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policies of his predecessor, Nicholas I. King Lothair II of Lotharingia, who died in 869, left Adrian to mediate between the Frankish kings with a view to secure the imperial inheritance to Lothair's brother Louis II of Italy. Adrian sought to maintain good relations with Louis, since the latter's campaigns in southern Italy had the potential to free the papacy from the threat posed by the Muslims. Patriarch Photius I of Constantinople, shortly after the council in which he had pronounced sentence of deposition against Pope Nicholas I, was driven from the patriarchate by a new Byzantine emperor, Basil the Macedonian, who favoured Photius' rival, Ignatius. The Fourth Council of Constantinople was convoked to decide this matter. At this council Adrian was represented by legates who presided | who favoured Photius' rival, Ignatius. The Fourth Council of Constantinople was convoked to decide this matter. At this council Adrian was represented by legates who presided at the condemnation of Photius as a heretic, but did not succeed in coming to an understanding with Ignatius on the subject of jurisdiction over the Bulgarian Church. Like Nicholas I, Adrian was forced to submit in temporal affairs to the interference of Emperor Louis II, who placed him under the surveillance of Bishop Arsenius of Orte, his confidential adviser, and Arsenius' nephew Anastasius the Librarian. In 868, Adrian's wife and daughter were carried off and murdered by Arsenius' son Eleutherius, who had forcibly married |
on a trip to Worms, in modern Germany. The purpose the journey was to attend an Imperial Diet after being summoned by Emperor Charles the Fat to settle the imperial succession and discuss the rising power of the Saracens. Adrian's death and subsequent burial in the church of San Silvestro Nonantola Abbey near Modena is commemorated in the sculpted reliefs () that frame the doorway of this church. His relics are found near the high altar, and his tomb at once became a popular | of the people of Italy, prey to famine and to continuous war. He is also known to have written a letter condemning the Christians of both Muslim-ruled and Christian-ruled parts of Spain for being too friendly with the Jews in these lands. Adrian died in July 885 at San Cesario sul Panaro (Modena) not long after embarking on a trip to Worms, in modern Germany. The purpose the journey was to attend an Imperial Diet after being summoned by Emperor Charles the Fat to settle the imperial succession and discuss the rising power of the Saracens. Adrian's death and subsequent burial in the church of San Silvestro Nonantola Abbey near Modena is commemorated in the sculpted reliefs () that frame the doorway of this church. His relics are found near the high altar, and his tomb at once became a popular place of pilgrimage. His cult was confirmed by Pope Leo XIII on 2 June 1891, and his feast day is celebrated |
northern European countries instead of the pope. The pope was also allegedly asked by a Danish king named Frode, now considered legendary, to send missionaries to his kingdom. Agapetus was also asked to intervene in a dispute between Herhold, archbishop of Salzburg and Gerard, bishop of Lauriacum, who both claimed the title of metropolitan of all Pannonia. Agapetus dispatched a letter to the two claimants, in which he stated that the diocese of Lauriacum had been the metropolitan church of all Pannonia before the invasion of the Huns. However, following the ravages inflicted by them, the metropolitan had transferred his see to another city, and since that time Salzburg had been raised to an archbishopric. Consequently, both lawfully occupied their respective sees, and both were to retain their rank and diocese. Agapetus ruled that jurisdiction over western Pannonia would rest with Herhold, while the eastern part, along with the regions occupied by the Avars and the Moravians, would fall under Gerard. In Italy, Agapetus wrote to the dukes of Beneventum and Capua, demanding that monasteries be returned to the monks whom they had displaced. He also deposed the bishops of Termoli and Trivento who were accused of simony. Hoping to rejuvenate the religious life of the clerics in Italy, Agapetus, with the blessing of Alberic, asked for the abbot of Gorze Abbey to send some of his monks down and join | and other northern European countries instead of the pope. The pope was also allegedly asked by a Danish king named Frode, now considered legendary, to send missionaries to his kingdom. Agapetus was also asked to intervene in a dispute between Herhold, archbishop of Salzburg and Gerard, bishop of Lauriacum, who both claimed the title of metropolitan of all Pannonia. Agapetus dispatched a letter to the two claimants, in which he stated that the diocese of Lauriacum had been the metropolitan church of all Pannonia before the invasion of the Huns. However, following the ravages inflicted by them, the metropolitan had transferred his see to another city, and since that time Salzburg had been raised to an archbishopric. Consequently, both lawfully occupied their respective sees, and both were to retain their rank and diocese. Agapetus ruled that jurisdiction over western Pannonia would rest with Herhold, while the eastern part, along with the regions occupied by the Avars and the Moravians, would fall under Gerard. In Italy, Agapetus wrote to the dukes of Beneventum and Capua, demanding that monasteries be returned to the monks whom they had displaced. He also deposed the bishops of Termoli and Trivento who were accused of simony. Hoping to rejuvenate the religious life of the clerics in Italy, Agapetus, with the blessing of Alberic, asked for the abbot of Gorze Abbey to send some of his monks down and join the monastic community attached to the church of Saint Paul Outside the Walls. Agapetus died on 8 November 955, and was succeeded by Alberic's son, Octavian, who took the papal name of John XII. He was buried in the Lateran basilica, behind the apse, and close to the tombs of Leo V and Paschal II. Agapetus was noted for his caution |
on the papal patrimony, help against the Romans, freedom from royal control for the Sicilian church". Adrian's new alliance with William exacerbated relations with Barbarossa, who believed that Adrian had broken the Treaty of Constance twice over, by allying with both King William and the Byzantine Emperor. Relations between Pope and Emperor were, argues Latowsky, "irreparably damaged. Adrian probably acted as mediator the following year in concluding a peace treaty between William and Manuel. The Emperor attempted to prevent the treaty by sending his most experienced diplomat, Abbot Wibald to intervene, as he probably saw a Sicilian–Byzantine alliance as being directed against him. The alliance with William had probably been strengthened by the Pope's belief that Barbarossa had already broken the Treaty of Constance. At the Treaty of Benevento, Adrian was represented by the Cardinals Ubald, Julius and Roland; the Papacy was forced to cede much valuable land, rights and income to William. The Emperor felt personally betrayed: according to the contemporary chronicler Geoffrey of Viterbo, the Pope, "wish[ed] to be an enemy of Caesar". Duggan, however, suggests that the Imperial alliance with the papacy had only ever been a flag of convenience, "ready to be discarded when it had served its purpose". Bolton, meanwhile, suggests that, as Benevento was an Imperial town, the fact that following the treaty he stayed there for eight more months indicates that Adrian was asserting his power. Problems in translation, 1157 By 1157, suggests Whalen, having secured the border with the south (by his alliance with Sicily) and the commune as peaceful as it had been for some time, Adrian was able to reside in Rome again and "stood in a more secure position than any of his predecessors had for decades". They were made worse in 1157 when, in a letter to the Emperor, Adrian referred to the Empire by the Latin term beneficium, which some of Barbarossa's councillors translated as fief, rather than benefice. This, they claimed, implied that the Pope saw the Empire as subordinate to the Papacy. The Emperor had to personally hold back Otto of Wittelsbach from assaulting the Pope's messengers. Ullmann, however, argues that Adrian's use of the word was "harmless enough...that he conferred the Imperial crown as a favour". Duggan too describes the incident as "at best a diplomatic incident—a faux pas—which suggests carelessness on the part of the drafter". Historians have disagreed as to the degree of deliberation behind the use of the word. Peter Munz, for example, believes it to have been a deliberate provocation, engineered by an anti-Imperial faction within the curia, designed to justify Adrian's treaty with King William. Anne Duggan, on the other hand, suggests this view is "scarcely credible": not only was Adrian in no position of strength from which to threaten Frederick, but he was also aware that the Emperor was planning a campaign against Milan for the following year, and would hardly wish to provoke him into marching on towards the Papal States. In October 1157, Barbarossa was celebrating his wedding in Besançon with an Imperial Diet, when he was visited by Papal legates Roland and Bernard. Theirs was an important mission bringing personal letters from Adrian, and they were met "with honour and kindness, claiming (as they did) to be the bearers of good tidings". The Pope complained about the lack of activity in discovering who attacked Eskil, Archbishop of Lund while he travelled through Imperial territory. Eskil, complained Adrian, had been captured somewhere "in the German lands...by certain godless and infamous men", and Frederick had made no attempt to secure his release. Adrian's letter, suggests Godman, both upbraids the Emperor for "dissimulation" and "negligence" while accusing Reinald of Dessel of being a "wicked counsellor ", although Duggan describes it more as a "mild rebuke". Barber comments that "the tone is that of one who is surprised and a little hurt that, having treated Frederick so affectionately and honourably, he had not had a better response, but the actual words used to express these sentiments gave rise to immediate offence". Adrian's defence of Eskil of Lund contributed further to the decline in his relationship with Barbarossa. Adrian's choice of occasion on which to rebuke the Emperor was bound to offend him, argues Norwich. But even if unintentional, argues Freed, the Pope should have instructed his delegates to meet with Barbarossa privately rather than in the open. Equally provocative, Freed suggests, was Adrian's later assertion that letters which criticised the Emperor's behaviour were somehow to his advantage. Adrian's "sharp" words also contributed to the Emperor's advisors increasing discontent with his messengers. The Pope had also ordered that, before any negotiations took place, the Emperor's council would accept Adrian's letters "without any hesitation...as though proceeding from our mouth". The cardinals appear to have worsened their reception by calling Frederick "brother". The Emperor was also exasperated to find, on ordering the legates' quarters searched, blank parchments with the Papal seal attached. This he understood to mean that the legates had intended to present supposedly direct instructions from the Pope when they felt it necessary. Barbarossa claimed that he held his crowns directly from God and that Adrian "did not understand his Petrine commission if he thought otherwise". Following promulgation of Adrian' letter, says Godman, "there was uproar". Worse, says Barbarossa's contemporary chronicler Otto of Freising, the legates compounded the insult by asking those present "from whom the does he have the empire, if not from our lord the pope?" The two ecclesiasts were then nearly beaten up, but the Emperor enabled their swift escape. Retranslation In June 1158, representatives of both sides met in the Imperial town of Augsberg. Adrian attempted to pacify the Emperor and claimed that he meant, not "fief", but "good deed": "Among us beneficium means not a fief but a good deed", he wrote. Barber suggests, though, that "his explanation was far from convincing". On the other hand, notes the Emperor's biographer John Freed, Barbarossa was illiterate, and required everything translated. He was thus in constant danger of relying on mistranslations, and it is possible that this happened at Besançon. Taken at face value, this phrase appeared to assert that Adrian was the Emperor's feudal overlord. Latowsky argues that the mistranslation was a deliberate ploy by Barbarossa's Archchancellor Rainald of Dassel—whom she describes as a "multilingual provocateur"—whose Chancery was waging a propaganda war against Adrian. The Pope had earlier condemned Reinauld's election as Archbishop of Cologne believed Rainauld to be nothing less than the Devil's agent. Latowsky suggests that Rainauld had intended to cause trouble between Emperor and Pope. If this was the case, he succeeded, as Barbarossa was only just restrained from sending an army against Adrian. The Emperor did make a public declaration against Adrian, though, calling for his deposition on the grounds that, as the son of a priest, he was an uncanonical pope. Ullmann notes that canonicity "was indubitably a double-edged weapon; if Adrian was an uncanonical pope, then Frederick was an uncanonical emperor, and that seems the only reason why this point was not pressed further". Duggan summarises Adrian's Augsberg letter as being concomitant to one's interpretation of the original offence, noting that "the context...determines everything". While Munz views the Augsberg issuement as a "humiliating" retreat by Adrian, Duggan argues that, if one does not view the Besançon letter as deliberately provocative, "then there was no withdrawal from that provocation". Adrian's choice of words may also have been a "calculated ambiguity", suggests Abulafia, and in the event, Adrian never publicly acknowledged which of the interpretations he had actually intended. This would have allowed him to suggest the Emperor has misunderstood him while allowing the Pope to intimate to his own church that the Emperor was indeed a Papal vassal. Adrian "trivialised" Barbarossa's anger with irony, commenting that "this should not have vexed the heart of even one in lowly station, to say nothing of so great a man". The Augsburg meeting seems to have improved relations between Pope and Emperor. As Freed notes, though, "the fundamental question...remained unresolved", and any improvement in relations was temporary, as they fell out again later that year over the appointment of the next Archbishop of Ravenna. This revived the question of their respective roles, as the nominations were split between each sides' preferences; in the event, the Imperial candidate—Guido of Biandrate—was elected against Adrian's wishes. There was also increasing disagreement over the traditional fodrum Imperial taxation levied in north Italy. Imperial claims to north Italy Adrian's opposition to Guido of Biandrate's appointment had so incensed the Emperor that he no longer placed the Pope's name before his own in their correspondence, as had been a traditional sign of honour. Furthermore, he began aggressively asserting his claims over Lombardy, and in 1159 the Diet of Roncaglia issued a series of decrees claiming extensive lands in north Italy. This caused sufficient concern that the cities of Milan—which Barbarossa had already "half-destroyed", says Ullmann—Brescia, Piacenza and Crema (which had also suffered a "brutal siege", notes Duggan) approached Adrian for aid. Since the lands concerned were part of the Papal fiefdom, Adrian, in Bologna, rejected Barbarossa's claim and gave him 40 days in which to withdraw them, on pain of excommunication. However, Adrian's intervention in a quarrel between the Emperor and the Lombard towns may, suggests the classicist Peter Partner, "may have been inevitable, but it was to be one of the most explosive issues of its age". Duggan has emphasised the severity of the situation facing Adrian: accepting Frederick's claims, she says, would have entailed Adrian effectively "abandoning the whole Italian church". Adrian also had counter-demands. Frederick was to desist from sending envoys to Rome without papal permission, that he should only be paid the Imperial tax from his Italian lands while in Italy and that those papal lands in north Italy be returned to the church. Adrian, says Duggan, "received short thrift". In the event Adrian died before his 40-day term expired. As relations between Emperor and Pope worsened, Barbarossa took to placing his own name before that of Adrian in their correspondence, as well as addressing the Pope in the singular. By now, suggests Duggan, Adrian was viewed with contempt by the Emperor. Relations with England Pope Adrian, comments Sayers, "was not unmindful of the interests and well-being of his English homeland", and Robinson identifies his pontificate as "the period in which English influence was strongest in the papal curia". Adrian remained faithful to the cult of St Alban and often promoted King Henry's political ambitions when he could. For example, suggests Brooke, following his lengthy stay with Adrian, John of Salisbury seems to have acquired the belief that he would at some point receive a cardinalate. However, John fell out with King Henry for a now-unknown reason, and Adrian—probably wishing to promote his friend but essentially a diplomat and a realist—could not afford to alienate his only major supporter in northern Europe. Adrian also favourably received at least two curial embassies from St Albans in 1156 and 1157. In 1156 Adrian ordered King Henry II to appoint an otherwise unknown Hugh to a London prebend. He wrote to Roger, Archbishop of York two months after Adrian's election confirming the Papal Legates in their offices. Adrian had been absent from England since 1120, and it should not be assumed that he bore an automatic affection for the country which, in Richard Southern's words, had given him "no reasons to cherish warm feelings" about it. However, in 1156, when John of Salisbury—"in circumstances which otherwise remain obscure"—had fallen into disgrace with the English King, Adrian regularly petitioned Henry for his friend's reinstatement. This was eventually won, but had taken a year to achieve. Anne Duggan, of King's College, London, describes Anglo-Papal relations at this time as "not so much to a policy, perhaps, but to persistent intervention...and to a degree of acceptance, willing or not, on the part of Church authorities". However, Adrian was willing to intervene in English church affairs when it suited, as in February 1156 when he threatened Nigel, Bishop of Ely with suspension from office over what the art historian C. R. Dodwell has called Nigel's having "stripped-down, sold, or used as security, a quite astounding number of Ely's monastic treasures". Among other patronages, he confirmed the nuns of St Mary's Priory, Neasham in possession of their church. and granted St Albans Abbey "a large dossier of privileges and directives" exempting it from the jurisdiction of its episcopal master, Robert de Chesney, Bishop of Lincoln. He also confirmed the primacy of the Archbishop of York over Scottish bishops and his independence from the Archbishop of Canterbury. He also granted papal protection—"free and immune from all subjection except to the Roman pontiff"—to Scottish towns, such as that of Kelso in 1155. He also, on occasion, sent his young protégés to the court of King Henry to learn the aristocratic arts of hunting, falconry and the martial arts. Adrian, suggests the papal scholar Brenda M. Bolton, had a particularly "special relationship" with his "home abbey" of St Albans, demonstrated in his generous and wide-ranging privilege Incomprehensibilis, published in Benevento on 5 February 1156. With this grant, Adrian allowed the abbot the right to wear pontificals, thereby effectively removing the abbot from the jurisdiction of Robert de Chesney, his bishop. The monks were also allowed to elect the abbot of their choosing without deference to the bishop. Neither could they be forced by him to allow him or his agents entry to the abbey, or to attend episcopal synods. In two follow up letters, Adrian gave the Abbot of St Albans authority to replace the clerks in churches under his jurisdiction with his preferred candidates. Brooke describes Adrian as "rain[ing] privilege after privilege upon the abbey. Laudabiliter Probably Adrian's "most striking" donation to England, however, was the Papal Bull Laudabiliter of 1155. This was supposedly made either while Adrian was in Benevento or had moved on to Florento. John of Salisbury later claimed credit, writing how "at my request [Adrian] conceded and gave Ireland as a hereditary possession to the illustrious king of the English, Henry II". This granted the island of Ireland to Henry II in fee simple. Adrian's justification was that, since the Donation of Constantine, countries within Christendom were the Pope's to distribute as he would. The claim of Vicarius Christi which Adrian inherited allowed him, he believed, to wield the temporal power of his subjects through them. Sayers suggests that "while some kind of Irish mission" was clearly intended by Adrian, the precise nature of the grant remains unclear. Duggan, also notes that neither Henry or Adrian ever seems to have referred to it in their own letters again: "whatever Adrian granted, and he did grant something, there is no reliable evidence" as to its nature or what it comprised. King Henry claimed to be motivated by a wish to civilise the supposedly unruly Irish. The Victorian historian Kate Norgate, however, has noted that the spiritual community in 12th-century Ireland "flourished", and that the Pope must have known this, as it was only a few years earlier that the Irish church had been reorganised into Archdioceses, thus making it a national church in its own right. Norgate argues that Adrian's grant was made, not because the church in Ireland needed protecting, but because the Irish lacked a single king and for Christian society to have no single head was an anathema. She also notes that it has misleadingly be called a Bull, when it is, in fact, sufficiently informal in its style to be "nothing more than a commendatory letter". Simple in its approach, the Pope exhorts Henry—if he is to invade Ireland—to do so in the name of the church. Other scholars have argued that, whether or not it was an out and out forgery by Gerald of Wales, Adrian was more likely to have been lukewarm at the idea of invasion at best, as he was equally unenthusiastic at the notion of a Franco-English crusade to the East at the same time. The Bull "granted and gave Ireland to King Henry II to hold by hereditary right, as his letters witness unto this day", and was accompanied by a gold Papal ring "as a token of investiture". In the early 14th century it was claimed ("by the ordinary [i.e. English] people of Ireland") that Pope had been persuaded—"improperly"—to grant Laudabiliter, not on the persuasion of Henry II, but on that from the Irish themselves. If he did issue the bull, Adrian may have been influenced by the fact that the Irish church did not pay Peter's Pence, which was a major source of the Papacy's income. He would almost certainly, too, have been aware of Bernard of Clairvaux's letter of 1149, in which he wrote that Notes Summerson, "the consequences of the bull were still invisible when Adrian died". As early as 1317, Adrian's grant to Henry was linked in Ireland to his nationality, and Domnall, King of Tír Eoghain complained that Adrian should be known as "Anti-Christ rather than true Pope". The Irish called him "a man not only of English descent but also of English inclinations", who "backed his compatriots in what they regarded as the first major confrontation between the two nations", whereas the Bishop of Thessaloniki praised Adrian as a pastor ("which is how", comments the scholar Averil Cameron, "the Byzantines liked to see the Popes"). Acts as pope In 1155 the city state of Genoa approached Adrian and sought him to help them defend their trading rights in the East. The same year Adrian issued the decretal Dignum est which allowed serfs to marry without having to obtain their lord's permission as had traditionally been the case. Adrian's reasoning was that a sacrament outweighed a feudal due and that no Christian had the right to stand in the way of another's receiving of a sacrament. This was to become the definitive statement of marriage as a sacrament, and remained such until the recodification of Canon Law in 1917. The same year, Adrian consecrated the Bishop of Grado, Enrico Dandolo as Primate of Dalmatia. Two years later, Adrian granted him primacy over all the Venetian churches in the Eastern Empire. This has been described as "a remarkable move": The historian Thomas F. Madden notes that not only was this the first occasion on which one metropolitan had been given jurisdiction over another, but in doing so Adrian had created the equivalent of an Eastern Patriarch in the west. He also confirmed the degradation of Baume Abbey imposed by Eugenius for its failure to obey a Papal legate. Adrian confirmed the prerogatives of the Knights Templar and documented in the Liber Censuum. He also enforced the rules against unfree ecclesiastical elections and condemned ecclesiastics who used physical force against the church. Perhaps reflecting his earlier career, he also promulgated several bulls in favour of the Austin canons. Again, he particularly focussed on houses of his personal association; St Ruf, for example, received at least 10 bulls of privilege. In one of these, he expressed a "special bond of affection" for his old abbey, which he said had been like a mother to him. Adrian argued that, in the troubled succession to Alfonso I of Aragon, even though Alfonso had legally nominated an heir—his brother—because he had not had a son, his brother was not a direct heir to the Kingdom. This was the context for the projected crusade into Spain as suggested by the Kings of England and France, which Adrian rejected. He did, however, welcome their new friendship. It was probably Adrian who canonised Sigfrid of Sweden around 1158, thus making Sigfrid Sweden's apostle. Robinson notes that Adrian's fascination with Scandinavia continued into his pontificate, particularly in his efforts to create a Swedish metropolis. He was also keen to defend its church against lay encroachment. In January 1157 Archbishop Eskil personally presented a petition to Adrian in Rome, requesting protection from King Swein of Denmark. Adrian both appointed the Bishop of Lund his Legate in the region and recognised him as primate over both Sweden and Denmark. Other cardinalate appointments of Adrian's included that of Alberto di Morra in 1156. Di Mora, also a canon regular like Adrian, later reigned briefly as Pope Gregory VIII in 1187. Boso, already papal chamberlain since 1154, was appointed the same year. Adrian also elevated one Walter to the Pope's own Cardinal Bishopric of Albano; Walter is thought to have been an Englishman—possible also from St Ruf—but very little record of his career has survived. In contrast, his appointment of Raymond des Arénes in 1158 was of a well-known lawyer with an established career under Adrian's predecessors. These were all worthy additions to the Curial office, argues Duggan, being all men of "experience, academic learning and administrative and diplomatic skill", which in turn reflects the wisdom of the appointer. He may have received the hermit and later saint Silvester of Troina, whose only recorded journey was from Siciliy to Rome during Adrian's pontificate. Adrian continued the reform of the Papacy's finances that had begun under his predecessor in an attempt at boosting revenue, although he regularly had to resort to requesting large loans from major noble families such as the Corsi and Frangipane. His appointment of Boso as Chamberlain—or camerarius—of the Papal patrimony did much to improve the Papacy's finances by way of streamlining its financial bureaucracy. However, he also recognised the expense that the Papay was put to defending its own, commenting nemo potest sine stipendiis militare, or "no-one can make war without pay". Adrian also consolidated the Papacy's position as the feudal lord of the regional baronage; indeed, his success in doing so has been described as "never less than impressive". In 1157, for example, Adrian made Oddone Frangipane donate his castle to him, which Adrian then granted back to Oddone in fee. occasionally Adrian simply purchased castles and lordships for the papacy, as he did Corchiano. Adrian received the personal oaths of fealty of a number of north-Roman nobles, thus making them vassals of St Peter. In 1158, for example, for fighting in the Reconquista—"subduing the barbarous peoples and the savage nations, that is, the fury of the Saracens"—Ramon Berenguer, Count of Barcelona was accepted "under St Peter's and our protection". In 1159 Adrian ratified an agreement with the civic leadership of Ostia—an otherwise semi-independent town—agreed to pay the Pope an annual feudal rent for his lordship. Adrian's vassals, and their family and vassals, took oaths of fealty to the Pope, and in doing so the vassal absolved his own vassals of their oaths to him. All now became direct vassals of the Papacy. One of Adrian's greatest achievements, believed Boso, was acquiring Orvieto as a Papal fief, because this city had "for a very long time withdrawn itself from the jurisdiction of St Peter" Adrian, in 1156, was the first Pope to enter Orvieto, emphasised Boso, and to "have any temporal power there". Adrian appears to have been an advocate of the crusade since his abbacy of St Ruf, and was equally keen to rekindle the crusading spirit among Christian rulers as Pope. The most recent crusade had ended, poorly, in 1150, but Adrian made what has been called a "novel approach" to launching a new one. In 1157 he announced that, whereas previously indulgences were available to those who fought in the East, from now on they would be also available to those who supported the war effort without necessarily campaigning abroad. This opened the benefits of crusading up to those who supplied money, men or materiel. However, his proposal, novel or otherwise, appears to have met with little interest, and no further crusading was to take place until 1189. He did not, however, approve of Crusading within Christendom itself, as when the French and English kings both proposed a crusade into Muslim Spain, he urged caution upon them. In his January 1159 letter Satis laudabiliter, while flattering both kings diplomatically, he advised that "it would seem to be neither wise nor safe to enter a foreign land without first seeking the advice of the princes and people of the area". Indeed, Adrian reminded Henry and Louis of the consequences of badly planned and mismanaged crusades by reference to the Second Crusade—of which Louis had been a leader—reminding him that, there too, Louis had invaded "without consulting the people of the area". Adrian also undertook a building program throughout Rome and the patrimony, although Duggan notes that the shortness of his pontificate reduced the amount of his work that remains visible in the 21st century. The work ranged from the restoration of public buildings and spaces to the city's physical defence. Boso reported how, for example, "in the church of St Peter [Adrian] richly restored the roof of St. Processo which he found collapsed", while in the Lateran, he "caused to be made a very necessary and extremely large cistern". Due to the peripatetic nature of his pontificate he also built a large number of summer palaces across the patrimony, including at Segni, Ferentino, Alatri, Anagni and Rieti. Much of this fortification and building work—particularly in the vicinity of Rome—was for the protection of pilgrims, the safety of whom Adrian was both spiritually and physically reliable for. Although his pontificate was a relatively short one—four years, six months and 28 days—he spent nearly half that time outside of Rome, either in the enclave of Benevento or journeying around the Papal States and patrimony. Particularly in the early years of the reign, his travels reflected the political context, consisting of "short bursts" as he sought to either meet or avoid the Emperor or William of Sicily as the situation required. Personal philosophy and religious views The Pope was conscious, comments Sayers, "of the crushing responsibilities" of his office, telling John of Salisbury that he felt his Papal tiara to be "splendid because it burned with fire".{ He was also highly conscious of the historicity of the Petrine tradition; as much as any of his predecessors, says Duggan, Adrian upheld the "unifying and an co-ordinating role of the Papal office", and regularly expressed himself on how he viewed his position as that akin to being a steward: He also recognised his own smallness within that tradition, telling John of Salisbury that "the Lord has long since placed me between the hammer and the anvil, and now he must support the burden he has placed upon me, for I cannot carry it". This explains his use of the epithet Servus servorum Dei, comments Duggan: more than purely rhetorical, it amalgamated his concept of "stewardship, duty and usefulness" in three words. Adrian was keen to emphasise the superiority of the Western Church over that of the East, and lost no opportunity to tell members of that body so. Adrian described his approach to relations with his political rivals in a letter to the Archbishop of Thessaloniki. St Peter's authority was indivisible and could not be shared with temporal rulers, he argued. As such—as the descendant of St Peter—neither should he. Central to Adrian's view of his Papacy, says Sayers, was the conviction that his court was the highest court in Christendom and, so, the final court of appeal, and he encouraged appeals from many countries. In an early letter, defending the principle of Papal Monarchy, he compares Christendom to the human body: all the parts can only function as they should if they have an overarching guide and facilitator. To Adrian, Christian Europe was the body, and the Pope the head. The historian Neil Hegarty has suggested that, on the assumption that Laudabiliter as is extant can be believed, Adrian firmly believed in "enlarging the borders of the Church, setting bounds to the progress of wickedness, reforming evil manners, planting virtue, and increasing the Christian religion". Adrian was keen to know what people thought of the Roman Church, and often asked the question of John of Salisbury. John also recorded Adrian's view's on the Papacy accepting gifts from Christians, which some viewed as simonaical and evidence of corruption. Adrian, reported John, replied with reference to the fable of the belly. The European analyst Andreas Musolff explains the Pope's position as "deducing from it the church's right to receive, and allocate, the nourishment to the Christian body according to merit and utility". Adrian, argues Ullmann, was a man of action with little "inclination towards lengthy theoretical discussions", although Norwich argues that he could still be hesitant. For instance, following his radical change of Papal policy at Benevento, he may still not have grasped the significance of what he had done, and certainly not to the extent of radically exploiting the new policy. Partner suggests that Adrian was "an able administrator who used able agents". He was also a traditionalist; a firm follower of Pope Gregory VII, Adrian believed it his duty to not just believe in those ideals, but to enforce them. He also believed in the necessity of reform, as his clarification of the marriage sacrament and enforcement of free episcopal elections demonstrates. He was also, like Eugenius had been before him, a firm believer in the supremacy of the Bishops of Rome over both the Empire and other churches, writing how the Papacy, Writings The 16th century jesuit commentator Augustino Oldoini, in his re-edition of Alphonsus Ciacconius' Papal History, that Adrian had authored a number of works prior to his election. These included a treatise De Conceptione Beatissimae Virginis, a monograph, De Legationae sua and a catechism for the Scandinavian church.