Ñaco del Hoyo describes the Trebia, Lake Trasimene and Cannae as the three "great military calamities" suffered by the Romans in the first three years of the war. Within a few weeks of Cannae a Roman army of 25,000 was ambushed by Boii Gauls in northern Italy at the Battle of Silva Litana and annihilated. Roman allies defect, 216–208 BC Little has survived of Polybius's account of Hannibal's army in Italy after Cannae. Livy gives a fuller record, but according to Goldsworthy "his reliability is often suspect", especially with regard to his descriptions of battles; many modern historians agree, but nevertheless his is the best surviving source for this part of the war. Several of the city states in southern Italy allied themselves with Hannibal, or were captured when pro-Carthaginian factions betrayed their defences. These included the large city of Capua and the major port city of Tarentum (modern Taranto). Two of the major Samnite tribes also joined the Carthaginian cause. By 214BC the bulk of southern Italy had turned against Rome. However, the majority of Rome's allies remained loyal, including many in southern Italy. All except the smallest towns were too well fortified for Hannibal to take by assault, and blockade could be a long-drawn-out affair, or if the target was a port, impossible. Carthage's new allies felt little sense of community with Carthage, or even with each other. The new allies increased the number of fixed points which Hannibal's army was expected to defend from Roman retribution, but provided relatively few fresh troops to assist him in doing so. Such Italian forces as were raised resisted operating away from their home cities and performed badly when they did. The essence of Hannibal's campaign in Italy was to attempt to fight the Romans by using local resources; raising recruits from among the local population. His subordinate Hanno was able to raise troops in Samnium in 214 BC, but the Romans intercepted these new levies in the Battle of Beneventum and eliminated them before they rendezvoused with Hannibal. Hannibal could win allies, but defending them against the Romans was a new and difficult problem, as the Romans could still field multiple armies, which in total greatly outnumbered his own forces. The greatest gain was the second largest city of Italy, Capua, when Hannibal's army marched into Campania in 216 BC. The inhabitants of Capua held limited Roman citizenship and the aristocracy was linked to the Romans via marriage and friendship, but the possibility of becoming the supreme city of Italy after the evident Roman disasters proved too strong a temptation. The treaty between them and Hannibal can be described as an agreement of friendship, since the Capuans had no obligations. When the port city of Locri defected to Carthage in the summer of 215BC it was immediately used to reinforce the Carthaginian forces in Italy with soldiers, supplies and war elephants. It was the only time during the war that Carthage reinforced Hannibal. A second force, under Hannibal's youngest brother Mago, was meant to land in Italy in 215BC but was diverted to Iberia after a major Carthaginian defeat there. Meanwhile, the Romans took drastic steps to raise new legions: enrolling slaves, criminals and those who did not meet the usual property qualification. By early 215BC they were fielding at least 12 legions; by 214BC, 18; and by 213BC, 22. By 212 BC the full complement of the legions deployed would have been in excess of 100,000 men, plus, as always, a similar number of allied troops. The majority were deployed in southern Italy in field armies of approximately 20,000 men each. This was insufficient to challenge Hannibal's army in open battle, but sufficient to force him to concentrate his forces and to hamper his movements. For 11 years after Cannae the war surged around southern Italy as cities went over to the Carthaginians or were taken by subterfuge, and the Romans recaptured them by siege or by suborning pro-Roman factions. Hannibal repeatedly defeated Roman armies, but wherever his main army was not active the Romans threatened Carthaginian-supporting towns or sought battle with Carthaginian or Carthaginian-allied detachments; frequently with success. By 207BC Hannibal had been confined to the extreme south of Italy and many of the cities and territories which had joined the Carthaginian cause had returned to their Roman allegiance. Macedonia, Sardinia and Sicily During 216BC the Macedonian king, Philip V, pledged his support to Hannibal – thus initiating the First Macedonian War against Rome in 215BC. In 211BC, Rome contained the threat of Macedonia by allying with the Aetolian League, an anti-Macedonian coalition of Greek city states. In 205BC this war ended with a negotiated peace. A rebellion in support of the Carthaginians broke out on Sardinia in 213BC, but it was quickly put down by the Romans. Sicily remained firmly in Roman hands, blocking the ready seaborne reinforcement and resupply of Hannibal from Carthage. Hiero II, the old tyrant of Syracuse of forty-five-years standing and a staunch Roman ally, died in 215BC and his successor Hieronymus was discontented with his situation. Hannibal negotiated a treaty whereby Syracuse came over to Carthage, at the price of making the whole of
18 April 1945. Two days later, the French forces coordinated with the US Seventh Army and VI Corps heavy artillery, who began a barrage of the city. The French 5th Armored Division then captured Stuttgart on 21 April 1945, encountering little resistance. The city fared poorly under their direction; French troops forcefully quartered their troops in what housing remained in the city, rapes were frequent (there were at least 1389 recorded incidents of rape of civilians by French soldiers), and the city's surviving populace were poorly rationed. The circumstances of what later became known as "The Stuttgart Crisis" provoked political repercussions that reached even the White House. President Harry S. Truman was unable to get De Gaulle to withdraw troops from Stuttgart until after the final boundaries of the zones of occupation were established. The French army remained in the city until they finally relented to American demands on 8 July 1945 and withdrew. Stuttgart then became capital of Württemberg-Baden, one of the three areas of Allied occupation in Baden-Württemberg, from 1945 until 1952. Baden-Württemberg The military government of the American occupation zone established a Displaced persons camp for displaced persons, mostly forced labourers from Central and Eastern European industrial firms in the area. There was, however, a camp located in Stuttgart-West that, until its closure and transportation of internees to Heidenheim an der Brenz in 1949, housed almost exclusively 1400 Jewish survivors of the Shoah. An early concept of the Marshall Plan aimed at supporting reconstruction and economic/political recovery across Europe was presented during a speech 6 September 1946 given by US Secretary of State James F. Byrnes at the Stuttgart Opera House. His speech led to the unification of the British and American occupation zones, resulting in the 'bi-zone' (later the 'tri-zone' when the French reluctantly agreed to cede their occupied territory to the new state). In 1948, the city applied to become the capital of the soon to-be Federal Republic of Germany, and was a serious contender against Frankfurt, Kassel, and Bonn. All these cities were examined by the Parlamentarischer Rat, but ultimately Bonn won the bid when the Republic was founded on 23 May 1949. The city's bid for capital failed primarily because of the financial burdens its high rents would place on the government. The immediate aftermath of the War would be marked by the controversial efforts of Arnulf Klett, the first Oberbürgermeister of Stuttgart, to restore the city. Klett favored the idea of a modernist Automotive city with functional divisions for residential, commercial and industrial areas according to the Athens Charter. Klett demolished both ruins and entire streets of largely undamaged buildings without rebuilding them to their original visage, a move that earned him much scorn from his contemporaries. In the 150th year since his death (1955), the last remnant of the alma mater of Friederich Schiller, the Karlsschule, was removed in favor of an expansion to the Bundesstraße 14. Klett also dramatically expanded the public transportation of Stuttgart with the Stuttgart Stadtbahn and, in 1961, initiated a city partnership with the French city of Strasbourg as part of an attempt to mend Franco-German relations. It would be finalized in 1962 and is still active today. Klett's Stuttgart saw two major media events: the same year the partnership with Strasbourg was finalized, then French president Charles de Gaulle visited the city and Ludwigsburg Palace in the ending moments of his state visit to Germany, and Queen Elizabeth II of the United Kingdom visited the city 24 May 1965. On 25 April 1952, the other two parts of the former German states of Baden and Württemberg, South Baden and Württemberg-Hohenzollern merged and formed the modern German state of Baden-Württemberg, with Stuttgart as its capital. Since the 1950s, Stuttgart has been the third largest city in southern Germany behind Frankfurt and Munich. The city's population, halved by the Second World War, began sudden growth with the mass influx of German refugees expelled from their homes and communities by the Soviets from the late 1940s until 1950 to the city. Economic migrants, called "Gastarbeiter," from Italy, and later Greece and Turkey but primarily from Yugoslavia, came flocking to Stuttgart because of the economic wonder called the "Wirtschaftswunder" unfolding in West Germany. These factors saw the city reach its (then) peak population of 640,000 in 1962. In May 1965 Queen Elizabeth II made a state visit to Stuttgart and nearby Marbach and Schwäbisch Hall. Her great-grandfather Duke Francis (1837-1900) had been a member of the Württemberg royal family. In the late 1970s, the municipal district of Stammheim was centre stage to one of the most controversial periods of German post-war history. Stammheim Prison, built from 1959 to 1963, came to be the place of incarceration for Ulrike Meinhof, Andreas Baader, Gudrun Ensslin, and Jan-Carl Raspe, members of a communist terrorist organization known as the Red Army Faction, during their trial at the Oberlandesgericht Stuttgart in 1975. Several attempts were made by the organization to free the terrorists during the "German Autumn" of 1977 that culminated in such events as the kidnap and murder of Hanns-Martin Schleyer and the hijacking of Lufthansa Flight 181. When it became clear, after many attempts to free the inmates including the smuggling of three weapons into the prison by their lawyer, that the terrorists could not escape and that they would receive Life sentencing, the terrorists killed themselves in April 1977 in an event remembered locally as the "Todesnacht von Stammheim," "Night of Death at Stammheim." The trauma of the early 1970s was quickly left behind, starting in 1974 with the 1974 FIFA World Cup and the opening of the Stuttgart S-Bahn on 1 October 1978 with a scheduled three routes. from 17 to 19 June 1983, ten European heads of state and representatives from the European Union met in Stuttgart for a summit and there made the Solemn Declaration on European Union. In 1986, the European Athletics Championships of that year were held in the Mercedes-Benz Arena. Mikhail Gorbachev, while on a trip to West Germany to offer a spot for a West German astronaut in a Soviet space mission, visited Stuttgart 14 June 1989 and was the honored guest of a sumptuous reception held at the New Palace. Since the monumental happenings of the 1980s, Stuttgart has continued being an important centre of not just Europe, but also the world. In 1993, the World Horticultural Exposition, for which two new bridges were built, and World Athletics Championships of that year took place in Stuttgart in the Killesburg park and Mercedes-Benz Area respectively, bringing millions of new visitors to the city. At the 1993 WCA, British athlete Sally Gunnell and the United States Relay team both set world records. In 2003, Stuttgart applied for the 2012 Summer Olympics but failed in their bid when the German Committee for the Olympics decided on Leipzig to host the Olympics in Germany. Three years later, in 2006, Stuttgart once again hosted the FIFA World Cup as it had in 1974. Stuttgart still experienced some growing pains even long after its recovery from the Second World War. In 2010, the inner city become the focal point of the protests against the controversial Stuttgart 21. US Military in Stuttgart Since shortly after the end of World War II, there has been a US military presence in Stuttgart. At the height of the Cold War over 45,000 Americans were stationed across over 40 installations in and around the city. Today about 10,000 Americans are stationed on 5 installations (Patch Barracks, Panzer Kaserne, Kelley Barracks, Robinson Barracks, and Stuttgart Army Airfield) representing all branches of service within the Department of Defense, unlike the mostly Army presence of the Occupation and Cold War. In March 1946 the US Army established a unit of the US Constabulary and a headquarters at Kurmärker Kaserne (later renamed Patch Barracks) in Stuttgart. These units of soldiers retrained in patrol and policing provided the law and order in the American zone of occupied Germany until the civilian German police forces could be re-established. In 1948 the headquarters for all Constabulary forces was moved to Stuttgart. In 2008 a memorial to the US Constabulary was installed and dedicated at Patch Barracks. The US Constabulary headquarters was disbanded in 1950 and most of the force was merged into the newly organized 7th Army. As the Cold War developed US Army VII Corps was re-formed in July 1950 and assigned to Hellenen Kaserne (renamed Kelley Barracks in 1951) where the headquarters was to remain throughout the Cold War. In 1990 VII Corps was deployed directly from Germany to Saudi Arabia for Operations Desert Shield and Desert Storm to include many of the VII Corps troops stationed in and around Stuttgart. After returning from the Middle East, the bulk of VII Corps units were reassigned to the United States or deactivated. The VII Corps Headquarters returned to Germany for a short period to close out operations and was deactivated later in the United States. The withdrawal of VII Corps caused a large reduction in the US military presence in the city and region and led to the closure of the majority of US installations in and around Stuttgart which resulted in the layoff of many local civilians who had been career employees of the US Army. Since 1967, Patch Barracks in Stuttgart has been home to the US EUCOM. In 2007 AFRICOM was established as a cell within EUCOM and in 2008 established as the US Unified Combatant Command responsible for most of Africa headquartered at Kelley Barracks. Due to these 2 major headquarters, Stuttgart has been identified as one of the few "enduring communities" where the United States forces will continue to operate in Germany. The remaining U.S. bases around Stuttgart are organized into US Army Garrison Stuttgart and include Patch Barracks, Robinson Barracks, Panzer Kaserne and Kelley Barracks. From the end of World War II until the early 1990s these installations excepting Patch were almost exclusively Army, but have become increasingly "Purple"—as in joint service—since the end of the Cold War as they are host to United States Department of Defense Unified Commands and supporting activities. Geography The core area of Stuttgart lies in a fertile bowl-shaped valley about above sea level, an hour from the Black Forest and Swabian Jura on the banks of the Neckar river at to the west and north of Munich. The city is often described as being "zwischen Wald und Reben", or "between forest and vines" because of its viticulture and surrounding forests. Stuttgart covers an area of and sits at elevation ranging from above sea level by the Neckar river to on Bernhartshöhe hill – something rather unique in large German cities. The most prominent elevated locales in Stuttgart are the Birkenkopf () on the edge of the Stuttgart basin, the Württemberg () rising above the Neckar valley, and the Grüner Heiner () at the northeast end of the city. Stuttgart is one of 14 Regional centres in Baden-Württemberg and is naturally the primary centre of the Stuttgart Region, making it the administrative centre for a region of containing a total of 2.76 million people as of December 2014. In addition, Stuttgart serves as a Mittelzentrum for Esslingen District cities Leinfelden-Echterdingen and Filderstadt as well as Ditzingen, Gerlingen, and Korntal-Münchingen in Ludwigsburg District. Stuttgart is also chief of the three centres Stuttgart Metropolitan Region, an area of containing 5.3 million persons. Climate Stuttgart experiences an oceanic climate (Köppen: Cfb), just like the British Isles and Northern France, but it is very extreme at times. As a result of the urban heat island caused by the dense development of the city, inside its "Cauldron" average temperatures in the summer months regularly beat from June to August and come very near in September. In the winter temperatures are quite mild, with daily means never sinking below even in the coldest months (January and February). In spite of the heat, there is no dry season and the city receives frequent but moderate precipitation year-round. Annually, the city receives average of rain (German average national annual rainfall is ). On average, Stuttgart enjoys 1,807 hours of sunshine per year and an average annual temperature of . Typically during summer months, the nearby hills, Swabian Alb mountains, and Black Forest, Schurwald, and Swabian-Franconian Forest act as a shield from harsh weather but the city can be subject to thunderstorms, whereas in the winter periods snow may last for several days. Winters last from December to March. The coldest month is January with an average temperature of . Snow cover tends to last no longer than a few days although it has been known to last several weeks at a time as recently as 2010. The summers are warm with an average temperature of in the hottest months of July and August. Summers last from May until September. Though it is a rare occurrence in Stuttgart, the city sometimes receives damaging hailstorms, such as in July 2013. In order to fight this phenomenon, weather stations known as "Hagelflieger" are stationed near the city and are largely funded by Daimler AG, who maintain several parking lots and factories in the municipal area. Landmarks and culture Inner city At the center of Stuttgart lies its main square, Schlossplatz. As well as being the largest square in Stuttgart, it stands at the crossover point between the city's shopping area, Schlossgarten park which runs down to the river Neckar, Stuttgart's two central castles and major museums and residential areas to the south west. Königstraße, Stuttgart's most important shopping street which runs along the northwestern edge of Schlossplatz, claims to be the longest pedestrianized street in Germany. Although the city center was heavily damaged during World War II, many historic buildings have been reconstructed and the city boasts some fine pieces of modern post-war architecture. Buildings and squares of note in the inner city include: The Stiftskirche (Collegiate Church), dates back to the 12th century, but was changed to the Late Gothic style in the 15th century and has been a Protestant church since 1534. Exterior: Romanesque/Gothic; interior: Romanesque/Gothic/Modern. Reconstructed with simplified interior after World War II. Altes Schloss (the Old Castle), mostly dating from the late 15th century, some parts date back to 1320. Renaissance style; reconstructed Alte Kanzlei (the Old Chancellery) on Schillerplatz square which backs onto the 1598 Mercury Pillar Neues Schloss (the New Castle), completed in 1807. Baroque/Classicism); reconstructed with modern interior, currently houses government offices. The cellars with a collection of stone fragments from the Roman times are open to visitors Wilhelmpalais (the King Wilhelm Palais), 1840 Königsbau (the King's Building), 1850. Classicism; reconstructed; has been housing the "Königsbau Passagen" shopping centre since 2006. The Großes Haus of Stuttgart National Theatre, 1909–1912 Markthalle Market Hall, 1910. (Art Nouveau) The Hauptbahnhof (Main Railway Station) was designed in 1920; its stark, functional lines are typical of the artistic trend 'Neue Sachlichkeit' (New Objectivity) The Württembergische Landesbibliothek state library, rebuilt in 1970. Friedrichsbau Varieté (Friedrich Building), rebuilt in 1994 on the site of the former art nouveau building Architecture in other districts A number of significant castles stand in Stuttgart's suburbs and beyond as reminders of the city's royal past. These include: Castle Solitude, 1700–1800. Baroque/Rococo) Ludwigsburg Palace, 1704–1758. Baroque, with its enormous baroque garden. Castle Hohenheim, 1771–1793 Other landmarks in and around Stuttgart include (see also museums below): Castle Rosenstein (1822–1830) Classical Württemberg Mausoleum (1824) which holds the remains of Catherine Pavlovna of Russia and King William I of Württemberg Wilhelma Zoo and Botanical Gardens (1853) The Observation Tower of Burgholzhof an 1891 brick observation tower constructed by