{ Some of his correspondence survives. One such letter, from Hildegarde, exhorts him to crush the Roman commune. Joseph Baird and Radd Ehrman, editors of a collection of Hildegard's letters, note that it was "perhaps unneeded", as Adrian placed the city under Interdict almost immediately. Much of Adrian's correspondence with both Archbishop Theobald and John of Salisbury has also been published in collections of the latter's letters. Adrian's episcopal registry is now lost, although some decretals—formal rulings—survive. These covered such questions as to whether it was possible to restore a priest to his office when he had been responsible for the death of an apprentice, the payment of tithes, and the marriage of the unfree. Adrian's thoughts on tithe payment also made their way into the body of Canon Law, and were, according to Duggan, "recognised by contemporaries as having special significance, and so included in the collections of canon law being assembled at the time". Personality The historian Colin Morris notes that Adrian's character appears contradictory: "Some historians have seen him as tough and inflexible, but others as a relatively mild man" who could be manipulated by those around him. Duggan disputes that he was either a cypher to be manipulated by the cardinals or a prima donna. Rather, she suggests, he was "a man of discipline, who fitted in with the norms and routines already in place...a man of affairs who had no fixed program, but who responded judiciously to the problems brought before his court. Adrian's chamberlain, Boso—who later wrote Adrian's Vita—described the Pope as "mild and kindly in bearing, of high character and learning, famous as a preacher, and renowned for his fine voice". Julius Norwich describes Adrian as being eloquent, able and with "outstanding good looks". The German antiquarian Ferdinand Gregorovius believed that by nature Adrian was "as firm and as unyielding as the granite of his tomb", while Norwich tempers this suggestion, believing that, at least after Benevento, he must have been far more open to the possibilities of change. Duggan wonders whether he deliberately utilised these traits to forward his career. Boso's characterisation, she suggests, "could imply that he was ready to ingratiate himself with the powerful, to make friends and influence people by accommodation and charm". Sayers also suggests that something similar is detectable in the accounts from John of Salisbury, a close friend to the Pope since the days of Adrian's curial visits. Adrian's own view of his office, suggests Sayers, is summed up in his own words: his "pallium was full of thorns and the burnished mitre seared his head", would have supposedly preferred the simple life of a canon at St Ruf. However, he also respected those who worked beneath him in the curia's officialdom; on one occasion he instructed that "we ought to reward such persons with ecclesiastical benefices when we conveniently can". This approach is reflected in the elevation of fellow Englishmen—Walter, and potentially John of Salisbury—to high office. Brooke suggests that, ultimately, Adrian "had not forgot his origins; he liked to have Englishmen about him". His increasing control over Rome and the Patrimony demonstrate that he was an effective organiser and administrator, argues the scholar Edward Whalen. Duggan argues that Adrian's strength of personality can be seen in his very election: in spite of being an outsider, a newcomer and lacking the support or patronage of an Italian noble house he attained the apotheosis of his church. And, she says, these were the qualities that made him independent. His biographer, Cardinal Boso, was a close friend who visited Adrian at Rome between November 1155 and June the following year. John's feelings for Adrian were strong enough, indeed, for them to have been compared with, for example, that of Richard the Lionheart for Philip of France. Boswell notes that in John's Metalogicon, he used terms reminiscent of those used by chroniclers to describe relations between the Kings. Modern historiography has not always been complimentary to Adrian. Freed argues that Adrian was capable of both shameful and specious arguments in his dispute with Barbarossa. Likewise, David Abulafia has called Adrian "petulant", and Latowsky has criticised his "sarcastic" manner towards Barbarossa. Death By autumn 1159 it may have been clear to Adrian's household and companions that he had not long to live. This may have been at least in part caused by the stresses of his pontificate, suggests Norwich, which although short, was difficult. Pope Adrian died in Anagni—to where he had retired for security against the Emperor—from quinsy{ on 1 September 1159. He died, says Norwich, "as many Popes had died before him, an embittered exile; and when death came to him, he welcomed it as a friend". He was buried three days later in an "undistinguished third-century sarcophagus" porphyry tomb of his own choosing. In 1607, the Italian archaeologist Giovanni Francesco Grimaldi excavated the crypt and in the process opened Adrian's tomb. He described the body, still well preserved, as that of an "undersized man, wearing Turkish slippers on his feet and, on his hand, a ring with a large emerald", and dressed in a dark Chasuble. At the time of Adrian's death, argues Partner, "imperial pressure on the papacy was stronger than it had been since the time of Henry V, and it is not surprising that the cardinals were unable to agree about his successor". It is likely that in the months presaging his death the cardinals were aware of the likelihood of a schism occurring soon afterwards; Freed suggests that thanks to Adrian's own policies, "a split in the College of Cardinals was thus almost preordained", regardless of the Emperor's input. Ullmann suggests that it was the ideological positions of individual cardinals which was shaping—and introducing faction to—the Curia in the last months of Adrian's pontificate. In September 1159—now leading the Emperor's opponents{—Adrian had agreed ("but did not swear") to excommunicate Barbarossa. He also did not have time to judge the request of Scottish Legates who had been in Rome since that summer, who were requesting the Diocese of St Andrews be made a metropolitan, and the beatification of Waltheof of Melrose. One of his final acts was the blessing of his preferred successor, Bernard, Cardinal-Bishop of Porto, testified Eberhard, Bishop of Bamberg to the Conclave. This, suggests Sayers, could have been Adrian's "masterstroke". The election of Bernard—as a candidate acceptable to the Emperor—may have avoided the future schism. That the Cardinals ended up agreeing with Adrian's choice indicates he had chosen wisely, argues Baumgartner. Pope Adrian was buried in St Peter's on 4 September 1159. Present were three Imperial ambassadors who had been in attendance on the Pope when he died. They were Otto of Wittelsbach—who had tried to beat up Cardinal Roland at Besançon—Guido of Biandrate and Heribert of Aachen. However, as soon as the Emperor heard of the Pope's death, says Madden, he "sent a group of agents and a great deal of money to Rome" in an attempt to secure the election of a successor with pro-Imperial sympathies. Later events The meeting between Hadrian and the city envoys of June 1159 may have discussed the next Papal election, as Adrian was known to have been accompanied by 13 cardinals who supported his pro-Sicilian policy. Cardinal Roland's election to succeed Adrian saw both the conflict with the Empire intensify and the alliance with William of Sicily solidify. The schism had a knock-on effect with regard to Papal policy in Italy, making it little more than a passive observer to events on its own doorstep. Papal scholar Frederic Baumgartner argues that a disputed election was the inevitable consequence whenever pope and emperor had a falling out. Relations between Barbarossa and Manuel, already poor—Manuel saw his western counterpart as an "embarrassment", suggests Magdalino, after his falling out with Adrian—ended completely following the death of Manuel's German wife, Bertha of Sulzbach, earlier in 1159. Following Adrian's death, comments Barber, "the consequence for the church was another long and bitter schism". Tensions between different parties led to a double election, with "mutually unacceptable candidates". This led to what Frank Barlow has called "disgraceful scenes" taking place in Rome, but, with neither side powerful enough to overcome the other, each appealed to the European powers. Although the Papal forces were insufficient to defeat Barbarossa outright, the war in Lombardy gradually turned against the Emperor, and following the recognition of the Kings of France and England, the military situation became more evenly balanced. However, peace was not established between the Papacy, the Empire, Sicily and the Byzantine Emperor until Barbarossa was defeated at the Battle of Legnano in 1176 and the following year's Treaty of Venice. The schism continued until the election of Pope Alexander III in 1180. During this time the Emperor's chancery distributed a series of fake letters—some of which purported to have been written by Adrian—in defence of the Imperial candidate. One such letter, supposedly to Archbishop Hillin of Trier, comments Latowsky, "is of particular interest since it contains a deliberately erroneous rewriting of Charlemagne's assumption of the imperial title".In it, Adrian launches into a diatribe, condemning the German kings who owe everything to the Papacy yet refuse to understand that. This letter, argues Latowsky, was clearly intended to enrage its Imperial audience. Another letter, from the Emperor to Archbishop, called Adrian's church as "a sea of snakes", a "den of thieves and a house of demons" and Adrian himself as "he who claims to be the Vicar of Peter, but is not". Adrian, in turn, says the Emperor is "out of his mind". Containing as they did summaries of each sides' arguments at Besançon, they are most interesting, argues Freed, for indicating what Barbarossa to have believed to have been the most important of his and Adrian's arguments. Further afield, war was threatening between England and France. Lands lost by Adrian to Sicily at the Treaty of Benevento were eventually regained by Pope Innocent III early in the next century, by which time the Kingdom of Sicily had merged with the Empire. Innocent saw Adrian's original grant as detracting from the privilege of the Apostolic See, and made concerted and eventually successful efforts to evict the Empire from southern Italy. 1159 Papal Conclave The 1159 papal election was disputed, and the College of Cardinals split along sectarian lines, between the "Sicilian"—so-called as its members wished to continue the pro-William policy of Adrian—and "Imperial" sympathisers. The former supported the candidacy of Cardinal Roland; the latter that of Ottaviano de Monticelli. Roland was elected Pope Alexander III. The result was not accepted by his opponents, who elected an Antipope, Victor IV, whom John of Salisbury had previously mocked. The Imperial party disagreed with the new policy of rapprochement with Sicily and favoured the traditional alliance with the Empire. A missive of the Imperial party of electors claimed that Adrian was a "dupe" of the Sicilian faction within the cardinals. Indicative of Barbarossa's attitude towards his candidate was his willingness to serve Victor as he had objected to serving Adrian, for example by holding the Antipope's horse and kissing his feet.The conclave to elect Adrian's successor, says Ullmann, was a "riotous and undignified spectacle". Alexander was elected by two-thirds of the college, while Victor's support declined from nine to five cardinals. Two further antipopes were elected before Alexander's death in 1181 and a unity candidate was found. Alexander was left a problematic legacy by Adrian, who had guaranteed a powerful enemy for the Papacy in the Emperor. Alexander managed to negotiate successive crises, however, and held its own.{ Within a year, Emperor Manuel had recognised Alexander, as had the English King Henry, although the latter waited nine months to do so. Although Octavian received less curial support in the conclave, he had the support of the Roman commune. As a result, Alexander and his supporters were forced into the sanctuary of the Leonine Borgho. Legacy and assessment In the 14th century Adrian was recorded in St Albans' Book of Benefactors, which, suggests Bolton, "ensured that the memory of the English Pope would remain forever". The 19th-century antiquarian Bishop Stubbs described Adrian IV as, in his view, "a great pope; that is a great constructive pope, not a controversial one, like those who preceded and followed". Walter Ullmann argues that Adrian's pontificate "left an imprint upon contemporary Europe which is not yet fully recognised". One reviewer has described Adrian's pontificate as, traditionally, "largely remembered as the answer to a trivia question (who was the only English pope?) or as a footnote in Anglo-Irish | this, as it was only a few years earlier that the Irish church had been reorganised into Archdioceses, thus making it a national church in its own right. Norgate argues that Adrian's grant was made, not because the church in Ireland needed protecting, but because the Irish lacked a single king and for Christian society to have no single head was an anathema. She also notes that it has misleadingly be called a Bull, when it is, in fact, sufficiently informal in its style to be "nothing more than a commendatory letter". Simple in its approach, the Pope exhorts Henry—if he is to invade Ireland—to do so in the name of the church. Other scholars have argued that, whether or not it was an out and out forgery by Gerald of Wales, Adrian was more likely to have been lukewarm at the idea of invasion at best, as he was equally unenthusiastic at the notion of a Franco-English crusade to the East at the same time. The Bull "granted and gave Ireland to King Henry II to hold by hereditary right, as his letters witness unto this day", and was accompanied by a gold Papal ring "as a token of investiture". In the early 14th century it was claimed ("by the ordinary [i.e. English] people of Ireland") that Pope had been persuaded—"improperly"—to grant Laudabiliter, not on the persuasion of Henry II, but on that from the Irish themselves. If he did issue the bull, Adrian may have been influenced by the fact that the Irish church did not pay Peter's Pence, which was a major source of the Papacy's income. He would almost certainly, too, have been aware of Bernard of Clairvaux's letter of 1149, in which he wrote that Notes Summerson, "the consequences of the bull were still invisible when Adrian died". As early as 1317, Adrian's grant to Henry was linked in Ireland to his nationality, and Domnall, King of Tír Eoghain complained that Adrian should be known as "Anti-Christ rather than true Pope". The Irish called him "a man not only of English descent but also of English inclinations", who "backed his compatriots in what they regarded as the first major confrontation between the two nations", whereas the Bishop of Thessaloniki praised Adrian as a pastor ("which is how", comments the scholar Averil Cameron, "the Byzantines liked to see the Popes"). Acts as pope In 1155 the city state of Genoa approached Adrian and sought him to help them defend their trading rights in the East. The same year Adrian issued the decretal Dignum est which allowed serfs to marry without having to obtain their lord's permission as had traditionally been the case. Adrian's reasoning was that a sacrament outweighed a feudal due and that no Christian had the right to stand in the way of another's receiving of a sacrament. This was to become the definitive statement of marriage as a sacrament, and remained such until the recodification of Canon Law in 1917. The same year, Adrian consecrated the Bishop of Grado, Enrico Dandolo as Primate of Dalmatia. Two years later, Adrian granted him primacy over all the Venetian churches in the Eastern Empire. This has been described as "a remarkable move": The historian Thomas F. Madden notes that not only was this the first occasion on which one metropolitan had been given jurisdiction over another, but in doing so Adrian had created the equivalent of an Eastern Patriarch in the west. He also confirmed the degradation of Baume Abbey imposed by Eugenius for its failure to obey a Papal legate. Adrian confirmed the prerogatives of the Knights Templar and documented in the Liber Censuum. He also enforced the rules against unfree ecclesiastical elections and condemned ecclesiastics who used physical force against the church. Perhaps reflecting his earlier career, he also promulgated several bulls in favour of the Austin canons. Again, he particularly focussed on houses of his personal association; St Ruf, for example, received at least 10 bulls of privilege. In one of these, he expressed a "special bond of affection" for his old abbey, which he said had been like a mother to him. Adrian argued that, in the troubled succession to Alfonso I of Aragon, even though Alfonso had legally nominated an heir—his brother—because he had not had a son, his brother was not a direct heir to the Kingdom. This was the context for the projected crusade into Spain as suggested by the Kings of England and France, which Adrian rejected. He did, however, welcome their new friendship. It was probably Adrian who canonised Sigfrid of Sweden around 1158, thus making Sigfrid Sweden's apostle. Robinson notes that Adrian's fascination with Scandinavia continued into his pontificate, particularly in his efforts to create a Swedish metropolis. He was also keen to defend its church against lay encroachment. In January 1157 Archbishop Eskil personally presented a petition to Adrian in Rome, requesting protection from King Swein of Denmark. Adrian both appointed the Bishop of Lund his Legate in the region and recognised him as primate over both Sweden and Denmark. Other cardinalate appointments of Adrian's included that of Alberto di Morra in 1156. Di Mora, also a canon regular like Adrian, later reigned briefly as Pope Gregory VIII in 1187. Boso, already papal chamberlain since 1154, was appointed the same year. Adrian also elevated one Walter to the Pope's own Cardinal Bishopric of Albano; Walter is thought to have been an Englishman—possible also from St Ruf—but very little record of his career has survived. In contrast, his appointment of Raymond des Arénes in 1158 was of a well-known lawyer with an established career under Adrian's predecessors. These were all worthy additions to the Curial office, argues Duggan, being all men of "experience, academic learning and administrative and diplomatic skill", which in turn reflects the wisdom of the appointer. He may have received the hermit and later saint Silvester of Troina, whose only recorded journey was from Siciliy to Rome during Adrian's pontificate. Adrian continued the reform of the Papacy's finances that had begun under his predecessor in an attempt at boosting revenue, although he regularly had to resort to requesting large loans from major noble families such as the Corsi and Frangipane. His appointment of Boso as Chamberlain—or camerarius—of the Papal patrimony did much to improve the Papacy's finances by way of streamlining its financial bureaucracy. However, he also recognised the expense that the Papay was put to defending its own, commenting nemo potest sine stipendiis militare, or "no-one can make war without pay". Adrian also consolidated the Papacy's position as the feudal lord of the regional baronage; indeed, his success in doing so has been described as "never less than impressive". In 1157, for example, Adrian made Oddone Frangipane donate his castle to him, which Adrian then granted back to Oddone in fee. occasionally Adrian simply purchased castles and lordships for the papacy, as he did Corchiano. Adrian received the personal oaths of fealty of a number of north-Roman nobles, thus making them vassals of St Peter. In 1158, for example, for fighting in the Reconquista—"subduing the barbarous peoples and the savage nations, that is, the fury of the Saracens"—Ramon Berenguer, Count of Barcelona was accepted "under St Peter's and our protection". In 1159 Adrian ratified an agreement with the civic leadership of Ostia—an otherwise semi-independent town—agreed to pay the Pope an annual feudal rent for his lordship. Adrian's vassals, and their family and vassals, took oaths of fealty to the Pope, and in doing so the vassal absolved his own vassals of their oaths to him. All now became direct vassals of the Papacy. One of Adrian's greatest achievements, believed Boso, was acquiring Orvieto as a Papal fief, because this city had "for a very long time withdrawn itself from the jurisdiction of St Peter" Adrian, in 1156, was the first Pope to enter Orvieto, emphasised Boso, and to "have any temporal power there". Adrian appears to have been an advocate of the crusade since his abbacy of St Ruf, and was equally keen to rekindle the crusading spirit among Christian rulers as Pope. The most recent crusade had ended, poorly, in 1150, but Adrian made what has been called a "novel approach" to launching a new one. In 1157 he announced that, whereas previously indulgences were available to those who fought in the East, from now on they would be also available to those who supported the war effort without necessarily campaigning abroad. This opened the benefits of crusading up to those who supplied money, men or materiel. However, his proposal, novel or otherwise, appears to have met with little interest, and no further crusading was to take place until 1189. He did not, however, approve of Crusading within Christendom itself, as when the French and English kings both proposed a crusade into Muslim Spain, he urged caution upon them. In his January 1159 letter Satis laudabiliter, while flattering both kings diplomatically, he advised that "it would seem to be neither wise nor safe to enter a foreign land without first seeking the advice of the princes and people of the area". Indeed, Adrian reminded Henry and Louis of the consequences of badly planned and mismanaged crusades by reference to the Second Crusade—of which Louis had been a leader—reminding him that, there too, Louis had invaded "without consulting the people of the area". Adrian also undertook a building program throughout Rome and the patrimony, although Duggan notes that the shortness of his pontificate reduced the amount of his work that remains visible in the 21st century. The work ranged from the restoration of public buildings and spaces to the city's physical defence. Boso reported how, for example, "in the church of St Peter [Adrian] richly restored the roof of St. Processo which he found collapsed", while in the Lateran, he "caused to be made a very necessary and extremely large cistern". Due to the peripatetic nature of his pontificate he also built a large number of summer palaces across the patrimony, including at Segni, Ferentino, Alatri, Anagni and Rieti. Much of this fortification and building work—particularly in the vicinity of Rome—was for the protection of pilgrims, the safety of whom Adrian was both spiritually and physically reliable for. Although his pontificate was a relatively short one—four years, six months and 28 days—he spent nearly half that time outside of Rome, either in the enclave of Benevento or journeying around the Papal States and patrimony. Particularly in the early years of the reign, his travels reflected the political context, consisting of "short bursts" as he sought to either meet or avoid the Emperor or William of Sicily as the situation required. Personal philosophy and religious views The Pope was conscious, comments Sayers, "of the crushing responsibilities" of his office, telling John of Salisbury that he felt his Papal tiara to be "splendid because it burned with fire".{ He was also highly conscious of the historicity of the Petrine tradition; as much as any of his predecessors, says Duggan, Adrian upheld the "unifying and an co-ordinating role of the Papal office", and regularly expressed himself on how he viewed his position as that akin to being a steward: He also recognised his own smallness within that tradition, telling John of Salisbury that "the Lord has long since placed me between the hammer and the anvil, and now he must support the burden he has placed upon me, for I cannot carry it". This explains his use of the epithet Servus servorum Dei, comments Duggan: more than purely rhetorical, it amalgamated his concept of "stewardship, duty and usefulness" in three words. Adrian was keen to emphasise the superiority of the Western Church over that of the East, and lost no opportunity to tell members of that body so. Adrian described his approach to relations with his political rivals in a letter to the Archbishop of Thessaloniki. St Peter's authority was indivisible and could not be shared with temporal rulers, he argued. As such—as the descendant of St Peter—neither should he. Central to Adrian's view of his Papacy, says Sayers, was the conviction that his court was the highest court in Christendom and, so, the final court of appeal, and he encouraged appeals from many countries. In an early letter, defending the principle of Papal Monarchy, he compares Christendom to the human body: all the parts can only function as they should if they have an overarching guide and facilitator. To Adrian, Christian Europe was the body, and the Pope the head. The historian Neil Hegarty has suggested that, on the assumption that Laudabiliter as is extant can be believed, Adrian firmly believed in "enlarging the borders of the Church, setting bounds to the progress of wickedness, reforming evil manners, planting virtue, and increasing the Christian religion". Adrian was keen to know what people thought of the Roman Church, and often asked the question of John of Salisbury. John also recorded Adrian's view's on the Papacy accepting gifts from Christians, which some viewed as simonaical and evidence of corruption. Adrian, reported John, replied with reference to the fable of the belly. The European analyst Andreas Musolff explains the Pope's position as "deducing from it the church's right to receive, and allocate, the nourishment to the Christian body according to merit and utility". Adrian, argues Ullmann, was a man of action with little "inclination towards lengthy theoretical discussions", although Norwich argues that he could still be hesitant. For instance, following his radical change of Papal policy at Benevento, he may still not have grasped the significance of what he had done, and certainly not to the extent of radically exploiting the new policy. Partner suggests that Adrian was "an able administrator who used able agents". He was also a traditionalist; a firm follower of Pope Gregory VII, Adrian believed it his duty to not just believe in those ideals, but to enforce them. He also believed in the necessity of reform, as his clarification of the marriage sacrament and enforcement of free episcopal elections demonstrates. He was also, like Eugenius had been before him, a firm believer in the supremacy of the Bishops of Rome over both the Empire and other churches, writing how the Papacy, Writings The 16th century jesuit commentator Augustino Oldoini, in his re-edition of Alphonsus Ciacconius' Papal History, that Adrian had authored a number of works prior to his election. These included a treatise De Conceptione Beatissimae Virginis, a monograph, De Legationae sua and a catechism for the Scandinavian church.{ Some of his correspondence survives. One such letter, from Hildegarde, exhorts him to crush the Roman commune. Joseph Baird and Radd Ehrman, editors of a collection of Hildegard's letters, note that it was "perhaps unneeded", as Adrian placed the city under Interdict almost immediately. Much of Adrian's correspondence with both Archbishop Theobald and John of Salisbury has also been published in collections of the latter's letters. Adrian's episcopal registry is now lost, although some decretals—formal rulings—survive. These covered such questions as to whether it was possible to restore a priest to his office when he had been responsible for the death of an apprentice, the payment of tithes, and the marriage of the unfree. Adrian's thoughts on tithe payment also made their way into the body of Canon Law, and were, according to Duggan, "recognised by contemporaries as having special significance, and so included in the collections of canon law being assembled at the time". Personality The historian Colin Morris notes that Adrian's character appears contradictory: "Some historians have seen him as tough and inflexible, but others as a relatively mild man" who could be manipulated by those around him. Duggan disputes that he was either a cypher to be manipulated by the cardinals or a prima donna. Rather, she suggests, he was "a man of discipline, who fitted in with the norms and routines already in place...a man of affairs who had no fixed program, but who responded judiciously to the problems brought before his court. Adrian's chamberlain, Boso—who later wrote Adrian's Vita—described the Pope as "mild and kindly in bearing, of high character and learning, famous as a preacher, and renowned for his fine voice". Julius Norwich describes Adrian as being eloquent, able and with "outstanding good looks". The German antiquarian Ferdinand Gregorovius believed that by nature Adrian was "as firm and as unyielding as the granite of his tomb", while Norwich tempers this suggestion, believing that, at least after Benevento, he must have been far more open to the possibilities of change. Duggan wonders whether he deliberately utilised these traits to forward his career. Boso's characterisation, she suggests, "could imply that he was ready to ingratiate himself with the powerful, to make friends and influence people by accommodation and charm". Sayers also suggests that something similar is detectable in the accounts from John of Salisbury, a close friend to the Pope since the days of Adrian's curial visits. Adrian's own view of his office, suggests Sayers, is summed up in his own words: his "pallium was full of thorns and the burnished mitre seared his head", would have supposedly preferred the simple life of a canon at St Ruf. However, he also respected those who worked beneath him in the curia's officialdom; on one occasion he instructed that "we ought to reward such persons with ecclesiastical benefices when we conveniently can". This approach is reflected in the elevation of fellow Englishmen—Walter, and potentially John of Salisbury—to high office. Brooke suggests that, ultimately, Adrian "had not forgot his origins; he liked to have Englishmen about him". His increasing control over Rome and the Patrimony demonstrate that he was an effective organiser and administrator, argues the scholar Edward Whalen. Duggan argues that Adrian's strength of personality can be seen in his very election: in spite of being an outsider, a newcomer and lacking the support or patronage of an Italian noble house he attained the apotheosis of his church. And, she says, these were the qualities that made him independent. His biographer, Cardinal Boso, was a close friend who visited Adrian at Rome between November 1155 and June the following year. John's feelings for Adrian were strong enough, indeed, for them to have been compared with, for example, that of Richard the Lionheart for Philip of France. Boswell notes that in John's Metalogicon, he used terms reminiscent of those used by chroniclers to describe relations between the Kings. Modern historiography has not always been complimentary to Adrian. Freed argues that Adrian was capable of both shameful and specious arguments in his dispute with Barbarossa. Likewise, David Abulafia has called Adrian "petulant", and Latowsky has criticised his "sarcastic" manner towards Barbarossa. Death By autumn 1159 it may have been clear to Adrian's household and companions that he had not long to live. This may have been at least in part caused by the stresses of his pontificate, suggests Norwich, which although short, was difficult. Pope Adrian died in Anagni—to where he had retired for security against the Emperor—from quinsy{ on 1 September 1159. He died, says Norwich, "as many Popes had died before him, an embittered exile; and when death came to him, he welcomed it as a friend". He was buried three days later in an "undistinguished third-century sarcophagus" porphyry tomb of his own choosing. In 1607, the Italian archaeologist Giovanni Francesco Grimaldi excavated the crypt and in the process opened Adrian's tomb. He described the body, still well preserved, as that of an "undersized man, wearing Turkish slippers on his feet and, on his hand, a ring with a large emerald", and dressed in a dark Chasuble. At the time of Adrian's death, argues Partner, "imperial pressure on the papacy was stronger than it had been since the time of Henry V, and it is not surprising that the cardinals were unable to agree about his successor". It is likely that in the months presaging his death the cardinals were aware of the likelihood of a schism occurring soon afterwards; Freed suggests that thanks to Adrian's own policies, "a split in the College of Cardinals was thus almost preordained", regardless of the Emperor's input. Ullmann suggests that it was the ideological positions of individual cardinals which was shaping—and introducing faction to—the Curia in the last months of Adrian's pontificate. In September 1159—now leading the Emperor's opponents{—Adrian had agreed ("but did not swear") to excommunicate Barbarossa. He also did not have time to judge the request of Scottish Legates who had been in Rome since that summer, who were requesting the Diocese of St Andrews be made a metropolitan, and the beatification of Waltheof of Melrose. One of his final acts was the blessing of his preferred successor, Bernard, Cardinal-Bishop of Porto, testified Eberhard, Bishop of Bamberg to the Conclave. This, suggests Sayers, could have been Adrian's "masterstroke". The election of Bernard—as a candidate acceptable to the Emperor—may have avoided the future schism. That the Cardinals ended up agreeing with Adrian's choice indicates he had chosen wisely, argues Baumgartner. Pope Adrian was buried in St Peter's on 4 September 1159. Present were three Imperial ambassadors who had been in attendance on the Pope when he died. They were Otto of Wittelsbach—who had tried to beat up Cardinal Roland at Besançon—Guido of Biandrate and Heribert of Aachen. However, as soon as the Emperor heard of the Pope's death, says Madden, he "sent a group of agents and a great deal of money to Rome" in an attempt to secure the election of a successor with pro-Imperial sympathies. Later events The meeting between Hadrian and the city envoys of June 1159 may have discussed the next Papal election, as Adrian was known to have been accompanied by 13 cardinals who supported his pro-Sicilian policy. Cardinal Roland's election to succeed Adrian saw both the conflict with the Empire intensify and the alliance with William of Sicily solidify. The schism had a knock-on effect with regard to Papal policy in Italy, making it little more than a passive observer to events on its own doorstep. Papal scholar Frederic Baumgartner argues that a disputed election was the inevitable consequence whenever pope and emperor had a falling out. Relations between Barbarossa and Manuel, already poor—Manuel saw his western counterpart as an "embarrassment", suggests Magdalino, after his falling out with Adrian—ended completely following the death of Manuel's German wife, Bertha of Sulzbach, earlier in 1159. Following Adrian's death, comments Barber, "the consequence for the church was another long and bitter schism". Tensions between different parties led to a double election, with "mutually unacceptable candidates". This led to what Frank Barlow has called "disgraceful scenes" taking place in Rome, but, with neither side powerful enough to overcome the other, each appealed to the European powers. Although the Papal forces were insufficient to defeat Barbarossa outright, the war in Lombardy gradually turned against the Emperor, and following the recognition of the Kings of France and England, the military situation became more evenly balanced. However, peace was not established between the Papacy, the Empire, Sicily and the Byzantine Emperor until Barbarossa was defeated at the Battle of Legnano in 1176 and the following year's Treaty of Venice. The schism continued until the election of Pope Alexander III in 1180. During this time the Emperor's chancery distributed a series of fake letters—some of which purported to have been written by Adrian—in defence of the Imperial candidate. One such letter, supposedly to Archbishop Hillin of Trier, comments Latowsky, "is of particular interest since it contains a deliberately erroneous rewriting of Charlemagne's assumption of the imperial title".In it, Adrian launches into a diatribe, condemning the German kings who owe everything to the Papacy yet refuse to understand that. This letter, argues Latowsky, was clearly intended to enrage its Imperial audience. Another letter, from the Emperor to Archbishop, called Adrian's church as "a sea of snakes", a "den of thieves and a house of demons" and Adrian himself as "he who claims to be the Vicar of Peter, but is not". Adrian, in turn, says the Emperor is "out of his mind". Containing as they did summaries of each sides' arguments at Besançon, they are most interesting, argues Freed, for indicating what Barbarossa to have believed to have been the most important of his and Adrian's arguments. Further afield, war was threatening between England and France. Lands lost by Adrian to Sicily at the Treaty of Benevento were eventually regained by Pope Innocent III early in the next century, by which time the Kingdom of Sicily had merged with the Empire. Innocent saw Adrian's original grant as detracting from the privilege of the Apostolic See, and made concerted and eventually successful efforts to evict the Empire from southern Italy. 1159 Papal Conclave The 1159 papal election was disputed, and the College of Cardinals split along sectarian lines, between the "Sicilian"—so-called as its members wished to continue the pro-William policy of Adrian—and "Imperial" sympathisers. The former supported the candidacy of Cardinal Roland; the latter that of Ottaviano de Monticelli. Roland was elected Pope Alexander III. The result was not accepted by his opponents, who elected an Antipope, Victor IV, whom John of Salisbury had previously mocked. The Imperial party disagreed with the new policy of rapprochement with Sicily and favoured the traditional alliance with the Empire. A missive of the Imperial party of electors claimed that Adrian was a "dupe" of the Sicilian faction within the cardinals. Indicative of Barbarossa's attitude towards his candidate was his willingness to serve Victor as he had objected to serving Adrian, for example by holding the Antipope's horse and kissing his feet.The conclave to elect Adrian's successor, says Ullmann, was a "riotous and undignified spectacle". Alexander was elected by two-thirds of the college, while Victor's support declined from nine to five cardinals. Two further antipopes were elected before Alexander's death in 1181 and a unity candidate was found. Alexander was left a problematic legacy by Adrian, who had guaranteed a powerful enemy for the Papacy in the Emperor. Alexander managed to negotiate successive crises, however, and held its own.{ Within a year, Emperor Manuel had recognised Alexander, as had the English King Henry, although the latter waited nine months to do so. Although Octavian received less curial support in the conclave, he had the support of the Roman commune. As a result, Alexander and his supporters were forced into the sanctuary of the Leonine Borgho. Legacy and assessment In the 14th century Adrian was recorded in St Albans' Book of Benefactors, which, suggests Bolton, "ensured that the memory of the English Pope would remain forever". The 19th-century antiquarian Bishop Stubbs described Adrian IV as, in his view, "a great pope; that is a great constructive pope, not a controversial one, like those who preceded and followed". Walter Ullmann argues that Adrian's pontificate "left an imprint upon contemporary Europe which is not yet fully recognised". One reviewer has described Adrian's pontificate as, traditionally, "largely remembered as the answer to a trivia question (who was the only English pope?) or as a footnote in Anglo-Irish history". On the other hand, the Dixie Professor of Ecclesiastical History, Christopher N. L. Brooke argues that, on account of the number of different countries he dwelt in over the years, he illustrates the cosmopolitan nature of 12th-century religion. The timing of Adrian's pontificate, suggests Ullmann, was significant because it made him the first pope on which what Ullmann calls "newly released forces"—the recently crowned King Henry and Emperor Frederick. On the other hand, argues Egger, Adrian—by rejecting the request of Kings Louis and Henry to crusade in Spain—undoubtedly prevented the secular power from embarrassing themselves: "one can only speculate about what might have happened, but it is not improbable that Adrian spared the Iberian peninsula a disaster on the scale of the second crusade to the East". Morris argues that while "in a short pontificate, Hadrian did more than any of his predecessors to secure the papal position in central Italy...he was much less successful in his conduct of relations with the empire". Norwich too strikes a cautionary note. While agreeing that Adrian was "the greatest pope since Urban II", he argues that it would be difficult not to "tower...above the string of mediocrities who occupied the throne of St Peter during the first half of the century, just as he himself is overshadowed by his magnificent successor". Duggan argues that, although "the future of the papacy was to be determined by other men and other events, but he had played his part in guiding it securely through an extremely critical phase of its long history". Ullmann has called Adrian "diplomatically very well versed and experienced, dispassionate and purposeful in his government". Adrian—"the pope of action", says Ullmann—was Papal theory "become eminently practical". He was not, however, a dictator. Likewise, suggests the historian Christopher Tyerman, Adrian's new approach to drumming up support for a crusade in 1157 became "a pivotal feature of crusading from the reign of Innocent III onwards". Innocent himself recognised the debt which he owed to Adrian's pontificate, argues Ullmann. Innocent codified Adrian's changes to the Imperial coronation as official procedure. Even the Besançon affair, suggests Ullmann, casts him in a positive light, and "by his dignified stand against Staufen attacks appears like a rock in comparison with the clamorous Germans". The period immediately preceding Adrian's pontificate, argues Malcolm Barber, was one where "even without a direct imperial threat, Roman feuds, Norman ambitions and incompetently led crusades could reduce grandiose papal plans to ashes". The Papacy itself was one of permanent struggle and conflict, although scholars disagree as to the degree of culpability the papacy had for this. Duggan suggests that "no fair judgment should be reached without recognising the vulnerability" of the papacy itself. His policy, if he can be said to have one, she says, was shaped by events rather than shaping them. Ullmann argues that there was "a perfect concordance between Adrian's symbolic actions and his acts of government". Adrian and his pro-Scicillian cardinals, suggests Duggan, became scapegoats in 1159 for the subsequent conflict. Sayers describes |
and dean of the chapter in Piacenza (c. 1247) and canon of the cathedral chapter in Paris (1244/45–1270). In December 1251, he was created Cardinal Deacon of San Adriano by his uncle Pope Innocent IV. He was also archpriest of the patriarchal Liberian Basilica (attested from 1262). He was sent to England in 1265 by Pope Clement IV to mediate between King Henry III of England and his barons, and to preach the Crusades. Fieschi was related distantly, by affinity, to Henry III; his sister had married Thomas II of Savoy, who was a cousin of Henry's wife, Eleanor of Provence. He remained in England for several years as the papal legate, serving from October 1265 to July 1268. His diplomatic position was such that his name is still on the oldest extant piece of English statute law, the Statute of Marlborough of 1267, where the formal title mentions as a witness "the Lord Ottobon, at that time legate in England". (Also on this legation was a young diplomat, the future Boniface VIII.) In April 1268 he issued a set of canons, which formed the basis of church law in England until the Protestant Reformation of the sixteenth century. Under the influence of Charles I of Anjou, he was elected pope to succeed Innocent V on 11 July 1276 but died at Viterbo on 18 August 1276 from illness without ever having been ordained to the priesthood. He is buried there in the church of San Francesco alla Rocca. His funeral monument is attributed to Arnolfo di Cambio. Adrian V was the third pope in the "Year of Four Popes" of 1276. He annulled Pope Gregory X's bull on the holding of papal conclaves, but died before enacting new regulations. In literature Pope Adrian V in Dante's Divine Comedy In the Divine Comedy, Dante Alighieri meets Pope Adrian V in the fifth terrace of Purgatorio (reserved for the avaricious and the prodigal) where Adrian V cleanses for the vice of avarice (Purgatorio 19.79-145). Since the souls in this terrace purge their vices by facing down on earth and fixing their eyes on the ground, Adrian V’s identity is not revealed by facial recognition but through indirect inference. His papal identity is inferred from his Latin phrase, scias quod ego fui successor Petri ("I was Peter’s successor," Purgatorio 19.99), and by his words fui roman pastore ("I was a Roman shepherd," Purgatorio 19.107). These phrases reveal the papal identity of Adrian V, given that popes are successors of the first pope, Saint Peter, and shepherds of the church in the teachings of the Catholic Church. Adrian V also describes his family name as being descended from those that reside between Sestri and Chiavari (Purgatorio 19.100-102). This reveals his family title, Fieschi, as the family held | of Charles I of Anjou, he was elected pope to succeed Innocent V on 11 July 1276 but died at Viterbo on 18 August 1276 from illness without ever having been ordained to the priesthood. He is buried there in the church of San Francesco alla Rocca. His funeral monument is attributed to Arnolfo di Cambio. Adrian V was the third pope in the "Year of Four Popes" of 1276. He annulled Pope Gregory X's bull on the holding of papal conclaves, but died before enacting new regulations. In literature Pope Adrian V in Dante's Divine Comedy In the Divine Comedy, Dante Alighieri meets Pope Adrian V in the fifth terrace of Purgatorio (reserved for the avaricious and the prodigal) where Adrian V cleanses for the vice of avarice (Purgatorio 19.79-145). Since the souls in this terrace purge their vices by facing down on earth and fixing their eyes on the ground, Adrian V’s identity is not revealed by facial recognition but through indirect inference. His papal identity is inferred from his Latin phrase, scias quod ego fui successor Petri ("I was Peter’s successor," Purgatorio 19.99), and by his words fui roman pastore ("I was a Roman shepherd," Purgatorio 19.107). These phrases reveal the papal identity of Adrian V, given that popes are successors of the first pope, Saint Peter, and shepherds of the church in the teachings of the Catholic Church. Adrian V also describes his family name as being descended from those that reside between Sestri and Chiavari (Purgatorio 19.100-102). This reveals his family title, Fieschi, as the family held extensive land between the two cities. There exists a lack of historical evidence about Adrian V’s avaricious behavior. Some scholars believe that Dante’s view of Adrian V emanated from reading excerpts from John of Salisbury's Policraticus, in which the author anonymously attributed the behavior of avarice to Adrian IV. Dante likely interpreted the excerpts as referring to Adrian V instead of Adrian IV. Despite the possible misinterpretation of Adrian V’s character, his presence in the Comedy help to understand Dante’s views about the Church and the role of women in achieving man’s salvation. Pope Adrian V’s representation of avarice reflects the zealous ambition for earthly power and goods. Adrian V describes that he had to detach himself from the love of worldly things that came to be after he was assigned the papal sit in the short period he was a pope (Purgatorio 19.106-114). This symbolizes Dante’s view of how avarice was at the heart of the church and popes in the Middle Ages were excessively drawn to earthly things and preoccupied with exercising power. Moreover, Adrian V outlines not only his avarice but also the corrupt nature of his family, with the exception of his niece, Alagia Fieschi (Purgatorio 19.142-145). In a melancholic tone, Adrian V expresses how Alagia is the only remaining virtuous woman whose extension of prayer can help his journey of salvation. Alagia's portrayal reflects Dante’s view of how Christian women play a miraculous role in men’s achievement of salvation |
in this apartment, the ceiling collapsed; John was rescued alive from beneath the rubble, however, he died of his serious injuries on 20 May, possibly an early recorded case of crush syndrome. He was buried in the Duomo di Viterbo, where his tomb can still be seen. The original porphyry sarcophagus was destroyed during the cathedral's 16th-century refurbishment, and was replaced with a more modest one in stone with the pope's effigy. In the 19th century, the Duke of Saldanha, as Portuguese Ambassador to the Holy See, had the pope's remains transferred to a new sarcophagus sculpted by Filippo Gnaccarini. In 2000, the Lisbon City Council, led by Mayor João Soares, successfully had a new funeral monument built in lioz stone, topped by the original stone effigy of the pope, placed in a more condign location in the transept. Legacy After his death, it was rumored that John XXI had actually been a necromancer (see also Communion of the Saints), a suspicion frequently directed towards the few scholars among medieval popes (see, e.g., Sylvester II). It was also said that his death had been an act of God, stopping him from completing a heretical treatise. Since the works of "Peter of Spain" continued to be studied and appreciated, however, Dante Alighieri placed "Pietro Spano" in his Paradiso's Sphere of the Sun with the spirits of other great religious scholars. See also List of popes References Bibliography Guiraud, J. and L. Cadier (editors), Les registres de Grégoire X et de Jean XXI (1271-1277) (Paris, 1892–1898) [Bibliothèque de l'Ecole française à Rome, série 2, 12] (in Latin) Walter, Fritz, Die Politik der Kurie unter Gregor X (Berlin, 1894) (in German) Stapper, Richard, Papst Johannes XXI. Eine Monographie (Münster 1898) [Kirchengeschichtliche Studien, volume 4, no. 4] (in German) Gregorovius, Ferdinand, History of Rome in the Middle Ages, volume V, part 2, second edition, revised (London: George Bell, 1906) H. D. Sedgwick, Italy in the Thirteenth Century Volume II (Boston-New York, 1912) Mazzi-Belli, V., "Pietro Hispano papa Giovanni XXI," Rivista di storia della medicina 15 (1971), 39–87 (in Italian) Morceau, Joseph, "Un pape portugais : Jean XXI, dénommé Pierre d'Espagne", Teoresi 24 (1979), 391–407 (in French) Maxwell-Stuart, P. G. Chronicle of the Popes: The Reign-by-Reign Record of the Papacy from St. Peter to the Present, Thames & Hudson, 2002, p. 119. . Jean Claude Bologne: La Naissance Interdite ; stérilité, avortement, contraception au Moyen-Age. Orban, Paris, 1988 . Joachim Telle: Petrus Hispanus in | necessary quiet for his medical studies, he had an apartment added to the papal palace at Viterbo, to which he could retire when he wished to work undisturbed. On 14 May 1277, while the pope was alone in this apartment, the ceiling collapsed; John was rescued alive from beneath the rubble, however, he died of his serious injuries on 20 May, possibly an early recorded case of crush syndrome. He was buried in the Duomo di Viterbo, where his tomb can still be seen. The original porphyry sarcophagus was destroyed during the cathedral's 16th-century refurbishment, and was replaced with a more modest one in stone with the pope's effigy. In the 19th century, the Duke of Saldanha, as Portuguese Ambassador to the Holy See, had the pope's remains transferred to a new sarcophagus sculpted by Filippo Gnaccarini. In 2000, the Lisbon City Council, led by Mayor João Soares, successfully had a new funeral monument built in lioz stone, topped by the original stone effigy of the pope, placed in a more condign location in the transept. Legacy After his death, it was rumored that John XXI had actually been a necromancer (see also Communion of the Saints), a suspicion frequently directed towards the few scholars among medieval popes (see, e.g., Sylvester II). It was also said that his death had been an act of God, stopping him from completing a heretical treatise. Since the works of "Peter of Spain" continued to be studied and appreciated, however, Dante Alighieri placed "Pietro Spano" in his Paradiso's Sphere of the Sun with the spirits of other great religious scholars. See also List of popes References Bibliography Guiraud, J. and L. Cadier (editors), Les registres de Grégoire X et de Jean XXI (1271-1277) (Paris, 1892–1898) [Bibliothèque de l'Ecole française à Rome, série 2, 12] (in Latin) Walter, Fritz, Die Politik der Kurie unter Gregor X (Berlin, 1894) (in German) Stapper, Richard, Papst Johannes XXI. Eine Monographie (Münster 1898) [Kirchengeschichtliche Studien, volume 4, no. 4] (in German) Gregorovius, Ferdinand, History of Rome in the Middle Ages, volume V, part 2, second edition, revised (London: George Bell, 1906) H. D. Sedgwick, Italy in the Thirteenth Century Volume II (Boston-New York, 1912) Mazzi-Belli, V., "Pietro Hispano papa Giovanni XXI," Rivista di storia della medicina 15 (1971), 39–87 (in Italian) Morceau, Joseph, "Un pape portugais : Jean XXI, |
that was owned by his grandfather Boudewijn (Boeyen, for short). His father, a carpenter and likely shipwright, died when Adrian was 10 years or younger. Adrian studied from a very young age under the Brethren of the Common Life, either at Zwolle or Deventer and was also a student of the Latin school (now Gymnasium Celeanum) in Zwolle. Leuven In June 1476, he started his studies at the University of Leuven, where he pursued philosophy, theology and Canon Law, thanks to a scholarship granted by Margaret of York, Duchess of Burgundy. In 1478 he had the title of Primus Philosophiae, as well as that of Magister Artium (that is, he took his undergraduate degree). In 1488 he was chosen by the Faculty of Arts to be their representative on the Council of the University. On 30 June 1490, Adrian was ordained a priest. After the regular 12 years of study, Adrian became a Doctor of Theology in 1491. He had been a teacher at the University since 1490, was chosen vice-chancellor of the university in 1493, and Dean of St. Peter's in 1498. In the latter function he was permanent vice-chancellor of the University and de facto in charge of hiring. His lectures were published, as recreated from his students' notes; among those who attended was the young Erasmus. Adrian offered him a professorate in 1502, but Erasmus refused. In November 1506 Margaret of Austria, Duchess of Savoy, became Governor of the Habsburg Netherlands and chose Adrian as her advisor. The next year Emperor Maximilian I appointed him also tutor to his seven-year-old grandson, and Margaret's nephew, who in 1519 became Emperor Charles V. By 1512 Adrian was Charles's advisor, and his court obligations were so time-consuming that he quit his positions at the university. Spain In 1515, Charles sent Adrian to Spain to convince his maternal grandfather, Ferdinand II of Aragon, that the Spanish lands should come under his rule, and not Charles's Spanish-born younger brother Ferdinand, whom his grandfather had in mind. Adrian succeeded in that just before Ferdinand's death in January 1516. Ferdinand of Aragon, and subsequently Charles V, appointed Adrian Bishop of Tortosa, which was approved by Pope Leo X on 18 August 1516. He was consecrated by Bishop Diego Ribera de Toledo. On 14 November 1516 the King commissioned him Inquisitor General of Aragon. In his fifth Consistory for the creation of cardinals, on 1 July 1517, Pope Leo X (1513–21) named thirty-one cardinals among whom was Adrianus de Traiecto, naming him Cardinal Priest of the Basilica of Saints John and Paul on the Coelian Hill. During the minority of Charles V, Adrian was named to serve with Cardinal Francisco Jimenez de Cisneros as co-regent of Spain. After the death of Jimenez, Adrian was appointed (14 March 1518) General of the Reunited Inquisitions of Castile and Aragon, in which capacity he acted until his departure for Rome. When Charles V left Spain for the Netherlands in 1520, he appointed Cardinal Adrian Regent of Spain, during which time he had to deal with the Revolt of the Comuneros. Papal election In the conclave after the death of the Medici Pope Leo X, Leo's cousin, Cardinal Giulio de' Medici, was the leading figure. With Spanish and French cardinals in a deadlock, the absent Adrian was proposed as a compromise and on 9 January 1522 he was elected by an almost unanimous vote. Charles V was delighted upon hearing that his tutor had been elected to the papacy but soon realised that Adrian VI was determined to reign impartially. Francis I of France, who feared that Adrian would become a tool of the Emperor, and had uttered threats of a schism, later relented and sent an embassy to present his homage. Fears of a Spanish Avignon based on the strength of his relationship with the Emperor as his former tutor and regent proved baseless, and Adrian, having notified the College of Cardinals of his acceptance, left for Italy after six months of preparations and trying to decide which route to take, making his solemn entry into Rome on 29 August. He had forbidden elaborate decorations, and many people stayed away for fear of the plague that was raging. Pope Adrian was crowned at St. Peter's Basilica on 31 August 1522, at the age of 63. Reformer He immediately entered upon the path of the reformer. The 1908 edition of the Catholic Encyclopedia characterised the task that faced him: "To extirpate inveterate abuses; to reform a court | 1515, Charles sent Adrian to Spain to convince his maternal grandfather, Ferdinand II of Aragon, that the Spanish lands should come under his rule, and not Charles's Spanish-born younger brother Ferdinand, whom his grandfather had in mind. Adrian succeeded in that just before Ferdinand's death in January 1516. Ferdinand of Aragon, and subsequently Charles V, appointed Adrian Bishop of Tortosa, which was approved by Pope Leo X on 18 August 1516. He was consecrated by Bishop Diego Ribera de Toledo. On 14 November 1516 the King commissioned him Inquisitor General of Aragon. In his fifth Consistory for the creation of cardinals, on 1 July 1517, Pope Leo X (1513–21) named thirty-one cardinals among whom was Adrianus de Traiecto, naming him Cardinal Priest of the Basilica of Saints John and Paul on the Coelian Hill. During the minority of Charles V, Adrian was named to serve with Cardinal Francisco Jimenez de Cisneros as co-regent of Spain. After the death of Jimenez, Adrian was appointed (14 March 1518) General of the Reunited Inquisitions of Castile and Aragon, in which capacity he acted until his departure for Rome. When Charles V left Spain for the Netherlands in 1520, he appointed Cardinal Adrian Regent of Spain, during which time he had to deal with the Revolt of the Comuneros. Papal election In the conclave after the death of the Medici Pope Leo X, Leo's cousin, Cardinal Giulio de' Medici, was the leading figure. With Spanish and French cardinals in a deadlock, the absent Adrian was proposed as a compromise and on 9 January 1522 he was elected by an almost unanimous vote. Charles V was delighted upon hearing that his tutor had been elected to the papacy but soon realised that Adrian VI was determined to reign impartially. Francis I of France, who feared that Adrian would become a tool of the Emperor, and had uttered threats of a schism, later relented and sent an embassy to present his homage. Fears of a Spanish Avignon based on the strength of his relationship with the Emperor as his former tutor and regent proved baseless, and Adrian, having notified the College of Cardinals of his acceptance, left for Italy after six months of preparations and trying to decide which route to take, making his solemn entry into Rome on 29 August. He had forbidden elaborate decorations, and many people stayed away for fear of the plague that was raging. Pope Adrian was crowned at St. Peter's Basilica on 31 August 1522, at the age of 63. Reformer He immediately entered upon the path of the reformer. The 1908 edition of the Catholic Encyclopedia characterised the task that faced him: "To extirpate inveterate abuses; to reform a court which thrived on corruption, and detested the very name of reform; to hold in leash young and warlike princes, ready to bound at each other's throats; to stem the rising torrent of revolt in Germany; to save Christendom from the Turks, who from Belgrade now threatened Hungary, and if Rhodes fell would be masters of the Mediterranean - these were herculean labours for one who was in his sixty-third year, had never seen Italy, and was sure to be despised by the Romans as a 'barbarian'. His plan was to attack notorious abuses one by one; however, in his attempt to improve the system of indulgences he was hampered by his cardinals. He found reduction of the number of matrimonial dispensations to be impossible, as the income had been farmed out for years in advance by Pope Leo X. Papacy Adrian VI was not successful as a peacemaker among Christian princes, whom he hoped to unite in a war against the Turks. In August 1523 he was forced into |
from the Saracens, after they established themselves on the Garigliano river. He was buried in St. Peter's Basilica. References External links Catholic Encyclopedia: Pope Anastasius III Catholic Forum: Pope Anastasius III Opera Omnia by Migne Patrologia Latina with analytical indexes | Rome and ruler of the Papal States from April 911 to his death. Anastasius was a Roman by birth. A Roman nobleman, Lucian, is sometimes recognized as his father, although other sources assert that he was the illegitimate son of his predecessor, |
II promoted him to the suburbicarian See of Sabina. He was probably given this position for siding with Honorius II during a dispute over the appointment of a new abbot for Farfa. He had taken part in the double papal election of 1130, had been one of the most determined opponents of Antipope Anacletus II and, when Pope Innocent II fled to France, had been left behind as his vicar in Italy. At the time of his election to the papacy in July 1153 he was Dean of the College of Cardinals and probably the oldest member of that body. Pontificate During his short pontificate he played the part of | was created cardinal-priest of S. Pudenziana by Pope Paschal II no later than in 1114. In 1127 or 1128 Pope Honorius II promoted him to the suburbicarian See of Sabina. He was probably given this position for siding with Honorius II during a dispute over the appointment of a new abbot for Farfa. He had taken part in the double papal election of 1130, had been one of the most determined opponents of Antipope Anacletus II and, when Pope Innocent II fled to France, had been left behind as his vicar in Italy. At the time of his election to the papacy in July 1153 he was Dean of the College of Cardinals and probably the oldest member of that body. Pontificate During his short pontificate he played the part of a peacemaker; he came to terms with the Emperor Frederick Barbarossa in the vexing question |
Upon being named pope, Anastasius II immediately sent two bishops to Constantinople to meet with the Byzantine Emperor Anastasius I, who had the same name as the pope, and work on an agreement to end the Acacian schism. Anastasius II indicated in a letter that he was willing to accept the baptisms that had been performed by Acacius and to let the issue be decided by the divine rather than by church authorities and Anastasius I seemed similarly willing to cooperate but wanted acceptance of the Henotikon, the compromise position developed by Zeno. As a signal of attempting to reduce the tension, Anastasius II was rumored to have given communion to Photinus of Thessalonica, an associate of Acacius. The result of these conciliatory gestures was to outrage many of the bishops and clergy in Rome and to create a clear division between those who supported moderation toward the Monophysites in the Byzantine Empire and those who opposed such moderation. Because of the communion with Photinus, many in Rome refused to receive communion from Anastasius II and the situation grew to a crisis point. Death and legacy At the peak of the tension created by these attempts to improve relations between the East and the West, Anastasius II unexpectedly died. For those who opposed his attempts at remedying the schism his death in 498 was seen as divine retribution. The factions that had formed during his rule as pope split decisively from one another and each appointed a rival pope. The faction against conciliation was able to name Symmachus as the pope to follow Anastasius II. However, the important Roman Senator Rufius Postumius Festus, who had been a major instigator for the conciliation attempts of Anastasius II and may have led to his naming as pope, supported a rival papal claim of Laurentius. The Roman church then had its own schism between different factions which made efforts at reducing the schism between the church in Rome and the church in Constantinople impossible. During the medieval period, Anastasius II was often considered a traitor to the Catholic Church and an apostate. The writer of the Liber Pontificalis, supporting the opponents | his death in 498 was seen as divine retribution. The factions that had formed during his rule as pope split decisively from one another and each appointed a rival pope. The faction against conciliation was able to name Symmachus as the pope to follow Anastasius II. However, the important Roman Senator Rufius Postumius Festus, who had been a major instigator for the conciliation attempts of Anastasius II and may have led to his naming as pope, supported a rival papal claim of Laurentius. The Roman church then had its own schism between different factions which made efforts at reducing the schism between the church in Rome and the church in Constantinople impossible. During the medieval period, Anastasius II was often considered a traitor to the Catholic Church and an apostate. The writer of the Liber Pontificalis, supporting the opponents to Anastasius' efforts, argued that Anastasius II's death was divine retribution and that he had broken with the church. Similarly, the Decretum Gratiani writes of the pope that "Anastasius, reproved by God, was smitten by divine command." This medieval view is described by modern commentators as a "legend", a "misinterpretation", a "confused tradition", and "manifestly unjust." Dante placed Anastasius II in the sixth circle of hell: "Anastasio papa guardo, lo qual trasse Fotin de la via dritta" ("I guard Pope Anastasius, he whom Photinus drew from the straight path"). However, modern Dante scholars consider this to be a mistake: the person Dante intended to put at that level was the Byzantine emperor of the time, Anastasius I. Anastasius II is, with Pope Liberius, one of only two of the first 50 popes not to be canonized. However, Liberius is mentioned in the |
to his death on 19 December 401. Anastasius was born in Rome, and was the son of Maximus. He succeeded Siricius as pope and condemned the writings of the Alexandrian theologian Origen shortly after their translation into Latin. He fought against these writings throughout his papacy, and in 400 he called a council to discuss them. The council agreed that Origen was not faithful to the Church. During his reign he also encouraged Christians in North Africa to fight Donatism. He instructed priests to stand and bow their head as they read from the | 400 he called a council to discuss them. The council agreed that Origen was not faithful to the Church. During his reign he also encouraged Christians in North Africa to fight Donatism. He instructed priests to stand and bow their head as they read from the gospels. Among his friends were Augustine, Jerome, and Paulinus. Jerome speaks of him as a man of great holiness who was rich in his poverty. He died in Rome and was eventually buried in the Catacomb of Pontian together with his son and immediate successor, Innocent I, which is probably a unique |
HeartGold, and SoulSilver; Generation V refers to Black, White, Black 2, and White 2; Generation VI refers to X, Y, Omega Ruby, and Alpha Sapphire; Generation VII refers to Sun, Moon, Ultra Sun, Ultra Moon, Let's Go, Pikachu!, and Let's Go, Eevee!; Generation VIII refers to Sword, Shield, Brilliant Diamond, Shining Pearl, and Legends: Arceus; and Generation IX refers to Scarlet and Violet. Each Generation is also marked by the addition of new Pokémon: 151 in Generation I in the Kanto region, 100 in Generation II in the Johto region, 135 in Generation III in the Hoenn region, 107 in Generation IV in the Sinnoh region, 156 in Generation V in the Unova region, 72 in Generation VI in the Kalos region, 88 in Generation VII in the Alola and Kanto regions, 96 in Generation VIII in the Galar and Hisui regions, and at least 3 in Generation IX. Due to the large number of Pokémon, listing of each species is divided into articles by generation. The 908 Pokémon are organized by their number in the National Pokédex—an in-game electronic encyclopedia that provides various information on Pokémon. The National Pokédex is subdivided into regional Pokédex series, each revolving around species introduced at the time of their respective generations along with older generations. For example, the Johto Pokédex, Generation II, covers the 100 species introduced in Gold and Silver in addition to the original 151 species. The encyclopedias follow a general ordering: starter Pokémon are listed first, followed by species obtainable early in the respective games, and are concluded with Legendary and Mythical Pokémon. Generation V is a notable exception, as Victini is the first Pokémon in the Unova Pokédex and is also uniquely numbered as number 000. Concept Satoshi Tajiri—who later founded Game Freak—concieved the premise of Pokémon in general in 1989, when the Game Boy was released. The creatures that inhabit the world of Pokémon are also called Pokémon. The word "Pokémon" is a romanized contraction of the Japanese brand . The concept of the Pokémon universe in both the video games and the general fictional world of Pokémon stems most notably from Tajiri's childhood hobby of insect collecting. Other influences on the concept include Ultraman, anime, and playing video games in general. Throughout his early life, Tajiri saw his rural, nature-filled hometown (Machida, Tokyo) transform into an urban center. The urbanization of his town drove away wildlife and he and others living in the area were eventually unable to collect insects. Through Pokémon, Tajiri sought to bring back this outdoor pastime and share it with the world. The first games in the franchise, Red and Green, were released on 27 February 1996 in Japan for the Game Boy. The games were internationally released as Red and Blue in September 1998. The ability to capture, battle, trade, and care for numerous creatures catapulted Pokémon to international popularity, and it has become a multibillion-dollar franchise and the second-best selling video game series after the Mario franchise. At the start of a main series Pokémon game, the player character receives one of three "starter" Pokémon, with which they can battle and catch other Pokémon. Each Pokémon has one or two "types", such as Fire, Water, or Grass. In battle, certain types are strong against other types. For example, a Fire-type attack will do more damage to a Grass-type Pokémon—rather than a Water-type attack. This form of gameplay is frequently compared to that of rock-paper-scissors, though players have to strategize which Pokémon and which of their attacks to use against various opponents. Many species of Pokémon can evolve into a larger and more powerful creature. The change is accompanied by stat changes—generally a modest increase—and access to a wider variety of attacks. There are multiple ways to trigger an evolution, including reaching a particular level, using a special stone, or learning a specific attack. For example, at level 16, Bulbasaur can evolve into Ivysaur. Most notably, the Normal-type Eevee can evolve into eight different Pokémon: Jolteon (Electric), Flareon (Fire), Vaporeon (Water), Umbreon | of Pokémon in general in 1989, when the Game Boy was released. The creatures that inhabit the world of Pokémon are also called Pokémon. The word "Pokémon" is a romanized contraction of the Japanese brand . The concept of the Pokémon universe in both the video games and the general fictional world of Pokémon stems most notably from Tajiri's childhood hobby of insect collecting. Other influences on the concept include Ultraman, anime, and playing video games in general. Throughout his early life, Tajiri saw his rural, nature-filled hometown (Machida, Tokyo) transform into an urban center. The urbanization of his town drove away wildlife and he and others living in the area were eventually unable to collect insects. Through Pokémon, Tajiri sought to bring back this outdoor pastime and share it with the world. The first games in the franchise, Red and Green, were released on 27 February 1996 in Japan for the Game Boy. The games were internationally released as Red and Blue in September 1998. The ability to capture, battle, trade, and care for numerous creatures catapulted Pokémon to international popularity, and it has become a multibillion-dollar franchise and the second-best selling video game series after the Mario franchise. At the start of a main series Pokémon game, the player character receives one of three "starter" Pokémon, with which they can battle and catch other Pokémon. Each Pokémon has one or two "types", such as Fire, Water, or Grass. In battle, certain types are strong against other types. For example, a Fire-type attack will do more damage to a Grass-type Pokémon—rather than a Water-type attack. This form of gameplay is frequently compared to that of rock-paper-scissors, though players have to strategize which Pokémon and which of their attacks to use against various opponents. Many species of Pokémon can evolve into a larger and more powerful creature. The change is accompanied by stat changes—generally a modest increase—and access to a wider variety of attacks. There are multiple ways to trigger an evolution, including reaching a particular level, using a special stone, or learning a specific attack. For example, at level 16, Bulbasaur can evolve into Ivysaur. Most notably, the Normal-type Eevee can evolve into eight different Pokémon: Jolteon (Electric), Flareon (Fire), Vaporeon (Water), Umbreon (Dark), Espeon (Psychic), Leafeon (Grass), Glaceon (Ice), and Sylveon (Fairy). In Generation VI, the games introduced a new mechanic called Mega Evolution, as well as a subset of Mega Evolution called Primal Reversion. Unlike normal evolution, Mega Evolution and Primal Reversion last only for the duration of a battle, with the Pokémon reverting to its normal form at the end. 48 Pokémon can undergo Mega Evolution or Primal Reversion as of the release of Sun and Moon. In contrast, some species such as Castform, Rotom, Unown, and Lycanroc undergo form changes, which may provide stat buffs or changes and type alterations but are not considered new species. Some Pokémon have differences in appearance due to gender. Pokémon can be male or female, male-only, female-only, or genderless. The Pokémon franchise is primarily intended for younger players. However, each Pokémon has various complex attributes such as natures, characteristic traits, Individual Values (IVs), and Effort Values (EVs). These are intended for people "who enjoy battling and want to go more in depth", according to Game Freak Board Director Junichi Masuda. These individual statistics were also included, because the basic concept of the franchise is to train one's Pokémon. Designer Takeshi Kawachimaru stated that IVs and EVs "help to make each Pokemon in the game individual", as it adds unique aspects to them. Each Pokémon game introduces a few "Legendary" and "Mythical" Pokémon that are powerful, rare, and hard to catch. Pokémon Sun and Moon introduced "Ultra Beasts", which are described as "beings from another dimension" that appeared in the Alola region and are similarly powerful and rare. Design and development Throughout development of Red and Green, Ken Sugimori, a long-time friend of Tajiri, and a team of fewer than ten people, including Atsuko Nishida who is credited as the designer of Pikachu, designed all Pokémon. By 2013, a team of 20 artists worked together to create new species designs. A committee of five people determine which designs are incorporated into the games, with Sugimori and Hironobu Yoshida finalizing the look of each creature. Sugimori is also responsible for the boxart legendary Pokémon and all of the official artwork for the games. According to Yoshida, the number of rejected Pokémon designs is five to ten times more than the number that are finalized in each game. In rare cases, rejected designs are brought |