the Cannstatt municipal architect Friedrich Keppler on behalf of the Verschönerungsverein Cannstatt e. V. ("Society for the Beautification of Cannstatt"), in the style of a Roman tower. Weissenhof Estate (1927), (International Style) The TV Tower (1950), the world's first concrete TV tower Stuttgart Airport Terminal Building, 2000. In neighboring Leinfelden-Echterdingen Parks, lakes, cemeteries and other places of interest At the center of Stuttgart lies a series of gardens which are popular with families and cyclists. Because of its shape on a map, the locals refer to it as the Green U. The Green U starts with the old Schlossgarten, castle gardens first mentioned in records in 1350. The modern park stretches down to the river Neckar and is divided into the upper garden (bordering the Old Castle, the Main Station, the State Theater and the State Parliament building), and the middle and lower gardens – a total of 61 hectares. The park also houses Stuttgart planetarium. At the far end of Schlossgarten lies the second Green U park, the larger Rosensteinpark which borders Stuttgart's Wilhelma zoo and botanical gardens. Planted by King William I of Württemberg, it contains many old trees and open areas and counts as the largest English-style garden in southern Germany. In the grounds of the park stands the former Rosenstein castle, now the Rosenstein museum. Beyond bridges over an adjacent main road lies the final Green U park, Killesbergpark or 'Höhenpark' which is a former quarry that was converted for the Third Reich garden show of 1939 (and was used as a collection point for Jews awaiting transportation to concentration camps). The park has been used to stage many gardening shows since the 1950s, including the Bundesgartenschau and 1993 International Gardening Show, and runs miniature trains all around the park in the summer months for children and adults. The viewing tower (Killesbergturm) offers unique views across to the north east of Stuttgart. On the northern edge of the Rosensteinpark is the famous 'Wilhelma', Germany's only combined zoological and botanical garden. The whole compound, with its ornate pavilions, greenhouses, walls and gardens was built around 1850 as a summer palace in moorish style for King Wilhelm I of Württemberg. It currently houses around 8000 animals and some 5000 plant species and contains the biggest magnolia grove in Europe. Other parks in Stuttgart include the historic Botanischer Garten der Universität Hohenheim and Landesarboretum Baden-Württemberg at Castle Hohenheim (which date back to 1776 and are still used to catalog and research plant species), Uhlandshöhe hill (between the city center, Bad Cannstatt and Frauenkopf, and home to Stuttgart observatory), the Weißenburgpark (a five-hectare park in the Bopser area of Stuttgart South which dates back to 1834 and is now home to a 'tea house' and the 'marble room' and offers a relaxing view across the city center), the Birkenkopf a Schuttberg (at the highest point in central Stuttgart, where many ruins were laid to commemorate the Second World War), and the Eichenhain park in Sillenbuch (declared a nature reserve in 1958 and home to 200 oak trees, many 300–400 years old). There are a number of natural and artificial lakes and ponds in Stuttgart. The largest is the Max-Eyth-See, which was created in 1935 by reclaiming a former quarry and is now an official nature reserve. It is surrounded by an expansive open area overlooked by vineyards on the banks of the river Neckar near [Mühlhausen]. There are expansive areas of woodland to the west and south west of Stuttgart which are popular with walkers, families, cyclists and ramblers. The most frequented lakes form a trio made up of the Bärensee, Neuer See and Pfaffensee. The lakes are also used for local water supplies. In the Feuersee area in the west of Stuttgart lies one of two 'Feuersee's (literally fire lakes), striking for its views of the Johanneskirche (St. Johns) church across the lake, surrounded by nearby houses and offices. The other Feuersee can be found in Vaihingen. Cemeteries in Stuttgart include: The Hoppenlaufriedhof in Central Stuttgart, the oldest remaining cemetery which dates back to 1626, an infirmary graveyard last used in 1951 The Waldfriedhof, the 1913 forest cemetery that is connected to Südheimer Platz by funicular railway The Pragfriedhof, with its Art Nouveau crematorium. Established in 1873 it was extended to include Jewish graves in 1874 and also now houses the Russian Orthodox Church of Alexander Nevsky The Uff-Kirchhof cemetery in Bad Cannstatt which stands at the crossroads of two ancient Roman roads and Cannstatter Hauptfriedhof, the largest graveyard in Stuttgart which has been used as a Muslim burial ground since 1985. The city boasts the largest mineral water deposits in Europe after Budapest, with over 250 springs within the urban area. The Athenebrunnen (or Fountain of Pallas Athena) is along Jean-Amery-Weg in the western part of Stuttgart, dating from 1911. Culture and events Stuttgart is known for its rich cultural heritage, in particular its State Theatre (Staatstheater) and State Gallery (Staatsgalerie). The Staatstheater is home to the State opera and three smaller theatres. It regularly stages opera, ballet and theatre productions as well as concerts. The Staatstheater was named Germany/Austria/Switzerland "Theatre of the year" in 2006; the Stuttgart Opera has won the 'Opera of the year' award six times. Stuttgart Ballet is connected to names like John Cranko and Marcia Haydée. Stuttgart is also home to one of Germany's most prestigious symphony orchestras, the Stuttgart Radio Symphony Orchestra, with famous English conductor Sir Roger Norrington, who developed a distinct sound of that orchestra, known as the Stuttgart Sound. They mostly perform in the Liederhalle concert hall. The city offers two Broadway-style musical theatres, the Apollo and the Palladium Theater (each approx. 1800 seats). Ludwigsburg Palace in the nearby town of Ludwigsburg is also used throughout the year as a venue for concerts and cultural events. As a result of Stuttgart's long history of viticulture (Even today there are vineyards less than from the Main Station), there are more than 400 flights of stairs (known in the local dialect as the "Stäffele") around the city, equivalent to approximately of steps. Later, in the early 19th Century, the city continued to grow and many vineyards were replaced by houses and streets and the Stäffele were used as footpaths to connect the newly built neighborhoods. Some of the stairs were elaborately decorated with fountains and plantings. The Schleyerhalle sports arena is regularly used to stage rock and pop concerts with major international stars on European tour. Stuttgart's Swabian cuisine, beer and wine have been produced in the area since the 17th century and are now famous throughout Germany and beyond. For example, Gaisburger Marsch is a stew that was invented in Stuttgart's Gaisburg area of Stuttgart East. In October 2009 the Stuttgart Ministry of Agriculture announced that the European Union was to officially recognise the pasta dish Maultaschen as a "regional specialty", thus marking its significance to the cultural heritage of Baden-Württemberg. In 1993 Stuttgart hosted the International Garden Show in the suburb of Killesberg. In 2006 it was also one of the host cities of the Football World Cup. In 2007, Stuttgart hosted the 2007 World Artistic Gymnastics Championships. In 2008 it was host to the World Individual Debating and Public Speaking Championships. In 2015 Stuttgart hosted the Protestant Kirchentag (Church festival). Regular events that take place in Stuttgart: The world-famous annual 'Volksfest', originally a traditional agricultural fair which now also hosts beer tents and a French village and is second in size only to the Oktoberfest in Munich. There is also a Spring festival on the same grounds in April of each year. With more than 3.6 million visitors in 2007 and more than 200 stands, Stuttgart's Christmas Market, running from late November to 23 December, is the largest and one of the oldest traditional Christmas markets in Europe. It is especially renowned for its abundant decorations and takes place in the four weeks leading up to Christmas. The Fish Market (Hamburger Fischmarkt, late July) with fresh fish, other food and beer from Hamburg. The Summer Festival (Stuttgart Sommerfest, usually in early August) with shows, music, children's entertainment and local cuisine in Schlossplatz, Stuttgart and adjacent parks The Lantern Festival (Lichterfest, early July) in Killesberg park with its famous firework display and fairground attractions The Wine Village (Weindorf, late August/early September) – vintages are sold at this event held at Schillerplatz and Marktplatz (Market Square) Museums Stuttgart is home to five of the eleven state museums in Baden-Württemberg. The foremost of these is the Old State Gallery (opened in 1843, extended in 1984) which holds art dating from the 14th to 19th century including works by Rubens, Rembrandt, Monet, Renoir, Cézanne and Beuys. Next door to the Old State Gallery is the New State Gallery (1980) with its controversial modern architecture. Among others, this gallery houses works from Max Beckmann, Dalí, Matisse, Miró, Picasso, Klee, Chagall and Kandinsky. The Old Castle is also home to the State Museum of Württemberg which was founded in 1862 by William I of Württemberg. The museum traces the rich history of Württemberg with many artifacts from its dukes, counts and kings, as well as earlier remnants dating back to the Stone Age. On the Karlsplatz side of the Old Castle is a museum dedicated to the memory of Claus Schenk Graf von Stauffenberg, former resident of Stuttgart who attempted to assassinate Adolf Hitler on 20 July 1944. Other leading museums in Stuttgart include: The History Museum (Haus der Geschichte, 1987), examining local history, finds, the conflict between modern society and its cultural history State Museum of Natural History Stuttgart (SMNS) in Park Rosenstein housed in Castle Rosenstein (with an emphasis on biology and natural history) and Löwentor Museum (paleontology and geology, home of the Steinheim skull and many unique fossils from the triassic, jurassic and tertiary periods) The Mercedes-Benz Museum (1936, moved in 2006), now the most visited museum in Stuttgart (440,000 visits per year). The museum traces the 125-year history of the automobile from the legendary silver arrow to the Mercedes-Benz brand of today Stuttgart Art Museum (Kunstmuseum Stuttgart, 2005), the number two museum in Stuttgart in terms of visitors with a strong leaning towards modern art (the foremost exhibition of Otto Dix works). The museum stands on the corner of Schlossplatz, Stuttgart in a huge glass cube, in strong contrast to the surrounding traditional architecture. The Porsche Museum (1976, reopened in 2008 on new premises). Hegel House (Hegelhaus), birthplace of the philosopher Georg Wilhelm Friedrich Hegel which documents his life works The Linden Museum, established in 1911, a leading international ethnological museum Stuttgart Tram Museum (Straßenbahnwelt Stuttgart) in Bad Cannstatt, a display of historical vehicles dating back to 1868 Theodor Heuss House (Theodor-Heuss-Haus, 2002) in Killesbergpark, a tribute to the life and times of the former German president The North Station Memorial (Gedenkstätte am Nordbahnhof Stuttgart) in memory of the 2000 or so Jewish holocaust victims deported by the Nazis from the now disused North Station Churches Stuttgart is the seat of a Protestant bishop (Protestant State Church in Württemberg) and one of the two co-seats of the bishop of the Roman Catholic Diocese of Rottenburg-Stuttgart. The Stuttgart-based Pentecostal Gospel Forum is the largest place of worship (megachurch) in Germany. It is also home to a large English speaking church, The International Baptist Church of Stuttgart. Libraries The Württembergische Landesbibliothek (WLB) is one of two state libraries for Baden-Württemberg. The WLB is specifically responsible for the administrative regions of Stuttgart and Tübingen. Especially devoted to the National Library of acquiring, cataloging, archiving and provision of literature about Württemberg, called Württembergica. Together with the Badische Landesbibliothek (BLB) in Karlsruhe it also has the legal deposit for Baden-Württemberg, making it an archive library. The Stuttgart University Library (UBS) is a central institution of the University of Stuttgart . It forms the center of the library system of the university, ensuring the supply of research, teaching and studies with literature and other information resources. It stands next to the members of the university and citizens of the city are available. Together with other research libraries and documentation centers in the Stuttgart area – such as the University of Hohenheim Library – it forms the UBS Library Information System of the Stuttgart Region (BISS). The Central State Archive Stuttgart is the archive in charge of the Ministries of the State of Baden-Württemberg. Since 1965, it is located right next to the WLB and belongs since 2005 as a department of the Landesarchiv Baden-Württemberg in. It includes the stocks of the county and the duchy Württemberg until 1806, the Württemberg central authorities of the 19th and 20th century and the early 19th century as a result of media coverage of fallen Württemberg gentlemen and imperial cities in South Württemberg. The Stadtarchiv Stuttgart is the archive in charge of the provincial capital Stuttgart. The archived material is in principle open to the public and can be consulted in the reading room in Bellingweg 21 in Bad Cannstatt. The Landeskirchliche Archives preserve the stocks of the Württemberg church leaders and of other ecclesial bodies and institutions: the ducal and royal Württemberg consistory, the Evangelical Supreme Ecclesiastical Council, deanery and parish archives, educational institutions, the works and associations as well as estates and collections. It also has the microfilms of all church books (especially baptism, marriage, and family Death's Register) in the area of the Evangelical-Lutheran Church in Württemberg. The "Archive instigator" is dedicated to the dead of the city. Since 2005, the instigators are working on a memoir about "The dead town". So far, about 5,000 names of victims of the regime of National Socialism have been acquired. There are two large tours that are available to visitors to Stuttgart. The first is the Hop-on Hop-off bus tour (also called the CityTour Stuttgart), lasting from 10 AM to 4 PM that takes visitors around the city. The other is the Neckar-Käpt'n, only available from May to October, which cruises on the Neckar river from its dock at Wilhelma in Bad Cannstatt. Demographics The population of Stuttgart declined steadily between 1960 (637,539) and 2000 (586,978). Then low levels of unemployment and attractive secondary education opportunities led to renewed population growth, fuelled especially by young adults from the former East Germany. For the first time in decades, in 2006 there were also more births in the city than deaths. In April 2008 there were 590,720 inhabitants in the city. Immigrants More than half of the population today is not of Swabian background, as many non-Swabian Germans have moved here due
repairs and expansion to Stuttgart beginning with the reconstruction of Wirtemberg Castle, ancestral home to the House of Württemberg, in 1317 and then began expansion of the city's defenses. The early 1320s were an important one for Stuttgart: Eberhard I moved the seat of the county to the city to a new and expanded castle, the collegiate church in Beutelsbach, where previous members of the Württemberg dynasty had been buried prior to its destruction in 1311, moved to its current location in Stuttgart in 1320, and the town's Stiftkirche was expanded into an abbey, and the control of the Martinskirche by the Bishopric of Constance was broken by Papal order in 1321. A year after the city became the principal seat of the Counts of Württemberg in 1320, the city was granted status as a city and given civic rights. At the end of the 14th century, new suburbs sprang up around Leonhard Church and near the city's fortifications as well. Towards the end of the 15th century, Count Ulrich V began construction of a new suburb on the northeastern edge of the city around the Dominican monastery Hospitalkirche. In the 1457, the first Landtag of the Estates of Württemberg was established in Stuttgart and a similar institution was established in Leonberg. After the temporary partitions of the County of Württemberg by the Treaties of Nürtingen, Münsingen, and Esslingen, Stuttgart was once again declared the capital of the county in 1483. Early Modern era In 1488, Stuttgart officially became the de facto residence of the Count himself as opposed to the location of his home, the Old Castle. Eberhard I, then Count Eberhard V, became the first Duke of Württemberg in 1495, and made Stuttgart the seat of the Duchy of Württemberg in addition to the County thereof. All this would be lost to the Württembergs during the reign of his son, Ulrich. Though Ulrich initially made territorial gains as a result of his decision to fight alongside the Emperor Maximilian I, he was no friend of the powerful Swabian League nor of his own subjects, who launched the Poor Conrad rebellion of 1514. Despite this and his rivalry with the Swabian League, his undoing would actually come in the form of his unhappy marriage to Sabina of Bavaria. In 1515, Ulrich killed an imperial knight and lover of Sabina's by the name of Hans von Hutten, obliging her to flee to the court of her brother, William IV, Duke of Bavaria, who successfully had Ulrich placed under Imperial ban twice. When the Emperor died in 1519, Ulrich struck, seizing the Free Imperial City of Reutlingen, prompting the League to intervene. That same year, Ulrich was soundly defeated and he was driven into exile in France and Switzerland following the League's conquest of Württemberg. Württemberg was then sold by the League to Emperor Charles V, who then granted it to his brother, Ferdinand I, thus beginning the 12 year ownership of the county by the Habsburgs. When the peasants Ulrich had crushed before rose once again in the German Peasants' War, Stuttgart was occupied by the peasant armies for a few days in the Spring of 1525. Ulrich, with the help of Philip I, Landgrave of Hesse, seized the chance to restore himself to power (albeit as an Austrian vassal) in the turmoil of the Reformation and War with the Turks and invited Erhard Schnepf to bring the Reformation to Stuttgart. He accepted, was named Court Preacher in Stuttgart, and worked in concert with Ambrosius Blarer until his dismissal following his resistance to the Augsburg Interim by the Duke in 1548. Duke Ulrich himself died two years later, and was succeeded by his son, Christoph. He had grown up in a Württemberg in turmoil, and wished to rebuild its image. To this end, he once again began a construction boom all over the Duchy under the direction of Court Architect Aberlin Tretsch; knowing full well that the time of the Reisekönigtum was over, Christoph and Tretsch rebuilt and remodeled the Old Castle into a Renaissance palace, and from 1542 to 1544, what is today the Schillerplatz was built as a town square. Duke Christoph also responded to the increasing made for drinking water by embarking upon a massive hydraulic engineering project in the form of a tunnel to Pffaf Lake, the Glems, and the Nesenbach from 1566 to 1575. In 1575, Georg Beer was also appointed Court Architect, and he built the Lusthaus. But it was architect Heinrich Schickhardt who would carry Tretsch's torch further; Schickhardt constructed the Stammheim Castle in the suburb of Stammheim, rebuilt the Fruchtkasten in the today's Schillerplatz, and expanded the Prinzebau. The Thirty Years' War devastated the city, and it would slowly decline for a period of time from then on. After the catastrophic defeat of the Protestant Heilbronn League by the Habsburgs at Nörlingen in 1634, Duke Eberhard III and his court fled in exile to Strasbourg, abandoning the Duchy to looting by pro-Habsburg forces. The Habsburgs once again had full reign of the city for another four years, and in that time Stuttgart had to carry the burden of billeting the pro-Habsburg armies in Swabia. Ferdinand III, King of the Romans, entered the city in 1634 and, two years later in 1636, once again attempted to re-Catholicize Württemberg. The next year, the Bubonic plague struck and devastated the population. The Duke returned in 1638 to a realm somewhat partitioned to Catholic factions in the region, and entirely ravaged by the war. In the Duchy itself, battle, famine, plague and war reduced the Duchy's population of 350,000 in 1618 to 120,000 in 1648 – about 57% of the population of Württemberg. Recovery would be slow for the next several decades, but began nonetheless with the city's first bookstore in 1650 and high school in 1686. This progress was almost entirely undone when French soldiers under Ezéchiel du Mas appeared outside the city's walls in 1688 during the Nine Years' War, but the city was saved from another sack due to the diplomatic ability of Magdalena Sibylla, reigning over Württemberg as regent for her son, Eberhard Ludwig. For the first time in centuries, Duke Eberhard Ludwig moved the seat of the Duchy out of the declining city of Stuttgart in 1718 to Ludwigsburg, founded in 1704, while the namesake Baroque palace, known as the "Versailles of Swabia", was still under construction. When Eberhard Ludwig died, his nephew Charles Alexander, ascended to the throne. Charles Alexander himself died in 1737, meaning his son Charles Eugene became the premature Duke (and later King) at the age of nine. When he came of age and returned from his tutoring at the court of Frederick the Great, King of Prussia, Charles desired to move the capital back to Stuttgart. He commissioned the construction of the New Castle in 1746, Castle Solitude in 1763, Castle Hohenheim in 1785, and the Karlsschule in 1770. The rule of Charles Eugene also saw the tutoring and origins of Friedrich Schiller in Stuttgart, who studied medicine and completed The Robbers here. Stuttgart, at the end of the 18th century, remained a very provincial town of 20,000 residents, narrow alleys, and agriculture and livestock. Despite being the capital and seat of the Duchy, the general staff of the Army of Württemberg was not present in the city. In 1794, Duke Charles dissolved the Karlsschule to prevent the spreading of revolutionary ideas. Stuttgart was proclaimed capital once more when Württemberg became an electorate in 1803, and was yet again named as capital when the Kingdom of Württemberg was formed in 1805 by the Peace of Pressburg. Kingdom of Württemberg and German Empire King Frederick I's Württemberg was given high status in the Confederation of the Rhine among the College of Kings, and the lands of nearby secondary German states. Within Stuttgart, the royal residence was expanded under Frederick although many of Stuttgart's most important buildings, including Wilhelm Palace, Katharina Hospital, the State Gallery, the Villa Berg and the Königsbau were built under the reign of King Wilhelm I. In 1818. King Wilhelm I and Queen Catherine in an attempt to assuage the suffering caused by the Year Without Summer and following famine, introduced the first Cannstatter Volksfest to celebrate the year's bountiful harvest. Hohenheim University was founded in 1818, and two years later the Württemberg Mausoleum as completed on the hill where Wirtemberg Castle once stood. From the outset of the 19th century, Stuttgart's development was once again impeded by its location (population of the city at the time was around 50,000), but the city began to experience the beginning of economic revival with the opening of the Main Station in 1846. Prior to then, the signs of rebirth in Stuttgart were evidenced by the construction of such buildings of Rosenstein Castle in 1822–1830, the Wilhelmspalais 1834–1840, and the foundations of the Staatsgalerie in 1843, University of Stuttgart in 1829, the University of Music and Performing Arts later, in 1857. Stuttgart had a role to play during the revolution of 1848/1849 as well. When internal divisions of the Frankfurt Parliament began the demise of that congress, the majority of the Frankfurt Congress voted to move to Stuttgart to flee the reach of the Prussian and Austrian armies in Frankfurt and Mainz. Even though the Congress may have had contacts with revolutionaries in Baden and Württemberg, the Congress, not popular with the content citizens of Stuttgart, were driven out by the King's army. Stuttgart's literary tradition also bore yet more fruits, being the home of such writers of national importance as Wilhelm Hauff, Ludwig Uhland, Gustav Schwab, and Eduard Mörike. From 1841 to 1846, the Jubiläumssäule was erected on the Schlossplatz before the New Palace according to the plans of Johann Michael Knapp to celebrate the rule of King Wilhelm I. A decade later, the Königsbau was constructed by Knapp and court architect Christian Friedrich von Leins as a concert hall. Another milestone in Stuttgart's history was the running of the first rail line from Cannstatt to Untertürkheim on 22 October 1845. The advent of Industrialisation in Germany heralded a major growth of population for Stuttgart: In 1834, Stuttgart counted 35,200 inhabitants, rose to 50,000 in 1852, 69,084 inhabitants in 1864, and finally 91,000 residents in 1871. By 1874, Stuttgart once again exceeded the 100,000 inhabitant mark. This number doubled, due to the incorporation of local towns, to approximately 185,000 in 1901 and then 200,000 in 1904. In 1871, Württemberg joined the German Empire created by Otto von Bismarck, Prime Minister of Prussia, during the Unification of Germany, as an autonomous kingdom. Stuttgart is purported to be the location of the automobile's invention by Karl Benz and then industrialized by Gottlieb Daimler and Wilhelm Maybach in a small workshop in Bad Cannstatt that would become Daimler-Motoren-Gesellschaft in 1887. As a result, it is considered to be the starting point of the worldwide automotive industry and is sometimes referred to as the 'cradle of the automobile', and today Mercedes-Benz and Porsche both have their headquarters in Stuttgart, as well as automotive parts giants Bosch and Mahle. The year prior, Robert Bosch opened his first "Workshop for Precision Mechanics and Electrical Engineering" in Stuttgart. In 1907, the International Socialist Congress was held in Stuttgart was attended by about 60,000 people. In 1912, VfB Stuttgart was founded. Two years later, the current iteration of the Stuttgart Hauptbahnhof was completed according to plan by Paul Bonatz from 1914 to 1927. During World War I, the city was a target of air raids. In 1915, 29 bombs struck the city and the nearby Rotebühlkaserne, killing four soldiers and injuring another 43, and likewise killing four civilians. The next major air raid on Stuttgart occurred 15 September 1918, when structural damage caused house collapses that killed eleven people. Weimar Republic At the end of the First World War, November revolutionaries stormed the Wilhelmpalais on 30 November 1918 to force King Wilhelm II to abdicate, but failed halfway. Under pressure from the revolutionaries, Wilhelm II refused the crown, but also refused to abdicate the throne. When he did eventually abdicate, the Free State of Württemberg was established as a part of the Weimar Republic, and Stuttgart was declared its capital. On 26 April 1919, a new constitution was devised, and the final draft was approved and ratified on 25 September 1919 by the Constituent Assembly. In 1920, Stuttgart temporarily became the seat of the German National Government when the administration fled from Berlin from the Kapp Putsch. Also in 1920, Erwin Rommel became the company commander of the 13th Infantry Regiment based in Stuttgart and would remain as such for the next nine years. Nazi Germany Due to the Nazi Party's practice of Gleichschaltung, Stuttgart's political importance as state capital became totally nonexistent, though it remained the cultural and economic centre of the central Neckar region. Stuttgart, one of the cities bestowed an honorary title by the Nazi regime, was given the moniker "City of the Abroad Germans" in 1936. The first prototypes of the Volkswagen Beetle were manufactured in Stuttgart, according to designs by Ferdinand Porsche, by a design team including Erwin Komenda and Karl Rabe. The Hotel Silber (), previously occupied by other forms of political police, was occupied by the Gestapo in 1933 to detain and torture political dissidents. The hotel was used for the transit of Nazi prisoners of conscience including Eugen Bolz, Kurt Schumacher, and Lilo Herrmann to concentration camps. The nearby court at Archive Street () 12A was also used as a central location for executions in Southwest Germany, as the headstone located in its atrium dedicated to the 419 lives lost there recalls. Participants of the Kristallnacht burned the Old Synagogue to the ground along with the relics contained within and also destroyed its Jewish cemetery. The next year the Nazi regime began the arrests and deportation of Stuttgart's Jewish inhabitants, beginning with the entire male Jewish population of Stuttgart, to the police-run prison camp at Welzheim or directly to Dachau. Other Jews from around Württemberg were brought to Stuttgart and housed in the ghetto on the former Trade Fair grounds in Killesberg. As the Memorial at Stuttgart North records, between 1941 (the first train arrived 1 December 1941, and took around 1,000 men to Riga) and 1945, more than 2,000 Jews from all over Württemberg were deported to Theresienstadt, Auschwitz, and the ghettos at Riga and Izbica. Of them, only 180 held in Internment survived the Shoah. Stuttgart, like many of Germany's major cities, was ravaged throughout the war by Allied air raids. For the first four years of the war, successful air raids on the city were rare because of the capable defence of the city by Wehrmacht ground forces, the Luftwaffe, and artificial fog. Despite opinions among some Royal Air Force members that day-time air raids on the city were suicidal, substantial damage to the city's industrial capacity still occurred, such as the 25 August bombing of the Daimler AG plant in 1940 that killed five people. With the war increasingly turning against the Third Reich, more and more troops were pulled from the defence of the city in 1943 to fight on the Eastern Front. In 1944, the city centre was entirely in ruins due to Allied bombing raids that could now more easily attack the city. The heaviest raid took place on 12 September 1944, when the Royal Air Force, dropping over 184,000 bombs – including 75 blockbusters – levelled Stuttgart's city centre, killing 957 people in the resulting firestorm. In totality, Stuttgart was subjected to 53 bombing raids, resulting in the destruction of 57.7% of all buildings in the city, the deaths of 4,477 inhabitants, the disappearance of 85 citizens, and the injury of 8,908 more people. The Allies lost 300 aircraft and seven to ten enlisted men. To commemorate the city citizens who died during the war, the rubble was assembled and used to create the Birkenkopf. French-American Tensions The Allied ground advance into Germany reached Stuttgart in April 1945. Although the attack on the city was to be conducted by the US Seventh Army's 100th Infantry Division, French leader Charles de Gaulle found this to be unacceptable, as he felt the capture of the region by Free French forces would increase French influence in post-war decisions. Independently, he directed General de Lattre to order the French 5th Armored Division, 2nd Moroccan Infantry Division and 3rd Algerian Infantry Division to begin their drive to Stuttgart on 18 April 1945. Two days later, the French forces coordinated with the US Seventh Army and VI Corps heavy artillery, who began a barrage of the city. The French 5th Armored Division then captured Stuttgart on 21 April 1945, encountering little resistance. The city fared poorly under their direction; French troops forcefully quartered their troops in what housing remained in the city, rapes were frequent (there were at least 1389 recorded incidents of rape of civilians by French soldiers), and the city's surviving populace were poorly rationed. The circumstances of what later became known as "The Stuttgart Crisis" provoked political repercussions that reached even the White House. President Harry S. Truman was unable to get De Gaulle to withdraw troops from Stuttgart until after the final boundaries of the zones of occupation were established. The French army remained in the city until they finally relented to American demands on 8 July 1945 and withdrew. Stuttgart then became capital of Württemberg-Baden, one of the three areas of Allied occupation in Baden-Württemberg, from 1945 until 1952. Baden-Württemberg The military government of the American occupation zone established a Displaced persons camp for displaced persons, mostly forced labourers from Central and Eastern European industrial firms in the area. There was, however, a camp located in Stuttgart-West that, until its closure and transportation of internees to Heidenheim an der Brenz in 1949, housed almost exclusively 1400 Jewish survivors of the Shoah. An early concept of the Marshall Plan aimed at supporting reconstruction and economic/political recovery across Europe was presented during a speech 6 September 1946 given by US Secretary of State James F. Byrnes at the Stuttgart Opera House. His speech led to the unification of the British and American occupation zones, resulting in the 'bi-zone' (later the 'tri-zone' when the French reluctantly agreed to cede their occupied territory to the new state). In 1948, the city applied to become the capital of the soon to-be Federal Republic of Germany, and was a serious contender against Frankfurt, Kassel, and Bonn. All these cities were examined by the Parlamentarischer Rat, but ultimately Bonn won the bid when the Republic was founded on 23 May 1949. The city's bid for capital failed primarily because of the financial burdens its high rents would place on the government. The immediate aftermath of the War would be marked by the controversial efforts of Arnulf Klett, the first Oberbürgermeister of Stuttgart, to restore the city. Klett favored the idea of a modernist Automotive city with functional divisions for residential, commercial and industrial areas according to the Athens Charter. Klett demolished both ruins and entire streets of largely undamaged buildings without rebuilding them to their original visage, a move that earned him much scorn from his contemporaries. In the 150th year since his death (1955), the last remnant of the alma mater of Friederich
designs later in the war. For example, the first British design, "Bishop", carried the 25 pdr gun-howitzer on a Valentine tank chassis, but in a mounting that severely limited the gun's performance. It was replaced by the more effective Sexton. The first battery of self-propelled artillery guns was created when Hauptmann Alfred Becker, a mechanical engineer and battery captain in the 227th Infantry Division, mounted his 10.5 cm leFH 16 howitzers on the chassis of captured British Vickers Mk.VI light tanks to mobilize his guns. His 10.5 cm leFH 16 Geschützwagen Mk VI 736 (e) was the forerunner to German tracked field guns such as the Wespe and Hummel. The Germans also mobilized their anti-tank guns, using light, obsolete or captured tracked vehicles. Examples include the Marder I, using captured French Lorraine 37L tractors, the Marder II, using the Panzer II light tank chassis, and the Marder III, which was based on the Panzer 38(t) Czech chassis. These led to better-protected Assault guns – Sturmgeschütz – with fully enclosed casemates, built on medium tank chassis. In the same way self-propelled anti-tank guns such as the Jagdpanzer IV and Jagdpanther. Some designs were based on existing chassis (such as the Brummbär), leftover chassis from cancelled programs (Elefant and Sturer Emil); others were converted from battle-damaged tanks (Sturmtiger). The single most-produced armored fighting vehicle design for Germany in WW II, the Sturmgeschütz III (StuG III) assault gun, in 1936-37 pioneered the later casemate-style fully enclosed armor that would be used on almost all late-war German self-propelled artillery and Jagdpanzer-format tank destroyers. The Soviets experimented with truck-and tank-based self-propelled weapons, producing a few Komsomolets tractor-mounted 57-mm ZiS-2 guns early in the war. By 1943, the series of Samokhodnaya Ustanovka casemate-armored vehicles had started to appear at the front, starting with the SU-85, and by late 1944 the SU-100, which mounted powerful guns on modern chassis adopting the full-casemate enclosure of the crew compartment as the Germans had done with the StuG III. These had the advantage of being relatively cheap to build and mounting a larger gun compared to the conventional tank that they were derived from, but at the expense of flexibility. Heavily armoured assault guns were designed to provide direct-fire support to infantry in the face of enemy defenses. Although often similar to tank destroyers, they carried larger caliber guns with weaker anti-armor performance but capable of firing powerful HE projectiles. The German 105mm howitzer-armed StuH 42 based on the StuG III, and the immense 152mm howitzer-armed, Soviet ISU-152, both fully casemated in their design, are examples of this type of self-propelled artillery. All major nations developed self-propelled artillery that would be able to provide indirect support while keeping pace with advancing armoured formations. These were usually lightly armoured vehicles with an open-topped hull; the US M7 Priest, British Sexton (25 pdr) and German Wespe and Hummel being typical examples. A different route was chosen by the Soviets, who did not develop a specialized indirect fire vehicle, but following a tradition of dual-purpose towed artillery, built a series of versatile assault guns with indirect fire capabilities (example ISU-152). A related and novel program was the development of the Soviet Katyusha self-propelled multiple rocket launchers, which were unarmored trucks with a simple rocket rack on the back, a cheap
around by artillery tractors or horses. While the German Blitzkrieg doctrine called for combined-arms action, which required fire support for armoured units, during the invasion of Poland and France this was provided by the Luftwaffe using Junkers Ju-87 'Stuka' dive-bombers effectively acting as artillery. Conventional towed howitzers followed. As the war progressed, most nations developed self-propelled artillery. Some early attempts were often no more than a field gun or anti-tank gun mounted on a truck—a technique known in the British Army as carrying portee. These were mobile, but lacked protection for the crew. The next step was to mount the guns on a tracked chassis (often that of an obsolete or superseded tank) and provide an armoured superstructure to protect the gun and its crew. Many of the early designs were improvised and the lessons learned led to better designs later in the war. For example, the first British design, "Bishop", carried the 25 pdr gun-howitzer on a Valentine tank chassis, but in a mounting that severely limited the gun's performance. It was replaced by the more effective Sexton. The first battery of self-propelled artillery guns was created when Hauptmann Alfred Becker, a mechanical engineer and battery captain in the 227th Infantry Division, mounted his 10.5 cm leFH 16 howitzers on the chassis of captured British Vickers Mk.VI light tanks to mobilize his guns. His 10.5 cm leFH 16 Geschützwagen Mk VI 736 (e) was the forerunner to German tracked field guns such as the Wespe and Hummel. The Germans also mobilized their anti-tank guns, using light, obsolete or captured tracked vehicles. Examples include the Marder I, using captured French Lorraine 37L tractors, the Marder II, using the Panzer II light tank chassis, and the Marder III, which was based on the Panzer 38(t) Czech chassis. These led to better-protected Assault guns – Sturmgeschütz – with fully enclosed casemates, built on medium tank chassis. In the same way self-propelled anti-tank guns such as the Jagdpanzer IV and Jagdpanther. Some designs were based on existing chassis (such as the Brummbär), leftover chassis from cancelled programs (Elefant and Sturer Emil); others were converted from battle-damaged tanks (Sturmtiger). The single most-produced armored fighting vehicle design for Germany in WW II, the Sturmgeschütz III (StuG III) assault gun, in 1936-37 pioneered the later casemate-style fully enclosed armor that would be used on almost all late-war German self-propelled artillery and Jagdpanzer-format tank destroyers. The Soviets experimented with truck-and tank-based self-propelled weapons, producing a few Komsomolets tractor-mounted 57-mm ZiS-2 guns early in the war. By 1943, the series of Samokhodnaya Ustanovka casemate-armored vehicles had started to appear at the front, starting with the SU-85, and by late 1944 the SU-100, which mounted powerful guns on modern chassis adopting the full-casemate enclosure of the crew compartment as the Germans had done with the StuG III. These had the advantage of being relatively cheap to build and mounting a larger gun compared to the conventional tank that they were derived from, but at the expense of flexibility. Heavily armoured assault guns were designed to provide direct-fire support to infantry in the face of enemy defenses. Although often similar to tank destroyers, they carried larger caliber guns with weaker anti-armor performance but capable of firing powerful HE projectiles. The German 105mm howitzer-armed StuH 42 based on the StuG III, and the immense 152mm howitzer-armed, Soviet ISU-152, both fully casemated in their design, are examples of this type of self-propelled artillery. All major nations developed self-propelled artillery that would be able to provide indirect support while keeping pace with advancing armoured formations. These were usually lightly armoured vehicles with an open-topped hull; the US M7 Priest, British Sexton (25 pdr) and German Wespe and Hummel being typical examples. A different route was chosen by the Soviets, who did not develop a specialized indirect fire vehicle, but following a tradition of dual-purpose towed artillery, built a series of versatile assault guns with indirect fire capabilities (example ISU-152). A related and novel program was the development of the Soviet Katyusha self-propelled multiple rocket launchers, which were unarmored trucks with a simple rocket rack on the back, a cheap and crushingly effective weapon, provided area saturation was called for rather than accurate fire. The Axis powers had captured and the Katyusha and made their own versions; Germany created the 8 cm Raketen-Vielfachwerfer, while Romania developed the Mareșal tank destroyer, an early prototype of which was armed with a Katyusha. Said vehicle also had self-propelled howitzer versions. After the end of World War II, the assault gun fell from use with a general trend towards a single heavy gun-equipped vehicle, the main battle tank, although some wheeled AFV's such as the South African Rooikat, the Maneuver Combat Vehicle of the JGSDF, and the US M1128 MGS, among others, are still developed with large-caliber, direct fire weapons. Self-propelled indirect-fire artillery remains important and continues to develop alongside the general purpose field gun. Mortars Many vehicles have used ancillary smoke mortars for local defense, which project one or more smoke grenades in a pattern that allows them to lay down a smoke screen some distance in order to conceal the vehicle from enemy observers. Mortar carriers are vehicles which carry a mortar as a primary weapon. Numerous vehicles have been used to mount mortars, from improvised civilian trucks used by insurgents, to modified IFV's, such as variants of the M3 half track and M113 APC, to vehicles specifically intended to carry a mortar, such as the 2S31 Vena. The Israeli Makmat is a mortar carrier based on the M4 Sherman tank chassis. The Russian army uses a 2S4 Tyulpan (Tulip) self-propelled 240 mm heavy mortar. Patria Hägglunds, a joint venture between Finnish Patria and Swedish BAE Systems Hägglunds manufactures AMOS (Advanced Mortar System), which is a 120 mm automatic twin barrelled, breech loaded mortar turret. There are also numerous AFV's and even MBT's that can be equipped with a mortar, either outside or inside of the cabin. The Israeli Merkava MBT carried a 60mm mortar in the small troop compartment in the rear, which fired through an opening in the roof, allowing the crew to remain protected. This was useful for fighting nearby infantry, as a mortar is shorter ranged and cheaper to shoot than the large main gun, as well as being better suited to wounding enemy infantry taking cover behind objects. However, since the mortar is only a secondary weapon in this case, the Merkava is not considered a mortar carrier. Howitzers and guns Self-propelled artillery remains important in the equipment of many modern armies. It saw a significant