that he had corresponded with Peter Andreas Hansen, director of the Seeberg Observatory in Gotha, about the subject. Hansen's opinion was that a single body could not adequately explain the motion of Uranus, and postulated that two planets lay beyond Uranus. In 1848, Jacques Babinet raised an objection to Le Verrier's calculations, claiming that Neptune's observed mass was smaller and its orbit larger than Le Verrier had initially predicted. He postulated, based largely on simple subtraction from Le Verrier's calculations, that another planet of roughly 12 Earth masses, which he named "Hyperion", must exist beyond Neptune. Le Verrier denounced Babinet's hypothesis, saying, "[There is] absolutely nothing by which one could determine the position of another planet, barring hypotheses in which imagination played too large a part." In 1850 James Ferguson, Assistant Astronomer at the United States Naval Observatory, noted that he had "lost" a star he had observed, GR1719k, which Lt. Matthew Maury, the superintendent of the Observatory, claimed was evidence that it must be a new planet. Subsequent searches failed to recover the "planet" in a different position, and in 1878, CHF Peters, director of the Hamilton College Observatory in New York, showed that the star had not in fact vanished, and that the previous results had been due to human error. In 1879, Camille Flammarion noted that the comets 1862 III and 1889 III had aphelia of 47 and 49 AU, respectively, suggesting that they might mark the orbital radius of an unknown planet that had dragged them into an elliptical orbit. Astronomer George Forbes concluded on the basis of this evidence that two planets must exist beyond Neptune. He calculated, based on the fact that four comets possessed aphelia at around 100 AU and a further six with aphelia clustered at around 300 AU, the orbital elements of a pair of hypothetical trans-Neptunian planets. These elements accorded suggestively with those made independently by another astronomer named David Peck Todd, suggesting to many that they might be valid. However, sceptics argued that the orbits of the comets involved were still too uncertain to produce meaningful results. Some have considered Forbes's hypothesis a precursor to Planet Nine. In 1900 and 1901, Harvard College Observatory director William Henry Pickering led two searches for trans-Neptunian planets. The first was begun by Danish astronomer Hans Emil Lau who, after studying the data on the orbit of Uranus from 1690 to 1895, concluded that one trans-Neptunian planet alone could not account for the discrepancies in its orbit, and postulated the positions of two planets he believed were responsible. The second was launched when Gabriel Dallet suggested that a single trans-Neptunian planet lying at 47 AU could account for the motion of Uranus. Pickering agreed to examine plates for any suspected planets. In neither case were any found. In 1902, after observing the orbits of comets with aphelia beyond Neptune, Theodor Grigull of Münster, Germany proclaimed the existence of a Uranus-sized planet at 50 AU with a 360-year period, which he named Hades, cross-checking with the deviations in the orbit of Uranus. In 1921, Grigull revised his orbital period to 310–330 years, to better fit the observed deviations. In 1909, Thomas Jefferson Jackson See, an astronomer with a reputation as an egocentric contrarian, opined "there is certainly one, most likely two and possibly three planets beyond Neptune". Tentatively naming the first planet "Oceanus", he placed their respective distances at 42, 56 and 72 AU from the Sun. He gave no indication as to how he determined their existence, and no known searches were mounted to locate them. In 1911, Indian astronomer Venkatesh P. Ketakar suggested the existence of two trans-Neptunian planets, which he named after the Hindu gods Brahma and Vishnu, by reworking the patterns observed by Pierre-Simon Laplace in the planetary satellites of Jupiter and applying them to the outer planets. The three inner Galilean moons of Jupiter, Io, Europa and Ganymede, are locked in a complicated 1:2:4 resonance called a Laplace resonance. Ketakar suggested that Uranus, Neptune and his hypothetical trans-Neptunian planets were also locked in Laplace-like resonances. His calculations predicted a mean distance for Brahma of 38.95 AU and an orbital period of 242.28 Earth years (3:4 resonance with Neptune). When Pluto was discovered 19 years later, its mean distance of 39.48 AU and orbital period of 248 Earth years were close to Ketakar's prediction (Pluto in fact has a 2:3 resonance with Neptune). Ketakar made no predictions for the orbital elements other than mean distance and period. It is not clear how Ketakar arrived at these figures, and his second planet, Vishnu, was never located. Planet X In 1894, with the help of William Pickering, Percival Lowell (a wealthy Bostonian) founded the Lowell Observatory in Flagstaff, Arizona. In 1906, convinced he could resolve the conundrum of Uranus's orbit, he began an extensive project to search for a trans-Neptunian planet, which he named Planet X, a name previously used by Gabriel Dallet. The X in the name represents an unknown and is pronounced as the letter, as opposed to the Roman numeral for 10 (at the time, Planet X would have been the ninth planet). Lowell's hope in tracking down Planet X was to establish his scientific credibility, which had eluded him due to his widely derided belief that channel-like features visible on the surface of Mars were canals constructed by an intelligent civilization. Lowell's first search focused on the ecliptic, the plane encompassed by the zodiac where the other planets in the Solar System lie. Using a 5-inch photographic camera, he manually examined over 200 three-hour exposures with a magnifying glass, and found no planets. At that time Pluto was too far above the ecliptic to be imaged by the survey. After revising his predicted possible locations, Lowell conducted a second search from 1914 to 1916. In 1915, he published his Memoir of a Trans-Neptunian Planet, in which he concluded that Planet X had a mass roughly seven times that of Earth—about half that of Neptune—and a mean distance from the Sun of 43 AU. He assumed Planet X would be a large, low-density object with a high albedo, like the giant planets. As a result, it would show a disc with diameter of about one arcsecond and an apparent magnitude between 12 and 13—bright enough to be spotted. Separately, in 1908, Pickering announced that, by analysing irregularities in Uranus's orbit, he had found evidence for a ninth planet. His hypothetical planet, which he termed "Planet O" (because it came after "N", i.e. Neptune), possessed a mean orbital radius of 51.9 AU and an orbital period of 373.5 years. Plates taken at his observatory in Arequipa, Peru, showed no evidence for the predicted planet, and British astronomer P. H. Cowell showed that the irregularities observed in Uranus's orbit virtually disappeared once the planet's displacement of longitude was taken into account. Lowell himself, despite his close association with Pickering, dismissed Planet O out of hand, saying, "This planet is very properly designated "O", [for it] is nothing at all." Unbeknownst to Pickering, four of the photographic plates taken in the search for "Planet O" by astronomers at the Mount Wilson Observatory in 1919 captured images of Pluto, though this was only recognised years later. Pickering went on to suggest many other possible trans-Neptunian planets up to the year 1932, which he named P, Q, R, S, T, and U; none were ever detected. Discovery of Pluto Lowell's sudden death in 1916 temporarily halted the search for Planet X. Failing to find the planet, according to one friend, "virtually killed him". Lowell's widow, Constance, engaged in a legal battle with the observatory over Lowell's legacy which halted the search for Planet X for several years. In 1925, the observatory obtained glass discs for a new wide-field telescope to continue the search, constructed with funds from Abbott Lawrence Lowell, Percival's brother. In 1929 the observatory's director, Vesto Melvin Slipher, summarily handed the job of locating the planet to Clyde Tombaugh, a 22-year-old Kansas farm boy who had only just arrived at the Lowell Observatory after Slipher had been impressed by a sample of his astronomical drawings. Tombaugh's task was to systematically capture sections of the night sky in pairs of images. Each image in a pair was taken two weeks apart. He then placed both images of each section in a machine called a blink comparator, which by exchanging images quickly created a time lapse illusion of the movement of any planetary body. To reduce the chances that a faster-moving (and thus closer) object be mistaken for the new planet, Tombaugh imaged each region near its opposition point, 180 degrees from the Sun, where the apparent retrograde motion for objects beyond Earth's orbit is at its strongest. He also took a third image as a control to eliminate any false results caused by defects in an individual plate. Tombaugh decided to image the entire zodiac, rather than focus on those regions suggested by Lowell. By the beginning of 1930, Tombaugh's search had reached the constellation of Gemini. On 18 February 1930, after searching for nearly a year and examining nearly 2 million stars, Tombaugh discovered a moving object on photographic plates taken on 23 January and 29 January of that year. A lesser-quality photograph taken on January 21 confirmed the movement. Upon confirmation, Tombaugh walked into Slipher's office and declared, "Doctor Slipher, I have found your Planet X." The object lay just six degrees from one of two locations for Planet X Lowell had suggested; thus it seemed he had at last been vindicated. After the observatory obtained further confirmatory photographs, news of the discovery was telegraphed to the Harvard College Observatory on March 13, 1930. The new object was later precovered on photographs dating back to 19 March 1915. The decision to name the object Pluto was intended in part to honour Percival Lowell, as his initials made up the word's first two letters. After discovering Pluto, Tombaugh continued to search the ecliptic for other distant objects. He found hundreds of variable stars and asteroids, as well as two comets, but no further planets. Pluto loses Planet X title To the observatory's disappointment and surprise, Pluto showed no visible disc; it appeared as a point, no different from a star, and, at only 15th magnitude, was six times dimmer than Lowell had predicted, which meant it was either very small, or very dark. Because Lowell astronomers thought Pluto was massive enough to perturb planets, they assumed that its albedo could be no less than 0.07 (meaning that it reflected only 7% of the light that hit it); about as dark as asphalt and similar to that of Mercury, the least reflective planet known. This would give Pluto an estimated mass of no more than 70% that of Earth. Observations also revealed that Pluto's orbit was very elliptical, far more than that of any other planet. Almost immediately, some astronomers questioned Pluto's status as a planet. Barely a month after its discovery was announced, on April 14, 1930, in an article in The New York Times, Armin O. Leuschner suggested that Pluto's dimness and high orbital eccentricity made it more similar to an asteroid or comet: "The Lowell result confirms the possible high eccentricity announced by us on April 5. Among the possibilities are a large asteroid greatly disturbed in its orbit by close approach to a major planet such as Jupiter, or it may be one of many long-period planetary objects yet to be discovered, or a bright cometary object." In that same article, Harvard Observatory director Harlow Shapley wrote that Pluto was a "member of the Solar System not comparable with known asteroids and comets, and perhaps of greater importance to cosmogony than would be another major planet beyond Neptune." In 1931, using a mathematical formula, Ernest W. Brown asserted (in agreement with E. C. Bower) that the presumed irregularities in the orbit of Uranus could not be due to the gravitational effect of a more distant planet, and thus that Lowell's supposed prediction was "purely accidental". Throughout the mid-20th century, estimates of Pluto's mass were revised downward. In 1931, Nicholson and Mayall calculated its mass, based on its supposed effect on the giant planets, as roughly that of Earth; a value somewhat in accord with the 0.91 Earth mass calculated in 1942 by Lloyd R. Wylie at the US Naval Observatory, using the same assumptions. In 1949, Gerard Kuiper's measurements of Pluto's diameter with the 200-inch telescope at Mount Palomar Observatory led him to the conclusion that it was midway in size between Mercury and Mars and that its mass was most probably about 0.1 Earth mass. In 1973, based on the similarities in the periodicity and amplitude of brightness variation with Triton, Dennis Rawlins conjectured Pluto's mass must be similar to Triton's. In retrospect, the conjecture turns out to have been correct; it had been argued by astronomers Walter Baade and E.C. Bower as early as 1934. However, because Triton's mass was then believed to be roughly 2.5% of the Earth–Moon system (more than ten times its actual value), Rawlins's determination for Pluto's mass was similarly incorrect. It was nonetheless a meagre enough value for him to conclude Pluto was not Planet X. In 1976, Dale Cruikshank, Carl Pilcher, and David Morrison of the University of Hawaii analysed spectra from Pluto's surface and determined that it must contain methane ice, which is highly reflective. This meant that Pluto, far from being dark, was in fact exceptionally bright, and thus was probably no more than Earth mass. Pluto's size was finally determined conclusively in 1978, when American astronomer James W. Christy discovered its moon Charon. This enabled him, together with Robert Sutton Harrington of the U.S. Naval Observatory, to measure the mass of the Pluto–Charon system directly by observing the moon's orbital motion around Pluto. They determined Pluto's mass to be 1.31×1022 kg; roughly one five-hundredth | Lowell astronomers thought Pluto was massive enough to perturb planets, they assumed that its albedo could be no less than 0.07 (meaning that it reflected only 7% of the light that hit it); about as dark as asphalt and similar to that of Mercury, the least reflective planet known. This would give Pluto an estimated mass of no more than 70% that of Earth. Observations also revealed that Pluto's orbit was very elliptical, far more than that of any other planet. Almost immediately, some astronomers questioned Pluto's status as a planet. Barely a month after its discovery was announced, on April 14, 1930, in an article in The New York Times, Armin O. Leuschner suggested that Pluto's dimness and high orbital eccentricity made it more similar to an asteroid or comet: "The Lowell result confirms the possible high eccentricity announced by us on April 5. Among the possibilities are a large asteroid greatly disturbed in its orbit by close approach to a major planet such as Jupiter, or it may be one of many long-period planetary objects yet to be discovered, or a bright cometary object." In that same article, Harvard Observatory director Harlow Shapley wrote that Pluto was a "member of the Solar System not comparable with known asteroids and comets, and perhaps of greater importance to cosmogony than would be another major planet beyond Neptune." In 1931, using a mathematical formula, Ernest W. Brown asserted (in agreement with E. C. Bower) that the presumed irregularities in the orbit of Uranus could not be due to the gravitational effect of a more distant planet, and thus that Lowell's supposed prediction was "purely accidental". Throughout the mid-20th century, estimates of Pluto's mass were revised downward. In 1931, Nicholson and Mayall calculated its mass, based on its supposed effect on the giant planets, as roughly that of Earth; a value somewhat in accord with the 0.91 Earth mass calculated in 1942 by Lloyd R. Wylie at the US Naval Observatory, using the same assumptions. In 1949, Gerard Kuiper's measurements of Pluto's diameter with the 200-inch telescope at Mount Palomar Observatory led him to the conclusion that it was midway in size between Mercury and Mars and that its mass was most probably about 0.1 Earth mass. In 1973, based on the similarities in the periodicity and amplitude of brightness variation with Triton, Dennis Rawlins conjectured Pluto's mass must be similar to Triton's. In retrospect, the conjecture turns out to have been correct; it had been argued by astronomers Walter Baade and E.C. Bower as early as 1934. However, because Triton's mass was then believed to be roughly 2.5% of the Earth–Moon system (more than ten times its actual value), Rawlins's determination for Pluto's mass was similarly incorrect. It was nonetheless a meagre enough value for him to conclude Pluto was not Planet X. In 1976, Dale Cruikshank, Carl Pilcher, and David Morrison of the University of Hawaii analysed spectra from Pluto's surface and determined that it must contain methane ice, which is highly reflective. This meant that Pluto, far from being dark, was in fact exceptionally bright, and thus was probably no more than Earth mass. Pluto's size was finally determined conclusively in 1978, when American astronomer James W. Christy discovered its moon Charon. This enabled him, together with Robert Sutton Harrington of the U.S. Naval Observatory, to measure the mass of the Pluto–Charon system directly by observing the moon's orbital motion around Pluto. They determined Pluto's mass to be 1.31×1022 kg; roughly one five-hundredth that of Earth or one-sixth that of the Moon, and far too small to account for the observed discrepancies in the orbits of the outer planets. Lowell's "prediction" had been a coincidence: If there was a Planet X, it was not Pluto. Further searches for Planet X After 1978, a number of astronomers kept up the search for Lowell's Planet X, convinced that, because Pluto was no longer a viable candidate, an unseen tenth planet must have been perturbing the outer planets. In the 1980s and 1990s, Robert Harrington led a search to determine the real cause of the apparent irregularities. He calculated that any Planet X would be at roughly three times the distance of Neptune from the Sun; its orbit would be highly eccentric, and strongly inclined to the ecliptic—the planet's orbit would be at roughly a 32-degree angle from the orbital plane of the other known planets. This hypothesis was met with a mixed reception. Noted Planet X sceptic Brian G. Marsden of the Minor Planet Center pointed out that these discrepancies were a hundredth the size of those noticed by Le Verrier, and could easily be due to observational error. In 1972, Joseph Brady of the Lawrence Livermore National Laboratory studied irregularities in the motion of Halley's Comet. Brady claimed that they could have been caused by a Jupiter-sized planet beyond Neptune at 59 AU that is in a retrograde orbit around the Sun. However, both Marsden and Planet X proponent P. Kenneth Seidelmann attacked the hypothesis, showing that Halley's Comet randomly and irregularly ejects jets of material, causing changes to its own orbital trajectory, and that such a massive object as Brady's Planet X would have severely affected the orbits of known outer planets. Although its mission did not involve a search for Planet X, the IRAS space observatory made headlines briefly in 1983 due to an "unknown object" that was at first described as "possibly as large as the giant planet Jupiter and possibly so close to Earth that it would be part of this Solar System". Further analysis revealed that of several unidentified objects, nine were distant galaxies and the tenth was "interstellar cirrus"; none were found to be Solar System bodies. In 1988, A. A. Jackson and R. M. Killen studied the stability of Pluto's resonance with Neptune by placing test "Planet X-es" with various masses and at various distances from Pluto. Pluto and Neptune's orbits are in a 3:2 resonance, which prevents their collision or even any close approaches, regardless of their separation in the z axis. It was found that the hypothetical object's mass had to exceed 5 Earth masses to break the resonance, and the parameter space is quite large and a large variety of objects could have existed beyond Pluto without disturbing the resonance. Four test orbits of a trans-Plutonian planet have been integrated forward for four million years in order to determine the effects of such a body on the stability of the Neptune–Pluto 3:2 resonance. Planets beyond Pluto with masses of 0.1 and 1.0 Earth masses in orbits at 48.3 and 75.5 AU, respectively, do not disturb the 3:2 resonance. Test planets of 5 Earth masses with semi-major axes of 52.5 and 62.5 AU disrupt the four-million-year libration of Pluto's argument of perihelion. Planet X disproved Harrington died in January 1993, without having found Planet X. Six months before, E. Myles Standish had used data from Voyager 2'''s 1989 flyby of Neptune, which had revised the planet's total mass downward by 0.5%—an amount comparable to the mass of Mars—to recalculate its gravitational effect on Uranus. When Neptune's newly determined mass was used in the Jet Propulsion Laboratory Developmental Ephemeris (JPL DE), the supposed discrepancies in the Uranian orbit, and with them the need for a Planet X, vanished. There are no discrepancies in the trajectories of any space probes such as Pioneer 10, Pioneer 11, Voyager 1, and Voyager 2 that can be attributed to the gravitational pull of a large undiscovered object in the outer Solar System. Today, most astronomers agree that Planet X, as Lowell defined it, does not exist. Discovery of further trans-Neptunian objects After the discovery of Pluto and Charon, no more trans-Neptunian objects (TNOs) were found until 15760 Albion in 1992. Since then, thousands of such objects have been discovered. Most are now recognized as part of the Kuiper belt, a swarm of icy bodies left over from the Solar System's formation that orbit near the ecliptic plane just beyond Neptune. Though none were as large as Pluto, some of these distant trans-Neptunian objects, such as Sedna, were initially described in the media as "new planets". In 2005, astronomer Mike Brown and his team announced the discovery of (later named after the Greek goddess of discord and strife), a trans-Neptunian object then thought to be just barely larger than Pluto. Soon afterwards, a NASA Jet Propulsion Laboratory press release described the object as the "tenth planet". Eris was never officially classified as a planet, and the 2006 definition of planet defined both Eris and Pluto not as planets but as dwarf planets because they have not cleared their neighbourhoods. They do not orbit the Sun alone, but as part of a population of similarly sized objects. Pluto itself is now recognized as being a member of the Kuiper belt and the largest dwarf planet, larger than the more-massive Eris. A number of astronomers, most notably Alan Stern, the head of NASA's New Horizons mission to Pluto, contend that the IAU's definition is flawed, and that Pluto and Eris, and all large trans-Neptunian objects, such as , , , and , should be considered planets in their own right. However, the discovery of Eris did not rehabilitate the Planet X theory because it is far too small to have significant effects on the outer planets' orbits. Subsequently proposed trans-Neptunian planets Although most astronomers accept that Lowell's Planet X does not exist, a number have revived the idea that a large unseen planet could create observable gravitational effects in the outer Solar System. These hypothetical objects are often referred to as "Planet X", although the conception of these objects may differ considerably from that proposed by Lowell. Orbits of distant objects Sedna's orbit When Sedna was discovered, its extreme orbit raised questions about its origin. Its perihelion is so distant (approximately 76 AU) that no currently observed mechanism can explain Sedna's eccentric distant orbit. It is too far from the planets to have been affected by the gravity of Neptune or the other giant planets and too bound to the Sun to be affected by outside forces such as the galactic tides. Hypotheses to explain its orbit include that it was affected by a passing star, that it was captured from another planetary system, or that it was tugged into its current position by a trans-Neptunian planet. The most obvious solution to determining Sedna's peculiar orbit would be to locate a number of objects in a similar region, whose various orbital configurations would provide an indication as to their history. If Sedna had been pulled into its orbit by a trans-Neptunian planet, any other objects found in its region would have a similar perihelion to Sedna (around 80 AU). Excitement of Kuiper belt orbits In 2008 Tadashi Mukai and Patryk Sofia Lykawka suggested a distant Mars- or Earth-sized planet, currently in a highly eccentric orbit between 100 and and orbital period of 1000 years with an inclination of 20° to 40°, was responsible for the structure of the Kuiper belt. They proposed that the perturbations of this planet excited the eccentricities and inclinations of the trans-Neptunian objects, truncated the planetesimal disk at 48 AU, and detached the orbits of objects like Sedna from Neptune. During Neptune's migration this planet is posited to have been captured in an outer resonance of Neptune and to have evolved into a higher perihelion orbit due to the Kozai mechanism leaving the remaining trans-Neptunian objects on stable orbits. Elongated orbits of group of Kuiper belt objects In 2012, Rodney Gomes modelled the orbits of 92 Kuiper belt objects and found that six of those orbits were far more elongated than the model predicted. He concluded that the simplest explanation was the gravitational pull of a distant planetary companion, such as a Neptune-sized object at 1,500 AU. This Neptune-sized object would cause the perihelia of objects with semi-major axes greater than 300 AU to oscillate, delivering them into planet-crossing orbits like those of and or detached orbits like Sedna's. Discovery of and the orbital clustering of Kuiper belt objects In 2014, astronomers announced the discovery of , a large object with a Sedna-like 4,200-year orbit and a perihelion of roughly 80 AU, which led them to suggest that it offered evidence of a potential trans-Neptunian planet. Trujillo and Sheppard argued that the orbital clustering of arguments of perihelia for and other extremely distant TNOs suggests the existence of a "super-Earth" of between 2 and 15 Earth masses beyond 200 AU and possibly on an inclined orbit at 1,500 AU. In 2014 astronomers at the Universidad Complutense in Madrid suggested that the available data actually indicate more than one trans-Neptunian planet; subsequent work further suggests that the evidence is robust enough but rather than connected with Ω and ω, semi-major axes and nodal distances could be the signposts. Additional work based on improved orbits of 39 objects still indicates that more than one perturber could be present and that one of them could orbit the Sun at 300-400 AU. Further analysis and Planet Nine hypothesis On January 20, 2016, Brown and Konstantin Batygin published an article corroborating Trujillo and Sheppard's initial findings; proposing a super-Earth (dubbed Planet Nine) based on a statistical clustering of the arguments of perihelia (noted before) near zero and also ascending nodes near 113° of six distant trans-Neptunian objects. They estimated it to be ten times the mass of Earth (about 60% the mass of Neptune) with a semimajor axis of approximately 400–1500 AU. Probability Even without gravitational evidence, Mike Brown, the discoverer of Sedna, has argued that Sedna's 12,000-year orbit means that probability alone suggests that an Earth-sized object exists beyond Neptune. Sedna's orbit is so eccentric that it spends only a small fraction of its orbital period near the Sun, where it can be easily observed. This means that unless its discovery was a freak accident, there is probably a substantial population of objects roughly Sedna's diameter yet to be observed in its orbital region. Mike Brown noted that "Sedna is about three-quarters the size of Pluto. If there are sixty objects three-quarters the size of Pluto [out there] then there are probably forty objects the size of Pluto ... If there are forty objects the size of Pluto, then there are probably ten that are twice the size of Pluto. There are probably three or four that are three times the size of Pluto, and the biggest of these objects ... is probably the size of Mars or the size of the Earth." However, he notes that, should such an object be found, |
objects. They are also the most populous known class of resonant trans-Neptunian objects (also see adjunct box with hierarchical listing). The first plutino after Pluto itself, (385185) 1993 RO, was discovered on September 16, 1993. Orbits Origin It is thought that the objects that are currently in mean orbital resonances with Neptune initially followed a variety of independent heliocentric paths. As Neptune migrated outward early in the Solar System's history (see origins of the Kuiper belt), the bodies it approached would have been scattered; during this process, some of them would have been captured into resonances. The 3:2 resonance is a low-order resonance and is thus the strongest and most stable among all resonances. This is the primary reason it has a larger population than the other Neptunian resonances encountered in the Kuiper Belt. The cloud of low-inclination bodies beyond 40 AU is the cubewano family, while bodies with higher eccentricities (0.05 to 0.34) and semimajor axes close to the 3:2 Neptune resonance are primarily plutinos. Orbital characteristics While the majority of plutinos have relatively low orbital inclinations, a significant fraction of these objects follow orbits similar to that of Pluto, with inclinations in the 10–25° range and eccentricities around 0.2–0.25; such orbits result in many of these objects having perihelia close to or even inside Neptune's orbit, while simultaneously having aphelia that bring them close to the main Kuiper belt's outer edge (where objects in a 1:2 resonance with Neptune, the Twotinos, are found). The orbital periods of plutinos cluster around 247.3 years (1.5 × Neptune's orbital period), varying by at most a few years from this value. Unusual plutinos include: , which follows the most highly inclined orbit (34.5°) , which has the most | than the other Neptunian resonances encountered in the Kuiper Belt. The cloud of low-inclination bodies beyond 40 AU is the cubewano family, while bodies with higher eccentricities (0.05 to 0.34) and semimajor axes close to the 3:2 Neptune resonance are primarily plutinos. Orbital characteristics While the majority of plutinos have relatively low orbital inclinations, a significant fraction of these objects follow orbits similar to that of Pluto, with inclinations in the 10–25° range and eccentricities around 0.2–0.25; such orbits result in many of these objects having perihelia close to or even inside Neptune's orbit, while simultaneously having aphelia that bring them close to the main Kuiper belt's outer edge (where objects in a 1:2 resonance with Neptune, the Twotinos, are found). The orbital periods of plutinos cluster around 247.3 years (1.5 × Neptune's orbital period), varying by at most a few years from this value. Unusual plutinos include: , which follows the most highly inclined orbit (34.5°) , which has the most elliptical orbit (its eccentricity is 0.33), with the perihelion halfway between Uranus and Neptune following a quasi-circular orbit lying almost perfectly on the ecliptic (inclination less than 1.5°) See also the comparison with the distribution of the cubewanos. Long-term stability Pluto's influence on the other plutinos has historically been neglected due to its relatively small mass. However, the resonance width (the range of semi-axes compatible with the resonance) is very narrow and only a few times larger than Pluto's Hill sphere (gravitational influence). Consequently, depending on the original eccentricity, some plutinos will eventually be driven out of the resonance by interactions with Pluto. Numerical simulations suggest that the orbits of plutinos with an eccentricity 10%–30% smaller or larger than that of Pluto are not stable over Ga timescales. Orbital diagrams Brightest objects The plutinos brighter than |