"new political thinking". History The Sinatra Doctrine was a major break with the earlier Brezhnev Doctrine, under which the internal affairs of satellite states were tightly controlled by Moscow. This had been used to justify the crushing of the Hungarian Revolution of 1956 and the Warsaw Pact invasion of Czechoslovakia in 1968, as well as the invasion of the non-Warsaw Pact nation of Afghanistan in 1979. By the late 1980s, structural flaws within the Soviet system, growing economic problems, the rise of anti-communist sentiment and the effects of the Soviet–Afghan War made it increasingly impractical for the Soviet Union to impose its will on its neighbors. The phrase was coined on 25 October 1989 by Foreign Ministry spokesman Gennadi Gerasimov. He was speaking to reporters in Helsinki about a speech made two days earlier by Soviet Foreign Minister Eduard Shevardnadze. The latter had said that the Soviets recognized the freedom of choice of all countries, specifically including the other Warsaw Pact states. Gerasimov told the interviewer that, "We now have the Frank Sinatra doctrine. He has a song, I Did It My Way. So every country decides on its own which road to take." When asked whether this would include Moscow accepting the rejection of communist parties in the Soviet bloc, he replied: "That's for sure … political structures must be decided by the people who live there." The Sinatra Doctrine has been seen as Moscow giving permission to its allies to decide their own futures. In fact, it was a retrospective policy, as Soviet allies had already acquired much greater freedom of action. A month before Gerasimov's statement, Poland had elected its
allowing neighboring Warsaw Pact states to determine their own internal affairs. The name alluded to the song "My Way" popularized by Frank Sinatra—the Soviet Union was allowing these states to go their own way. Its implementation was part of Gorbachev's doctrine of "new political thinking". History The Sinatra Doctrine was a major break with the earlier Brezhnev Doctrine, under which the internal affairs of satellite states were tightly controlled by Moscow. This had been used to justify the crushing of the Hungarian Revolution of 1956 and the Warsaw Pact invasion of Czechoslovakia in 1968, as well as the invasion of the non-Warsaw Pact nation of Afghanistan in 1979. By the late 1980s, structural flaws within the Soviet system, growing economic problems, the rise of anti-communist sentiment and the effects of the Soviet–Afghan War made it increasingly impractical for the Soviet Union to impose its will on its neighbors. The phrase was coined on 25 October 1989 by Foreign Ministry spokesman Gennadi Gerasimov. He was speaking to reporters in Helsinki about a speech made two days earlier by Soviet Foreign Minister Eduard Shevardnadze. The latter had said that the Soviets recognized the freedom of choice of all
not bonded together. For example, aqueous sodium chloride may be written as [Na+].[Cl-] to show the dissociation. An aromatic "one and a half" bond may be indicated with :; see below. Single bonds adjacent to double bonds may be represented using / or \ to indicate stereochemical configuration; see below. Rings Ring structures are written by breaking each ring at an arbitrary point (although some choices will lead to a more legible SMILES than others) to make an acyclic structure and adding numerical ring closure labels to show connectivity between non-adjacent atoms. For example, cyclohexane and dioxane may be written as C1CCCCC1 and O1CCOCC1 respectively. For a second ring, the label will be 2. For example, decalin (decahydronaphthalene) may be written as C1CCCC2C1CCCC2. SMILES does not require that ring numbers be used in any particular order, and permits ring number zero, although this is rarely used. Also, it is permitted to reuse ring numbers after the first ring has closed, although this usually makes formulae harder to read. For example, bicyclohexyl is usually written as C1CCCCC1C2CCCCC2, but it may also be written as C0CCCCC0C0CCCCC0. Multiple digits after a single atom indicate multiple ring-closing bonds. For example, an alternative SMILES notation for decalin is C1CCCC2CCCCC12, where the final carbon participates in both ring-closing bonds 1 and 2. If two-digit ring numbers are required, the label is preceded by %, so C%12 is a single ring-closing bond of ring 12. Either or both of the digits may be preceded by a bond type to indicate the type of the ring-closing bond. For example, cyclopropene is usually written C1=CC1, but if the double bond is chosen as the ring-closing bond, it may be written as C=1CC1, C1CC=1, or C=1CC=1. (The first form is preferred.) C=1CC-1 is illegal, as it explicitly specifies conflicting types for the ring-closing bond. Ring-closing bonds may not be used to denote multiple bonds. For example, C1C1 is not a valid alternative to C=C for ethylene. However, they may be used with non-bonds; C1.C2.C12 is a peculiar but legal alternative way to write propane, more commonly written CCC. Choosing a ring-break point adjacent to attached groups can lead to a simpler SMILES form by avoiding branches. For example, cyclohexane-1,2-diol is most simply written as OC1CCCCC1O; choosing a different ring-break location produces a branched structure that requires parentheses to write. Aromaticity Aromatic rings such as benzene may be written in one of three forms: In Kekulé form with alternating single and double bonds, e.g. C1=CC=CC=C1, Using the aromatic bond symbol :, e.g. C1:C:C:C:C:C1, or Most commonly, by writing the constituent B, C, N, O, P and S atoms in lower-case forms b, c, n, o, p and s, respectively. In the latter case, bonds between two aromatic atoms are assumed (if not explicitly shown) to be aromatic bonds. Thus, benzene, pyridine and furan can be represented respectively by the SMILES c1ccccc1, n1ccccc1 and o1cccc1. Aromatic nitrogen bonded to hydrogen, as found in pyrrole must be represented as [nH]; thus imidazole is written in SMILES notation as n1c[nH]cc1. When aromatic atoms are singly bonded to each other, such as in biphenyl, a single bond must be shown explicitly: c1ccccc1-c2ccccc2. This is one of the few cases where the single bond symbol - is required. (In fact, most SMILES software can correctly infer that the bond between the two rings cannot be aromatic and so will accept the nonstandard form c1ccccc1c2ccccc2.) The Daylight and OpenEye algorithms for generating canonical SMILES differ in their treatment of aromaticity. Branching Branches are described with parentheses, as in CCC(=O)O for propionic acid and FC(F)F for fluoroform. The first atom within the parentheses, and the first atom after the parenthesized group, are both bonded to the same branch point atom. The bond symbol must appear inside the parentheses; outside (E.g.: CCC=(O)O) is invalid. Substituted rings can be written with the branching point in the ring as illustrated by the SMILES COc(c1)cccc1C#N (see depiction) and COc(cc1)ccc1C#N (see depiction) which encode the 3 and 4-cyanoanisole isomers. Writing SMILES for substituted rings in this way can make them more human-readable. Branches may be written in any order. For example, bromochlorodifluoromethane may be written as FC(Br)(Cl)F, BrC(F)(F)Cl, C(F)(Cl)(F)Br, or the like. Generally, a SMILES form is easiest to read if the simpler branch comes first, with the final, unparenthesized portion being the most complex. The only caveats to such rearrangements are: If ring numbers are reused, they are paired according to their order of appearance in the SMILES string. Some adjustments may be required to preserve the correct pairing. If stereochemistry is specified, adjustments must be made; see below. The one form of branch which does not require parentheses are ring-closing bonds. Choosing ring-closing bonds appropriately can reduce the number of parentheses required. For example, toluene is normally written as Cc1ccccc1
water may be written as either O or [OH2]. Hydrogen may also be written as a separate atom; water may also be written as [H]O[H]. When brackets are used, the symbol H is added if the atom in brackets is bonded to one or more hydrogen, followed by the number of hydrogen atoms if greater than 1, then by the sign + for a positive charge or by - for a negative charge. For example, [NH4+] for ammonium (). If there is more than one charge, it is normally written as digit; however, it is also possible to repeat the sign as many times as the ion has charges: one may write either [Ti+4] or [Ti++++] for titanium(IV) Ti4+. Thus, the hydroxide anion () is represented by [OH-], the hydronium cation () is [OH3+] and the cobalt(III) cation (Co3+) is either [Co+3] or [Co+++]. Bonds A bond is represented using one of the symbols . - = # $ : / \. Bonds between aliphatic atoms are assumed to be single unless specified otherwise and are implied by adjacency in the SMILES string. Although single bonds may be written as -, this is usually omitted. For example, the SMILES for ethanol may be written as C-C-O, CC-O or C-CO, but is usually written CCO. Double, triple, and quadruple bonds are represented by the symbols =, #, and $ respectively as illustrated by the SMILES O=C=O (carbon dioxide ), C#N (hydrogen cyanide HCN) and [Ga+]$[As-] (gallium arsenide). An additional type of bond is a "non-bond", indicated with ., to indicate that two parts are not bonded together. For example, aqueous sodium chloride may be written as [Na+].[Cl-] to show the dissociation. An aromatic "one and a half" bond may be indicated with :; see below. Single bonds adjacent to double bonds may be represented using / or \ to indicate stereochemical configuration; see below. Rings Ring structures are written by breaking each ring at an arbitrary point (although some choices will lead to a more legible SMILES than others) to make an acyclic structure and adding numerical ring closure labels to show connectivity between non-adjacent atoms. For example, cyclohexane and dioxane may be written as C1CCCCC1 and O1CCOCC1 respectively. For a second ring, the label will be 2. For example, decalin (decahydronaphthalene) may be written as C1CCCC2C1CCCC2. SMILES does not require that ring numbers be used in any particular order, and permits ring number zero, although this is rarely used. Also, it is permitted to reuse ring numbers after the first ring has closed, although this usually makes formulae harder to read. For example, bicyclohexyl is usually written as C1CCCCC1C2CCCCC2, but it may also be written as C0CCCCC0C0CCCCC0. Multiple digits after a single atom indicate multiple ring-closing bonds. For example, an alternative SMILES notation for decalin is C1CCCC2CCCCC12, where the final carbon participates in both ring-closing bonds 1 and 2. If two-digit ring numbers are required, the label is preceded by %, so C%12 is a single ring-closing bond of ring 12. Either or both of the digits may be preceded by a bond type to indicate the type of the ring-closing bond. For example, cyclopropene is usually written C1=CC1, but if the double bond is chosen as the ring-closing bond, it may be written as C=1CC1, C1CC=1, or C=1CC=1. (The first form is preferred.) C=1CC-1 is illegal, as it explicitly specifies conflicting types for the ring-closing bond. Ring-closing bonds may not be used to denote multiple bonds. For example, C1C1 is not a valid alternative to C=C for ethylene. However, they may be used with non-bonds; C1.C2.C12 is a peculiar but legal alternative way to write propane, more commonly written CCC. Choosing a ring-break point adjacent to attached groups can lead to a simpler SMILES form by avoiding branches. For example, cyclohexane-1,2-diol is most simply written as OC1CCCCC1O; choosing a different ring-break location produces a branched structure that requires parentheses to write. Aromaticity Aromatic rings such as benzene may be written in one of three forms: In Kekulé form with alternating single and double bonds, e.g. C1=CC=CC=C1, Using the aromatic bond symbol :, e.g. C1:C:C:C:C:C1, or Most commonly, by writing the constituent B, C, N, O, P and S atoms in lower-case forms b, c, n, o, p and s, respectively. In the latter case, bonds between two aromatic atoms are assumed (if not explicitly shown) to be aromatic bonds. Thus, benzene, pyridine and furan can be represented respectively by the SMILES c1ccccc1, n1ccccc1 and o1cccc1. Aromatic nitrogen bonded to hydrogen, as found in pyrrole must be represented as [nH]; thus imidazole is written in SMILES notation as n1c[nH]cc1. When aromatic atoms are singly bonded to each other, such as in biphenyl, a single bond must be shown explicitly: c1ccccc1-c2ccccc2. This is one of the few cases where the single bond symbol - is required. (In fact, most SMILES software can correctly infer that the bond between the two rings cannot be aromatic and so will accept the nonstandard form c1ccccc1c2ccccc2.) The Daylight and OpenEye algorithms for generating canonical SMILES differ in their treatment of aromaticity. Branching Branches are described with parentheses, as in CCC(=O)O for propionic acid and FC(F)F for fluoroform. The first atom within the parentheses, and the first atom after the parenthesized group, are both bonded to the same branch point atom. The bond symbol must appear inside the parentheses; outside (E.g.: CCC=(O)O) is invalid. Substituted rings can be written with the branching point in the ring as illustrated by the SMILES COc(c1)cccc1C#N (see depiction) and COc(cc1)ccc1C#N (see depiction) which encode the 3 and 4-cyanoanisole isomers. Writing SMILES for substituted rings in this way can make them more human-readable. Branches may be written in any order. For example, bromochlorodifluoromethane may be written as FC(Br)(Cl)F, BrC(F)(F)Cl, C(F)(Cl)(F)Br, or the like. Generally, a SMILES form is easiest to read if the simpler branch comes first, with the final, unparenthesized portion being the most complex. The only caveats to such rearrangements are: If ring numbers are reused, they are paired according to their order of appearance in the SMILES string. Some adjustments may be required to preserve the correct pairing. If stereochemistry is specified, adjustments must be made; see below. The one form of branch which does not require parentheses are ring-closing bonds. Choosing ring-closing bonds appropriately can reduce the number of parentheses required. For example, toluene
committees were formed, and civic organizations were established as alternatives to state-imposed structures. One of the most well-known "civics" was Soweto's Committee of Ten, started in 1978 in the offices of The Bantu World newspaper. Such actions were strengthened by the call issued by African National Congress's 1985 Kabwe congress in Zambia to make South Africa ungovernable. As the state forbade public gatherings, church buildings like Regina Mundi were sometimes used for political gatherings. In 1995, Soweto became part of the Southern Metropolitan Transitional Local Council, and in 2002, was incorporated into the City of Johannesburg. A series of bomb explosions rocked Soweto in October 2002. The explosions, believed to be the work of the Boeremag, a right-wing extremist group, damaged buildings and railway lines, and killed one person. Demographics Soweto's population is predominantly black and the most common first language is Zulu. Census 2011 Area: Population: 1,271,628: Households: 355,331: Census 2001 Area: Population: 858,644: Households: 237,567: Cityscape Landmarks Soweto landmarks include: Chris Hani Baragwanath Academic Hospital, Diepkloof Freedom Towers Mandela House Orlando Towers Regina Mundi, Rockville SAAF 1723, a decommissioned Avro Shackleton of the South African Air Force is on static display on the roof of Vic's Viking Garage, a service station on the Golden Highway Soweto Wall of Fame Tutu House Vilakazi Street Walter Sisulu Square, Kliptown Climate Köppen-Geiger climate classification system classifies its climate as subtropical highland (Cwb). Transport The suburb was not historically allowed to create employment centres within the area, so almost all of its residents are commuters to other parts of the city. Rail Metrorail operates commuter trains between Soweto and central Johannesburg. Soweto train stations are at Naledi, Merafe, Inhlazane, Ikwezi, Dube, Phefeni, Phomolong, Mzimhlophe, New Canada, Mlamlankunzi, Orlando, Nancefield, Kliptown, Tshiawelo and Midway. Road The N1 Western Bypass skirts the eastern boundary of Soweto. There is efficient road access for many parts of the region along busy highways to the CBD and Roodepoort, but commuters are largely reliant on trains and taxis. The N12 forms the southern border of Soweto. A new section of the N17 road (South Africa) is under construction that will provide Soweto with a 4 lane highway link to Nasrec. The M70, also known as the Soweto Highway, links Soweto with central Johannesburg via Nasrec and Booysens. This road is multi lane, has dedicated taxiways and passes next to Soccer City in Nasrec. A major thoroughfare through Soweto is the Golden Highway. It provides access to both the N1 as well as the M1 highways. Minibus taxis are a popular form of transport. In 2000 it was estimated that around 2000 minibus taxis operated from the Baragwanath taxi rank alone. A Bus rapid transit system, Rea Vaya, provides transport for around 16 000 commuters daily. PUTCO has for many years provided bus commuter services to Soweto residents. Housing The area is mostly composed of old "matchbox" houses, or four-room houses built by the government, that were built to provide cheap accommodation for black workers during apartheid. However, there are a few smaller areas where prosperous Sowetans have built houses that are similar in stature to those in more affluent suburbs. Many people who still live in matchbox houses have improved and expanded their homes, and the City Council has enabled the planting of more trees and the improving of parks and green spaces in the area. Hostels are another prominent physical feature of Soweto. Originally built to house male migrant workers, many have been improved as dwellings for couples and families. In 1996, the City of Johannesburg Metropolitan Municipality awarded tenders to Conrad Penny and his company Penny Brothers Brokers & Valuers (Pty) Ltd. for the valuation of the whole of Soweto (which at the time consisted of over 325 000 properties) for rating and taxing purpose. This was the single largest valuation ever undertaken in Africa. Society and culture Media Being part of the urban agglomerations of Gauteng, Soweto shares much of the same media as the rest of Gauteng province. There are however some media sources dedicated to Soweto itself: Soweto Online is a geographical-based information-sharing portal. Soweto Internet Radio is a digital media network company established in 2008. Soweto TV is a community television channel, available on DStv channel 251. The channel is free-to-air in Gauteng province and it also broadcast to South African subscribers on the DStv pay TV service on channel 251. The channel studios are situated on Vilakazi Street, known for being the only street in the world to have the historical residences of two Nobel Prize winners, namely Nelson Mandela and Archbishop Desmond Tutu. Soweto TV programming is mostly Sowetan content as per ICASA's regulations of over 60% local content. The Sowetan newspaper has a readership of around 1.6 million. Kasibiz Mahala is a free community magazine that promotes local small businesses established in 2012. Museums, monuments and memorials Hector Pieterson Museum, Orlando West Nelson Mandela National Museum, Orlando West Regina Mundi church, Rockville Music Soweto is credited as one of the founding places for Kwaito and Kasi rap, which is a style of hip hop specific to South Africa. This form of music, which combined many elements of house music, American hip-hop, and traditional African music, became a strong force amongst black South Africans. Early Career The experiences of other developing nations were examined at the Soweto entrepreneurship conference, which looked for ways to help turn the economic tide in townships. SOWETO'S entrepreneurs gathered at the University of Johannesburg Soweto Campus on 13 and 14 April to engage with experts from all over the globe about how to enhance skills and value-add in township economies. The restrictions on economic activities were lifted in 1977, spurring the growth of the taxi industry as an alternative to Soweto's inadequate bus and train transport systems. In 1994 Sowetans earned on average almost six and a half times less than their counterparts in wealthier areas of Johannesburg (1994 estimates). Sowetans contribute less than 2% to Johannesburg's rates Some Sowetans remain impoverished, and others live in shanty towns with little or no services. About 85% of Kliptown comprises informal housing. The Soweto Electricity Crisis Committee argues that Soweto's poor are unable to pay for electricity. The committee believes that the South African government's privatization drives will worsen the situation. Research showed that 62% of residents in Orlando East and Pimville were unemployed or pensioners. There have been signs recently indicating economic improvement. The Johannesburg City Council began to provide more street lights and to pave roads. Private initiatives to tap Sowetans' combined spending power of R4.3 billion were also planned, including the construction of Protea Mall, Jabulani Mall, and the development of Maponya Mall, an upmarket hotel in Kliptown, and the Orlando Ekhaya entertainment center. Soweto has also become a Centre for nightlife and culture. Well-known artists from Soweto, besides those mentioned above, include: The Soweto Gospel Choir. Songs and interview from NPR's All Things Considered Soweto Gospel Choir: 'Voices from Heaven', 4 February 2005. Soweto String Quartet Soweto Melodic Voices, the youth choir selected to sing at the 2009 Confederations Cup. It has built its name in UK on Fringe festival in Edinburgh Scotland. Sport Soweto is home to two football teams that play for the top South African football league: the Kaizer Chiefs and the Moroka Swallows. The Orlando Pirates originated from Soweto but moved to Parktown. The Chiefs and the Pirates feud in the rivalry known as the Soweto derby. The Soweto Open tennis tournament, part of the Challenger Tour is annually hosted in Soweto. The annual Soweto marathon is run over a course through Soweto. The Soweto Panthers are the township's representative in the Basketball National League. Festivals The Soweto Wine Festival was started in 2004. The three-night festival is hosted at the University of Johannesburg's Soweto Campus on Chris Hani Road in the first weekend of September. Organised by the Cape Wine Academy, the festival attracts over 6000 wine enthusiasts, over 100 of South Africa's finest wineries and well over 900 fine wines. Stadiums FNB Stadium, South Africa's largest stadium; home ground of both the national team and the Kaizer Chiefs Eldorado Park Stadium Dobsonville Stadium, home ground of Moroka Swallows Jabavu Stadium Noordgesig Stadium Orlando Stadium, home ground of Orlando Pirates Meadowlands Stadium Awards The Soweto Awards, which will become an annual event, honours those who have their roots in Soweto. Former president Nelson Mandela received the Life Time Award from the first Soweto Awards in Johannesburg on 25 February 2001. The Legends Awards went to Gibson Kente, the "godfather" of township theatre, Felicia Mabuza-Suttle, a talk show host, Aggrey Klaaste, editor of the Sowetan newspaper and Winnie Madikizela-Mandela, MP and African National Congress Women's League president. Suburbs By 2003, the Greater Soweto area consisted of 87 townships grouped together into Administrative Regions 6 and 10 of Johannesburg. Estimates of how many residential areas make up Soweto itself vary widely. Some counts say that Soweto comprises 29 townships, whilst others find 34. The differences may be due to confusion arising from the merger of adjoining townships (such as Lenasia and Eldorado Park) with those of Soweto into Regions 6 and 10. The total number also depends on whether the various "extensions" and "zones" are counted separately, or as part of one main suburb. The 2003 Regional Spatial Development Framework arrived at 87 names by counting various extensions (e.g. Chiawelo's 5) and zones (e.g. Pimville's 7) separately. The City of Johannesburg's website groups the zones and extensions together to arrive at 32, but omits Noordgesig and Mmesi Park. The list below provides the dates when some of Soweto's townships were established, along with the probable origins or meanings of their names, where available: Other Soweto townships include Phomolong and Snake Park Economy Many parts of Soweto rank among the poorest in Johannesburg, although individual townships tend to have a mix of wealthier and poorer residents. In general, households in the outlying areas to the northwest and southeast have lower incomes, while those in southwestern areas tend to have higher incomes. The economic development of Soweto was severely curtailed by the apartheid state, which provided very limited infrastructure and prevented residents from creating their own businesses. Roads remained unpaved, and many residents had to share one tap between four houses, for example. Soweto was meant to exist only as a dormitory town for black Africans who worked in white houses, factories, and industries. The 1957 Natives (Urban Areas) Consolidation Act and its predecessors restricted residents between 1923 and 1976 to seven self-employment categories in Soweto itself. Sowetans could operate general shops, butcheries, eating houses, sell milk or vegetables, or hawk goods. The overall number of such enterprises at any time were strictly controlled. As a result, informal trading developed outside the legally-recognized activities. By 1976, Soweto had only two cinemas and two hotels, and 83% of houses had electricity. Up to 93% of residents had no running water. Using
The Chiefs and the Pirates feud in the rivalry known as the Soweto derby. The Soweto Open tennis tournament, part of the Challenger Tour is annually hosted in Soweto. The annual Soweto marathon is run over a course through Soweto. The Soweto Panthers are the township's representative in the Basketball National League. Festivals The Soweto Wine Festival was started in 2004. The three-night festival is hosted at the University of Johannesburg's Soweto Campus on Chris Hani Road in the first weekend of September. Organised by the Cape Wine Academy, the festival attracts over 6000 wine enthusiasts, over 100 of South Africa's finest wineries and well over 900 fine wines. Stadiums FNB Stadium, South Africa's largest stadium; home ground of both the national team and the Kaizer Chiefs Eldorado Park Stadium Dobsonville Stadium, home ground of Moroka Swallows Jabavu Stadium Noordgesig Stadium Orlando Stadium, home ground of Orlando Pirates Meadowlands Stadium Awards The Soweto Awards, which will become an annual event, honours those who have their roots in Soweto. Former president Nelson Mandela received the Life Time Award from the first Soweto Awards in Johannesburg on 25 February 2001. The Legends Awards went to Gibson Kente, the "godfather" of township theatre, Felicia Mabuza-Suttle, a talk show host, Aggrey Klaaste, editor of the Sowetan newspaper and Winnie Madikizela-Mandela, MP and African National Congress Women's League president. Suburbs By 2003, the Greater Soweto area consisted of 87 townships grouped together into Administrative Regions 6 and 10 of Johannesburg. Estimates of how many residential areas make up Soweto itself vary widely. Some counts say that Soweto comprises 29 townships, whilst others find 34. The differences may be due to confusion arising from the merger of adjoining townships (such as Lenasia and Eldorado Park) with those of Soweto into Regions 6 and 10. The total number also depends on whether the various "extensions" and "zones" are counted separately, or as part of one main suburb. The 2003 Regional Spatial Development Framework arrived at 87 names by counting various extensions (e.g. Chiawelo's 5) and zones (e.g. Pimville's 7) separately. The City of Johannesburg's website groups the zones and extensions together to arrive at 32, but omits Noordgesig and Mmesi Park. The list below provides the dates when some of Soweto's townships were established, along with the probable origins or meanings of their names, where available: Other Soweto townships include Phomolong and Snake Park Economy Many parts of Soweto rank among the poorest in Johannesburg, although individual townships tend to have a mix of wealthier and poorer residents. In general, households in the outlying areas to the northwest and southeast have lower incomes, while those in southwestern areas tend to have higher incomes. The economic development of Soweto was severely curtailed by the apartheid state, which provided very limited infrastructure and prevented residents from creating their own businesses. Roads remained unpaved, and many residents had to share one tap between four houses, for example. Soweto was meant to exist only as a dormitory town for black Africans who worked in white houses, factories, and industries. The 1957 Natives (Urban Areas) Consolidation Act and its predecessors restricted residents between 1923 and 1976 to seven self-employment categories in Soweto itself. Sowetans could operate general shops, butcheries, eating houses, sell milk or vegetables, or hawk goods. The overall number of such enterprises at any time were strictly controlled. As a result, informal trading developed outside the legally-recognized activities. By 1976, Soweto had only two cinemas and two hotels, and 83% of houses had electricity. Up to 93% of residents had no running water. Using fire for cooking and heating resulted in respiratory problems that contributed to high infant mortality rates (54 per 1,000 compared to 18 for whites, 1976 figures. The restrictions on economic activities were lifted in 1977, spurring the growth of the taxi industry as an alternative to Soweto's inadequate bus and train transport systems. In 1994, Sowetans earned on average almost six and a half times less than their counterparts in wealthier areas of Johannesburg (1994 estimates). Sowetans contribute less than 2% to Johannesburg's rates. Some Sowetans remain impoverished, and others live in shanty towns with little or no services. About 85% of Kliptown comprises informal housing. The Soweto Electricity Crisis Committee argues that Soweto's poor are unable to pay for electricity. The committee believes that the South African government's privatization drives will worsen the situation. Research showed that 62% of residents in Orlando East and Pimville were unemployed or pensioners. There have been signs recently indicating economic improvement. The Johannesburg City Council began to provide more street lights and to pave roads. Private initiatives to tap Sowetans' combined spending power of R4.3 billion were also planned, including the construction of Protea Mall, Jabulani Mall, the development of Maponya Mall, an upmarket hotel in Kliptown, and the Orlando Ekhaya entertainment centre. Soweto has also become a centre for nightlife and culture. In popular culture Films The 1976 uprising is depicted in the film A Dry White Season (1989), starring Donald Sutherland, Marlon Brando, and Susan Sarandon, who portray white South Africans pursuing justice for the deaths of black Soweto residents which followed the demonstrations. The American film Stander (2003) portrays the story of Andre Stander, a rogue police captain who sympathised with the state of apartheid and its corruption by becoming a bank thief. The Soweto uprising riots provided Stander's breaking point in the film. Sara Blecher and Rimi Raphoto's popular documentary, Surfing Soweto (2006), addresses the phenomenon of young kids "surfing" on the roofs of Soweto trains and the social problem this represents. The film District 9 (2009) was shot in Tshiawelo, Soweto. The plot involves a species of aliens who arrive on Earth in a starving and helpless condition, seeking aid. The originally benign attempts to aid them turn increasingly oppressive due to the overwhelming numbers of aliens and the cost of maintaining them, and to increasing xenophobia on the part of humans who treat the intelligent and sophisticated aliens like animals while taking advantage of them for personal and corporate gain. The aliens are housed in shacks in a slum-like concentration camp called "District 9", which is in fact modern-day Soweto; an attempt to relocate the aliens to another camp leads to violence and a wholesale slaughter by South African mercenary security forces (a reference to historical events in "District Six", Cape Town, a mostly Coloured neighborhood subjected to forced segregation during the apartheid years). The parallels to apartheid South Africa are obvious but not explicitly remarked on in the film. Films that include Soweto scenes: Tau ya Soweto (2005). Sarafina (1992). Hijack Stories (2000) Literature The marches by students in Soweto are briefly mentioned in Linzi Glass' novel, Ruby Red, which was nominated for the Carnegie Medal in 2008. Soweto is also mentioned in Sheila Gordon's novel, Waiting for the Rain. The main protagonist from the Jonas Jonasson novel The Girl Who Saved the King of Sweden, Nombeko Mayeki was born in 1961 in Soweto. In his first Anthology of Poems titled "In Quiet Realm" South African Soweto Born poet Lawrence Mduduzi Ndlovu dedicated a poem called "Soweto My Everything" to honour the place of his birth. Trevor Noah, in his autobiographical comedy Born a Crime, describes his early childhood and growing up in Soweto. Music Clarence Carter has a song called "The Girl From Soweto" or "Where did the girl go, from Soweto". Soweto is mentioned in the song "Burden of Shame" by the British band UB40, on their album Signing off (1980). Singer–songwriter Joe Strummer, formerly of The Clash, referenced Soweto in his solo album Streetcore (song: "Arms Aloft"), as well as in The Clash's track, "Where You Gonna Go (Soweto)", found on the album London Calling (Legacy Edition). The UK music duo Mattafix have a song called "Memories Of Soweto" on their album Rhythm & Hymns (2007). Soweto is mentioned in the anti-apartheid song "Gimme Hope Jo'anna" by Eddy Grant. The line, "While every mother in a black Soweto fears the killing of another son", refers to police brutality during apartheid. Miriam Makeba has the song: "Soweto Blues". Dr. Alban's song "Free Up Soweto" was included in the album Look Who's Talking (1994). The Mexican group Tijuana No! recorded the song "Soweto" for their first album No, in reference to the city and the movements. "Soweto" is the name of a song by the rap group Hieroglyphics. The American band Vampire Weekend refers to its own musical style, a blend of indie rock and pop with African influences, as "Upper West Side Soweto", based on the same description of Paul Simon's album Graceland. "Soweto" is the title of the opening track of the album Joined at the Hip, by Bob James and Kirk Whalum. Brazilian singer-songwriter Djavan, in his 1987 album Não É Azul, mas É Mar, recorded a song called Soweto. Also this song inspired the naming of Brazilian pagode group Soweto. Notable people Native Sowetans Soweto is the birthplace of: Yvonne Chaka Chaka (b. 1965), singer, songwriter, actress, entrepreneur, humanitarian and teacher Frank Chikane (b. 1951), anti-apartheid activist and lifelong resident Lasizwe Dambuza (b. 1998), television personality Bonginkosi Dlamini (b. 1977), aka "Zola", poet, actor and musician Lillian Dube (b. 1945), actress,TV presenter Morgan Gould (b. 1983), Association footballer playing for Supersport United F.C. Thulani Hlatshwayo (b. 1989), captain of Orlando Pirates F.C. & the South Africa national football team Howza (b. 1983), rapper, songwriter and actor Jabu Khanyile (1957-2006), musician and lead vocalist from the band Bayete Abigail Kubeka (b. 1941), singer, songwriter and actress Basetsana Kumalo (b. 1974), 1994 Miss South Africa & 1994 Miss World 1st runner-up, television personality, businesswoman, and philanthropist Doctor Khumalo (b. 1967), footballer player Bakithi Kumalo (b. 1956), bass guitar player Jack Lerole (c. 1940 – 2003), musician, famous for penny whistle performance Kgosi Letlape (b. 1959), South Africa's first black ophthalmologist Lebo M. (b. 1964), composer Kabelo Mabalane (b. 1976), kwaito musician, songwriter and actor Sipho Mabuse (b. 1950), aka Hotstix, musician Thuli Madonsela (b. 1962), former Public Protector of South Africa, advocate & law professor Arthur Mafokate (b. 1962), kwaito musician and producer Teboho MacDonald Mashinini (1957–1990), primary student leader of the June 1976 Soweto uprising, that spread across South Africa Mandla Mandela (b. 1974), tribal chief of the Mvezo Traditional Council and the grandson of icon anti-apartheid activist Nelson Mandela Zindzi Mandela (1960-2020), South African diplomat and poet, and the daughter of anti-apartheid activists and politicians Nelson Mandela and Winnie Madikizela-Mandela Mandoza (1978–2016), kwaito musician Mike Mangena (b. 1960), former football player, Soccer analyst Richard Maponya (1920–2020), businessman and anti-apartheid activist Ephraim Mashaba (b. 1950), football manager and former player Khanyi Mbau (b. 1985), actress and television personality, raised in Mofolo Bonnie Mbuli (b. 1979), actress Letta Mbulu (b. 1942), jazz singer, songwriter Somizi Mhlongo (b. 1972), television presenter, radio personality, choreographer, actor and singer Andrew Mlangeni (1925–2020), political activist and anti-apartheid campaigner who, along with Nelson Mandela and others, was imprisoned after the Rivonia Trial. Portia Modise (b. 1983), footballer Teko Modise (b. 1982), footballer Refilwe Modiselle (b. 1986), model and entertainer Jerry Mofokeng (b. 1956), stage and screen actor Khotso Motau (b. 1981), boxer, 2004 Olympian Kaizer Motaung (b. 16 October 1944), founder and chairman of Kaizer Chiefs Football Club Kamo Mphela (b. 1999), singer & dancer Sophie Ndaba (b. 1973), actress Themba Ndaba (b. 1965), actor Duma Ndlovu (b. 1954), poet, filmmaker, producer, journalist and playwright Trevor Noah (b. 1984), comedian, television and radio host and actor, host of The Daily Show Nandi Nyembe (b. 1950), actress Khabonina Qubeka (born 1981), actress, TV presenter, dancer Lucas Radebe (b. 1969), footballer, Leeds United and national team captain Cyril Ramaphosa (b. 1952), lawyer, trade union leader, activist, politician and businessman, President of South Africa Manaka Ranaka (b. 1979), Actress known for playing her starring role as Lucy Diale for long-standing soap opera Generations: The Legacy. Dineo Ranaka (b. 1983) radio and television presenter, actress, DJ and TV Producer) Thulani Serero (b. 1990), footballer Tokyo Sexwale (b. 1953), businessman and former politician, anti-apartheid activist, and political prisoner Jomo Sono (b. 1955), star football player, later club owner and coach Samthing Soweto (b. 1988), musician Siphiwe Tshabalala (b. 1984), footballer playing for Kaizer Chiefs Football Club. Dingaan Thobela (b. 1966), former professional boxer, a former two-time lightweight world champion & a former super middleweight world champion, known as the Rose of Soweto Mary Twala (c. 1939 – 2020), actress, mother of Somizi Mhlongo Sello Chicco Twala (b. 1963), musician and producer Zodwa Wabantu (b. 1985), socialite and dancer Benedict Vilakazi (footballer) (b. 1982), footballer Arthur Zwane (b. 1973), former football player, football coach Other residents James Mpanza (1889–1970), civic leader, founder of Orlando Pirates F.C., known as 'the father of Soweto' Winnie Mandela (1936–2018), anti-apartheid activist and politician, ex-wife of Nelson Mandela Gibson Kente (1932–2004), playwright Irvin Khoza (b. 27 January 1948), South African football administrator, Chairman of Orlando Pirates Aggrey Klaaste (1940–2004), newspaper journalist and editor Nelson Mandela (1918–2013), President of South Africa, anti-apartheid revolutionary, political leader and peace activist, spent many years living in Soweto; his Soweto home in Orlando is currently a major tourist attraction Hastings Ndlovu (1961–1976), another student to be killed during the 1976 Soweto uprising Lilian Ngoyi (1911–1980), anti-apartheid activist, who spent 18 years under house arrest in Mzimhlope Joe Mafela (1942–2017), Actor, writer, producer, director, singer, and businessman Mzwakhe Mbuli (b. 1959), Poet known as "The People's Poet, musician and actor Terry Pheto (b.