scientists, musicians, and artists. Rudolf was an art lover as well, and Prague became the capital of European culture. This was a prosperous period for the city: famous people living there in that age include the astronomers Tycho Brahe and Johannes Kepler, the painter Arcimboldo, the alchemists Edward Kelley and John Dee, the poet Elizabeth Jane Weston, and others. In 1618, the famous second defenestration of Prague provoked the Thirty Years' War, a particularly harsh period for Prague and Bohemia. Ferdinand II of Habsburg was deposed, and his place as King of Bohemia taken by Frederick V, Elector Palatine; however his army was crushed in the Battle of White Mountain (1620) not far from the city. Following this in 1621 was an execution of 27 Czech Protestant leaders (involved in the uprising) in Old Town Square and the exiling of many others. Prague was forcibly converted back to Roman Catholicism followed by the rest of Czech lands. The city suffered subsequently during the war under an attack by Electorate of Saxony (1631) and during the Battle of Prague (1648). Prague began a steady decline which reduced the population from the 60,000 it had had in the years before the war to 20,000. In the second half of the 17th century, Prague's population began to grow again. Jews had been in Prague since the end of the 10th century and, by 1708, they accounted for about a quarter of Prague's population. In 1689, a great fire devastated Prague, but this spurred a renovation and a rebuilding of the city. In 1713–14, a major outbreak of plague hit Prague one last time, killing 12,000 to 13,000 people. In 1744, Frederick the Great of Prussia invaded Bohemia. He took Prague after a severe and prolonged siege in the course of which a large part of the town was destroyed. In 1757 the Prussian bombardment destroyed more than one quarter of the city and heavily damaged St. Vitus Cathedral. However a month later, Frederick the Great was defeated and forced to retreat from Bohemia. The economy of Prague continued to improve during the 18th century. The population increased to 80,000 inhabitants by 1771. Many rich merchants and nobles enhanced the city with a host of palaces, churches and gardens full of art and music, creating a Baroque city renowned throughout the world to this day. In 1784, under Joseph II, the four municipalities of Malá Strana, Nové Město, Staré Město, and Hradčany were merged into a single entity. The Jewish district, called Josefov, was included only in 1850. The Industrial Revolution produced great changes and developments in Prague, as new factories could take advantage of the coal mines and ironworks of the nearby regions. A first suburb, Karlín, was created in 1817, and twenty years later the population exceeded 100,000. The revolutions in Europe in 1848 also touched Prague, but they were fiercely suppressed. In the following years, the Czech National Revival began its rise, until it gained the majority in the town council in 1861. Prague had a German-speaking majority in 1848, but by 1880 the number of German speakers had decreased to 14% (42,000), and by 1910 to 6.7% (37,000), due to a massive increase of the city's overall population caused by the influx of Czechs from the rest of Bohemia and Moravia and the increasing prestige and importance of the Czech language as part of the Czech National Revival. 20th century First Czechoslovak Republic World War I ended with the defeat of the Austro-Hungarian Empire and the creation of Czechoslovakia. Prague was chosen as its capital and Prague Castle as the seat of president Tomáš Garrigue Masaryk. At this time Prague was a true European capital with highly developed industry. By 1930, the population had risen to 850,000. Second World War Hitler ordered the German Army to enter Prague on 15 March 1939, and from Prague Castle proclaimed Bohemia and Moravia a German protectorate. For most of its history, Prague had been a multi-ethnic city with important Czech, German and (mostly native German-speaking) Jewish populations. From 1939, when the country was occupied by Nazi Germany, Hitler took over Prague Castle. During the Second World War, most Jews were deported and killed by the Germans. In 1942, Prague was witness to the assassination of one of the most powerful men in Nazi Germany—Reinhard Heydrich—during Operation Anthropoid, accomplished by Czechoslovak national heroes Jozef Gabčík and Jan Kubiš. Hitler ordered bloody reprisals. In February 1945, Prague suffered several bombing raids by the US Army Air Forces. 701 people were killed, more than 1,000 people were injured and some buildings, factories and historical landmarks (Emmaus Monastery, Faust House, Vinohrady Synagogue) were destroyed. Many historic structures in Prague, however, escaped the destruction of the war and the damage was small compared to the total destruction of many other cities in that time. According to American pilots, it was the result of a navigational mistake. In March, a deliberate raid targeted military factories in Prague, killing about 370 people. On 5 May 1945, two days before Germany capitulated, an uprising against Germany occurred. Several thousand Czechs were killed in four days of bloody street fighting, with many atrocities committed by both sides. At daybreak on 9 May, the of the Red Army took the city almost unopposed. The majority (about 50,000 people) of the German population of Prague either fled or were expelled by the Beneš decrees in the aftermath of the war. Cold War Prague was a city in a country under the military, economic, and political control of the Soviet Union (see Iron Curtain and COMECON). The world's largest Stalin Monument was unveiled on Letná hill in 1955 and destroyed in 1962. The 4th Czechoslovak Writers' Congress, held in the city in June 1967, took a strong position against the regime. On 31 October 1967 students demonstrated at Strahov. This spurred the new secretary of the Czechoslovak Communist Party, Alexander Dubček, to proclaim a new deal in his city's and country's life, starting the short-lived season of the "socialism with a human face". It was the Prague Spring, which aimed at the renovation of political institutions in a democratic way. The other Warsaw Pact member countries, except Romania and Albania, were led by the Soviet Union to repress these reforms through the invasion of Czechoslovakia and the capital, Prague, on 21 August 1968. The invasion, chiefly by infantry and tanks, effectively suppressed any further attempts at reform. The military occupation of Czechoslovakia by the Red Army would end only in 1991. Jan Palach and Jan Zajíc committed suicide by self-immolation in January and February 1969 to protest against the "normalization" of the country. After the Velvet Revolution In 1989, after the riot police beat back a peaceful student demonstration, the Velvet Revolution crowded the streets of Prague, and the capital of Czechoslovakia benefited greatly from the new mood. In 1993, after the Velvet Divorce, Prague became the capital city of the new Czech Republic. From 1995 high-rise buildings began to be built in Prague in large quantities. In the late 1990s, Prague again became an important cultural center of Europe and was notably influenced by globalisation. In 2000, IMF and World Bank summit took place in Prague and anti-globalization riots took place here. In 2002, Prague suffered from widespread floods that damaged buildings and its underground transport system. Prague launched a bid for the 2016 Summer Olympics, but failed to make the candidate city shortlist. In June 2009, as the result of financial pressures from the global recession, Prague's officials also chose to cancel the city's planned bid for the 2020 Summer Olympics. Geography Prague is situated on the Vltava river, at . in the center of the Bohemian Basin. Prague is approximately at the same latitude as Frankfurt, Germany; Paris, France; and Vancouver, Canada. Climate Prague has an oceanic climate (Köppen: Cfb) with humid continental (Dfb) influences, defined as such by the isotherm. The winters are relatively cold with average temperatures at about freezing point, and with very little sunshine. Snow cover can be common between mid-November and late March although snow accumulations of more than are infrequent. There are also a few periods of mild temperatures in winter. Summers usually bring plenty of sunshine and the average high temperature of . Nights can be quite cool even in summer, though. Precipitation in Prague (and most of the Bohemian lowland) is rather low (just over per year) since it is located in the rain shadow of the Sudetes and other mountain ranges. The driest season is usually winter while late spring and summer can bring quite heavy rain, especially in form of thundershowers. Temperature inversions are relatively common between mid-October and mid-March bringing foggy, cold days and sometimes moderate air pollution. Prague is also a windy city with common sustained western winds and an average wind speed of that often help break temperature inversions and clear the air in cold months. Administration Administrative division Prague is the capital of the Czech Republic and as such is the regular seat of its central authorities. Since 24 November 1990, it is de facto again a statutory town, but has a specific status of the municipality and the region at the same time. Prague also houses the administrative institutions of the Central Bohemian Region. Until 1949, all administrative districts of Prague were formed by the whole one or more cadastral unit, municipality or town. Since 1949, there has been a fundamental change in the administrative division. Since then, the boundaries of many urban districts, administrative districts and city districts are independent of the boundaries of cadastral territories and some cadastral territories are thus divided into administrative and self-governing parts of the city. Cadastral area (for example, Vinohrady, Smíchov) are still relevant especially for the registration of land and real estate and house numbering. Prague is divided into 10 municipal districts (1–10), 22 administrative districts (1–22), 57 municipal parts, or 112 cadastral areas. City government Prague is autonomously administered by the Prague City Assembly, which is elected through municipal elections and consists of 55 to 70 members. Executive body of Prague, elected by the Assembly is a Prague City Council. The municipal office of Prague is called Prague City Hall. It has 11 members including the mayor and it prepares proposals for the Assembly meetings and ensures that adopted resolutions are fulfilled. The Mayor of Prague is Czech Pirate Party member Zdeněk Hřib. Population According to the 2011 census, about 14% of the city inhabitants were born outside the Czech Republic. That is the highest proportion in the country. However, in 2011, 64.8 per cent of the city's population self-identified themselves as Czechs, which is higher than the national average. Even though official population of Prague hovers around 1.3 million, the real number of people in the city is much higher due to only 65% of its residents being marked as permanently living in the city, these data were taken from mobile phone movements around the city, and bring total population of Prague to about 1.9–2 million, and with additional 300,000 to 400,000 people coming to the city for work, education or shopping, on weekdays there are more than 2 million people in the city. Development of the Prague population since 1378: Culture The city is traditionally one of the cultural centres of Europe, hosting many cultural events. Some of the significant cultural institutions include the National Theatre (Národní Divadlo) and the Estates Theatre (Stavovské or Tylovo or Nosticovo divadlo), where the premières of Mozart's Don Giovanni and La clemenza di Tito were held. Other major cultural institutions are the Rudolfinum which is home to the Czech Philharmonic Orchestra and the Municipal House which is home to the Prague Symphony Orchestra. The Prague State Opera (Státní opera) performs at the Smetana Theatre. The city has many world-class museums, including the National Museum (Národní muzeum), the Museum of the Capital City of Prague, the Jewish Museum in Prague, the Alfons Mucha Museum, the African-Prague Museum, the Museum of Decorative Arts in Prague, the Náprstek Museum (Náprstkovo Muzeum), the Josef Sudek Gallery and The Josef Sudek Studio, the National Library and the National Gallery, which manages the largest collection of art in the Czech Republic. There are hundreds of concert halls, galleries, cinemas and music clubs in the city. It hosts music festivals including the Prague Spring International Music Festival, the Prague Autumn International Music Festival, the Prague International Organ Festival, the Dvořák Prague International Music Festival, and the Prague International Jazz Festival. Film festivals include the Febiofest, the One World Film Festival and Echoes of the Karlovy Vary International Film Festival. The city also hosts the Prague Writers' Festival, the Prague Folklore Days, Prague Advent Choral Meeting the Summer Shakespeare Festival, the Prague Fringe Festival, the World Roma Festival, as well as the hundreds of Vernissages and fashion shows. Many films have been made at Barrandov Studios and at Prague Studios. Hollywood films set in Prague include Mission Impossible, xXx, Blade II, Children of Dune, Alien vs. Predator, Doom, Chronicles of Narnia, Hellboy, EuroTrip, Van Helsing, Red Tails, and Spider-Man: Far From Home. Other Czech films shot in Prague include Empties, Amadeus and The Fifth Horseman is Fear. Also, the romantic music video "Never Tear Us Apart" by INXS, "Diamonds from Sierra Leone" by Kanye West was shot in the city, and features shots of the Charles Bridge and the Astronomical Clock, among other landmarks. Rihanna's "Don't Stop the Music" video was filmed at Prague's Radost FX Club. The city was also the setting for the film Dungeons and Dragons in 2000. The music video "Silver and Cold" by AFI, an American rock band, was also filmed in Prague. Many Indian films have also been filmed in the city including Yuvraaj, Drona and Rockstar. Early 2000s europop hit "Something" by "Lasgo" was filmed at the central train station in Prague. Video games set in Prague include Tomb Raider: The Angel of Darkness, Indiana Jones and the Emperor's Tomb, Vampire: The Masquerade – Redemption, Soldier of Fortune II: Double Helix, Broken Sword: The Sleeping Dragon, Still Life, Call of Duty: Modern Warfare 3 and Deus Ex: Mankind Divided. With the growth of low-cost airlines in Europe, Prague has become a weekend city destination allowing tourists to visit its museums and cultural sites as well as try its Czech beers and cuisine. The city has many buildings by renowned architects, including Adolf Loos (Villa Müller), Frank O. Gehry (Dancing House) and Jean Nouvel (Golden Angel). Recent major events held in Prague: International Monetary Fund and World Bank Summit 2000 NATO Summit 2002 International Olympic Committee Session 2004 IAU General Assembly 2006 (Definition of planet) EU & USA Summit 2009 Czech Presidency of the Council of the European Union 2009 USA & Russia Summit 2010 (signing of the New START treaty) Cuisine In 2008, the Allegro restaurant received the first Michelin star in the whole of the post-Communist part of Central Europe. It retained its star until 2011. , there are two Michelin-starred restaurants in Prague: La Degustation Bohême Bourgeoise and Field. Another six have been awarded Michelin's Bib Gourmand: Bistrøt 104, Divinis, Eska, Maso a Kobliha, Na Kopci and Sansho. In Malá Strana, Staré Město, Žižkov and Nusle there are hundreds of restaurants, bars and pubs, especially with Czech beer. Prague also hosts the Czech Beer Festival (Český pivní festival), which is the largest beer festival in the Czech Republic held for 17 days every year in May. At the festival, more than 70 brands of Czech beer can be tasted. There are several microbrewery festivals throughout the year as well. Czech beer has a long history, with brewing taking place in Břevnov Monastery in 993. Prague is home to historical breweries Staropramen (Praha 5), U Fleků, U Medvídků, U Tří růží, Strahov Monastery Brewery (Praha 1) and Břevnov Monastery Brewery (Praha 6). Among many microbreweries are: Novoměstský, Pražský most u Valšů, Národní, Boršov, Loď pivovar, U Dobřenských, U Dvou koček, U Supa (Praha 1), Pivovarský dům (Praha 2), Sousedský pivovar Bašta (Praha 4), Suchdolský Jeník, Libocký pivovar (Praha 6), Marina (Praha 7), U Bulovky (Praha 8), Beznoska, Kolčavka (Praha 9), Vinohradský pivovar, Zubatý pes, Malešický mikropivovar (Praha 10), Jihoměstský pivovar (Praha 11), Lužiny (Praha 13), Počernický pivovar (Praha 14) and Hostivar (Praha 15). Economy Prague's economy accounts for 25% of the Czech GDP making it the highest performing regional economy of the country. As of 2019, its GDP per capita in purchasing power standard is €63,900, making it the third best performing region in the EU at 205 per cent of the EU-27 average in 2019. Prague employs almost a fifth of the entire Czech workforce, and its wages are significantly above average (≈+20%). In 4Q/2020, during the pandemic, average salaries available in Prague reached CZK 45.944 (≈€1,800) per month, an annual increase of 4%, which was nevertheless lower than national increase of 6.5% both in nominal and real terms. (Inflation in the Czech Republic was 3.2% in 4Q/2020.) Since 1990, the city's economic structure has shifted from industrial to service-oriented. Industry is present in sectors such as pharmaceuticals, printing, food processing, manufacture of transport equipment, computer technology, and electrical engineering. In the service sector, financial and commercial services, trade, restaurants, hospitality and public administration are the most significant. Services account for around 80 per cent of employment. There are 800,000 employees in Prague, including 120,000 commuters. The number of (legally registered) foreign residents in Prague has been increasing in spite of the country's economic downturn. As of March 2010, 148,035 foreign workers were reported to be living in the city making up about 18 per cent of the workforce, up from 131,132 in 2008. Approximately one-fifth of all investment in the Czech Republic takes place in the city. Almost one-half of the national income from tourism is spent in Prague. The city offers approximately 73,000 beds in accommodation facilities, most of which were built after 1990, including almost 51,000 beds in hotels and boarding houses. From the late 1990s to late 2000s, the city was a common filming location for international productions such as Hollywood and Bollywood motion pictures. A combination of architecture, low costs and the existing motion picture infrastructure have proven attractive to international film production companies. The modern economy of Prague is largely service and export-based and, in a 2010 survey, the city was named the best city in Central and Eastern Europe (CEE) for business. In 2005, Prague was deemed among the three best cities in Central and Eastern Europe according to The Economists livability rankings. The city was named as a top-tier nexus city for innovation across multiple sectors of the global innovation economy, placing 29th globally out of 289 cities, ahead of Brussels and Helsinki for innovation in 2010 in 2thinknow annual analysts Innovation Cities Index. Na příkopě is the most expensive street among all the states of the V4. In 2017, with the amount of rent €2,640 (CZK 67,480) per square meter per year, ranked on 22nd place among the most expensive streets in the world. The second most expensive is Pařížská street. In the Eurostat research, Prague ranked fifth among Europe's | music clubs in the city. It hosts music festivals including the Prague Spring International Music Festival, the Prague Autumn International Music Festival, the Prague International Organ Festival, the Dvořák Prague International Music Festival, and the Prague International Jazz Festival. Film festivals include the Febiofest, the One World Film Festival and Echoes of the Karlovy Vary International Film Festival. The city also hosts the Prague Writers' Festival, the Prague Folklore Days, Prague Advent Choral Meeting the Summer Shakespeare Festival, the Prague Fringe Festival, the World Roma Festival, as well as the hundreds of Vernissages and fashion shows. Many films have been made at Barrandov Studios and at Prague Studios. Hollywood films set in Prague include Mission Impossible, xXx, Blade II, Children of Dune, Alien vs. Predator, Doom, Chronicles of Narnia, Hellboy, EuroTrip, Van Helsing, Red Tails, and Spider-Man: Far From Home. Other Czech films shot in Prague include Empties, Amadeus and The Fifth Horseman is Fear. Also, the romantic music video "Never Tear Us Apart" by INXS, "Diamonds from Sierra Leone" by Kanye West was shot in the city, and features shots of the Charles Bridge and the Astronomical Clock, among other landmarks. Rihanna's "Don't Stop the Music" video was filmed at Prague's Radost FX Club. The city was also the setting for the film Dungeons and Dragons in 2000. The music video "Silver and Cold" by AFI, an American rock band, was also filmed in Prague. Many Indian films have also been filmed in the city including Yuvraaj, Drona and Rockstar. Early 2000s europop hit "Something" by "Lasgo" was filmed at the central train station in Prague. Video games set in Prague include Tomb Raider: The Angel of Darkness, Indiana Jones and the Emperor's Tomb, Vampire: The Masquerade – Redemption, Soldier of Fortune II: Double Helix, Broken Sword: The Sleeping Dragon, Still Life, Call of Duty: Modern Warfare 3 and Deus Ex: Mankind Divided. With the growth of low-cost airlines in Europe, Prague has become a weekend city destination allowing tourists to visit its museums and cultural sites as well as try its Czech beers and cuisine. The city has many buildings by renowned architects, including Adolf Loos (Villa Müller), Frank O. Gehry (Dancing House) and Jean Nouvel (Golden Angel). Recent major events held in Prague: International Monetary Fund and World Bank Summit 2000 NATO Summit 2002 International Olympic Committee Session 2004 IAU General Assembly 2006 (Definition of planet) EU & USA Summit 2009 Czech Presidency of the Council of the European Union 2009 USA & Russia Summit 2010 (signing of the New START treaty) Cuisine In 2008, the Allegro restaurant received the first Michelin star in the whole of the post-Communist part of Central Europe. It retained its star until 2011. , there are two Michelin-starred restaurants in Prague: La Degustation Bohême Bourgeoise and Field. Another six have been awarded Michelin's Bib Gourmand: Bistrøt 104, Divinis, Eska, Maso a Kobliha, Na Kopci and Sansho. In Malá Strana, Staré Město, Žižkov and Nusle there are hundreds of restaurants, bars and pubs, especially with Czech beer. Prague also hosts the Czech Beer Festival (Český pivní festival), which is the largest beer festival in the Czech Republic held for 17 days every year in May. At the festival, more than 70 brands of Czech beer can be tasted. There are several microbrewery festivals throughout the year as well. Czech beer has a long history, with brewing taking place in Břevnov Monastery in 993. Prague is home to historical breweries Staropramen (Praha 5), U Fleků, U Medvídků, U Tří růží, Strahov Monastery Brewery (Praha 1) and Břevnov Monastery Brewery (Praha 6). Among many microbreweries are: Novoměstský, Pražský most u Valšů, Národní, Boršov, Loď pivovar, U Dobřenských, U Dvou koček, U Supa (Praha 1), Pivovarský dům (Praha 2), Sousedský pivovar Bašta (Praha 4), Suchdolský Jeník, Libocký pivovar (Praha 6), Marina (Praha 7), U Bulovky (Praha 8), Beznoska, Kolčavka (Praha 9), Vinohradský pivovar, Zubatý pes, Malešický mikropivovar (Praha 10), Jihoměstský pivovar (Praha 11), Lužiny (Praha 13), Počernický pivovar (Praha 14) and Hostivar (Praha 15). Economy Prague's economy accounts for 25% of the Czech GDP making it the highest performing regional economy of the country. As of 2019, its GDP per capita in purchasing power standard is €63,900, making it the third best performing region in the EU at 205 per cent of the EU-27 average in 2019. Prague employs almost a fifth of the entire Czech workforce, and its wages are significantly above average (≈+20%). In 4Q/2020, during the pandemic, average salaries available in Prague reached CZK 45.944 (≈€1,800) per month, an annual increase of 4%, which was nevertheless lower than national increase of 6.5% both in nominal and real terms. (Inflation in the Czech Republic was 3.2% in 4Q/2020.) Since 1990, the city's economic structure has shifted from industrial to service-oriented. Industry is present in sectors such as pharmaceuticals, printing, food processing, manufacture of transport equipment, computer technology, and electrical engineering. In the service sector, financial and commercial services, trade, restaurants, hospitality and public administration are the most significant. Services account for around 80 per cent of employment. There are 800,000 employees in Prague, including 120,000 commuters. The number of (legally registered) foreign residents in Prague has been increasing in spite of the country's economic downturn. As of March 2010, 148,035 foreign workers were reported to be living in the city making up about 18 per cent of the workforce, up from 131,132 in 2008. Approximately one-fifth of all investment in the Czech Republic takes place in the city. Almost one-half of the national income from tourism is spent in Prague. The city offers approximately 73,000 beds in accommodation facilities, most of which were built after 1990, including almost 51,000 beds in hotels and boarding houses. From the late 1990s to late 2000s, the city was a common filming location for international productions such as Hollywood and Bollywood motion pictures. A combination of architecture, low costs and the existing motion picture infrastructure have proven attractive to international film production companies. The modern economy of Prague is largely service and export-based and, in a 2010 survey, the city was named the best city in Central and Eastern Europe (CEE) for business. In 2005, Prague was deemed among the three best cities in Central and Eastern Europe according to The Economists livability rankings. The city was named as a top-tier nexus city for innovation across multiple sectors of the global innovation economy, placing 29th globally out of 289 cities, ahead of Brussels and Helsinki for innovation in 2010 in 2thinknow annual analysts Innovation Cities Index. Na příkopě is the most expensive street among all the states of the V4. In 2017, with the amount of rent €2,640 (CZK 67,480) per square meter per year, ranked on 22nd place among the most expensive streets in the world. The second most expensive is Pařížská street. In the Eurostat research, Prague ranked fifth among Europe's 271 regions in terms of gross domestic product per inhabitant, achieving 172 per cent of the EU average. It ranked just above Paris and well above the country as a whole, which achieved 80 per cent of the EU average. Companies with highest turnover in the region in 2014: Prague is also the site of some of the most important offices and institutions of the Czech Republic President of the Czech Republic The Government and both houses of Parliament Ministries and other national offices (Industrial Property Office, Czech Statistical Office, National Security Authority etc.) Czech National Bank Czech Television and other major broadcasters Radio Free Europe – Radio Liberty Galileo global navigation project Academy of Sciences of the Czech Republic Tourism Since the fall of the Iron Curtain, Prague has become one of the world's most popular tourist destinations. Prague suffered considerably less damage during World War II than some other major cities in the region, allowing most of its historic architecture to stay true to form. It contains one of the world's most pristine and varied collections of architecture, from Romanesque, to Gothic, Renaissance, Baroque, Rococo, Neo-Renaissance, Neo-Gothic, Art Nouveau, Cubist, Neo-Classical and ultra-modern. Prague is classified as an "Alpha-" global city according to GaWC studies, comparable to Vienna, Manila and Washington, D.C. Prague ranked sixth in the Tripadvisor world list of best destinations in 2016. Its rich history makes it a popular tourist destination, and the city receives more than 8.4 million international visitors annually, . Main attractions Hradčany and Lesser Town (Malá Strana) Prague Castle with the St. Vitus Cathedral which stores the Czech Crown Jewels The picturesque Charles Bridge (Karlův most) The Baroque Saint Nicholas Church Church of Our Lady Victorious and Infant Jesus of Prague Písek Gate, one of the last preserved city gate of Baroque fortification Petřín Hill with Petřín Lookout Tower, Mirror Maze and Petřín funicular Lennon Wall The Franz Kafka Museum Kampa Island, an island with a view of the Charles Bridge The Baroque Wallenstein Palace with its garden Old Town (Staré Město) and Josefov The Astronomical Clock (Orloj) on Old Town City Hall The Gothic Church of Our Lady before Týn (Kostel Matky Boží před Týnem) from the 14th century with 80 m high towers Stone Bell House The vaulted Gothic Old New Synagogue (Staronová Synagoga) of 1270 Old Jewish Cemetery Powder Tower (Prašná brána), a Gothic tower of the old city gates Spanish Synagogue with its elaborate interior decoration Old Town Square (Staroměstské náměstí) with gothic and baroque architectural styles The art nouveau Municipal House, a major civic landmark and concert hall known for its Art Nouveau architectural style and political history in the Czech Republic. Museum of Decorative Arts in Prague, with an extensive collections including glass, furniture, textile, toys, Art Nouveau, Cubism and Art Deco Clam-Gallas Palace, a baroque palace from 1713 Church of St. Martin in the Wall Colloredo-Mansfeld Palace, with elements of High Baroque and the later Rococo and Second-Rococo adaptations. Known today for its well-preserved dance hall New Town (Nové Město) Busy and historic Wenceslas Square The neo-renaissance National Museum with large scientific and historical collections at the head of Wenceslas Square. It is the largest museum in the Czech Republic, covering disciplines from the natural sciences to specialized areas of the social sciences. The staircase of the building offers a nice view of the New Town. The National Theatre, a neo-Renaissance building with golden roof, alongside the banks of the Vltava river The deconstructivist Dancing House (Fred and Ginger Building) Charles Square, the largest medieval square in Europe (now turned into a park) The Emmaus monastery and "Prague to Its Victorious Sons" at Palacky Square (Palackého náměstí) The museum of the Heydrich assassination in the crypt of the Church of Saints Cyril and Methodius Stiassny's Jubilee Synagogue is the largest in Prague The Mucha Museum, showcasing the Art Nouveau works of Alphonse Mucha Church of St. Apollinaire, Prague Church of Saint Michael the Archangel in Prague Church of the Assumption of the Virgin Mary and St. Charles the Great, Prague Church of Our Lady on the Lawn St. Wenceslas Church (Zderaz) St. Stephen's Church Vinohrady and Žižkov National Monument in Vitkov with a large bronze equestrian statue of Jan Žižka in Vítkov Park, Žižkov – Prague 3 The neo-Gothic Church of St. Ludmila at Míru Square in Vinohrady Žižkov Television Tower New Jewish Cemetery in Olšany, location of Franz Kafka's grave – Prague 3 The Roman Catholic Sacred Heart Church at Jiřího z Poděbrad Square The Vinohrady grand Neo-Renaissance, Art Nouveau, Pseudo Baroque, and Neo-Gothic buildings in the area between Míru Square, Jiřího z Poděbrad Square and Havlíčkovy sady park Other places Vyšehrad Castle with Basilica of St Peter and St Paul, Vyšehrad cemetery and Prague oldest Rotunda of St. Martin The Prague Metronome at Letná Park, a giant, functional metronome that looms over the city Prague Zoo in Troja, selected as the 7th best zoo in the world by Forbes magazine in 2007 and the 4th best by TripAdvisor in 2015 Industrial Palace (Průmyslový palác), Křižík's Light fountain, funfair Lunapark and Sea World Aquarium in Výstaviště compound in Holešovice Letohrádek Hvězda (Star Villa) in Liboc, a renaissance villa in the shape of a six-pointed star surrounded by a game reserve National Gallery in Prague with large collection of Czech and international paintings and sculptures by artists such as Mucha, Kupka, Picasso, Monet and Van Gogh Opera performances in National Theatre – unlike drama, all opera performances run with English subtitles. Anděl, a busy part of the city with modern architecture and a shopping mall The large Nusle Bridge, spans the Nusle Valley, linking New Town to Pankrác, with the Metro running underneath the road Strahov Monastery, an old Czech premonstratensian abbey founded in 1149 and monastic library Hotel International Prague, a four-star hotel and Czech cultural monument Tourism statistics Education Nine public universities and thirty six private universities are located in the city, including: Public universities Charles University (UK) founded in 1348, the oldest university in Central Europe Czech Technical University (ČVUT) founded in 1707 University of Chemistry and Technology (VŠCHT) founded in 1920 University of Economics (VŠE) founded in 1953 Czech University of Life Sciences Prague (ČZU) founded in 1906/1952 Czech Police Academy (PA ČR) founded in 1993 Public arts academies Academy of Fine Arts (AVU) founded in 1800 Academy of Arts, Architecture and Design (VŠUP) founded in 1885 Academy of Performing Arts (AMU) founded in 1945 Private universities (UJAK) founded in 2001 Metropolitan University Prague (MUP) founded in 2001 The University of Finance and Administration (VSFS) founded in 1999 Largest private colleges University College of Business in Prague (VŠO) founded in 2000 (VŠEM) founded in 2001 (VŠPP) founded in 2000 (VŠH) founded in 1999 College of International and Public Relations Prague (VŠMVV) founded in 2001 CEVRO Institute (CEVRO) founded in 2005 Ambis College (AMBIS) founded in 1994 (Vysoká škola zdravotnická) founded in 2005 Anglo-American University (AAVŠ) founded in 2000 University of New York in Prague (UNYP) founded in 1998 International institutions Instituto Camões Goethe-Institut Instituto Cervantes British Council Alliance Française and Institut Français Istituto Italiano di Cultura Adam Mickiewicz Institute and Polish Institute Science, research and hi-tech centres The region city of Prague is an important centre of research. It is the seat of 39 out of 54 institutes of the Czech Academy of Sciences, including the largest ones, the Institute of Physics, the Institute of Microbiology and the Institute of Organic Chemistry and Biochemistry. It is also a seat of 10 public research institutes, four business incubators and large hospitals performing research and development activities such as the Motol University Hospital or Institute for Clinical and Experimental Medicine, which was the largest transplant center in Europe as of 2019. Universities seated in Prague (see section Colleges and Universities) also represent important centres of science and research activities. , there were 13,000 researchers (out of 30,000 in the country, counted in full-time equivalents), representing a 3% share of Prague's economically active population. Gross expenditure on research and development accounted for €901.3 million (41.5% of country's total). Some well-known multinational companies have established research and development facilities in Prague, among them Siemens, Honeywell, Oracle, Microsoft and Broadcom. Prague was selected to host administration of the EU satellite navigation system Galileo. It started to provide its first services in December 2016 and full completion is expected by 2020. Transport As of 2017, Prague had transport modal share: 52% of all trips are done in public transport, 24.5% in car, 22.4% on foot, 0.4% on bike and 0.5% by airplane. Public transportation The public transport infrastructure consists of a heavily used Prague Integrated Transport (PID, Pražská integrovaná doprava) of Prague Metro (lines A, B, and C – its length is with 61 stations in total), Prague tram system, Prague buses, commuter S-trains, funiculars, and six ferries. Prague has one of the highest rates of public transport usage in the world, with 1.2 billion passenger journeys per year. Prague has about 300 bus lines (numbers 100–960) and 34 regular tram lines (numbers 1–26 and 91–99 ). There are also three funiculars, one on Petřín Hill, one on Mrázovka Hill and a third at the Zoo in Troja. The Prague tram system now operates various types of trams, including the Tatra T3, newer Tatra KT8D5, T6A5, Škoda 14 T (designed by Porsche), newer modern Škoda 15 T and nostalgic tram lines 23 and 41. Around 400 vehicles are the modernized T3 class, which are typically operated coupled together in pairs. The Prague tram system is the twelfth longest in the world (142 km) and its rolling stock consists of 857 individual cars, which is the third largest in the world behind Moscow and Budapest. The system carries more than 360 million passengers annually, the highest tram patronage in the world after Budapest, on a per capita basis, Prague has the second highest tram patronage after Zürich. All services (metro, tramways, city buses, funiculars and ferries) have a common ticketing system that operates on a proof-of-payment system. Basic transfer ticket can be bought for a 30/90-minute ride, short-term tourist passes are available for periods of 24 hours or 3 days, longer-term tickets can be bought on the smart ticketing system Lítačka card, for periods of one month, three months or one year. Services are run by the Prague Public Transport Company (Dopravní podnik hl. m. Prahy, a. s.) and several other companies. Since 2005 the Regional Organiser of Prague Integrated Transport (ROPID) has franchised operation of ferries on the Vltava river, which are also a part of the public transport system with common fares. Taxi services make pick-ups on the streets or operate from regulated taxi stands. Prague Metro The Metro has three major lines extending throughout the city: A (green), B (yellow) and C (red). A fourth Metro line D is planned, which would connect the city centre to southern parts of the city (as of 2021, the completion is expected in 2028). The Prague Metro system served 589.2 million passengers in 2012, making it the fifth busiest metro system in Europe and the most-patronised in the world on a per capita basis. The first section of the Prague metro was put into operation in 1974. It was the stretch between stations Kačerov and Florenc on the current line C. The first part of Line A was opened in 1978 (Dejvická – Náměstí Míru), the first part of line B in 1985 (Anděl – Florenc). In April 2015, construction finished to extend the green line A further into the northwest corner of Prague closer to the airport. A new interchange station for the bus in the direction of the airport is the station Nádraží Veleslavín. The final station of the green line is Nemocnice Motol (Motol Hospital), giving people direct public transportation access to the largest medical facility in the Czech Republic and one of the largest in Europe. A railway connection to the airport is planned. In operation there are two kinds of units: "81-71M" which is modernized variant of the Soviet Metrovagonmash 81-71 (completely modernized between 1995 and 2003) and new "Metro M1" trains (since 2000), manufactured by consortium consisting of Siemens, ČKD Praha and ADtranz. The minimum interval between two trains is 90 seconds. The original Soviet vehicles "Ečs" were excluded in 1997, but one vehicle is placed in public transport museum in depot Střešovice. The Náměstí Míru metro station is the deepest station and is equipped with the longest escalator in European Union. The Prague metro is generally considered very safe. Roads The main flow of traffic leads through the centre of the city and through inner and outer ring roads (partially in operation). Inner Ring Road (The City Ring "MO"): Once completed it will surround the wider central part of the city. The longest |
Shipp album) Prism (Ryo Kawasaki album) Prism (Yoshida Brothers album) Prism (Rainbow EP) Prism Records, an American record label Other Prism (play), a 2017 play by Terry Johnson Prism (opera), a 2018 opera by Ellen Reid PRISM (TV network), a defunct cable television channel in Philadelphia, United States Prism (street artist), street artist from Melbourne, Australia Prism Leisure Corporation, a distribution and publishing company in the United Kingdom Computing Publishing Requirements for Industry Standard Metadata, XML metadata vocabularies for syndicating, aggregating, post-processing and multi-purposing content Hardware Prism (chipset), a wireless networking chipset Apollo PRISM, a microprocessor made by Apollo Computer DEC PRISM, a cancelled processor architecture designed by Digital Equipment Corporation SGI Prism, a computer Prism Micro Products, a British telecommunications company that produced modems for the Micronet 800 network Software Delphi Prism, a software development environment for .NET and Mono Mozilla Prism, a software product for desktop integration of web applications PRISM model checker, a probabilistic model checker GraphPad Prism, software for scientific graphing, biostatistics and curve fitting Other uses PRISM (reactor), a small nuclear power plant design A retroreflector, used in surveying Prism Rail, a British passenger rail company Prism Motorsports, a NASCAR team Nokia Prism, a fashion mobile phone collection Prism Ridge, a small ridge in Antarctica PRISM, a student program at Odle Middle School, United States Prism (video game), a video | run by the US National Security Agency PRISM (website), an educational portal website for Indiana teachers Oregon Performance Reporting Information System, a state agency Media and entertainment Publications Prism (comics), a Marvel Comics character Prism International, a Canadian literary magazine PRism (journal), an academic journal covering public relations ASEE Prism, the flagship publication of the American Society for Engineering Education Prism Comics, an organization that supports LGBT people in the comics industry The Prism Pentad, a series of Dungeons & Dragons novels by Troy Denning Music Prism (band), a Canadian rock band Prism (Prism album), the debut album of the Canadian band Prism (Japanese band), a jazz fusion band Prism (Beth Nielsen Chapman album) Prism (Dave Holland album) Prism (Jeff Scott Soto album) Prism (Joanne Brackeen album) Prism (Katy Perry album) Prism (Matthew Shipp album) Prism (Ryo Kawasaki album) Prism (Yoshida Brothers album) Prism (Rainbow EP) Prism Records, an American record label Other Prism (play), a 2017 play by Terry Johnson Prism (opera), a 2018 opera by Ellen Reid PRISM (TV network), a defunct cable television channel in Philadelphia, United States Prism (street artist), street artist from Melbourne, Australia Prism Leisure Corporation, a distribution and publishing company in the United Kingdom Computing Publishing Requirements for Industry Standard Metadata, XML metadata vocabularies for syndicating, aggregating, post-processing and multi-purposing content Hardware Prism (chipset), a wireless networking chipset |
German, and appeared in Pomeranian dictionaries as meaning "flounder and perch fishing net". Thus, it is a "reverse loan-word" as the Pomeranian language borrowed the word from Low German in which it functioned as a "Pomoranism" (a borrowing from the Pomeranian language). A borrowing from the Pomeranian language which has been used in everyday German language and has appeared in dictionaries is the phrase "" (it means: come on, come on). It moved to the German language through the German dialects of West Prussia, and is also present in the Kashubian language (spelled: ). Assessment The classification of the Pomeranian ethnolect is problematic. It was classified by Aleksander Brückner as one of the Old Polish dialects. At the same time, he classified the extant Kashubian and Slovincian dialects as belonging to the Modern Polish language. Other linguists relate the Pomeranian language to the Polabian group of dialects (forming the Pomeranian-Polabian group). After Slovincian and all the Pomeranian dialects (except Kashubian) became extinct, the Kashubian language is the term most often used in relation to the language spoken by the Pomeranians. However, it is still not clear from where the words "Kashubians" and "Kashubian" ( and , and ) originated and how they were brought from the area near Koszalin to Pomerelia. None of the theories proposed has been widely accepted so far. There is also no indication that Pomeranians wandered from the area of Koszalin to Pomerelia. While Western Pomerania was being Germanized, the Germans (both colonizers and Germanized descendants of Slavic Pomeranians) started using the words "Pomeranian" (; ) and "Pomeranians" (; ) referring to their own population. The part of the Pomeranian population which kept their Slavic language was called the Wends () or the Kashubians (). As the West lost its Slavic character, those two terms were more often used in the East. In 1850, in the preface to his Kashubian-Russian dictionary, Florian Ceynowa wrote about the language of Baltic Slavic peoples: "Usually it is called the 'Kashubian language', although the 'Pomeranian-Slovenian dialect' would be a more proper term." The word dialect was probably used by Ceynowa because he was a follower of Pan-Slavism, according to which all the Slavic languages were dialects of one Slavic language. In his | they belong to the Polish language, but they also have some features in common with the Pomeranian language, which proves their character was transitional. Friedrich Lorentz supposed that the Kociewski and Borewiacki dialects first belonged to the Pomeranian language and were then Polonized as a result of the Polish colonization of these territories. According to Lorentz, the Krajniacki dialect most probably was originally a part of the Polish language. The common feature of the Kociewski dialects and the Kashubian language is, for example, the partial preservation of the so-called "TarT" group and a part of its lexis. For the Borowiacki dialects and the Pomeranian language, the common feature was affrication of dorsal consonants. The Pomeranian language also influenced the Low German dialects, which were used in Pomerania. After Germanisation, the population of Western Pomerania started to use the Low German dialects. Those dialects, though, were influenced by the Pomeranian language (Slavic). Most words originating from Pomeranian can be found in vocabulary connected with fishery and farming. The word / may serve as an example. It describes a kind of a fishing net and is still known in the Low German dialects of Mecklenburg-Vorpommern today. The word comes from the old Pomeranian word of the same meaning: . It moved to Kashubian and Slovincian dialects through Low German, and appeared in Pomeranian dictionaries as meaning "flounder and perch fishing net". Thus, it is a "reverse loan-word" as the Pomeranian language borrowed the word from Low German in which it functioned as a "Pomoranism" (a borrowing from the Pomeranian language). A borrowing from the Pomeranian language which has been used in everyday German language and has appeared in dictionaries is the phrase "" (it means: come on, come on). It moved to the German language through the German dialects of West Prussia, and is also present in the Kashubian language (spelled: ). Assessment The classification of the Pomeranian ethnolect is problematic. It was classified by Aleksander Brückner as one of the Old Polish dialects. At the same time, he classified the extant Kashubian and Slovincian dialects as belonging to the Modern Polish language. Other linguists relate the Pomeranian language to the Polabian group of dialects (forming the Pomeranian-Polabian group). After Slovincian and all the Pomeranian dialects (except Kashubian) became extinct, the Kashubian language is the term most often used in relation to the language spoken by the Pomeranians. However, it is still not clear from where the words "Kashubians" and "Kashubian" ( and , and ) originated and how they were brought from the area near Koszalin to Pomerelia. None of the theories proposed has been widely accepted so far. There is also no indication that Pomeranians wandered from the area |
was signed by the Dutch Republic and the Kingdom of Spain on 30 January 1648, and was ratified in Münster on 15 May 1648. Two complementary treaties were signed on 24 October 1648: The Treaty of Münster (Instrumentum Pacis Monasteriensis, IPM), between the Holy Roman Emperor and France, along with their respective allies The Treaty of Osnabrück (Instrumentum Pacis Osnabrugensis, IPO), between the Holy Roman Empire and Sweden, along with their respective allies. Results Internal political boundaries The power asserted by Ferdinand III was stripped from him and returned to the rulers of the Imperial States. The rulers of the Imperial States could henceforth choose their own official religions. Catholics and Protestants were redefined as equal before the law, and Calvinism was given legal recognition as an official religion. The independence of the Dutch Republic, which practiced religious toleration, also provided a safe haven for European Jews. The Holy See was very displeased at the settlement, with Pope Innocent X calling it "null, void, invalid, iniquitous, unjust, damnable, reprobate, inane, empty of meaning and effect for all time" in the bull Zelo Domus Dei. Tenets The main tenets of the Peace of Westphalia were: All parties would recognise the Peace of Augsburg of 1555, in which each prince had the right to determine the religion of his own state (the principle of cuius regio, eius religio). However, the ius reformandi was removed, subjects were no longer forced to follow the conversion of their ruler. Rulers were allowed to choose Catholicism, Lutheranism, or Calvinism. 1 January 1624 was defined as the normative date for determining the dominant religion of a state. All ecclesiastical property was to be restored to the condition of 1624. Christians living in principalities where their denomination was not the established church were guaranteed the right to practice their faith in private, as well as in public during allotted hours. France and Sweden were recognised as guarantors of the imperial constitution with a right to intercede. It is often argued that the Peace of Westphalia resulted in a general recognition of the exclusive sovereignty of each party over its lands, people, and agents abroad, as well as responsibility for the warlike acts of any of its citizens or agents. Territorial adjustments The Old Swiss Confederacy was formally recognised as independent from the Holy Roman Empire, after decades of de facto independence. The Dutch Republic, which had declared its independence from Spain in 1581, was formally recognised as a fully independent state from both Spain and the Holy Roman Empire. France retained the Bishoprics of Metz, Toul and Verdun near Lorraine, received the cities of the Décapole in Alsace (except for Strasbourg, the Bishopric of Strasbourg, and Mulhouse) and the city of Pignerol near the Spanish Duchy of Milan. Sweden received an indemnity of five million thalers, which it used primarily to pay its troops. Sweden further received Western Pomerania (thenceforth Swedish Pomerania), Wismar, and the Prince-Bishoprics of Bremen and Verden as hereditary fiefs, thus gaining a seat and vote in the Imperial Diet of the Holy Roman Empire as well as in the Upper Saxon, Lower Saxon and Westphalian circle diets (Kreistage). However, the wording of the treaties was ambiguous: To escape incorporation into Swedish Bremen-Verden, the city of Bremen had claimed Imperial immediacy. The emperor had granted this request and separated the city from the surrounding Bishopric of Bremen. Sweden launched the Swedish-Bremen wars in 1653/54 in a failed attempt to take the city. The treaty did not decide the Swedish-Brandenburgian border in the Duchy of Pomerania. At Osnabrück, both Sweden and Brandenburg had claimed the whole duchy, which had been under Swedish control since 1630 despite legal claims of Brandenburgian succession. While the parties settled for a border in 1653, the underlying conflict continued. The treaty ruled that the Dukes of Mecklenburg, owing their re-investiture to the Swedes, cede Wismar and the Mecklenburgian port tolls. While Sweden understood this to include the tolls of all Mecklenburgian ports, the Mecklenburgian dukes as well as the emperor understood this to refer to Wismar only. Wildeshausen, a petty exclave of Bremen-Verden and fragile basis for Sweden's seat in the Westphalian circle diet, was also claimed by the Bishopric of Münster. Bavaria retained the Palatinate's vote in the Electoral College of the Holy Roman Empire, which it was granted by the imperial ban on the Elector Palatine Frederick V in 1623. The Prince Palatine, Frederick's son, was given a new, eighth electoral vote. The Palatinate was divided between the re-established Elector Palatine Charles Louis (son and heir of Frederick V) and Elector-Duke Maximilian of Bavaria, and thus between the Protestants and Catholics. Charles Louis obtained the Lower Palatinate, along the Rhine, while Maximilian kept the Upper Palatinate, to | forced to follow the conversion of their ruler. Rulers were allowed to choose Catholicism, Lutheranism, or Calvinism. 1 January 1624 was defined as the normative date for determining the dominant religion of a state. All ecclesiastical property was to be restored to the condition of 1624. Christians living in principalities where their denomination was not the established church were guaranteed the right to practice their faith in private, as well as in public during allotted hours. France and Sweden were recognised as guarantors of the imperial constitution with a right to intercede. It is often argued that the Peace of Westphalia resulted in a general recognition of the exclusive sovereignty of each party over its lands, people, and agents abroad, as well as responsibility for the warlike acts of any of its citizens or agents. Territorial adjustments The Old Swiss Confederacy was formally recognised as independent from the Holy Roman Empire, after decades of de facto independence. The Dutch Republic, which had declared its independence from Spain in 1581, was formally recognised as a fully independent state from both Spain and the Holy Roman Empire. France retained the Bishoprics of Metz, Toul and Verdun near Lorraine, received the cities of the Décapole in Alsace (except for Strasbourg, the Bishopric of Strasbourg, and Mulhouse) and the city of Pignerol near the Spanish Duchy of Milan. Sweden received an indemnity of five million thalers, which it used primarily to pay its troops. Sweden further received Western Pomerania (thenceforth Swedish Pomerania), Wismar, and the Prince-Bishoprics of Bremen and Verden as hereditary fiefs, thus gaining a seat and vote in the Imperial Diet of the Holy Roman Empire as well as in the Upper Saxon, Lower Saxon and Westphalian circle diets (Kreistage). However, the wording of the treaties was ambiguous: To escape incorporation into Swedish Bremen-Verden, the city of Bremen had claimed Imperial immediacy. The emperor had granted this request and separated the city from the surrounding Bishopric of Bremen. Sweden launched the Swedish-Bremen wars in 1653/54 in a failed attempt to take the city. The treaty did not decide the Swedish-Brandenburgian border in the Duchy of Pomerania. At Osnabrück, both Sweden and Brandenburg had claimed the whole duchy, which had been under Swedish control since 1630 despite legal claims of Brandenburgian succession. While the parties settled for a border in 1653, the underlying conflict continued. The treaty ruled that the Dukes of Mecklenburg, owing their re-investiture to the Swedes, cede Wismar and the Mecklenburgian port tolls. While Sweden understood this to include the tolls of all Mecklenburgian ports, the Mecklenburgian dukes as well as the emperor understood this to refer to Wismar only. Wildeshausen, a petty exclave of Bremen-Verden and fragile basis for Sweden's seat in the Westphalian circle diet, was also claimed by the Bishopric of Münster. Bavaria retained the Palatinate's vote in the Electoral College of the Holy Roman Empire, which it was granted by the imperial ban on the Elector Palatine Frederick V in 1623. The Prince Palatine, Frederick's son, was given a new, eighth electoral vote. The Palatinate was divided between the re-established Elector Palatine Charles Louis (son and heir of Frederick V) and Elector-Duke Maximilian of Bavaria, and thus between the Protestants and Catholics. Charles Louis obtained the Lower Palatinate, along the Rhine, while Maximilian kept the Upper Palatinate, to the north of Bavaria. Brandenburg-Prussia received Farther Pomerania, and the Bishoprics of Magdeburg, Halberstadt, Kammin, and Minden. The succession to the Jülich-Cleves-Berg, whose last duke had died in 1609, was clarified. Jülich, Berg, and Ravenstein were given to the Count Palatine of Neuburg, while Cleves, Mark, and Ravensberg went to Brandenburg. The Prince-Bishopric of Osnabrück would alternate between Catholic and Lutheran bishops, with the Protestant bishops chosen from the cadets of the House of Brunswick-Lüneburg. Barriers to trade and commerce erected during the war were abolished, and "a degree" of free navigation was guaranteed on the Rhine. Legacy The treaties did not entirely end conflicts arising out of the Thirty Years' War. Fighting continued between France and Spain until the Treaty of the Pyrenees in 1659. The Dutch-Portuguese War had begun during the Iberian Union between Spain and Portugal, as part of the Eighty Years' War, and went on until 1663. Nevertheless, the Peace of Westphalia did settle many outstanding European issues of the time. Westphalian sovereignty Scholars of international relations have identified the Peace of Westphalia as the origin of principles crucial to modern international relations, including the inviolability of borders and non-interference in the domestic affairs of sovereign states. This system became known in the literature as Westphalian sovereignty. Although scholars have challenged the association with the Peace of Westphalia, the debate is still structured around the concept of Westphalian sovereignty. However, scholars have challenged the view that the modern European states system originated with the Westphalian treaties. The treaties do not contain anything in their text about religious freedom, sovereignty, or balance of power that can be construed as international law principles. Constitutional arrangements of the Holy Roman Empire are the only context in which sovereignty and religious equality are mentioned in the text, but they are not new ideas in this context. While the treaties do not contain the basis for the modern laws of nations themselves, they do symbolize the end of a long |
the Senate at Rome, despite protests from the pagan members of the Senate. Emperor Gratian also forbade legacies of real property to the Vestals and abolished other privileges belonging to them and to the pontiffs. Early life Pope Damasus I was born in Rome around 305. Damasus' parents were Antonius, who became a priest at the Church of St. Lawrence (San Lorenzo) in Rome, and his wife Laurentia. Both parents originally come from the region of Lusitania. Damasus began his ecclesiastical career as a deacon in his father's church, where he went on to serve as a priest. This later became the basilica of Saint Lawrence outside the Walls in Rome. During Damasus' early years, Constantine I rose to rule the Western Roman Empire. As emperor, he issued the Edict of Milan (313), which granted religious freedom to Christians in all parts of the Roman Empire. A crisis precipitated by the rejection of religious freedom by Licinius, Emperor of the Eastern Roman Empire, in favor of paganism resulted in a civil war in 324 that placed Constantine firmly in control of a reunited Empire. This led to the establishment of Christian religious supremacy in Constantinople and gradually led to a See in that city which sought to rival the authority of the Roman See. Damasus was most likely in his twenties at the time. When Pope Liberius was banished by Emperor Constantius II to Berea in 354, Damasus was archdeacon of the Roman church and followed Liberius into exile, though he immediately returned to Rome. During the period before Liberius' return, Damasus had a great share in the government of the church. Succession crisis In the early Church, bishops were customarily elected by the clergy and the people of the diocese. While this simple method worked well in a small community of Christians unified by persecution, as the congregation grew in size, the acclamation of a new bishop was fraught with division, and rival claimants and a certain class hostility between patrician and plebeian candidates unsettled some episcopal elections. At the same time, 4th-century emperors expected each new pope-elect to be presented to them for approval, which sometimes led to state domination of the Church's internal affairs. Following the death of Pope Liberius on 24 September 366, Damasus succeeded to the Papacy amidst factional violence. The deacons and laity supported Liberius' deacon Ursinus. The upper-class former partisans of Felix, who had ruled during Liberius' exile, supported the election of Damasus. The two were elected simultaneously (Damasus' election was held in San Lorenzo in Lucina). J. N. D. Kelly states that Damasus hired a gang of thugs that stormed the Julian Basilica, carrying out a three-day massacre of the Ursinians. Thomas Shahan says details of this scandalous conflict are related in the highly prejudiced "Libellus precum ad Imperatores" (P.L., XIII, 83–107), a petition to the civil authority on the part of Faustinus and , two anti-Damasan presbyters. Such was the violence and bloodshed that the two prefects of the city were called in to restore order, and after a first setback, when they were driven to the suburbs and a massacre of 137 was perpetrated in the basilica of Sicininus (the modern Basilica di Santa Maria Maggiore), the prefects banished Ursinus to Gaul. Both Cynthia White and Edward Gibbon have suggested a quid pro quo between the prefect Praetextatus and Damasus to secure his election and exile Urbanus, in return for Damasus's support of Praetextatus's power in Pagan circles. There was further violence when he returned, which continued after Ursinus was exiled again. Another ancient narrative of events, the "Gesta" (dated to 368 A.D.), provides more detail. It describes Ursinus as being the valid successor to Liberius, and Damasus as following a heretical interloper, Felix. This account also records that an armed force instigated by Damasus broke into the Basilica of Julius and a three-day slaughtering of those assembled there took place. After gaining control of the Lateran basilica Damasus was then ordained as bishop in the cathedral of Rome. However, Damasus was accused of bribing the urban officials of Rome to have Ursinus and chief supporters exiled, including some presbyters. As a result of this attempt, some of the (apparently quite numerous) supporters of Ursinus interrupted this process and rescued the presbyters, taking them to the Basilica of Liberius (identified as the "basilica of Sicinnius"), the apparent headquarters of the Ursinian sect. Damasus then responded by ordering an attack against the Liberian basilica, resulting in another massacre: "They broke down the doors and set fire underneath it, then rushed in...and killed a hundred and sixty of the people inside, both men and women." Damasus next sent a final assault against some Ursinian supporters who had fled to the cemetery of Saint Agnes, slaying many. Church historians such as Jerome and Rufinus championed Damasus. At a synod in 378, Ursinus was condemned and Damasus exonerated and declared the true pope. The former antipope continued to intrigue against Damasus for the next few years and unsuccessfully attempted to revive his claim on Damasus's death. Ursinus was among the Arian party in Milan, according to Ambrose. Papacy Damasus faced accusations of murder and adultery in his early years as pope. Edward Gibbon writes, "The enemies of Damasus styled him Auriscalpius Matronarum, the ladies' ear-scratcher." The neutrality of these claims has come into question with some suggesting that the accusations were motivated by the schismatic conflict with the supporters of Arianism. Damasus I was active in defending the Catholic Church against the threat of schisms. In two Roman synods (368 and 369) he condemned Apollinarianism and Macedonianism, and sent legates to the First Council of Constantinople that was convoked in 381 to address these heresies. Council of Rome of 382 and the Biblical canon One of the important works of Pope Damasus was to preside in the Council of Rome of 382 that helped determine the canon or official list of Sacred Scripture. The Oxford Dictionary of the Christian Church states: A council probably held at Rome in 382 under Damasus gave a complete list of the canonical books of both the Old Testament and the New Testament (also known as the 'Gelasian Decree' because it was reproduced by Gelasius in 495), which is identical with the list given at Trent. American Catholic priest and historian William Jurgens stated (without citing sources for his "universally accepted" claim): "The first part of this decree has long been known as the Decree of Damasus, and concerns the Holy Spirit and the seven-fold gifts. The second part of the decree is more familiarly known as the opening part of the Gelasian Decree, in regard to the canon of Scripture: De | of Saint Agnes, slaying many. Church historians such as Jerome and Rufinus championed Damasus. At a synod in 378, Ursinus was condemned and Damasus exonerated and declared the true pope. The former antipope continued to intrigue against Damasus for the next few years and unsuccessfully attempted to revive his claim on Damasus's death. Ursinus was among the Arian party in Milan, according to Ambrose. Papacy Damasus faced accusations of murder and adultery in his early years as pope. Edward Gibbon writes, "The enemies of Damasus styled him Auriscalpius Matronarum, the ladies' ear-scratcher." The neutrality of these claims has come into question with some suggesting that the accusations were motivated by the schismatic conflict with the supporters of Arianism. Damasus I was active in defending the Catholic Church against the threat of schisms. In two Roman synods (368 and 369) he condemned Apollinarianism and Macedonianism, and sent legates to the First Council of Constantinople that was convoked in 381 to address these heresies. Council of Rome of 382 and the Biblical canon One of the important works of Pope Damasus was to preside in the Council of Rome of 382 that helped determine the canon or official list of Sacred Scripture. The Oxford Dictionary of the Christian Church states: A council probably held at Rome in 382 under Damasus gave a complete list of the canonical books of both the Old Testament and the New Testament (also known as the 'Gelasian Decree' because it was reproduced by Gelasius in 495), which is identical with the list given at Trent. American Catholic priest and historian William Jurgens stated (without citing sources for his "universally accepted" claim): "The first part of this decree has long been known as the Decree of Damasus, and concerns the Holy Spirit and the seven-fold gifts. The second part of the decree is more familiarly known as the opening part of the Gelasian Decree, in regard to the canon of Scripture: De libris recipiendis vel non-recipiendis. It is now commonly held that the part of the Gelasian Decree dealing with the accepted canon of Scripture is an authentic work of the Council of Rome of 382 A.D. and that Gelasius edited it again at the end of the fifth century, adding to it the catalog of the rejected books, the apocrypha. It is now almost universally accepted that these parts one and two of the Decree of Damasus are authentic parts of the Acts of the Council of Rome of 382 A.D." (Jurgens, Faith of the Early Fathers) Jerome, the Vulgate and the Canon Pope Damasus appointed Jerome as his confidential secretary. Invited to Rome originally to a synod of 382 convened to end the schism of Antioch, he made himself indispensable to the pope, and took a prominent place in his councils. Jerome spent three years (382–385) in Rome in close intercourse with Pope Damasus and the leading Christians. Writing in 409, Jerome remarked, "A great many years ago when I was helping Damasus, bishop of Rome with his ecclesiastical correspondence, and writing his answers to the questions referred to him by the councils of the east and west..." In order to put an end to the marked divergences in the western texts of that period, Damasus encouraged the highly respected scholar Jerome to revise the available Old Latin versions of the Bible into a more accurate Latin on the basis of the Greek New Testament and the Septuagint, resulting in the Vulgate. According to Protestant biblical scholar, F.F. Bruce, the commissioning of the Vulgate was a key moment in fixing the biblical canon in the West. Nonetheless, as the Catholic Encyclopedia states, Significant scholarly doubts and disagreements about the nature of the Apocrypha continued for centuries and even into Trent, which provided the first infallible definition of the Catholic canon in 1546. Jerome devoted a very brief notice to Damasus in his De Viris Illustribus, written after Damasus' death: "he had a fine talent for making verses and published many brief works in heroic metre. He died in the reign of the emperor Theodosius at the age of almost eighty". Damasus may be the author of the anonymous Carmen contra paganos (song against the pagans). Letter of Jerome to Damasus The letters from Jerome to Damasus are examples of the primacy of the See of Peter: Relations with the Eastern Church The Eastern Church, in the person of Basil of Caesarea, earnestly sought the aid and encouragement of Damasus against an apparently triumphant Arianism. Damasus, however, harbored some degree of suspicion against the great Cappadocian Doctor of the Church. In the matter of the Meletian Schism at Antioch, Damasus – together with Athanasius of Alexandria, and his successor, Peter II of Alexandria – sympathized with the party of Paulinus as more sincerely representative of Nicene orthodoxy. On the death of Meletius he sought to secure the succession for Paulinus and |
to his condemnation. Pope Leo II's letter of confirmation of the Council commended it for it had "perfectly preached the definition of the true faith" and made reference to the condemnation of his predecessor: Within the year a Latin translation of the Acts of the council had been disseminated and signed by the Bishops throughout the West. The condemnation of Pope Honorius was reiterated by Pope Leo's successors, subsequent councils and included in Breviary lessons up until the eighteenth century. As a result, Honorius would later be the subject of vigorous attacks by opponents of papal infallibility in the discussions surrounding the First Vatican Council of 1870. In contemporary times, that Honorius actually agreed with Sergius on the doctrine of monothelitism has given rise to much discussion, and John B. Bury argues that the most reasonable conclusion is that Honorius did not really apprehend the point at issue, considering it more a question of grammar than theology, for he placed "one energy" and "two energies" on exactly the same footing; in Bury's words, "it was for the 'imprudent economy of silence' that he was condemned". References Bibliography Bury, John B., A history of the later Roman empire from Arcadius to Irene, Volume 2 (2005) Hefele, Charles J., A History of the Councils of the Church, From the Original Documents, Volume 5 (1896) External links Guilty Only of Failure To Teach History of the | to Rome. Honorius actively supported the difficult Christianisation of Anglo-Saxon England and sent Birinus to convert the West Saxons, but less successful in convincing the Celts to abandon their system of computing the date of Easter. At the Sixth Council of Toledo, Honorius urged the Visigothic bishops to continue baptizing Jews, a policy instituted by Gregory I. Honorius became involved in early discussions regarding the doctrine of Monothelitism, which is the teaching that Christ has only one energy and one will, in contrast with the teaching that He has two energies and two wills, both human and divine. Patriarch Sergius I of Constantinople wrote an initial letter informing Honorius of the Monoenergism controversy, asking Honorius to endorse a position that Church unity should not be endangered by having any discussions or disputes over Christ’s possessing one energy or two. Sergius added that the doctrine of two energies could lead to the erroneous belief that Jesus has two conflicting wills. Pope Honorius’ reply in 635 endorsed this view that all discussions over energies should cease, and agreed that Jesus does not have two conflicting wills, but one will, since Jesus did not assume the vitiated human nature tainted by Adam's fall, but human nature as it existed prior to Adam's fall. Honorius was apparently aware of the rise of Islam and viewed this religion's tenets as closely resembling those of Arius. Legacy In the Third Council of Constantinople, the monothelites were anathematized by name "and with them Honorius, who was Prelate of Rome, as having followed them in all things" in the XIII session. Citing his written correspondence with Sergius, Honorious was subsequently accused of having confirmed his impious doctrines; the XVI session reaffirmed the condemnation of the heretics explicitly stating "to Honorius, the heretic, anathema!", and concluding with the decree of the XVII session that Honorius had not stopped provoking scandal and error in the Body of the Church; for he had "with unheard of expressions disseminated amidst the faithful people the heresy of the one will", doing so "in agreement with the insane false doctrine |