beauty; Go and bring the lovely maiden To thy home in Kalevala." Ilmarinen works for many days at a mighty forge until he finally succeeds in creating the Sampo: On one side the flour is grinding, On another salt is making, On a third is money forging, And the lid is many-colored. Well the Sampo grinds when finished, To and fro the lid in rocking, Grinds one measure at the day-break, Grinds a measure fit for eating, Grinds a second for the market, Grinds a third one for the store-house. Later, Louhi steals the Sampo, and then Ilmarinen and Väinämöinen enter her stronghold in secret and retrieve it. Louhi pursues them and combats Väinämöinen. In the struggle, Louhi is vanquished but the Sampo is destroyed. Interpretation The Sampo has been interpreted in many ways: a world pillar or world tree, a compass or astrolabe, a chest containing a treasure, a Byzantine coin die, a decorated Vendel period shield, a Christian relic, etc. In the Kalevala, compiler Lönnrot interpreted it to be a quern or mill of some sort that made flour, salt, and gold out of thin air. The world pillar/tree hypothesis was argued for by figures such as theosophian Pekka Ervast, historian of religions Uno Harva and the linguist Eemil Nestor Setälä in the early 20th century. According to the archaeologist Elena Kuz'mina the Sampo mill myth originates from the Indo-European skambhá (support, pillar, column), and was borrowed into Finno-Ugric. In the Atharvaveda the 'skambhá' is a creature that supports the universe, analogous to the World Tree - the Sampo has been claimed to be the Finnish equivalent of the world tree. Similar devices In the Aarne–Thompson classification systems of Folk-Tales, tale type 565 refers to a magic mill that continuously produces food or salt. Examples include Why the Sea is Salt (Norway, based on the poem Grottasöngr), Sweet porridge (Germanic), and The Water Mother (Chinese). Such devices have been included into modern tales such as Strega Nona (1975, children's book). Variants on the theme with a cautionary tale and pupil-master relationship include The Master and his Pupil (English), and Goethe's 1797 poem The Sorcerer's Apprentice. The Cornucopia of Greek mythology also produces endless goods, and some versions of the Grail myth emphasize how the Grail creates food and goods. Japanese folktale Shiofuki usu speaks of a grindstone that could be used to create anything. Like Sampo, it too was lost to the sea, endlessly grinding salt. The Mahabharatha speaks about the Akshaya Patra, a vessel or bowl capable of creating
day-break, Grinds a measure fit for eating, Grinds a second for the market, Grinds a third one for the store-house. Later, Louhi steals the Sampo, and then Ilmarinen and Väinämöinen enter her stronghold in secret and retrieve it. Louhi pursues them and combats Väinämöinen. In the struggle, Louhi is vanquished but the Sampo is destroyed. Interpretation The Sampo has been interpreted in many ways: a world pillar or world tree, a compass or astrolabe, a chest containing a treasure, a Byzantine coin die, a decorated Vendel period shield, a Christian relic, etc. In the Kalevala, compiler Lönnrot interpreted it to be a quern or mill of some sort that made flour, salt, and gold out of thin air. The world pillar/tree hypothesis was argued for by figures such as theosophian Pekka Ervast, historian of religions Uno Harva and the linguist Eemil Nestor Setälä in the early 20th century. According to the archaeologist Elena Kuz'mina the Sampo mill myth originates from the Indo-European skambhá (support, pillar, column), and was borrowed into Finno-Ugric. In the Atharvaveda the 'skambhá' is a creature that supports the universe, analogous to the World Tree - the Sampo has been claimed to be the Finnish equivalent of the world tree. Similar devices In the Aarne–Thompson classification systems of Folk-Tales, tale type 565 refers to a magic mill that continuously produces food or salt. Examples include Why the Sea is Salt (Norway, based on the poem Grottasöngr), Sweet porridge (Germanic), and The Water Mother (Chinese). Such
A sysop (; an abbreviation of system operator) is an administrator of a multi-user computer system, such as a bulletin board system (BBS) or an online service virtual community. The phrase may also be used to refer to administrators of other Internet-based network services. A sysop usually doesn't earn money, but donates his activity to the community. Co-sysops are users who may be granted certain admin privileges on a BBS. Generally, they help validate users and monitor discussion forums. Some co-sysops serve as file clerks, reviewing, describing, and publishing newly uploaded files into appropriate download directories. Historically, the term
monitor discussion forums. Some co-sysops serve as file clerks, reviewing, describing, and publishing newly uploaded files into appropriate download directories. Historically, the term system operator applied to operators of any computer system, especially a mainframe computer. In general, a sysop is a person who oversees the operation of a server, typically in a large computer system. Usage of the term became popular in the late 1980s and 1990s, originally in reference to BBS operators. A person with equivalent functions on a
genius, capable of building just about anything out of the most mundane parts under most limited resources. Sample gadgets have included: explosives, a neutrino detector, glasses that allow user to see invisible "computer bugs," and even a device for removing a miniature black hole from Keiichi's body. Banpei-kun RX and the converted mannequin Sigel are "living" proof of her talent. She can compute equations and redesign even the most complex engineering blueprints in no time. All too frequently, though, she forgets to include instructions with her devices, which can create havoc if someone unsuspecting of their true power (such as Keiichi) interferes with them. Other times, she will concentrate too much on one aspect of a device (usually power) and forgets to compensate by boosting other aspects of the same device, making many of her inventions rather unstable. Though many of her contraptions tend to blow up, or self-destruct, she dislikes machines that have meaningless functions. In her battle with demonic puppet master, Mokkurkalfi she states that she dislikes machines whose prime directive is meaningless combat, and that a true mechanic must value the sanctity of his or her mecha's life. In the manga, she has been gradually developing the ability to do magic. For a long time one of her only magic skills was the ability to imprint words (usually insults) on the surface of her targets, a power she often used when expressing frustration with Urd and Keiichi. Upon meeting a young boy named Sentaro, who taught her how to ride a bike, Skuld became determined to never quit and began to practice with her powers more, learning how to levitate small objects. When Sentaro was in danger, Skuld created a huge wave which saved him, although Urd, who was nearby, stated that it would have caused a huge flood if she hadn't been there to help contain it. Skuld's spells sometimes get out of control (which usually results in large waves of water), which Urd constantly teases her for. However, Urd states that losing control of a low level spell is proof of the depths of her true power. Skuld's latent power is addressed once more in Chapter 256 of the manga in a one on one mecha battle with the demon Mokkurkalfi. Belldandy explains that Skuld uses a type of magic called Direct Manipulation, and has been able to unconsciously access this ability since the very beginning. This magic presents itself through Skuld's hands, and it is because of this magic that Skuld is always able to build machines even out of mundane objects. It is explained that Skuld's magical field is always active because of this, even if she's unconsciously aware of this fact. However, because Skuld has a low capacity her powers are restricted to building machines. Belldandy states that if Skuld were to hone this power, she could potentially be the strongest of the three sisters in the future. Urd on the other hand pleas to Keiichi to keep this a secret because she does not want her sister to get a big ego. She travels to Earth after Belldandy's proximity to Keiichi started creating an increasing number of bugs in Heaven's supercomputer Yggdrasil. At least that was her official excuse, as she believed Belldandy was living with Keiichi against her will. She
three Oh My Goddess! characters otherwise bear no resemblance to their Norse namesakes. Her affinity is with water, and her magic usually involves manipulating water. Unlike the problems with transliteration that were encountered with Belldandy (resulting in Verdandi becoming "Belldandy" in the manga), "Skuld" presented no difficulties for translators. Biography Skuld is the younger sister of Belldandy (who she refers to as Onee-sama, lit. "Big sis" in the English anime) and is the third Goddess to appear to Keiichi Morisato. Skuld has a Goddess second class, type one, limited license, a category similar to her eldest sister Urd. Her true age is unknown, but her appearance (and actions) is that of a girl in her early teens. Skuld is one of Yggdrasil's system debuggers. She compensates for her lack of magic power with her innate talent for invention which is known throughout Heaven (though it is revealed much later that this is also a type of magical ability). Skuld recharges her energy by consuming ice cream and travels via warm or hot water. (She can't swim.) She bears the emblem of the future. Skuld is an engineering genius, capable of building just about anything out of the most mundane parts under most limited resources. Sample gadgets have included: explosives, a neutrino detector, glasses that allow user to see invisible "computer bugs," and even a device for removing a miniature black hole from Keiichi's body. Banpei-kun RX and the converted mannequin Sigel are "living" proof of her talent. She can compute equations and redesign even the most complex engineering blueprints in no time. All too frequently, though, she forgets to include instructions with her devices, which can create havoc if someone unsuspecting of their true power (such as Keiichi) interferes with them. Other times, she will concentrate too much on one aspect of a device (usually power) and forgets to compensate by boosting other aspects of the same device, making many of her inventions rather unstable. Though many of her contraptions tend to blow up, or self-destruct, she dislikes machines that have meaningless functions. In her battle with demonic puppet master, Mokkurkalfi she states that she dislikes machines whose prime directive is meaningless combat, and that a true mechanic must value the sanctity of his or her mecha's life. In the manga, she has been gradually developing the ability to do magic. For a long time one of her only magic skills was the ability to imprint words (usually insults) on the surface of her targets, a power she often used when expressing frustration with Urd and Keiichi. Upon meeting a young boy named Sentaro, who taught her how to ride a bike, Skuld became determined to never quit and began to practice with her powers more, learning how to levitate small objects. When Sentaro was in danger, Skuld created a huge wave which saved him, although Urd, who was nearby, stated that it would have caused a huge flood if she hadn't been there to help contain it. Skuld's spells sometimes get out of control (which usually results in large waves of water), which Urd constantly teases her for. However, Urd states that losing control of a low level spell is proof of the depths of her true power. Skuld's latent power is addressed once more in Chapter 256 of the manga in a one on one mecha battle with the demon Mokkurkalfi. Belldandy explains that Skuld uses a type of magic called Direct Manipulation, and has been able to unconsciously access this ability since the very beginning. This magic presents itself through Skuld's hands, and it is because of this magic that Skuld is always able to build machines even out of mundane objects. It is explained that Skuld's magical field is always active because of this, even if she's unconsciously aware of this fact. However, because Skuld has a low capacity her powers are restricted to building machines. Belldandy states that if Skuld were to hone this power, she could potentially be the strongest of the three sisters in the future. Urd on the other hand pleas to Keiichi to keep this a secret because she does not want her sister to get a big ego. She travels to Earth after Belldandy's proximity to Keiichi started creating an increasing number of bugs in Heaven's supercomputer Yggdrasil. At least that was her official excuse, as she believed Belldandy was living with Keiichi against her will. She tried to convince Belldandy to return to Heaven
designer) (born 1951), co-founder, with Ian Livingstone, of Games Workshop and Fighting Fantasy Steve Jackson (American game designer) (born 1953), founder of Steve Jackson Games in the early 1980s Stevie Jackson (born 1969), Scottish musician and member of the band Belle &
Jackson (mathematician), American set theorist at University of North Texas Steve Jackson (British game designer) (born 1951), co-founder, with Ian Livingstone, of Games Workshop and Fighting Fantasy Steve Jackson (American game designer) (born 1953), founder of Steve Jackson Games in the early 1980s Stevie Jackson
premolars on both sides of either jaw, rather than the three observed in gazelles. This gives a total of 28 teeth in the springbok, rather than 32 of gazelles. Other points of difference include a longer, broader, and rigid bridge to the nose and more muscular cheeks in springbok, and differences in the structure of the horns. Both sexes have black horns, about long, that are straight at the base and then curve backward. In A. m. marsupialis, females have thinner horns than males; the horns of females are only 60 to 70% as long as those of males. Horns have a girth of at the base; this thins to towards the tip. In the other two subspecies, horns of both sexes are nearly similar. The spoor, narrow and sharp, is long. Ecology and behaviour Springbok are mainly active around dawn and dusk. Activity is influenced by weather; springbok can feed at night in hot weather, and at midday in colder months. They rest in the shade of trees or bushes, and often bed down in the open when weather is cooler. The social structure of the springbok is similar to that of Thomson's gazelle. Mixed-sex herds or harems have a roughly 3:1 sex ratio; bachelor individuals are also observed. In the mating season, males generally form herds and wander in search of mates. Females live with their offspring in herds, that very rarely include dominant males. Territorial males round up female herds that enter their territories and keep out the bachelors; mothers and juveniles may gather in nursery herds separate from harem and bachelor herds. After weaning, female juveniles stay with their mothers until the birth of their next calves, while males join bachelor groups. A study of vigilance behaviour of herds revealed that individuals on the borders of herds tend to be more cautious; vigilance decreases with group size. Group size and distance from roads and bushes were found to have major influence on vigilance, more among the grazing springbok than among their browsing counterparts. Adults were found to be more vigilant than juveniles, and males more vigilant than females. Springbok passing through bushes tend to be more vulnerable to predator attacks as they can not be easily alerted, and predators usually conceal themselves in bushes. Another study calculated that the time spent in vigilance by springbok on the edges of herds is roughly double that spent by those in the centre and the open. Springbok were found to be more cautious in the late morning than at dawn or in the afternoon, and more at night than in the daytime. Rates and methods of vigilance were found to vary with the aim of lowering risk from predators. During the rut, males establish territories, ranging from , which they mark by urinating and depositing large piles of dung. Males in neighbouring territories frequently fight for access to females, which they do by twisting and levering at each other with their horns, interspersed with stabbing attacks. Females roam the territories of different males. Outside of the rut, mixed-sex herds can range from as few as three to as many as 180 individuals, while all-male bachelor herds are of typically no more than 50 individuals. Harem and nursery herds are much smaller, typically including no more than 10 individuals. In earlier times, when large populations of springbok roamed the Kalahari desert and Karoo, millions of migrating springbok formed herds hundreds of kilometres long that could take several days to pass a town. These mass treks, known as trekbokking in Afrikaans, took place during long periods of drought. Herds could efficiently retrace their paths to their territories after long migrations. Trekbokking is still observed occasionally in Botswana, though on a much smaller scale than earlier. Springbok often go into bouts of repeated high leaps of up to into the air – a practice known as pronking (derived from the Afrikaans pronk, "to show off") or stotting. In pronking, the springbok performs multiple leaps into the air in a stiff-legged posture, with the back bowed and the white flap lifted. When the male shows off his strength to attract a mate, or to ward off predators, he starts off in a stiff-legged trot, leaping into the air with an arched back every few paces and lifting the flap along his back. Lifting the flap causes the long white hairs under the tail to stand up in a conspicuous fan shape, which in turn emits a strong scent of sweat. Although the exact cause of this behaviour is unknown, springbok exhibit this activity when they are nervous or otherwise excited. The most accepted theory for pronking is that it is a method to raise alarm against a potential predator or confuse it, or to get a better view of a concealed predator; it may also be used for display. Springbok are very fast antelopes, clocked at . They generally tend to be ignored by carnivores unless they are breeding. Caracals, cheetahs, leopards, spotted hyenas, lions and wild dogs are major predators of the springbok. Southern African wildcats, black-backed jackals, black eagles, martial eagles, and tawny eagles target juveniles. Springbok are generally quiet animals, though they may make occasional low-pitched bellows as a greeting and high-pitched snorts when alarmed. Parasites A 2012 study on the effects of rainfall patterns and parasite infections on the body of the springbok in Etosha National Park observed that males and juveniles were in better health toward the end of the rainy season. Health of females was more affected by parasites than by rainfall; parasite count in females peaked prior to and immediately after parturition. Studies show that springbok host helminths (Haemonchus, Longistrongylus and Trichostrongylus), ixodid ticks (Rhipicephalus species), lice (Damalinia and Linognathus species). Eimeria species mainly affect juveniles. Diet Springbok are primarily browsers and may switch to grazing occasionally; they feed on shrubs and young succulents (such as Lampranthus species) before they lignify. They prefer grasses such as Themeda triandra. Springbok can meet their water needs from the food they eat, and are able to survive without drinking water through dry season. In extreme cases, they do not drink any water over the course of their lives. Springbok may accomplish this by selecting flowers, seeds, and leaves of shrubs before dawn, when the food items are most succulent. In places such as Etosha National Park, springbok seek out water bodies where they are available. Springbok gather in the wet season and disperse during the dry season, unlike other African mammals. Reproduction Springbok mate year-round, though females are more likely to enter oestrus during the rainy season, when food is more plentiful. Females are able to conceive at as early as six to seven months, whereas males do not attain sexual maturity until two years; rut lasts 5 to 21 days. When a female approaches a rutting male, the male holds his head and tail at level with the ground, lowers his horns, and makes a loud grunting noise to attract her. The male then urinates and sniffs the female's perineum. If the female is receptive, she urinates, as well, and the male makes a flehmen gesture, and taps his leg till the female leaves or permits him to mate. Copulation consists of a single pelvic thrust. Gestation lasts five to six months, after which a single calf (or rarely twins) is born. Most births take place in the spring (October to November), prior to the onset of the rainy season. The infant weighs ; the female keeps her calf hidden in cover while she is away. Mother and calf rejoin the herd about three to four weeks after parturition; the young are weaned at five or six months. When the mother gives birth again, the previous offspring, now 6 to 12 months old, deserts her to join herds of adult springbok. Thus, a female can calve twice a year, and even thrice if one calf dies. Springbok live for up to 10 years in the wild. Distribution and habitat Springbok inhabit the dry areas of south and southwestern Africa. Their range extends from northwestern South Africa through the Kalahari desert into Namibia and Botswana. The Transvaal marks the eastern limit of the range, from where it extends westward to the Atlantic and northward to southern Angola and Botswana. In Botswana, they mostly occur in the Kalahari desert in the southwestern and central parts of the country. They are widespread across Namibia and the vast grasslands of the Free State and the shrublands of Karoo in South Africa; however, they are confined to the Namib Desert in Angola. The historic range of the springbok stretched across the dry grasslands, bushlands, and shrublands of south-western and southern Africa; springbok migrated sporadically in southern parts of the range. These migrations are rarely seen nowadays, but seasonal