and in September 1127, he personally installed Seniorectus as abbot. Honorius also insisted that the monks take an oath of fidelity to the papacy, but they strenuously objected. Conflict with Roger II of Sicily Matters to the south of Monte Cassino soon occupied Honorius's attention. In July 1127, William II, Duke of Apulia, died childless, and almost immediately his cousin King Roger II of Sicily sailed to the mainland to occupy the duchies of Apulia and Calabria. Roger claimed that William had nominated him his heir, while Honorius stated that William had left his territory to the Holy See. Honorius had just suffered a defeat at the hands of a local baron at Arpino in 1127 when Honorius received word that Roger had landed in Italy. He rushed to Benevento to prevent the local Normans from reaching an agreement with Roger. Roger in the meantime had rapidly overrun the duchy of Apulia and had sent Honorius lavish gifts, asking the Pope to recognise him as the new duke and promising to hand over Troia and Montefusco in exchange. Honorius, fearing the expansion of Norman power to the south under one dominating ruler, threatened to excommunicate Roger if he persisted. In the meantime, many of the local Norman nobles, fearful of Roger's power, allied themselves with Honorius, as Honorius formally excommunicated Roger in November 1127. Roger left his armies threatening Benevento, while he returned to Sicily for reinforcements. Honorius in the meantime entered into an alliance with the new Prince of Capua, Robert II. On 30 December 1127, Honorius preached a crusade against Roger II after having anointed Robert as Prince of Capua. Roger returned in May 1128 and continued to harass papal strongholds while avoiding any direct confrontation with Honorius's forces. In July 1128, the two armies came in contact with each other on the banks of the Bradano, but Roger refused to engage, believing that the papal armies would soon fall apart, and soon enough some of the Pope's allies began deserting to Roger. Trying to salvage something of the situation, Honorius sent his trusted advisor Cardinal Aymeric together with Cencio II Frangipane to negotiate with Roger secretly. Honorius agreed to invest Roger with the duchy of Apulia in exchange for an oath of faith and homage by Roger. Honorius travelled to Benevento, and after safeguarding the interests of Robert of Capua, he met Roger on the Pons Major, the bridge which crosses the Sabbato river near Benevento, on 22 August 1128. There, he formally invested Roger with the duchy of Apulia and both agreed to a peace between the Kingdom of Sicily and the Papal States. Unfortunately, Honorius had just returned to Rome when he was informed that the nobles of Benevento had overthrown and killed the rector (or papal governor) of the city and established a Commune. Furious, he declared he would wreak a terrible vengeance on the city, whereupon the residents asked Honorius for forgiveness and to send another governor. Honorius sent Cardinal Gherardo as the new rector, and in 1129 visited the city again, asking that the city allow the return of those they had banished during the formation of the Commune. They refused, and Honorius asked Roger II of Sicily to punish the city in May 1130, but Honorius died before action was taken. Intervention in France Aside from the Benedictines at Monte Cassino, Honorius was also determined to deal with the monks at Cluny Abbey under their ambitious and worldly abbot, Pons of Melgueil. He had just returned from the Levant after being forced out by his monks in 1122. In 1125, accompanied by an armed following, Pons took possession of Cluny Abbey, melted down the treasures stored in the monastery, and paid his followers, who continued to terrorise the monks and the villages dependent upon the abbey. Honorius, on hearing news of the disorders at Cluny, sent a legate to investigate with orders to excommunicate and denounce Pons and order him to present himself before Honorius. Pons eventually obeyed the summons, and was deposed by Honorius in 1126 before being imprisoned in the Septizodium, where he soon died. Honorius personally reinvested Peter the Venerable as Abbot of Cluny. Honorius soon became involved in the quarrel between King Louis VI of France and the French bishops. Stephen of Senlis, the Bishop of Paris, had been heavily influenced by the reforming zeal of Bernard of Clairvaux, and actively sought to remove royal influence in the French church. Louis confiscated Stephen's wealth and began harassing him so that he would cease his reforming activities. At the same time, Louis also had in his sights Henri Sanglier, the Archbishop of Sens, who had also joined the reformers. Charging Henri with simony, Louis attempted to remove another threat from within the French church. Bernard of Clairvaux wrote to Honorius asking him to intervene on behalf of both men and support church independence over the claims of royal jurisdiction and interference. Royal pressure was also brought to bear on Hildebert of Lavardin, whom Honorius had transferred from the see of Le Mans to become the Archbishop of Tours in 1125. In 1126, Louis insisted on filling episcopal vacancies in the See of Tours with his own candidates over Hildebert's objections. Hildebert also complained to Honorius about the constant appeals to Rome whenever he made a ruling. In response to the king's actions, the French bishops laid an interdict on the diocese of Paris, causing Louis to write to Honorius, who suspended the interdict in 1129. Although this incurred the wrath of Bernard of Clairvaux, who wrote to Honorius expressing his disgust, Honorius pressured Stephen of Senlis to become reconciled with King Louis in 1130. Henri Sanglier, on the other hand, continued in his role of archbishop without further interference from the king. By the end of his pontificate, Honorius had ended the conflict between Louis and his bishops. In 1127, Honorius confirmed the acts of the Synod of Nantes, presided over by Archbishop Hildebert of Lavardin, which eradicated certain local abuses in Brittany. That same year, Honorius helped Conan III, Duke of Brittany, bring one of his rebellious vassals to heel. He also intervened on behalf of the monks of the Lérins Islands who were constantly harassed by Arab pirates, encouraging a crusade to help defend the monks. Honorius was also called to intervene in the affairs of Normandy, as Fulk of Anjou and King Henry I of England battled for domination. Henry objected to the marriage of Fulk's daughter Sibylla of Anjou to William Clito, the son of the duke of Normandy, on the grounds that they were too closely related by blood, being sixth cousins. They refused to divorce, and Honorius was forced to excommunicate Fulk and his son-in-law and to impose an interdict upon their territories. Relations with England and Spain In England, the ongoing dispute between the Sees of Canterbury and York over primacy continued unabated. On 5 April 1125, Honorius wrote to Thurstan, Archbishop of York, advising him that Honorius planned to settle the issue personally. He sent a legate, Cardinal John of Crema, to deal with the question of primacy, as well as other jurisdictional issues between Canterbury and Wales, and between York, Scotland and Norway. Honorius wrote to the clergy and nobles of England, directing them to treat his legate as if he were Honorius himself. In Honorius's name, John of Crema convened the Synod of Roxburgh in 1125. In a letter written to King David I of Scotland, the king was asked to send the bishops of Scotland to the Council, which discussed the claims of the Archbishop of York to have jurisdiction over the church in Scotland. Upholding the claims of York, Honorius was unsuccessful in forcing the Scottish bishops to obey Archbishop Thurstan. Next, John convened the Synod of Westminster in September 1125, which was attended by both the archbishops of Canterbury and York, together with twenty bishops and forty abbots. Although the synod issued rulings on the forbidding of simony and of holding multiple sees at the same time, it did not touch on the vexed question of primacy between Canterbury and York. Instead, John summoned the two prelates to travel with him to Rome to discuss the matter in person before Honorius. They arrived in late 1125 and were greeted warmly by Honorius, and they remained in Rome until early 1126. While there, Honorius ruled that the Bishop of St Andrews was to be subject to the Archbishop of York and in the more contentious issue, he attempted to circumvent his way around the problem by declaring that Thurstan was subject to William de Corbeil, not in his role as Archbishop of Canterbury, but as papal legate for England and Scotland. To emphasise this, Honorius decreed that the Archbishop of Canterbury could not ask for any oath of obedience from the Archbishop of York, and in the matter of honorary distinction, it was the Archbishop of Canterbury in his role as Legate that was the most elevated ecclesiastic in the kingdom. Urban of Llandaff also travelled to Rome on numerous occasions to meet with Honorius throughout 1128 and 1129, to plead his case that his diocese should not be subject to the see of Canterbury. Although he obtained numerous privileges for his see and Honorius always spoke encouragingly to him, Honorius avoided having to make a decision that might alienate the powerful archbishops of Canterbury. In Spain, Honorius was deeply suspicious of the ambitions of Diego Gelmírez, the Archbishop of Compostela. Although Pope Callixtus II had made him Papal Legate of a number of Spanish provinces, Honorius informed Diego that he had been made aware of Diego's ambitions and subtly advised him to keep his ambition in check. Still hoping to be promoted to the office of Legate of Spain, Diego sent envoys to Rome, carrying with them 300 gold Almoravid coins, two hundred and twenty for Honorius and another eighty for the Curia. Honorius repeated that his hands were tied, as he had just appointed a cardinal for that post. Nevertheless, Honorius was not prepared to completely alienate Diego, and when the Archbishop of Braga nominated a successor to the vacant See of Coimbra, Honorius reprimanded the archbishop for usurping the rights of Diego, who should have been the one to nominate a successor. Honorius also demanded that the Archbishop of Braga present himself before Honorius on the second Sunday after Easter in 1129 to answer for his actions. Honorius also ensured that Diego should play a leading role in the Synod of Carrión (February 1130), having his legate approach Diego and ask for his assistance during the synod. Honorius also wished to promote the ongoing struggle against the Moors in Spain, and to that end he bestowed the city of Tarragona, which had been recently captured from the Moors, to Robert d'Aguiló. Robert travelled to Rome to receive the gift from Honorius in 1128. Establishment of the Templars and affairs in the East In 1119, a new religious order had been established by some French noblemen. Called the Knights Templar, they were to protect Christian pilgrims entering the Holy Land and to defend the conquests of the Crusades. However, by the pontificate of Honorius II, they had not yet received any official sanction from the papacy. To rectify this situation, some members of the order appeared before the Council of Troyes in 1129, where the Council expressed its approval of the order and commissioned Bernard of Clairvaux to draw up the order's rules, which now included vows of poverty, chastity and obedience. The order and the rules were subsequently approved | and to elect another abbot in his place. The monks elected Niccolo, the dean of the monastery. Determined to bring the Benedictines to heel, Honorius insisted that the election of Niccolo was uncanonical, and demanded that Seniorectus, the provost of the monastery at Capua, be elected as abbot, to the fury of the Monte Cassino monks. In the meantime, open warfare was being waged between the supporters of Oderisio and Niccolo. Eventually, however, Honorius was able to secure not only the resignation of Oderisio, but he also excommunicated Niccolo for good measure. He reassured the monks of his intentions, and in September 1127, he personally installed Seniorectus as abbot. Honorius also insisted that the monks take an oath of fidelity to the papacy, but they strenuously objected. Conflict with Roger II of Sicily Matters to the south of Monte Cassino soon occupied Honorius's attention. In July 1127, William II, Duke of Apulia, died childless, and almost immediately his cousin King Roger II of Sicily sailed to the mainland to occupy the duchies of Apulia and Calabria. Roger claimed that William had nominated him his heir, while Honorius stated that William had left his territory to the Holy See. Honorius had just suffered a defeat at the hands of a local baron at Arpino in 1127 when Honorius received word that Roger had landed in Italy. He rushed to Benevento to prevent the local Normans from reaching an agreement with Roger. Roger in the meantime had rapidly overrun the duchy of Apulia and had sent Honorius lavish gifts, asking the Pope to recognise him as the new duke and promising to hand over Troia and Montefusco in exchange. Honorius, fearing the expansion of Norman power to the south under one dominating ruler, threatened to excommunicate Roger if he persisted. In the meantime, many of the local Norman nobles, fearful of Roger's power, allied themselves with Honorius, as Honorius formally excommunicated Roger in November 1127. Roger left his armies threatening Benevento, while he returned to Sicily for reinforcements. Honorius in the meantime entered into an alliance with the new Prince of Capua, Robert II. On 30 December 1127, Honorius preached a crusade against Roger II after having anointed Robert as Prince of Capua. Roger returned in May 1128 and continued to harass papal strongholds while avoiding any direct confrontation with Honorius's forces. In July 1128, the two armies came in contact with each other on the banks of the Bradano, but Roger refused to engage, believing that the papal armies would soon fall apart, and soon enough some of the Pope's allies began deserting to Roger. Trying to salvage something of the situation, Honorius sent his trusted advisor Cardinal Aymeric together with Cencio II Frangipane to negotiate with Roger secretly. Honorius agreed to invest Roger with the duchy of Apulia in exchange for an oath of faith and homage by Roger. Honorius travelled to Benevento, and after safeguarding the interests of Robert of Capua, he met Roger on the Pons Major, the bridge which crosses the Sabbato river near Benevento, on 22 August 1128. There, he formally invested Roger with the duchy of Apulia and both agreed to a peace between the Kingdom of Sicily and the Papal States. Unfortunately, Honorius had just returned to Rome when he was informed that the nobles of Benevento had overthrown and killed the rector (or papal governor) of the city and established a Commune. Furious, he declared he would wreak a terrible vengeance on the city, whereupon the residents asked Honorius for forgiveness and to send another governor. Honorius sent Cardinal Gherardo as the new rector, and in 1129 visited the city again, asking that the city allow the return of those they had banished during the formation of the Commune. They refused, and Honorius asked Roger II of Sicily to punish the city in May 1130, but Honorius died before action was taken. Intervention in France Aside from the Benedictines at Monte Cassino, Honorius was also determined to deal with the monks at Cluny Abbey under their ambitious and worldly abbot, Pons of Melgueil. He had just returned from the Levant after being forced out by his monks in 1122. In 1125, accompanied by an armed following, Pons took possession of Cluny Abbey, melted down the treasures stored in the monastery, and paid his followers, who continued to terrorise the monks and the villages dependent upon the abbey. Honorius, on hearing news of the disorders at Cluny, sent a legate to investigate with orders to excommunicate and denounce Pons and order him to present himself before Honorius. Pons eventually obeyed the summons, and was deposed by Honorius in 1126 before being imprisoned in the Septizodium, where he soon died. Honorius personally reinvested Peter the Venerable as Abbot of Cluny. Honorius soon became involved in the quarrel between King Louis VI of France and the French bishops. Stephen of Senlis, the Bishop of Paris, had been heavily influenced by the reforming zeal of Bernard of Clairvaux, and actively sought to remove royal influence in the French church. Louis confiscated Stephen's wealth and began harassing him so that he would cease his reforming activities. At the same time, Louis also had in his sights Henri Sanglier, the Archbishop of Sens, who had also joined the reformers. Charging Henri with simony, Louis attempted to remove another threat from within the French church. Bernard of Clairvaux wrote to Honorius asking him to intervene on behalf of both men and support church independence over the claims of royal jurisdiction and interference. Royal pressure was also brought to bear on Hildebert of Lavardin, whom Honorius had transferred from the see of Le Mans to become the Archbishop of Tours in 1125. In 1126, Louis insisted on filling episcopal vacancies in the See of Tours with his own candidates over Hildebert's objections. Hildebert also complained to Honorius about the constant appeals to Rome whenever he made a ruling. In response to the king's actions, the French bishops laid an interdict on the diocese of Paris, causing Louis to write to Honorius, who suspended the interdict in 1129. Although this incurred the wrath of Bernard of Clairvaux, who wrote to Honorius expressing his disgust, Honorius pressured Stephen of Senlis to become reconciled with King Louis in 1130. Henri Sanglier, on the other hand, continued in his role of archbishop without further interference from the king. By the end of his pontificate, Honorius had ended the conflict between Louis and his bishops. In 1127, Honorius confirmed the acts of the Synod of Nantes, presided over by Archbishop Hildebert of Lavardin, which eradicated certain local abuses in Brittany. That same year, Honorius helped Conan III, Duke of Brittany, bring one of his rebellious vassals to heel. He also intervened on behalf of the monks of the Lérins Islands who were constantly harassed by Arab pirates, encouraging a crusade to help defend the monks. Honorius was also called to intervene in the affairs of Normandy, as Fulk of Anjou and King Henry I of England battled for domination. Henry objected to the marriage of Fulk's daughter Sibylla of Anjou to William Clito, the son of the duke of Normandy, on the grounds that they were too closely related by blood, being sixth cousins. They refused to divorce, and Honorius was forced to excommunicate Fulk and his son-in-law and to impose an interdict upon their territories. Relations with England and Spain In England, the ongoing dispute between the Sees of Canterbury and York over primacy continued unabated. On 5 April 1125, Honorius wrote to Thurstan, Archbishop of York, advising him that Honorius planned to settle the issue personally. He sent a legate, Cardinal John of Crema, to deal with the question of primacy, as well as other jurisdictional issues between Canterbury and Wales, and between York, Scotland and Norway. Honorius wrote to the clergy and nobles of England, directing them to treat his legate as if he were Honorius himself. In Honorius's name, John of Crema convened the Synod of Roxburgh in 1125. In a letter written to King David I of Scotland, the king was asked to send the bishops of Scotland to the Council, which discussed the claims of the Archbishop of York to have jurisdiction over the church in Scotland. Upholding the claims of York, Honorius was unsuccessful in forcing the Scottish bishops to obey Archbishop Thurstan. Next, John convened the Synod of Westminster in September 1125, which was attended by both the archbishops of Canterbury and York, together with twenty bishops and forty abbots. Although the synod issued rulings on the forbidding of simony and of holding multiple sees at the same time, it did not touch on the vexed question of primacy between Canterbury and York. Instead, John summoned the two prelates to travel with him to Rome to discuss the matter in person before Honorius. They arrived in late 1125 and were greeted warmly by Honorius, and they remained in Rome until early 1126. While there, Honorius ruled that the Bishop of St Andrews was to be subject to the Archbishop of York and in the more contentious issue, he attempted to circumvent his way around the problem by declaring that Thurstan was subject to William de Corbeil, not in his role as Archbishop of Canterbury, but as papal legate for England and Scotland. To emphasise this, Honorius decreed that the Archbishop of Canterbury could not ask for any oath of obedience from the Archbishop of York, and in the matter of honorary distinction, it was the Archbishop of Canterbury in his role as Legate that was the most elevated ecclesiastic in the kingdom. Urban of Llandaff also travelled to Rome on numerous occasions to meet with Honorius throughout 1128 and 1129, to plead his case that his diocese should not be subject to the see of Canterbury. Although he obtained numerous privileges for his see and Honorius always spoke encouragingly to him, Honorius avoided having to make a decision that might alienate the powerful archbishops of Canterbury. In Spain, Honorius was deeply suspicious of the ambitions of Diego Gelmírez, the Archbishop of Compostela. Although Pope Callixtus II had made him Papal Legate of a number of Spanish provinces, Honorius informed Diego that he had been made aware of Diego's ambitions and subtly advised him to keep his ambition in check. Still hoping to be promoted to the office of Legate of Spain, Diego sent envoys to Rome, carrying with them 300 gold Almoravid coins, two hundred and twenty for Honorius and another eighty for the Curia. Honorius repeated that his hands were tied, as he had just appointed a cardinal for that post. Nevertheless, Honorius was not prepared to completely alienate Diego, and when the Archbishop of Braga nominated a successor to the vacant See of Coimbra, Honorius reprimanded the archbishop for usurping the rights of Diego, who should have been the one to nominate a successor. Honorius also demanded that the Archbishop of Braga present himself before Honorius on the second Sunday after Easter in 1129 to answer for his actions. Honorius also ensured that Diego should play a leading role in the Synod of Carrión (February 1130), having his legate approach Diego and ask for his assistance during the synod. Honorius also wished to promote the ongoing struggle against the Moors in Spain, and to that end he bestowed the city of Tarragona, which had been recently captured from the Moors, to Robert d'Aguiló. Robert travelled to Rome to receive the gift from Honorius in 1128. Establishment of the Templars and affairs in the East In 1119, a new religious order had been established by some French noblemen. Called the Knights Templar, they were to protect Christian pilgrims entering the Holy Land and to defend the conquests of the Crusades. However, by the pontificate of Honorius II, they had not yet received any official sanction from the papacy. To rectify this situation, some members of the order appeared before the Council of Troyes in 1129, where the Council expressed its approval of the order and commissioned Bernard of Clairvaux to draw up the order's rules, which now included vows of poverty, chastity and obedience. The order and the rules were subsequently approved by Honorius. Honorius, as suzerain of the Kingdom of Jerusalem, re-confirmed the election of King Baldwin II of Jerusalem and established him as the royal patron of the Templars. Honorius tried to manage as best he could the rivalries of the different princes and high-ranking ecclesiastics that were destabilising the Latin Kingdom of Jerusalem. Long-standing arguments over areas of jurisdiction between the Latin Patriarchs of Antioch and Jerusalem were a constant source of irritation to Honorius. Honorius supported the claims of William of Malines, the new Archbishop of Tyre who claimed jurisdiction over some of the sees that had traditionally belonged to Bernard of Valence, the Patriarch of Antioch. Bernard refused to give up his claims to the sees, and William travelled to Rome and presented his case before Honorius. The pope sent a legate back to Palestine with instructions that Bernard was to acquiesce and that the various bishops were to submit to William of Malines within forty days. Bernard managed to resist implementing Honorius's instructions, and soon Honorius was too ill to do anything about it. Death of Honorius II After almost a year of suffering a painful illness, |
ancient Roman basilica of Santa Sabina, which they did by early 1220. Before that time the friars had only a temporary residence in Rome at the convent of San Sisto Vecchio, which Honorius had given to St. Dominic c. 1218, intending it to become a convent for a reformation of nuns in Rome under Dominic's guidance. The studium conventuale at Santa Sabina was the forerunner of the Dominican studium generale at Santa Maria sopra Minerva. In 1217 Honorius III gave the title of King of Serbia to Stefan the First-Crowned. During his pontificate, many of the tertiary orders came into existence. He approved the Franciscan Brothers and Sisters of Penance Rule in 1221 with the bull Memoriale propositi. He also approved the religious congregation "Val des Ecoliers" (Valley of scholars), which had been founded by four pious professors of theology at the University of Paris, France. Being a man of learning, Honorius insisted that the clergy receive a thorough education, especially in theology. In the case of a certain Hugh whom the chapter of Chartres had elected bishop, he withheld his approbation because the bishop-elect did not possess sufficient knowledge, quum pateretur in litteratura defectum, as the Pope stated in a letter dated 8 January 1219. He even deprived another bishop of his office on account of illiteracy. Honorius bestowed various privileges upon the University of Paris and University of Bologna, the two greatest seats of learning during those times. In order to facilitate the study of theology in dioceses that were distant from the great centers of learning, he ordered in the bull Super specula Domini that some talented young men should be sent to a recognized theological school to study theology with the purpose of teaching it afterwards in their dioceses. Writings Honorius III acquired some fame as an author. The most important of his writings is the Liber censuum Romanae ecclesiae, which is the most valuable source for the medieval position of the Church in regard to property and also serves in part as a continuation of the Liber Pontificalis. It comprises a list of the revenues of the Apostolic See, a record of donations received, privileges granted, and contracts made with cities and rulers. It was begun under Pope Clement III and completed in 1192 under Pope Celestine III. The original manuscript of the Liber Censuum is still in existence (Vaticanus latinus 8486). Honorius III also wrote a biography of Celestine III; a biography of Gregory VII; an "Ordo Romanus", which is a sort of ceremonial containing the rites of the Church for various occasions; and thirty-four sermons. Honorius is also purported to be the author of a grimoire. "In this text called The Grimoire of Pope Honorius, he supposedly discusses the value of occult knowledge in the Church, and how by summoning or raising demonic entities, one could learn to control them. The supposed author uses his faith in God and mixes with it the teachings of King Solomon; it contains invocations | of the Roman Church, compiling the Liber Censuum, and served as acting Vice-Chancellor of the Holy Roman Church from 1194 until 1198. In 1197 he became the tutor to the Sicilian king Frederick, future emperor, who had been given as ward to Pope Innocent III by his mother, Constance. Innocent III raised him to the rank of a cardinal priest in 1200, by which he obtained the Titulus of Ss. Ioannis et Pauli. He was dismissed as Camerlengo of the Holy Roman Church in 1198, but about the same time he assumed the post of Camerlengo of the Sacred College of Cardinals. Papacy Election Innocent III died on 16 July 1216. Two days later, seventeen cardinals present at his death assembled to elect a new pope. The troubled state of affairs in Italy, the threatening attitude of the Tatars, and the fear of a schism induced the cardinals to agree to an election by compromise. Cardinals Ugolino of Ostia (afterwards Pope Gregory IX) and Guido Papareschi were empowered to appoint the new pope. Their choice fell upon Cencio Savelli, who accepted the tiara with reluctance and took the name of Honorius III. He was consecrated at Perugia on 24 July and was crowned at Rome on 31 August. He took possession of the Lateran on 3 September 1216. The Roman people were greatly elated at the election, for Honorius III was himself a Roman and by his extreme kindness had endeared himself to the hearts of all. Fifth Crusade The Fifth Crusade was endorsed by the Lateran Council of 1215, and Honorius started preparations for the crusade to begin in 1217. To procure the means necessary for this colossal undertaking, the Pope, and the cardinals were to contribute the tenth part of their income for three years. All other ecclesiastics were to contribute the twentieth part. Though the money thus collected was considerable, it was by no means sufficient for a general crusade as planned by Honorius III. Far-reaching prospects seemed to open before him when Honorius crowned Peter II of Courtenay as Latin Emperor of Constantinople in April 1217, but the new Emperor was captured on his eastward journey by the despot of Epirus, Theodore Komnenos Doukas, and died in confinement. In July 1216, Honorius once again called upon Andrew II of Hungary to fulfill his father's vow to lead a crusade. (Béla III willed property and money to Andrew, obliging him to lead a crusade to the Holy Land.) Like many other rulers, his former pupil, the Emperor Frederick II of Germany, had taken an oath to embark for the Holy Land in 1217. But Frederick II hung back, and Honorius III repeatedly put off the date for the beginning of the expedition. In spite of the insistence of Honorius III, Frederick II still delayed, and the Egyptian campaign failed miserably with the loss of Damietta on 8 September 1221. Most rulers of Europe were engaged in wars of their own and could not leave their countries for any length of time. King Andrew II of Hungary and, somewhat later, a fleet of crusaders from the region along the Lower Rhine finally departed for the Holy Land. They took Damietta and a few other places in Egypt, but a lack of unity among the Christians and rivalry between their leaders and the papal legate Pelagius resulted in failure. 24 June 1225 was finally fixed as the date for the departure of Frederick II, and Honorius III brought about his marriage to Queen Isabella II of Jerusalem with a view to binding him closer to the plan. But the Treaty of San Germano in July 1225 |
Cardinal Latino Malabranca Orsini on May 19, and was consecrated a bishop and crowned pope on Trinity Sunday, 20 May in St. Peter's Basilica. Honorius IV was already advanced in age and so severely affected with gout (or arthritis) that he could neither stand nor walk. When saying Mass he was obliged to sit in a specially constructed chair, and at the elevation of the host his hands had to be raised by a mechanical contrivance. Sicilian Conflict Sicilian affairs required immediate attention from the new pope. Previously, under Martin IV, the Sicilians had rejected the rule of Charles of Anjou, taking Peter III of Aragon as their king without the consent and approval of the Pope. The massacre of 31 March 1282 known as the Sicilian Vespers had precluded any reconciliation. Martin IV put Sicily and Peter III under an interdict, deprived Peter III of the Crown of Aragon, and gave it to Charles of Valois, the younger of the sons of King Philip III of France, whom he assisted in his attempts to recover Sicily by force of arms. The Sicilians not only repulsed the attacks of the combined French and Papal forces, but also captured the Angevin heir, Charles of Salerno. On 6 January 1285, Charles of Anjou died, leaving his captive son Charles as his natural successor. Honorius IV, more peaceably inclined than Martin IV, did not renounce the Church's support of the House of Anjou, nor did he set aside the severe ecclesiastical punishments imposed upon Sicily. Honorius did not approve of the tyrannical government the Sicilians had been subject to under Charles of Anjou. This is evident from legislation embodied in his constitution of 17 September 1285 (Constitutio super ordinatione regni Siciliae), in which he stated that no government can prosper that is not founded on justice and peace. He passed forty-five ordinances intended chiefly to protect the people of Sicily against their king and his officials. The death of Peter III on 11 November 1285 changed the Sicilian situation in that his kingdoms were divided between his two oldest sons: Alfonso III of Aragon, who received the crown of Aragon, and James II of Aragon, who succeeded as King of Sicily. Honorius IV acknowledged neither the one nor the other: on 11 April 1286, he solemnly excommunicated King James II of Sicily and the bishops who had taken part in his coronation at Palermo on 2 February. Neither the king nor the bishops concerned themselves about the excommunication. The king even sent a hostile fleet to the Roman coast and destroyed the city of Astura by fire. Charles of Salerno, the Angevin pretender, who was still held captive by the Sicilians, finally | immediate attention from the new pope. Previously, under Martin IV, the Sicilians had rejected the rule of Charles of Anjou, taking Peter III of Aragon as their king without the consent and approval of the Pope. The massacre of 31 March 1282 known as the Sicilian Vespers had precluded any reconciliation. Martin IV put Sicily and Peter III under an interdict, deprived Peter III of the Crown of Aragon, and gave it to Charles of Valois, the younger of the sons of King Philip III of France, whom he assisted in his attempts to recover Sicily by force of arms. The Sicilians not only repulsed the attacks of the combined French and Papal forces, but also captured the Angevin heir, Charles of Salerno. On 6 January 1285, Charles of Anjou died, leaving his captive son Charles as his natural successor. Honorius IV, more peaceably inclined than Martin IV, did not renounce the Church's support of the House of Anjou, nor did he set aside the severe ecclesiastical punishments imposed upon Sicily. Honorius did not approve of the tyrannical government the Sicilians had been subject to under Charles of Anjou. This is evident from legislation embodied in his constitution of 17 September 1285 (Constitutio super ordinatione regni Siciliae), in which he stated that no government can prosper that is not founded on justice and peace. He passed forty-five ordinances intended chiefly to protect the people of Sicily against their king and his officials. The death of Peter III on 11 November 1285 changed the Sicilian situation in that his kingdoms were divided between his two oldest sons: Alfonso III of Aragon, who received the crown of Aragon, and James II of Aragon, who succeeded as King of Sicily. Honorius IV acknowledged neither the one nor the other: on 11 April 1286, he solemnly excommunicated King James II of Sicily and the bishops who had taken part in his coronation at Palermo on 2 February. Neither the king nor the bishops concerned themselves about the excommunication. The king even sent a hostile fleet to the Roman coast and destroyed the city of Astura by fire. Charles of Salerno, the Angevin pretender, who was still held captive by the Sicilians, finally grew tired of his long captivity and signed a contract on 27 February 1287 in which he renounced his claims to the kingdom of Sicily in favour of James II of Aragon and his heirs. Honorius IV, however, declared the contract invalid and forbade all similar agreements for the future. While Honorius IV was inexorable in the stand he had taken towards Sicily, his relations towards Alfonso III of Aragon became less hostile. Through the efforts of King Edward I of England, negotiations for peace were begun by Honorius IV and King Alfonso III. The Pope, however, did not live long enough to complete these negotiations, which finally resulted in a peaceful settlement of the Aragonese as well as the Sicilian question in 1302 under Pope Boniface VIII. Rome Rome and the Papal States enjoyed a period of tranquillity during the reign of Honorius IV, the like of which they had not enjoyed for many years. He had the satisfaction of reducing the most powerful and obstinate enemy of papal authority, Count Guy of Montefeltro, who for many years had successfully resisted the papal troops. The authority of the pope was now recognized throughout the Papal States, which then comprised the Ravenna, the March of Ancona, the Duchy of Spoleto, the County of Bertinoro, the Mathildian lands, and the Pentapolis, i.e., the cities of Rimini, Pesaro, Fano, Senigallia, and Ancona. Honorius IV was the first pope to employ the great family banking houses of central and northern Italy for the collection of papal dues. The Romans were greatly elated at the election of Honorius IV, for he was a citizen of Rome and a brother of Pandulf, a senator |