by twisting and levering at each other with their horns, interspersed with stabbing attacks. Females roam the territories of different males. Outside of the rut, mixed-sex herds can range from as few as three to as many as 180 individuals, while all-male bachelor herds are of typically no more than 50 individuals. Harem and nursery herds are much smaller, typically including no more than 10 individuals. In earlier times, when large populations of springbok roamed the Kalahari desert and Karoo, millions of migrating springbok formed herds hundreds of kilometres long that could take several days to pass a town. These mass treks, known as trekbokking in Afrikaans, took place during long periods of drought. Herds could efficiently retrace their paths to their territories after long migrations. Trekbokking is still observed occasionally in Botswana, though on a much smaller scale than earlier. Springbok often go into bouts of repeated high leaps of up to into the air – a practice known as pronking (derived from the Afrikaans pronk, "to show off") or stotting. In pronking, the springbok performs multiple leaps into the air in a stiff-legged posture, with the back bowed and the white flap lifted. When the male shows off his strength to attract a mate, or to ward off predators, he starts off in a stiff-legged trot, leaping into the air with an arched back every few paces and lifting the flap along his back. Lifting the flap causes the long white hairs under the tail to stand up in a conspicuous fan shape, which in turn emits a strong scent of sweat. Although the exact cause of this behaviour is unknown, springbok exhibit this activity when they are nervous or otherwise excited. The most accepted theory for pronking is that it is a method to raise alarm against a potential predator or confuse it, or to get a better view of a concealed predator; it may also be used for display. Springbok are very fast antelopes, clocked at . They generally tend to be ignored by carnivores unless they are breeding. Caracals, cheetahs, leopards, spotted hyenas, lions and wild dogs are major predators of the springbok. Southern African wildcats, black-backed jackals, black eagles, martial eagles, and tawny eagles target juveniles. Springbok are generally quiet animals, though they may make occasional low-pitched bellows as a greeting and high-pitched snorts when alarmed. Parasites A 2012 study on the effects of rainfall patterns and parasite infections on the body of the springbok in Etosha National Park observed that males and juveniles were in better health toward the end of the rainy season. Health of females was more affected by parasites than by rainfall; parasite count in females peaked prior to and immediately after parturition. Studies show that springbok host helminths (Haemonchus, Longistrongylus and Trichostrongylus), ixodid ticks (Rhipicephalus species), lice (Damalinia and Linognathus species). Eimeria species mainly affect juveniles. Diet Springbok are primarily browsers and may switch to grazing occasionally; they feed on shrubs and young succulents (such as Lampranthus species) before they lignify. They prefer grasses such as Themeda triandra. Springbok can meet their water needs from the food they eat, and are able to survive without drinking water through dry season. In extreme cases, they do not drink any water over the course of their lives. Springbok may accomplish this by selecting flowers, seeds, and leaves of shrubs before dawn, when the food items are most succulent. In places such as Etosha National Park, springbok seek out water bodies where they are available. Springbok gather in the wet season and disperse during the dry season, unlike other African mammals. Reproduction Springbok mate year-round, though females are more likely to enter oestrus during the rainy season, when food is more plentiful. Females are able to conceive at as early as six to seven months, whereas males do not attain sexual maturity until two years; rut lasts 5 to 21 days. When a female approaches a rutting male, the male holds his head and tail at level with the ground, lowers his horns, and makes a loud grunting noise to attract her. The male then urinates and sniffs the female's perineum. If the female is receptive, she urinates, as well, and the male makes a flehmen gesture, and taps his leg till the female leaves or permits him to mate. Copulation consists of a single pelvic thrust. Gestation lasts five to six months, after which a single calf (or rarely twins) is born. Most births take place in the spring (October to November), prior to the onset of the rainy season. The infant weighs ; the female keeps her calf hidden in cover while she is away. Mother and calf rejoin the herd about three to four weeks after parturition; the young are weaned at five or six months. When the mother gives birth again, the previous offspring, now 6 to 12 months old, deserts her to join herds of adult springbok. Thus, a female can calve twice a year, and even thrice if one calf dies. Springbok live for up to 10 years in the wild. Distribution and habitat Springbok inhabit the dry areas of south and southwestern Africa. Their range extends from northwestern South Africa through the Kalahari desert into Namibia and Botswana. The Transvaal marks the eastern limit of the range, from where it extends westward to the Atlantic and northward to southern Angola and Botswana. In Botswana, they mostly occur in the Kalahari desert in the southwestern and central parts of the country. They are widespread across Namibia and the vast grasslands of the Free State and the shrublands of Karoo in South Africa; however, they are confined to the Namib Desert in Angola. The historic range of the springbok stretched across the dry grasslands, bushlands, and shrublands of south-western and southern Africa; springbok migrated sporadically in southern parts of the range. These migrations are rarely seen nowadays, but seasonal congregations can still be observed in preferred areas of short vegetation, such as the Kalahari desert. Threats and conservation The springbok has been classified as least concern on the IUCN Red List. No major threats to the long-term survival of the species are known. The springbok is one of the few antelope species with a positive population trend. Springbok occur in several protected areas across their range: Makgadikgadi and Nxai National Park (Botswana); Kgalagadi Transfrontier Park between Botswana and South Africa; Etosha National Park and Namib-Naukluft Park (Namibia); Mokala and Karoo National Parks and a number of provincial reserves in South Africa. In 1999, Rod East of the IUCN SSC Antelope Specialist Group estimated the springbok population in South Africa at more than 670,000, noting that it might be an underestimate. However, estimates for Namibia, Angola, Botswana, Transvaal, Karoo, and the Free State (which gave a total population estimate of nearly 2,000,000 – 2,500,000 animals in southern Africa), were in complete disagreement with East's estimate. Springbok are under active management in several private lands. Small populations have been introduced into private lands and provincial areas of KwaZulu-Natal. Relationship with humans Springbok are hunted as game throughout Namibia, Botswana, and South Africa because of their attractive coats; they are common hunting targets due to their large numbers and the ease with which they can be supported on farmlands. The export of springbok skins, mainly from Namibia and South Africa, is a booming industry; these skins serve as taxidermy models. The meat is a prized fare, and is readily available in South African supermarkets. As of 2011, the springbok, the gemsbok, and the greater kudu collectively account for around two-thirds of the game meat production from Namibian farmlands; nearly of the springbok meat is exported as mechanically deboned meat to overseas markets. The latissimus dorsi muscle of the springbok comprises 1.1–1.3% ash, 1.3–3.5% fat, 72–75% moisture and 18–22% protein. Stearic acid is the main fatty acid, accounting for 24–27% of the fatty acids. The cholesterol content varies from per of meat. The pH of the meat increases if the springbok is under stress or cropping is done improperly; consequently, the quality deteriorates and the colour darkens. The meat might be adversely affected if the animal is killed by shooting. The meat may be consumed raw or used in prepared dishes. Biltong can be prepared by preserving the raw meat with vinegar, spices, and table salt, without fermentation, followed by drying. Springbok meat may also be used in preparing salami; a study found that the flavour of this salami is better than mutton salami, and feels oilier than salami of beef, horse meat, or mutton. The springbok has been a national symbol of South Africa since the white minority rule in the 20th century. It was adopted as a nickname or mascot by several South African sports teams, most famously by the national rugby union team. The springbok is the national animal of South Africa. Even after the decline of apartheid, Nelson Mandela intervened to keep the name of the animal for the reconciliation of rugby fans, the majority of whom were whites. The springbok is featured on the reverse of the South African Krugerrand coin. The cap badge of The Royal Canadian Dragoons has featured a springbok since 1913, a reference to the
Appendix (8:5–14) Summary The introduction calls the poem "the song of songs", a construction commonly used in Scriptural Hebrew to show something as the greatest and most beautiful of its class (as in Holy of Holies). The poem proper begins with the woman's expression of desire for her lover and her self-description to the "daughters of Jerusalem": she insists on her sun-born blackness, likening it to the "tents of Kedar" (nomads) and the "curtains of Solomon". A dialogue between the lovers follows: the woman asks the man to meet; he replies with a lightly teasing tone. The two compete in offering flattering compliments ("my beloved is to me as a cluster of henna blossoms in the vineyards of En Gedi", "an apple tree among the trees of the wood", "a lily among brambles", while the bed they share is like a forest canopy). The section closes with the woman telling the daughters of Jerusalem not to stir up love such as hers until it is ready. The woman recalls a visit from her lover in the springtime. She uses imagery from a shepherd's life, and she says of her lover that "he pastures his flock among the lilies". The woman again addresses the daughters of Jerusalem, describing her fervent and ultimately successful search for her lover through the night-time streets of the city. When she finds him she takes him almost by force into the chamber in which her mother conceived her. She reveals that this is a dream, seen on her "bed at night" and ends by again warning the daughters of Jerusalem "not to stir up love until it is ready". The next section reports a royal wedding procession. Solomon is mentioned by name, and the daughters of Jerusalem are invited to come out and see the spectacle. The man describes his beloved: Her hair is like a flock of goats, her teeth like shorn ewes, and so on from face to breasts. Place-names feature heavily: her neck is like the Tower of David, her smell like the scent of Lebanon. He hastens to summon his beloved, saying that he is ravished by even a single glance. The section becomes a "garden poem", in which he describes her as a "locked garden" (usually taken to mean that she is chaste). The woman invites the man to enter the garden and taste the fruits. The man accepts the invitation, and a third party tells them to eat, drink, "and be drunk with love". The woman tells the daughters of Jerusalem of another dream. She was in her chamber when her lover knocked. She was slow to open, and when she did, he was gone. She searched through the streets again, but this time she failed to find him and the watchmen, who had helped her before, now beat her. She asks the daughters of Jerusalem to help her find him, and describes his physical good looks. Eventually, she admits her lover is in his garden, safe from harm, and committed to her as she is to him. The man describes his beloved; the woman describes a rendezvous they have shared. (The last part is unclear and possibly corrupted.) The people praise the beauty of the woman. The images are the same as those used elsewhere in the poem, but with an unusually dense use of place-names, e.g., pools of Hebron, gate of Bath-rabbim, tower of Damascus, etc. The man states his intention to enjoy the fruits of the woman's garden. The woman invites him to a tryst in the fields. She once more warns the daughters of Jerusalem against waking love until it is ready. The woman compares love to death and Sheol: love is as relentless and jealous as these two, and cannot be quenched by any force. She summons her lover, using the language used before: he should come "like a gazelle or a young stag upon the mountain of spices". Composition The poem seems to be rooted in festive performance, and connections have been proposed with the "sacred marriage" of Ishtar and Tammuz. It offers no clue to its author or to the date, place, or circumstances of its composition. The superscription states that it is "Solomon's", but even if this is meant to identify the author, it cannot be read as strictly as a similar modern statement. The most reliable evidence for its date is its language: Aramaic gradually replaced Hebrew after the end of the Babylonian exile in the late 6th century BCE, and the evidence of vocabulary, morphology, idiom and syntax clearly point to a late date, centuries after King Solomon to whom it is traditionally attributed. It has parallels with Mesopotamian and Egyptian love poetry from the first half of the 1st millennium, and with the pastoral idylls of Theocritus, a Greek poet who wrote in the first half of the 3rd century BCE; as a result of these conflicting signs, speculation ranges from the 10th to the 2nd centuries BCE, with the language supporting a date around the 3rd century. Debate continues on the unity or disunity of the book. Those who see it as an anthology or collection point to the abrupt shifts of scene, speaker, subject matter and mood, and the lack of obvious structure or narrative. Those who hold it to be a single poem point out that it has no internal signs of composite origins, and view the repetitions and similarities among its parts as evidence of unity. Some claim to find a conscious artistic design underlying it, but there is no agreement among them on what this might be. The question, therefore, remains unresolved. Canonisation and interpretation Judaism The Song was accepted into the Jewish canon of scripture in the 2nd century CE, after a period of controversy in the 1st century. It was accepted as canonical because of its supposed authorship by Solomon and based on an allegorical reading where the subject matter was taken to be not sexual desire but God's love for Israel. For instance, the famed first and second century Rabbi Akiva forbade the use of the Song of Songs in popular celebrations. He reportedly said, "He who sings the Song of Songs in wine taverns, treating it as if it were a vulgar song, forfeits his share in the world to come". However, Rabbi Akiva famously defended the canonicity of the Song of Songs, reportedly saying when the question came up of whether it should be considered a defiling work, "God forbid!
mysticism took on a metaphorically anthropomorphic erotic element, and Song of Songs is an example of this. In Zoharic Kabbalah, God is represented by a system of ten sephirot emanations, each symbolizing a different attribute of God, comprising both male and female. The Shechina (indwelling Divine presence) was identified with the feminine sephira Malchut, the vessel of Kingship. This symbolizes the Jewish people, and in the body, the female form, identified with the woman in Song of Songs. Her beloved was identified with the male sephira Tiferet, the "Holy One Blessed be He", central principle in the beneficent Heavenly flow of Divine emotion. In the body, this represents the male torso, uniting through the sephira Yesod of the male sign of the covenant organ of procreation. Through beneficent deeds and Jewish observance, the Jewish people restore cosmic harmony in the Divine realm, healing the exile of the Shechina with God's transcendence, revealing the essential Unity of God. This elevation of the World is aroused from Above on the Sabbath, a foretaste of the redeemed purpose of Creation. The text thus became a description, depending on the aspect, of the creation of the world, the passage of Shabbat, the covenant with Israel, and the coming of the Messianic age. "Lecha Dodi", a 16th-century liturgical song with strong Kabbalistic symbolism, contains many passages, including its opening two words, taken directly from Song of Songs. In modern Judaism, certain verses from the Song are read on Shabbat eve or at Passover, which marks the beginning of the grain harvest as well as commemorating the Exodus from Egypt, to symbolize the love between the Jewish People and their God. Jewish tradition reads it as an allegory of the relationship between God and Israel. The entire Song of Songs in its original Hebrew is read in synagogues during the intermediate days of Passover. It is often read from a scroll similar to a Torah scroll in style. It is also read in its entirety by some at the end of the Passover Seder and is usually printed in most Hagadahs. Some Jews have the custom to recite the entire book prior to the onset of the Jewish Sabbath. Christianity The literal subject of the Song of Songs is love and sexual longing between a man and a woman, and it has little (or nothing) to say about the relationship of God and man; in order to find such a meaning it was necessary to resort to allegory, treating the love that the Song celebrates as an analogy for the love between God and Church. The Christian church's interpretation of the Song as evidence of God's love for his people, both collectively and individually, began with Origen. Over the centuries the emphases of interpretation shifted, first reading the Song as a depiction of the love between Christ and Church, the 11th century adding a moral element, and the 12th century understanding of the Bride as the Virgin Mary, with each new reading absorbing rather than simply replacing earlier ones, so that the commentary became ever more complex. These theological themes are not in the poem, but derive from a theological reading; nevertheless, what is notable about this approach is the way it leads to conclusions not found in the overtly theological books of the Bible. Those books reveal an abiding imbalance in the relationship between God and man, ranging from slight to enormous; but reading Songs as a theological metaphor produces quite a different outcome, one in which the two partners are equals, bound in a committed relationship. In modern times the poem has attracted the attention of feminist biblical critics, with Phyllis Trible's foundational "Depatriarchalizing in Biblical Interpretation" treating it as an exemplary text, and the Feminist Companion to the Bible series edited by Athalya Brenner and Carole Fontaine devoting two volumes to it. Musical settings Excerpts from the book have inspired composers to write vocal and instrumental compositions, including: Canticum Canticorum by Giovanni Pierluigi da Palestrina: 29 five-part a cappella pieces in fourth volume of motets. (1584) "Chi e costei", a setting of Song of Songs 6:10 in Il Primo libro delle musiche a 1-2 voci e basso continuo (1618) by Francesca Caccini Symphoniae sacrae I (1629) by Heinrich Schütz Dieterich Buxtehude's Membra Jesu Nostri: Cantata VI, Vulnerasti Cor Meum. (1680) J. S. Bach's Wachet auf, ruft uns die Stimme, BWV 140, while mainly based on the Parable of the Ten Virgins, also uses words and imagery from the Song of Songs. Flos Campi by Ralph Vaughan Williams, a suite for solo viola, small chorus and small orchestra (1925), each movement headed by a verse from the book Lyudov Streicher (1888-1958) composed a musical setting for the Song of Songs. Le Cantique des Cantiques (1952) by Jean-Yves Daniel-Lesur C'est un jardin secret... for solo viola (1976) by Tristan Murail Nightstone (1979) for voice and piano by Arnold Rosner Song of Soloman (1989) by Steve Kilbey A'l Mishkavi Baleylot for soprano and harp (1992) and Spring Calls for soprano and ensemble (2006) by Lior Navok John Zorn's "Shir Ha-Shirim" premiered in February 2008. The piece is inspired by Song of Songs and is performed by an amplified quintet of female singers with female and male narrators performing the "Song of Solomon". A performance at the Guggenheim Museum in November 2008 featured choreography for paired dancers from the Khmer Arts Ensemble by Sophiline Cheam Shapiro. In 2013 a new version featuring the five singers without the two narrators premièred in NYC at Alice Tully Hall and at the Jerusalem Sacred Music Festival and released on the album Shir Hashirim. David Lang's "Just (After Song of Songs)" (2014) was premiered in 2014 by Trio Mediaeval and Garth Knox Saltarello Trio. The piece is featured in the film Youth by Paolo Sorrentino. Song of Solomon (2017) classical wedding suite composition for orchestra, organ and two voices by Chris M. Allport Alex Weiser's After Shir Hashirim (2017) draws its inspiration from the text and cantillation of the Song of Songs. Ádám Balázs Czinege's Shir Hashirim (2017) Rami Bar-Niv's Uri Tsafon (Song of Songs 4, 16: Awake, North Wind) (1972) Michael Berkson's Ahava Nafshi performed by Pizmon (2019) Several passages from the Song of Songs were set to music in contemporary Israel - Animals As Leaders's self-titled album includes a track titled "Song of Solomon". Eliza Gilkyson's "Rose of Sharon" on her album "Your town tonight" is based on her reading of Song of Songs in a hotel room Gideon Bible,
younger brother, as Le Fanu had apparently stopped attending services. She suffered from anxiety after the deaths of several close relatives, including her father two years before, which may have led to marital problems. In April 1858 she suffered a "hysterical attack" and died the following day in unclear circumstances. She was buried in the Bennett family vault in Mount Jerome Cemetery beside her father and brothers. The anguish of Le Fanu's diaries suggests that he felt guilt as well as loss. From then on he did not write any fiction until the death of his mother in 1861. He turned to his cousin Lady Gifford for advice and encouragement, and she remained a close correspondent until her death at the end of the decade. In 1861 he became the editor and proprietor of the Dublin University Magazine, and he began to take advantage of double publication, first serialising in the Dublin University Magazine, then revising for the English market. He published both The House by the Churchyard and Wylder's Hand in this way. After lukewarm reviews of the former novel, set in the Phoenix Park area of Dublin, Le Fanu signed a contract with Richard Bentley, his London publisher, which specified that future novels be stories "of an English subject and of modern times", a step Bentley thought necessary for Le Fanu to satisfy the English audience. Le Fanu succeeded in this aim in 1864, with the publication of Uncle Silas, which he set in Derbyshire. In his last short stories, however, Le Fanu returned to Irish folklore as an inspiration and encouraged his friend Patrick Kennedy to contribute folklore to the D.U.M. Le Fanu died of a heart attack in his native Dublin on 7 February 1873, at the age of 58. According to Russell Kirk, in his essay "A Cautionary Note on the Ghostly Tale" in The Surly Sullen Bell, Le Fanu "is believed to have literally died of fright"; but Kirk does not give the circumstances. Today there is a road and a park in Ballyfermot, near his childhood home in south-west Dublin, named after him. Work Le Fanu worked in many genres but remains best known for his horror fiction. He was a meticulous craftsman and frequently reworked plots and ideas from his earlier writing in subsequent pieces. Many of his novels, for example, are expansions and refinements of earlier short stories. He specialised in tone and effect rather than "shock horror" and liked to leave important details unexplained and mysterious. He avoided overt supernatural effects: in most of his major works, the supernatural is strongly implied but a "natural" explanation is also possible. The demonic monkey in "Green Tea" could be a delusion of the story's protagonist, who is the only person to see it; in "The Familiar", Captain Barton's death seems to be supernatural, but is not actually witnessed, and the ghostly owl may be a real bird. This technique influenced later horror artists, both in print and on film (see, for example, the film producer Val Lewton's principle of "indirect horror"). Though other writers have since chosen less subtle techniques, Le Fanu's finest tales, such as the vampire novella Carmilla and the short story "Schalken the Painter", remain some of the most powerful in the genre. He had enormous influence on one of the 20th century's most important ghost story writers, M. R. James, and although his work fell out of favour in the early part of the 20th century, towards the end of the century interest in his work increased and remains comparatively strong. The Purcell Papers His earliest twelve short stories, written between 1838 and 1840, purport to be the literary remains of an 18th-century Catholic priest called Father Purcell. They were published in the Dublin University Magazine and were later collected as The Purcell Papers (1880). They are mostly set in Ireland and include some classic stories of gothic horror, with gloomy castles, supernatural visitations from beyond the grave, madness, and suicide. Also apparent are nostalgia and sadness for the dispossessed Catholic aristocracy of Ireland, whose ruined castles stand as a mute witness to this history. Some of the stories still often appear in anthologies: "The Ghost and the Bonesetter" (1838), his first-published, jocular story. "The Fortunes of Sir Robert Ardagh" (1838), an enigmatic story which partially involves a Faustian pact and is set in the gothic ambiance of a castle in rural Ireland. "The Last Heir of Castle Connor" (1838), a non-supernatural tale, exploring the decline and expropriation of the ancient Catholic gentry of Ireland under the Protestant Ascendancy. "The Drunkard's Dream" (1838), a haunting vision of Hell. "Strange Event in the Life of Schalken the Painter" (1839), a disturbing version of the demon lover motif. This tale was inspired by the atmospheric candlelit scenes of the 17th-century Dutch painter Godfried Schalcken, who is the model for the story's protagonist. M. R. James stated that "Schalken' conforms more strictly to my own ideals. It is indeed one of the best of Le Fanu's good things." It was adapted and broadcast for television as Schalcken the Painter by the BBC for Christmas 1979, starring Jeremy Clyde and John Justin. "Passage in the Secret History of an Irish Countess" (1839), an early version of his later novel Uncle Silas. "A Chapter in the History of a Tyrone Family" (1839), which may have influenced Charlotte Brontë's Jane Eyre. This story was later reworked and expanded by Le Fanu as The Wyvern Mystery (1869). Revised versions of "Irish Countess" and "Schalken" were reprinted in Le Fanu's first collection of short stories, the very rare Ghost Stories and Tales of Mystery (1851). Spalatro An anonymous novella Spalatro: From the Notes of Fra Giacomo, published in the Dublin University Magazine in 1843, was added to the Le Fanu canon as late as 1980, being recognised as Le Fanu's work by W. J. McCormack in his biography of that year. Spalatro has a typically Gothic Italian setting, featuring a bandit as the hero, as in Ann Radcliffe (whose 1797 novel The Italian includes a repentant minor villain of the same name). More disturbing, however, is the hero Spalatro's necrophiliac passion for an undead blood-drinking beauty, who seems to be a predecessor of Le Fanu's later female vampire Carmilla. Like Carmilla, this undead femme fatale is not portrayed in an entirely negative way and attempts, but fails, to save the hero Spalatro from the eternal damnation that seems to be his destiny. Le Fanu wrote this story after the death of his elder sister Catherine in March 1841. She had been ailing for about ten years, but her death came as a great shock to him. Historical fiction Le Fanu's first novels were historical, à la Sir Walter Scott, though with an Irish setting. Like Scott, Le Fanu was sympathetic to the old Jacobite cause: The Cock and Anchor (1845), a story of old Dublin. It was reissued with slight alterations as Morley Court in 1873. The Fortunes of Colonel Torlogh O'Brien (1847) The House by the Churchyard (1863), the last of Le Fanu's novels to be set in the past and, as mentioned above, the last with an Irish setting. It is noteworthy that here Le Fanu's historical style is blended with his later Gothic style, influenced by his reading of the classic writers of that genre, such as Ann Radcliffe. This novel, later cited by James Joyce in Finnegans Wake, is set in Chapelizod, where Le Fanu lived in his youth. Sensation novels Le Fanu published many novels in the contemporary sensation fiction style of Wilkie Collins and others: Wylder's
to attend lectures, but could study at home and take examinations at the university when necessary. He was called to the bar in 1839, but he never practised and soon abandoned law for journalism. In 1838 he began contributing stories to the Dublin University Magazine, including his first ghost story, entitled "The Ghost and the Bone-Setter" (1838). He became the owner of several newspapers from 1840, including the Dublin Evening Mail and the Warder. On 18 December 1844 Le Fanu married Susanna Bennett, the daughter of a leading Dublin barrister, George Bennett, and granddaughter of John Bennett, a justice of the Court of King's Bench (Ireland). Future Home Rule League MP Isaac Butt was a witness. The couple then travelled to his parents' home in Abington for Christmas. They took a house in Warrington Place near the Grand Canal in Dublin. Their first child, Eleanor, was born in 1845, followed by Emma in 1846, Thomas in 1847 and George in 1854. In 1847 Le Fanu supported John Mitchel and Thomas Francis Meagher in their campaign against the indifference of the government to the Irish Famine. Others involved in the campaign included Samuel Ferguson and Isaac Butt. Butt wrote a forty-page analysis of the national disaster for the Dublin University Magazine in 1847. His support cost him the nomination as Tory MP for County Carlow in 1852. In 1856 the family moved from Warrington Place to the house of Susanna's parents at 18 Merrion Square (later number 70, the office of the Irish Arts Council). Her parents retired to live in England. Le Fanu never owned the house, but rented it from his brother-in-law for £22 per annum (which he still failed to pay in full). His personal life also became difficult at this time, as his wife suffered from increasing neurotic symptoms. She had a crisis of faith and attended religious services at the nearby St. Stephen's Church. She also discussed religion with William, Le Fanu's younger brother, as Le Fanu had apparently stopped attending services. She suffered from anxiety after the deaths of several close relatives, including her father two years before, which may have led to marital problems. In April 1858 she suffered a "hysterical attack" and died the following day in unclear circumstances. She was buried in the Bennett family vault in Mount Jerome Cemetery beside her father and brothers. The anguish of Le Fanu's diaries suggests that he felt guilt as well as loss. From then on he did not write any fiction until the death of his mother in 1861. He turned to his cousin Lady Gifford for advice and encouragement, and she remained a close correspondent until her death at the end of the decade. In 1861 he became the editor and proprietor of the Dublin University Magazine, and he began to take advantage of double publication, first serialising in the Dublin University Magazine, then revising for the English market. He published both The House by the Churchyard and Wylder's Hand in this way. After lukewarm reviews of the former novel, set in the Phoenix Park area of Dublin, Le Fanu signed a contract with Richard Bentley, his London publisher, which specified that future novels be stories "of an English subject and of modern times", a step Bentley thought necessary for Le Fanu to satisfy the English audience. Le Fanu succeeded in this aim in 1864, with the publication of Uncle Silas, which he set in Derbyshire. In his last short stories, however, Le Fanu returned to Irish folklore as an inspiration and encouraged his friend Patrick Kennedy to contribute folklore to the D.U.M. Le Fanu died of a heart attack in his native Dublin on 7 February 1873, at the age of 58. According to Russell Kirk, in his essay "A Cautionary Note on the Ghostly Tale" in The Surly Sullen Bell, Le Fanu "is believed to have literally died of fright"; but Kirk does not give the circumstances. Today there is a road and a park in Ballyfermot, near his childhood home in south-west Dublin, named after him. Work Le Fanu worked in many genres but remains best known for his horror fiction. He was a meticulous craftsman and frequently reworked plots and ideas from his earlier writing in subsequent pieces. Many of his novels, for example, are expansions and refinements of earlier short stories. He specialised in tone and effect rather than "shock horror" and liked to leave important details unexplained and mysterious. He avoided overt supernatural effects: in most of his major works, the supernatural is strongly implied but a "natural" explanation is also possible. The demonic monkey in "Green Tea" could be a delusion of the story's protagonist, who is the only person to see it; in "The Familiar", Captain Barton's death seems to be supernatural, but is not actually witnessed, and the ghostly owl may be a real bird. This technique influenced later horror artists, both in print and on film (see, for example, the film producer Val Lewton's principle of "indirect horror"). Though other writers have since chosen less subtle techniques, Le Fanu's finest tales, such as the vampire novella Carmilla and the short story "Schalken the Painter", remain some of the most powerful in the genre. He had enormous influence on one of the 20th century's most important ghost story writers, M. R. James, and although his work fell out of favour in the early part of the 20th century, towards the end of the century interest in his work increased and remains comparatively strong. The Purcell Papers His earliest twelve short stories, written between 1838 and 1840, purport to be the literary remains of an 18th-century Catholic priest called Father Purcell. They were published in the Dublin University Magazine and were later collected as The Purcell Papers (1880). They are mostly set in Ireland and include some classic stories of gothic horror, with gloomy castles, supernatural visitations from beyond the grave, madness, and suicide. Also apparent are nostalgia and sadness for the dispossessed Catholic aristocracy of Ireland, whose ruined castles stand as a mute witness to this history. Some of the stories still often appear in anthologies: "The Ghost and the Bonesetter" (1838), his first-published, jocular story. "The Fortunes of Sir Robert Ardagh" (1838), an enigmatic story which partially involves a Faustian pact and is set in the gothic ambiance of a castle in rural Ireland. "The Last Heir of Castle Connor" (1838), a non-supernatural tale, exploring the decline and expropriation of the ancient Catholic gentry of Ireland under the Protestant Ascendancy. "The Drunkard's Dream" (1838), a haunting vision of Hell. "Strange Event in the Life of Schalken the Painter" (1839), a disturbing version of the demon lover motif. This tale was inspired by the atmospheric candlelit scenes of the 17th-century Dutch painter Godfried Schalcken, who is the model for the story's protagonist. M. R. James stated that "Schalken' conforms more strictly to my own ideals. It is indeed one of the best of Le Fanu's good things." It was adapted and broadcast for television as Schalcken the Painter by the BBC for Christmas 1979, starring Jeremy Clyde and John Justin. "Passage in the Secret History of an Irish Countess" (1839), an early version of his later novel Uncle Silas. "A Chapter in the History of a Tyrone Family" (1839), which may have influenced Charlotte Brontë's Jane Eyre. This story was later reworked and expanded by Le Fanu as The Wyvern Mystery (1869). Revised versions of "Irish Countess" and "Schalken" were reprinted in Le Fanu's first collection of short stories, the very rare Ghost Stories and Tales of Mystery (1851). Spalatro An anonymous novella Spalatro: From the Notes of Fra Giacomo, published in the Dublin University Magazine in 1843, was added to the Le Fanu canon as late as 1980, being recognised as Le Fanu's work by W. J. McCormack in his biography of that year. Spalatro has a typically Gothic Italian setting, featuring a bandit as the hero, as in Ann Radcliffe (whose 1797 novel The Italian includes a repentant minor villain of the same name). More disturbing, however, is the hero Spalatro's necrophiliac passion for an undead blood-drinking beauty, who seems to be a predecessor of Le Fanu's later female vampire Carmilla. Like Carmilla, this undead femme fatale is not portrayed in an entirely negative way and attempts, but fails, to save the hero Spalatro from the eternal damnation that seems to be his destiny. Le Fanu wrote this story after the death of his elder sister Catherine in March 1841. She had been ailing for about ten years, but her death came as a great shock to him. Historical fiction Le Fanu's first novels were historical, à la Sir Walter Scott, though with an Irish setting. Like Scott, Le Fanu was sympathetic to the old Jacobite cause: The Cock and Anchor (1845), a story of old Dublin. It was reissued with slight alterations as Morley Court in 1873. The Fortunes of Colonel Torlogh O'Brien (1847) The House by the Churchyard (1863), the last of Le Fanu's novels to be set in the past and, as mentioned above, the last with an Irish setting. It is noteworthy that here Le Fanu's historical style is blended with his later Gothic style, influenced by his reading of the classic writers of that genre, such as Ann Radcliffe. This novel, later cited by James Joyce in Finnegans Wake, is set in Chapelizod, where Le Fanu lived in his youth. Sensation novels Le Fanu published many novels in the contemporary sensation fiction style of Wilkie Collins and others: Wylder's Hand (1864) Guy Deverell (1865) All in the Dark (1866), satirising spiritualism. The Tenants of Malory (1867) A Lost Name (1868) an adaptation of The Evil Guest Haunted Lives (1868) The Wyvern Mystery (1869) Checkmate (1871) The Rose and the Key
was under the leadership of Cardinal Wolsey (the Archbishop of York and Lord Chancellor) and Thomas Cranmer (the Archbishop of Canterbury) (1515–1529). From this time forward, the Court of Star Chamber became a political weapon for bringing actions against those who opposed the policies of King Henry VIII, his ministers and his parliament. Although it was initially a court of appeal, King Henry, Wolsey and Cranmer encouraged plaintiffs to bring their cases directly to the Star Chamber, bypassing the lower courts entirely. The Court was used extensively to control Wales, after the Laws in Wales Acts (sometimes referred to as the "Acts of Union"). The Tudor-era gentry in Wales turned to the Chamber to evict Welsh landowners and protect themselves, and in general protect the advantages given to them by the Laws in Wales Acts. One of the weapons of the Star Chamber was the ex officio oath where, because of their positions, individuals were forced to swear to answer truthfully all questions that might be asked. Faced by hostile questioning, this then gave them the "cruel trilemma" of having to incriminate themselves, face charges of perjury if they gave unsatisfactory answers to their accusers, or be held in contempt of court if they gave no answer. Stuarts The power of the Court of Star Chamber grew considerably under the House of Stuart, and by the time of King Charles I, it had become synonymous with misuse and abuse of power by the King and his circle. King James I and his son Charles used the court to examine cases of sedition, which meant that the court could be used to suppress opposition to royal policies. It came to be used to try nobles too powerful to be brought to trial in the lower courts. King Charles I used the Court of Star Chamber as a Parliamentary substitute during the eleven years of Personal Rule, when he ruled without a Parliament. King Charles made extensive use of the Court of Star Chamber to prosecute dissenters, including the Puritans who fled to New England. This was one of the causes of the English Civil War. On 17 October 1632, the Court of Star Chamber banned all "news books" because of complaints from Spanish and Austrian diplomats that coverage of the Thirty Years' War in England was unfair. As a result, newsbooks pertaining to this matter were often printed in Amsterdam and then smuggled into the country, until control of the press collapsed with the developing ideological conflict of 1640–41. The Star Chamber became notorious for judgments favourable to the king, for example when Archbishop Laud had William Prynne branded on both cheeks through its agency in 1637 for seditious libel. In 1571 Elizabeth I set up an equivalent Court in Ireland, the Court of Castle Chamber, to deal with cases of riot and offences against public order. Although it was initially popular with private litigants, under the Stuarts it developed the same reputation for harsh and arbitrary proceedings as its parent court, and during the political confusion of the 1640s it disappeared. In the early 1900s, Edgar Lee Masters commented: Abolition and aftermath In 1641, the Long Parliament, led by John Pym and inflamed by the severe treatment of John Lilburne, as well as that of other religious dissenters such as William Prynne, Alexander Leighton, John Bastwick and Henry Burton, abolished the Star Chamber with the Habeas Corpus Act 1640. The gruesome punishments which the Star Chamber imposed were not forgotten, and were revived by King James II, prompting an article in the Bill of Rights of 1688 "That excessive Baile ought not to be required nor excessive Fines imposed nor cruell and unusuall Punishments inflicted". The Chamber itself stood until its demolition in 1806 (or 1834 or early in 1836), when its materials were salvaged. The door was reused in the nearby Westminster School until it was destroyed in the Blitz, and the historic Star Chamber ceiling, with its bright gold stars, was brought to Leasowe Castle on the Wirral Peninsula in Cheshire from the Court of Westminster, along with four tapestries depicting the four seasons. Recent history In the late 20th century, the expression was revived in reference to ways of resolving internal high-level questions within the government, usually relating to budget appropriations. The press and some civil servants under the premiership of Margaret Thatcher (1979–1990) revived the term for private ministerial meetings at which disputes between the Treasury and high-spending departments were resolved. In 2010, the press employed the term for a committee established by the Cameron ministry to plan spending cuts to reduce public debt. In March 2019, the European Research Group formed its own 'Star Chamber' to pass judgement on Theresa May's then proposed Brexit deal, and which recommended that MPs should not back it. On 29 December 2020, the ERG's Star Chamber gave a similar verdict on Boris Johnson's recently agreed EU–UK Trade and Cooperation Agreement, but on this occasion recommending that their members vote for it because the deal is "consistent with the restoration of UK sovereignty". Influence on the U.S. Constitution The historical abuses of the Star Chamber are considered some of the reasons, along with English common law precedent, behind the protections against compelled self-incrimination embodied in the Fifth Amendment to the United States Constitution. The meaning of "compelled testimony" under the Fifth Amendment – i.e., the conditions under which a defendant is allowed to "plead the Fifth" to avoid self-incrimination – is
for harsh and arbitrary proceedings as its parent court, and during the political confusion of the 1640s it disappeared. In the early 1900s, Edgar Lee Masters commented: Abolition and aftermath In 1641, the Long Parliament, led by John Pym and inflamed by the severe treatment of John Lilburne, as well as that of other religious dissenters such as William Prynne, Alexander Leighton, John Bastwick and Henry Burton, abolished the Star Chamber with the Habeas Corpus Act 1640. The gruesome punishments which the Star Chamber imposed were not forgotten, and were revived by King James II, prompting an article in the Bill of Rights of 1688 "That excessive Baile ought not to be required nor excessive Fines imposed nor cruell and unusuall Punishments inflicted". The Chamber itself stood until its demolition in 1806 (or 1834 or early in 1836), when its materials were salvaged. The door was reused in the nearby Westminster School until it was destroyed in the Blitz, and the historic Star Chamber ceiling, with its bright gold stars, was brought to Leasowe Castle on the Wirral Peninsula in Cheshire from the Court of Westminster, along with four tapestries depicting the four seasons. Recent history In the late 20th century, the expression was revived in reference to ways of resolving internal high-level questions within the government, usually relating to budget appropriations. The press and some civil servants under the premiership of Margaret Thatcher (1979–1990) revived the term for private ministerial meetings at which disputes between the Treasury and high-spending departments were resolved. In 2010, the press employed the term for a committee established by the Cameron ministry to plan spending cuts to reduce public debt. In March 2019, the European Research Group formed its own 'Star Chamber' to pass judgement on Theresa May's then proposed Brexit deal, and which recommended that MPs should not back it. On 29 December 2020, the ERG's Star Chamber gave a similar verdict on Boris Johnson's recently agreed EU–UK Trade and Cooperation Agreement, but on this occasion recommending that their members vote for it because the deal is "consistent with the restoration of UK sovereignty". Influence on the U.S. Constitution The historical abuses of the Star Chamber are considered some of the reasons, along with English common law precedent, behind the protections against compelled self-incrimination embodied in the Fifth Amendment to the United States Constitution. The meaning of "compelled testimony" under the Fifth Amendment – i.e., the conditions under which a defendant is allowed to "plead the Fifth" to avoid self-incrimination – is thus often interpreted via reference to the inquisitorial methods of the Star Chamber. As the U.S. Supreme Court described it, "the Star Chamber has, for centuries, symbolized disregard of basic individual rights. The Star Chamber not merely allowed, but required, defendants to have counsel. The defendant's answer to an indictment was not accepted unless it was signed by counsel. When counsel refused to sign the answer, for whatever reason, the defendant was considered to have confessed." Notes References Further reading 1487 establishments in England 1641 disestablishments in Europe 17th-century disestablishments in England Abuse of the legal system Former courts and tribunals in England and Wales Informal legal terminology Palace of Westminster Parliament
in diversity. The ears of wheat An emblem of fertility, it also symbolises the idea of germination, growth and the feasible development of any potential. It relates to the nourishment of the people and signifies the agricultural aspects of the Earth. Elephant tusks Elephants symbolise wisdom, strength, moderation and eternity. The shield It has a dual function as a vehicle for the display of identity and of spiritual defence. It contains the primary symbol of our nation. The human figures The figures are depicted in an attitude of greeting, symbolising unity. This also represents the beginning of the individual’s transformation into the greater sense of belonging to the nation and by extension, collective humanity. The spear and knobkierie A dual symbol of defence and authority, they in turn represent the powerful legs of the secretary bird. The spear and knobkierie are lying down, symbolising peace. The oval shape of ascendance Immediately above the oval shape of foundation, is the visual centre of the coat of arms, a protea. The petals of the protea are rendered in a triangular pattern reminiscent of the crafts of Africa. The secretary bird is placed above the protea and the flower forms the chest of the bird. The secretary bird stands with its wings uplifted in a regal and uprising gesture. The distinctive head feathers of the secretary bird crown a strong and vigilant head. The rising sun above the horizon is placed between the wings of the secretary bird and completes the oval shape of ascendance. The combination of the upper and lower oval shapes intersect to form an unbroken infinite course, and the great harmony between the basic elements result in a dynamic, elegant and thoroughly distinctive design. Yet it clearly retains the stability, gravity and immediacy that a coat of arms demands. The King protea The protea is an emblem of the beauty of our land and the flowering of our potential as a nation in pursuit of the African Renaissance. The protea symbolises the holistic integration of forces that grow from the Earth and are nurtured from above. The most popular colours of Africa have been assigned to the protea – green, gold, red and black. The secretary bird The secretary bird is characterised in flight, the natural consequence of growth and speed. It is the equivalent of the lion on Earth. A powerful bird whose legs – depicted as the spear and knobkierie – serve it well in its hunt for snakes, symbolising protection of the nation against its enemies. It is a messenger of the heavens and conducts its grace upon the Earth. In this sense it is a symbol of divine majesty. Its uplifted wings are an emblem of the ascendance of our nation, while simultaneously offering us its protection. It is depicted in gold, which clearly symbolises its association with the sun and the highest power. The rising sun An emblem of brightness, splendour and the supreme principle of the nature of energy. It symbolises the promise of rebirth, the active faculties of reflection, knowledge, good judgement and willpower. It is the symbol of the source of life, of light and the ultimate wholeness of humanity. 1910 arms The first coat of arms was granted by King George V by Royal Warrant on 17 September 1910. This was a few months after the formation of the Union of South Africa. It was a combination of symbols representing the four provinces (formerly colonies) that made up the Union. The first quarter is the figure of Hope, representing the Colony of the Cape of Good Hope. The two wildebeests of the second quarter represent the Colony of Natal. The orange tree in the third quarter was used as the symbol of the Orange Free State Republic. The wagon in the fourth quarter represented the Transvaal.
and the flower forms the chest of the bird. The secretary bird stands with its wings uplifted in a regal and uprising gesture. The distinctive head feathers of the secretary bird crown a strong and vigilant head. The rising sun above the horizon is placed between the wings of the secretary bird and completes the oval shape of ascendance. The combination of the upper and lower oval shapes intersect to form an unbroken infinite course, and the great harmony between the basic elements result in a dynamic, elegant and thoroughly distinctive design. Yet it clearly retains the stability, gravity and immediacy that a coat of arms demands. The King protea The protea is an emblem of the beauty of our land and the flowering of our potential as a nation in pursuit of the African Renaissance. The protea symbolises the holistic integration of forces that grow from the Earth and are nurtured from above. The most popular colours of Africa have been assigned to the protea – green, gold, red and black. The secretary bird The secretary bird is characterised in flight, the natural consequence of growth and speed. It is the equivalent of the lion on Earth. A powerful bird whose legs – depicted as the spear and knobkierie – serve it well in its hunt for snakes, symbolising protection of the nation against its enemies. It is a messenger of the heavens and conducts its grace upon the Earth. In this sense it is a symbol of divine majesty. Its uplifted wings are an emblem of the ascendance of our nation, while simultaneously offering us its protection. It is depicted in gold, which clearly symbolises its association with the sun and the highest power. The rising sun An emblem of brightness, splendour and the supreme principle of the nature of energy. It symbolises the promise of rebirth, the active faculties of reflection, knowledge, good judgement and willpower. It is the symbol of the source of life, of light and the ultimate wholeness of humanity. 1910 arms The first coat of arms was granted by King George V by Royal Warrant on 17 September 1910. This was a few months after the formation of the Union of South Africa. It was a combination of symbols representing the four provinces (formerly colonies) that made up the Union. The first quarter is the figure of Hope, representing the Colony of the Cape of Good Hope. The two wildebeests of the second quarter represent the Colony of Natal. The orange tree in the third quarter was used as the symbol of the Orange Free State Republic. The wagon in the fourth quarter represented the Transvaal. The supporters are taken from the arms of the Orange River Colony and the Cape Colony. The lion holds four rods, bound together, symbolising the unification of the four former colonies. The motto, Ex Unitate Vires was officially translated as "Union is Strength" until 1961, and thereafter as "Unity is Strength". Evolution Three official renditions of the arms were used. The original rendition (1910) was the only version used until 1930, and it continued to