until his death. Paulinus credited his conversion to St. Felix, who was buried in Nola, and each year would write a poem in honor of the saint. He and Therasia also rebuilt a church commemorating St. Felix. During these years Paulinus engaged in considerable epistolary dialogue with St. Jerome among others about monastic topics. "Paulinus decided to invest his money for the poor and the church rather than rejecting it completely, which stands in contrast to other more severe contemporary views such as Jerome's". Therasia died some time between 408 and 410, and shortly afterwards Paulinus received episcopal ordination. Around 410, Paulinus was chosen Bishop of Nola, where he served for twenty years. Like a growing number of aristocrats in the late 4th and early 5th centuries who were entering the clergy rather than taking up the more usual administrative careers in the imperial service, Paulinus spent a great deal of his money on his chosen church, city and ritual. Paulinus died at Nola on 22 June 431. The following year the presbyter Uranus wrote his "On the Death of Paulinus" (), an account of the death and character of the saint. Influence As bishop of Nola, Paulinus is traditionally credited with the introduction of the use of bells in church services. One form of medieval handbell was known as the and medieval steeple bells were known as s from this supposed origin. However, Dr. Adolf Buse, professor at the Seminary of Cologne, showed that the use of bells in churches, an invention credited to Paulinus by tradition, is not due to him, nor even to the town of Nola. Already during his governorship Paulinus had developed a fondness for the 3rd-century martyr, St. Felix of Nola. Felix was a minor saint of local importance and patronage whose tomb had been built within the local necropolis at Cimitile, just outside the town of Nola. As governor, Paulinus had widened the road to Cimitile and built a residence for travelers; it was at this site that Paulinus and Therasia took up residence. Nearby were a number of small chapels and at least one old basilica. Paulinus rebuilt the complex, constructing a brand new basilica to Felix and gathering to him a small monastic community. Paulinus wrote an annual hymn (natalicium) in honor of St. Felix for the feast day when processions of pilgrims were at their peak. In these hymns we can understand the personal relationship Paulinus felt between himself and Felix, his advocate in heaven. His poetry shares with much of the work of the early 5th century an ornateness of style that classicists of the 18th and 19th centuries found cloying and dismissed as decadent, though Paulinus' poems were highly regarded at the time and used as educational models. Many of Paulinus's letters to his contemporaries, including Ausonius and Sulpicius Severus in southern Gaul, Victricius of Rouen in northern Gaul, and Augustine in Africa, are preserved. Four letters from Paulinus to Augustine survive, and eight from Augustine to Paulinus. In one, Augustine invites Paulinus to visit Africa. As a publishing technique at that time, Augustine often sent copies of his works to Paulinus, to be copied and circulated in Italy. Paulinus may have been indirectly responsible for Augustine's Confessions: Paulinus wrote to Alypius, Bishop of Thagaste and a close friend of St. Augustine, asking about his conversion and taking up of the ascetic life. Alypius's autobiographical response does not survive; St. Augustine's ostensible answer to that query is the Confessions. Paulinus also wrote five letters to Delphinus and six to Amandus of Bordeaux. "Paulinus' surviving letters and poems, many devoted to the feast day of Felix, reveal his attitudes and values, illuminate his social and spiritual relationships, preserve vivid traces of the literary and aesthetic evolution of Latin literature under the influence of Christian ideas, and document the emergence of the late antique cult of the saints." We know about his buildings in honor of St. Felix from literary and archaeological evidence, especially from his long letter to Sulpicius Severus describing the arrangement of the building and its decoration. He includes a detailed description of the apse mosaic over the main altar and gives the text for a long inscription he had written to be put on the wall under the image. By explaining how he intended the visitors to understand the image over the altar, Paulinus provided rare insight into the intentions of a patron of art in the later Empire. He explained his project in a Poem dedicated to another great catechist, St Nicetas of Remesiana, as he accompanied him on a visit to his basilicas: "I now want you to contemplate the paintings that unfold in a long series on the walls of the painted porticos. ... It seemed to us useful to portray sacred themes in painting throughout the house of Felix, in the hope that when the peasants see the painted figure, these images will awaken interest in their astonished minds." In later life Paulinus, by then a highly respected church authority, participated in multiple church synods investigating various ecclesiastical controversies of the time, including Pelagianism. Legend Gregory the Great recounts a popular story that alleges that when the Vandals raided Campania, a poor widow came to Paulinus for help when her only son had been carried off by the son-in-law of the Vandal king. Having exhausted his resources in ransoming other captives, Paulinus said, "Such as I have I give thee", and went to Africa to exchange places with the widow's son. There Paulinus was accepted in place of the widow's son, and employed as gardener. After a time the king found out that his son-in-law's slave was the great Bishop of Nola. He at once set him free, granting him also the freedom of all the captive townsmen of Nola. According to Pope Benedict XVI, "the historical truth of this episode is disputed, but the figure of a Bishop with a great heart who knew how to make himself close to his people in the sorrowful trials of the barbarian invasions lives on." Relics About 800 Prince Grimoald III | in southwestern France. He was from a notable senatorial family with estates in the Aquitaine province of France, northern Iberia, and southern Italy. Paulinus was a kinsman of Melania the Elder. He was educated in Bordeaux, where his teacher, the poet Ausonius, also became his friend. At some time during his boyhood he made a visit to the shrine of St Felix at Nola near Naples. His normal career as a young member of the senatorial class did not last long. In 375, the Emperor Gratian succeeded his father Valentinian. Gratian made Paulinus suffect consul at Rome , and appointed him governor of the southern Italian province of Campania . Paulinus noted the Campanians' devotion to Saint Felix of Nola and built a road for pilgrims, as well as a hospice for the poor near the local shrine. In 383 Gratian was assassinated at Lyon, France, and Paulinus went to Milan to attend the school of Ambrose. Around 384 he returned to Bordeaux. There he married Therasia, a Christian noblewoman from Barcelona. Paulinus was threatened with the charge of having murdered his brother. It is possible that an attempt was made to accuse him in order to confiscate his property. He was baptized by Bishop Delphinus of Bordeaux. He and his wife traveled to Iberia about 390. When they lost their only child eight days after birth they decided to withdraw from the world, and live a secluded religious life. Paulinus was close to both Pelagius and to the Pelagian writer Julian of Eclanum. In 393 or 394, after some resistance from Paulinus, he was ordained a presbyter on Christmas Day by Lampius, Bishop of Barcelona. (This was similar to what had happened with St. Augustine of Hippo, who had been ordained against his protestations in the year 391 at the behest of a crowd cooperating with Bishop Valerius in the north African city of Hippo Regius.) However, there is some debate as to whether the ordination was canonical, since Paulinus received ordination "at a leap" (per saltum), without receiving minor orders first. Paulinus refused to remain in Barcelona, and in late spring of 395 he and his wife moved from Iberia to Nola in Campania where he remained until his death. Paulinus credited his conversion to St. Felix, who was buried in Nola, and each year would write a poem in honor of the saint. He and Therasia also rebuilt a church commemorating St. Felix. During these years Paulinus engaged in considerable epistolary dialogue with St. Jerome among others about monastic topics. "Paulinus decided to invest his money for the poor and the church rather than rejecting it completely, which stands in contrast to other more severe contemporary views such as Jerome's". Therasia died some time between 408 and 410, and shortly afterwards Paulinus received episcopal ordination. Around 410, Paulinus was chosen Bishop of Nola, where he served for twenty years. Like a growing number of aristocrats in the late 4th and early 5th centuries who were entering the clergy rather than taking up the more usual administrative careers in the imperial service, Paulinus spent a great deal of his money on his chosen church, city and ritual. Paulinus died at Nola on 22 June 431. The following year the presbyter Uranus wrote his "On the Death of Paulinus" (), an account of the death and character of the saint. Influence As bishop of Nola, Paulinus is traditionally credited with the introduction of the use of bells in church services. One form of medieval handbell was known as the and medieval steeple bells were known as s from this supposed origin. However, Dr. Adolf Buse, professor at the Seminary of Cologne, showed that the use of bells in churches, an invention credited to Paulinus by tradition, is not due to him, nor even to the town of Nola. Already during his governorship Paulinus had developed a fondness for the 3rd-century martyr, St. Felix of Nola. Felix was a minor saint of local importance and patronage whose tomb had been built within the local necropolis at Cimitile, just outside the town of Nola. As governor, Paulinus had widened the road to Cimitile and built a residence for travelers; it was at this site that Paulinus and Therasia took up residence. Nearby were a number of small chapels and at least one old basilica. Paulinus rebuilt the complex, constructing a brand new basilica to Felix and gathering to him a small monastic community. Paulinus wrote an annual hymn (natalicium) in honor of St. Felix for the feast day when processions of pilgrims were at their peak. In these hymns we can understand the personal relationship Paulinus felt between himself and Felix, his advocate in heaven. His poetry shares with much of the work of the early 5th century an ornateness of style that classicists of the 18th and 19th centuries found cloying and dismissed as decadent, though Paulinus' poems were highly regarded at the time and used as educational models. Many of Paulinus's letters to his contemporaries, including Ausonius and Sulpicius Severus in southern Gaul, Victricius of Rouen in northern Gaul, and Augustine in Africa, are preserved. Four letters from Paulinus to Augustine survive, and eight from Augustine to Paulinus. In one, Augustine invites Paulinus to visit Africa. As a publishing technique at that time, Augustine often sent copies of his works to Paulinus, to be copied and circulated in Italy. Paulinus may have been indirectly responsible for Augustine's Confessions: Paulinus wrote to Alypius, Bishop of Thagaste and a close friend of St. Augustine, asking about his conversion and taking up of the ascetic life. Alypius's autobiographical response does not survive; St. Augustine's ostensible answer to that query is the Confessions. Paulinus also wrote five letters to Delphinus and six to Amandus of Bordeaux. "Paulinus' surviving letters and poems, many devoted to the feast day of Felix, reveal his attitudes and values, illuminate his social and spiritual relationships, preserve vivid traces of the literary and aesthetic evolution of Latin literature under the influence of Christian ideas, and document the emergence of the late antique cult of the saints." We know about his buildings in honor of St. Felix from literary and archaeological evidence, especially from his long letter to Sulpicius |
start in 2018, finishing in 2020 ahead of the Plymouth 2020 Mayflower celebrations. Later that month, temporary seating was once again put in place on the Grandstand, this time as a one-off for an FA Cup 3rd round replay vs Liverpool. The seating was kept in place for the next home match, a League 2 game vs Devon rivals Exeter City, but tickets were not on sale to the general public. Shortly after this game, the seating was removed. Rivalries The club's traditional rivals are fellow Devon sides Exeter City and Torquay United; other less intense rivalries exist with Swindon Town, Portsmouth, Bristol City and Bristol Rovers. The 14/15 League 2 playoffs also engendered a mutual dislike of Wycombe Wanderers. Although the rivalry with Exeter City has been blunted for a while due to a difference in divisions, Argyle's relegation into League One, coupled with Exeter City's survival, reignited the tensions. A distinct rivalry arose between Argyle and Luton Town after inflammatory comments made by Joe Kinnear, who was the manager of the Hatters during the 2001–02 promotion season, although that mutual antipathy has now somewhat abated. Similarly, after the departure of Ian Holloway to Leicester City in November 2007, a noticeable mutual dislike arose, culminating in Argyle's 0–1 victory at the Walkers Stadium in early February 2008. Although that antipathy has somewhat subsided, some fans remain feeling betrayed and angry at the manner of his leaving. In the 1990s, Argyle had a rivalry with Burnley, because the Clarets beat them in a Division Two (now League One) play-off semi-final in 1994. There was also a defeat by Burnley on the last day of the season four years later, which led to Argyle's relegation. However, the rivalry has subsided over the past few years, especially due to Burnley's promotion to the Premier League in 2014. Players Current squad Out on loan Retired numbers 12 – The Green Army (supporters) Youth & reserves squad Through the 1960s and 70s, Argyle's Reserve team played in the Plymouth & Devon Combination League, with their home games at Cottage Field, next to Home Park. Argyle later entered into The Football Combination, before withdrawing from the Combination in mid-season in 1981–82, for financial reasons. In 1982 the side entered the Western Football League, leaving at the end of the 1992–93 season. The club had also entered a team in the South Western League, but withdrew from that competition after one season in 2007. The club's reserve team, up to the end of the 2010–11 season, played in The Football Combination, and confirmed their withdrawal from it on 27 June 2011, alongside 18 other Football League clubs. The reserves' honours include the Southern League Championship in 1922, 1926, 1929, 1934 and its League Cup in 1933, 1934 and 1936; 1934 was the first Southern League Double. For the 2015–16 season, Argyle entered a team into the South West Peninsula League Division One West, with home matches originally planned to be played at Bickleigh Barracks, before a change of plan saw them played at Seale-Hayne, dubbed 'Hodges Park' after club legend Kevin Hodges, outside Newton Abbot. After applying for promotion and finishing 2nd behind Mousehole, the reserves side were promoted to the Premier Division for the 2016–17 season. The team again moved grounds, playing their games at the home of the Devon FA, Coach Road, in Newton Abbot and finished 6th in 2016–17. In April 2019 it was announced that Argyle Reserves were pulling out of the South West Peninsula League at the end of the season. A new development team, run by the Argyle Community Trust would enter the new Devon Football League for the 2019–20 season. Apprentices Women's squad Player of the Year Young Player of the Year Noted former players For details on former players who have a Wikipedia article, see: :Category:Plymouth Argyle F.C. players. Team of the century For the centenary celebrations, an all-time best team of Plymouth Argyle players was chosen by fans of the club. Manager: Paul Sturrock World Cup players The following players were chosen to represent their country at the FIFA World Cup while contracted to Plymouth Argyle. George Baker (1958) Rory Fallon (2010) Club officials Boardroom positions Club officials Coaching positions First Team Youth Team/Academy Managerial history 1903 Frank Brettell 1905 Bob Jack 1906 William Fullarton 1907 Committee 1910 Bob Jack 1938 Jack Tresadern 1947 Jimmy Rae 1955 Jack Rowley 1960 Neil Dougall 1961 Ellis Stuttard 1963 Andy Beattie 1964 Malcolm Allison 1965 Derek Ufton 1968 Billy Bingham 1970 Ellis Stuttard 1972 Tony Waiters 1977 Mike Kelly 1978 Malcolm Allison 1979 Bobby Saxton 1981 Bobby Moncur 1983 Johnny Hore 1984 Dave Smith 1988 Ken Brown 1990 David Kemp 1992 Peter Shilton 1995 Steve McCall 1995 Neil Warnock 1997 Mick Jones 1998 Kevin Hodges 2000 Paul Sturrock 2004 Bobby Williamson 2005 Tony Pulis 2006 Ian Holloway 2007 Paul Sturrock 2009 Paul Mariner 2010 Peter Reid 2011 Carl Fletcher 2013 John Sheridan 2015 Derek Adams 2019 Ryan Lowe 2021 Steven Schumacher Honours Plymouth Argyle's list of honours include the following. Records Club records Record attendance at Home Park: 43,596 vs Aston Villa, Second Division, 10 October 1936. Record unbeaten run: 25 games April to December 1929 Joint Record victory: 8–1 vs Millwall, Second Division, 16 January 1932, Home Park. vs Hartlepool United, Second Division, 7 May 1994, Victoria Park. Joint Record victory: 7–0 vs Chesterfield, Second Division, 3 January 2004, Home Park. Record League defeat: 0–9 vs Stoke City, Second Division, 17 December 1960. Record FA Cup victory: 6–0 vs Corby Town, FA Cup Third round, 22 January 1966. Record FA Cup defeat: 1–7 vs Tottenham Hotspur, FA Cup First round Replay, 19 January 1910. Record League Cup victory: 4–0 vs Portsmouth, League Cup Second round, 9 October 1973. Record League Cup defeat: 0–6 vs West Ham United, League Cup Second round, 26 September 1962. Most League points (2 for a win): 68 Third Division South, 1929–30. Most League points (3 for a win): 102 Third Division, 2001–02. Fewest League points (2 for a win): 27 Second Division, 1967–68. Fewest League points (3 for a win): 41 Championship, 2009–10. Most points away in one season: 45 2016–17 EFL League Two Most League goals: 107 Third Division South, 1925–26. Third Division South, 1951–52. Most goals in a season: 33 Jack Cock, Third Division South, 1926–27. Most goals in one match: 5 Wilf Carter vs Charlton Athletic, Second Division, 27 December 1960. Fastest five goals Argyle defeated Chesterfield 7–0 at Home Park to record their joint biggest win. In the process they also broke the English record for the fastest five goals scored in a professional game–after just 17 minutes. The goalscorers were: Lee Hodges (4 minutes), Tony Capaldi (11 minutes), Nathan Lowndes (12 & 17 minutes) and David Friio (16 minutes). Friio went on to complete his hat-trick, scoring in the 36th and 89th minutes. Football League Second Division, 3 January 2004. Seasons Most appearances Most goals Sponsorship The club's current sportswear manufacturer is Puma. The club's main sponsor is Ginsters. Shirt sponsorship was not introduced by the club until 1983. Beacon Electrical was the first company to have its name on the shirt of Plymouth Argyle, but it lasted | On 14 August 2018, it was announced that shareholder Simon Hallett had purchased part of James Brent's stake in the club, and had become the new majority shareholder and owner, and that former director, David Felwick, would return to the club as chairman when Brent stepped down on 31 October 2018. However, on 10 October 2018, it was reported that David Felwick was unable to take over as chairman, citing personal reasons, so on 1 November 2018, Hallett became both majority owner and chair of Plymouth Argyle. Stadium The original ground of the professional club at Home Park was destroyed by German bombers during the Blitz on Plymouth in World War II. Having been rebuilt after the war, Home Park was largely demolished as part of an extensive process of renovation, and the first phase of a new stadium built by Barrs plc was completed in May 2002. The new Devonport End was opened for the 2001 Boxing Day fixture with Torquay United. The other end, the Barn Park End, opened on the same day. The Lyndhurst stand reopened on 26 January 2002 for the game against Oxford United. Plans are currently under discussion regarding the completion of the refurbishment of the ground with the replacement of the Mayflower stand. The ground is situated in Central Park, very near to the residential area of Peverell. Towards the end of the 2005–06 Championship season, the club decided to buy the stadium for £2.7 million from Plymouth City Council, releasing the ground from a 125-year lease. This purchase was concluded in December 2006. In the summer of 2007, the club, having failed to persuade the UK authorities of the case for retaining a standing terrace, decided to add 3,500 temporary seats to the Mayflower enclosure, dropping the capacity to 19,888 from 20,922. In December 2009 it was announced that the stadium was to be one of 12 chosen to host matches during the World Cup 2018, should England's bid be successful. The then Argyle chairman Paul Stapleton stated that work on a new South Stand at Home Park would start in 2010. However, England failed to be chosen for the 2018 tournament, and Plymouth Argyle entered administration in March 2011. After selling the stadium back to the council on 14 October 2011 for £1.6 million, this project was in serious doubt. The club was then taken over by local business owner James Brent, who submitted fresh plans to build a new Mayflower Grandstand with a 5,000 seating capacity, and an associated leisure complex. The plans include an ice rink with 1,500 spectator seats, a 10 screen cinema complex with an iMax screen, a 120 bedroom hotel and 4,200m sq retail units. Planning permission for the project was granted on 15 August 2013. The development was due to commence in September 2013, with the demolition of the old stand planned for late October 2013 after the Portsmouth home match. As of June 2015, the plans have been withdrawn, though planning permission still remains. The family section of the stadium was moved from block 1 of the Devonport End to the 'Zoo corner' between the Lyndhurst Stand and the Barn Park End, with a kids activities zone in the concourse. In January 2017, director Simon Hallett invested £5,000,000 into the club, along with all other directors exchanging previous loans into equity, with the intention on using the money for renovating the Mayflower Grandstand. No immediate timeframe was put on the renovations, but chairman James Brent indicated work is planned to start in 2018, finishing in 2020 ahead of the Plymouth 2020 Mayflower celebrations. Later that month, temporary seating was once again put in place on the Grandstand, this time as a one-off for an FA Cup 3rd round replay vs Liverpool. The seating was kept in place for the next home match, a League 2 game vs Devon rivals Exeter City, but tickets were not on sale to the general public. Shortly after this game, the seating was removed. Rivalries The club's traditional rivals are fellow Devon sides Exeter City and Torquay United; other less intense rivalries exist with Swindon Town, Portsmouth, Bristol City and Bristol Rovers. The 14/15 League 2 playoffs also engendered a mutual dislike of Wycombe Wanderers. Although the rivalry with Exeter City has been blunted for a while due to a difference in divisions, Argyle's relegation into League One, coupled with Exeter City's survival, reignited the tensions. A distinct rivalry arose between Argyle and Luton Town after inflammatory comments made by Joe Kinnear, who was the manager of the Hatters |
east being part of the parish of Lipson. Before the Norman invasion in 1066, the parish of Higher Mutley was owned by a man Alwin of Tamerton, and Lower Mutley by another man called Goodwin, but at the time of the Domesday Book (1086) both were owned by Odo, whose feudal overlord was Juhel of Totnes. In the Domesday Book the two parishes were said to be worth five shillings each. Lower Mutley had two farms while Higher Mutley consisted of ten sheep, one farm and two smallholdings. Railway A tunnel was driven beneath Mutley Plain by the South Devon Railway Company and was opened to traffic on 2 April 1849. Formerly this | parish of Lipson. Before the Norman invasion in 1066, the parish of Higher Mutley was owned by a man Alwin of Tamerton, and Lower Mutley by another man called Goodwin, but at the time of the Domesday Book (1086) both were owned by Odo, whose feudal overlord was Juhel of Totnes. In the Domesday Book the two parishes were said to be worth five shillings each. Lower Mutley had two farms while Higher Mutley consisted of ten sheep, one farm and two smallholdings. Railway A tunnel was driven beneath Mutley Plain by the South Devon Railway Company and was opened to traffic on 2 April 1849. Formerly this was the site of Mutley Station, opened 1 August 1871 and known as the |
about a possible wrongful execution in Texas. The Phantom, main antagonist in the animated television series Flying Rhino Junior High Film productions in 1925, 1943, 1962, 1983, 1987, 1989, 1998, 2004, and 2011 of The Phantom of the Opera, see The Phantom of the Opera (disambiguation) Gaming The Phantom (game system), a cancelled cloud-based video game console from 2004 CCI Phantom, a paintball marker Metal Gear Solid V: The Phantom Pain, a Metal Gear game. Phantom Thieves, the group of main characters in Persona 5. Phantom Animatronics, the antagonists of Five Nights at Freddy's 3. Phantom, a demonic spider creature that serves as a boss in the video game Devil May Cry The Phantom, the title given to a nameless spy who is the main villain of Phoenix Wright: Ace Attorney – Dual Destinies Phantoms, type of enemy in The Legend of Zelda, Phantom Hourglass and Spirit Tracks. Can be possessed by Zelda in Spirit Tracks. Phantoms, an undead flying mob from the sandbox game Minecraft Medical Phantom limb, the sensation that a missing limb is still attached to the body Phantom pain, a perceived sensation Imaging phantom, an object used as a substitute for live or cadaver subjects Computational human phantom, a computerized model of the human body used primarily for radiation dose simulation Military GHQ Liaison Regiment or Phantom, a World War II special reconnaissance unit 9th Armored Division (United States) or the "Phantom Division" Music The Phantom Band, a Proto-Robofolk sextet based in Glasgow Phantom (band), a South Korea-based hip hop project trio Phantoms (duo), a Los-Angeles based EDM duo Phantom (musical), a 1991 musical The Phantom of the Opera (1986 musical), by Andrew Lloyd Webber TXFM, a radio station formerly known as Phantom 105.2 Phantom Records, a record label Phantom Regiment Drum and Bugle Corps Vox Phantom, a guitar Phantoms (Toch), a choral work by Ernst Toch "The Phantom", a pseudonym used by Jerry Lott for the primal rockabilly song "Love Me" Albums Phantom (Khold album), a 2002 album by Khold Phantom (Betraying the Martyrs album), 2014 Phantoms (Acceptance album), 2005 Phantoms (The Fixx album), 1984 Phantoms (Freezepop EP), 2015 The Phantom (album), a 1968 album by Duke Pearson Phantoms, an album by Hans | by Kabir Khan The Phantom (2021 film), a documentary film about a possible wrongful execution in Texas. The Phantom, main antagonist in the animated television series Flying Rhino Junior High Film productions in 1925, 1943, 1962, 1983, 1987, 1989, 1998, 2004, and 2011 of The Phantom of the Opera, see The Phantom of the Opera (disambiguation) Gaming The Phantom (game system), a cancelled cloud-based video game console from 2004 CCI Phantom, a paintball marker Metal Gear Solid V: The Phantom Pain, a Metal Gear game. Phantom Thieves, the group of main characters in Persona 5. Phantom Animatronics, the antagonists of Five Nights at Freddy's 3. Phantom, a demonic spider creature that serves as a boss in the video game Devil May Cry The Phantom, the title given to a nameless spy who is the main villain of Phoenix Wright: Ace Attorney – Dual Destinies Phantoms, type of enemy in The Legend of Zelda, Phantom Hourglass and Spirit Tracks. Can be possessed by Zelda in Spirit Tracks. Phantoms, an undead flying mob from the sandbox game Minecraft Medical Phantom limb, the sensation that a missing limb is still attached to the body Phantom pain, a perceived sensation Imaging phantom, an object used as a substitute for live or cadaver subjects Computational human phantom, a computerized model of the human body used primarily for radiation dose simulation Military GHQ Liaison Regiment or Phantom, a World War II special reconnaissance unit 9th Armored Division (United States) or the "Phantom Division" Music The Phantom Band, a Proto-Robofolk sextet based in Glasgow Phantom (band), a South Korea-based hip hop project trio Phantoms (duo), a Los-Angeles based EDM duo Phantom (musical), a 1991 musical The Phantom of the Opera (1986 musical), by Andrew Lloyd Webber TXFM, a radio station formerly known as Phantom 105.2 Phantom Records, a record label Phantom Regiment Drum and Bugle Corps Vox Phantom, a guitar Phantoms (Toch), a choral work by Ernst Toch "The Phantom", a pseudonym used by Jerry Lott for the primal rockabilly song "Love Me" Albums Phantom (Khold album), a 2002 album by Khold Phantom (Betraying the Martyrs album), 2014 Phantoms (Acceptance album), 2005 Phantoms (The Fixx album), 1984 Phantoms (Freezepop EP), 2015 The Phantom (album), a 1968 album by Duke Pearson Phantoms, an album by Hans Christian Phantoms, an album by Alan Hull Phantoms, an album by Marianas Trench The Phantom of the Opera (2004 soundtrack), a soundtrack album from the 2004 film Songs "Phantom", by Broadcast from Work and Non Work, 1997 "Phantom", by Capsule from More! More! More!, 2008 "Phantom", by The Dirty Heads from Home – Phantoms of Summer, 2013 "Phantom" and "Phantom Pt. II", by Justice from Cross, 2007 "Phantom", by Smokepurpp from Deadstar, 2017 "Phantom", by The Story So Far from The Story So Far, 2015 "Phantom", by T-Pain from Three Ringz, 2008 "Phantom Lord", by Metallica from Kill em' All, 1983 "Happy Phantom", by Tori Amos from Little Earthquakes, 1992 "The Phantom of the Opera" (song), from the 1986 musical "Phantom" (Russian song), a song about a pilot of namesake plane in the Vietnam War Sports Teams American hockey: Philadelphia Phantoms (1996-09) Adirondack Phantoms (2009–14) Lehigh Valley Phantoms (since 2014) Pittsburgh, Pennsylvania: Pittsburgh Phantoms (NPSL), soccer Pittsburgh Phantoms (ABA), basketball Pittsburgh Phantoms (RHI), roller hockey Wiesbaden Phantoms, American football, Wiesbaden, Germany Individuals "The Phantom", Chris Martin (cricketer) (born 1974), New Zealander Thoroughbred race horses: The Phantom (horse) (born 1985), New Zealand Phantom (horse) (1808–?), British sire Television "Phantom" (Law & Order: Criminal Intent), an episode of Law & Order: Criminal Intent Phantom (Russian TV series), an eight-part crime drama series first broadcast in 2020 "Phantoms" (Stargate Atlantis), an episode of Stargate Atlantis Phantom (South Korean TV series), a South Korean police procedural television series The Phantom (Mad Men), a 2012 episode of the American television drama |
programming language is called unpythonic. Python users and admirers, especially those considered knowledgeable or experienced, are often referred to as Pythonistas. Syntax and semantics Python is meant to be an easily readable language. Its formatting is visually uncluttered, and often uses English keywords where other languages use punctuation. Unlike many other languages, it does not use curly brackets to delimit blocks, and semicolons after statements are allowed but rarely used. It has fewer syntactic exceptions and special cases than C or Pascal. Indentation Python uses whitespace indentation, rather than curly brackets or keywords, to delimit blocks. An increase in indentation comes after certain statements; a decrease in indentation signifies the end of the current block. Thus, the program's visual structure accurately represents its semantic structure. This feature is sometimes termed the off-side rule. Some other languages use indentation this way; but in most, indentation has no semantic meaning. The recommended indent size is four spaces. Statements and control flow Python's statements include: The assignment statement, using a single equals sign = The if statement, which conditionally executes a block of code, along with else and elif (a contraction of else-if) The for statement, which iterates over an iterable object, capturing each element to a local variable for use by the attached block The while statement, which executes a block of code as long as its condition is true The try statement, which allows exceptions raised in its attached code block to be caught and handled by except clauses; it also ensures that clean-up code in a finally block is always run regardless of how the block exits The raise statement, used to raise a specified exception or re-raise a caught exception The class statement, which executes a block of code and attaches its local namespace to a class, for use in object-oriented programming The def statement, which defines a function or method The with statement, which encloses a code block within a context manager (for example, acquiring a lock before it is run, then releasing the lock; or opening and closing a file), allowing resource-acquisition-is-initialization (RAII)-like behavior and replacing a common try/finally idiom The break statement, which exits a loop The continue statement, which skips the current iteration and continues with the next The del statement, which removes a variable—deleting the reference from the name to the value, and producing an error if the variable is referred to before it is redefined The pass statement, serving as a NOP, syntactically needed to create an empty code block The assert statement, used in debugging to check for conditions that should apply The yield statement, which returns a value from a generator function (and also an operator); used to implement coroutines The return statement, used to return a value from a function The import statement, used to import modules whose functions or variables can be used in the current program The assignment statement (=) binds a name as a reference to a separate, dynamically-allocated object. Variables may subsequently be rebound at any time to any object. In Python, a variable name is a generic reference holder without a fixed data type; however, it always refers to some object with a type. This is called dynamic typing—in contrast to statically-typed languages, where each variable may contain only a value of a certain type. Python does not support tail call optimization or first-class continuations, and, according to van Rossum, it never will. However, better support for coroutine-like functionality is provided by extending Python's generators. Before 2.5, generators were lazy iterators; data was passed unidirectionally out of the generator. From Python 2.5 on, it is possible to pass data back into a generator function; and from version 3.3, it can be passed through multiple stack levels. Expressions Some Python expressions are similar to those in languages such as C and Java, while some are not: Addition, subtraction and multiplication are the same, but the behavior of division differs. There are two types of divisions in Python: floor division (or integer division) // and floating-point/division. Python also uses the ** operator for exponentiation. The @ infix operator was introduced in Python 3.5. It is intended to be used by libraries such as NumPy for matrix multiplication. The syntax :=, called the "walrus operator", was introduced in Python 3.8. It assigns values to variables as part of a larger expression. In Python, == compares by value, versus Java, which compares numerics by value and objects by reference. Python's is operator may be used to compare object identities (comparison by reference), and comparisons may be chained—for example, . Python uses and, or, and not as boolean operators rather than the symbolic &&, ||, ! in Java and C. Python has a type of expression called a list comprehension, as well as a more general expression called a generator expression. Anonymous functions are implemented using lambda expressions; however, there may be only one expression in each body. Conditional expressions are written as (different in order of operands from the c ? x : y operator common to many other languages). Python makes a distinction between lists and tuples. Lists are written as , are mutable, and cannot be used as the keys of dictionaries (dictionary keys must be immutable in Python). Tuples, written as , are immutable and thus can be used as keys of dictionaries, provided all of the tuple's elements are immutable. The + operator can be used to concatenate two tuples, which does not directly modify their contents, but produces a new tuple containing the elements of both. Thus, given the variable t initially equal to , executing first evaluates , which yields , which is then assigned back to t—thereby effectively "modifying the contents" of t while conforming to the immutable nature of tuple objects. Parentheses are optional for tuples in unambiguous contexts. Python features sequence unpacking where multiple expressions, each evaluating to anything that can be assigned (to a variable, writable property, etc.) are associated in an identical manner to that forming tuple literals—and, as a whole, are put on the left-hand side of the equal sign in an assignment statement. The statement expects an iterable object on the right-hand side of the equal sign that produces the same number of values as the provided writable expressions; when iterated through them, it assigns each of the produced values to the corresponding expression on the left. Python has a "string format" operator % that functions analogously to printf format strings in C—e.g. evaluates to "spam=blah eggs=2". In Python 2.6+ and 3+, this was supplemented by the format() method of the str class, e.g. . Python 3.6 added "f-strings": . Strings in Python can be concatenated by "adding" them (with the same operator as for adding integers and floats), e.g. returns "spameggs". If strings contain numbers, they are added as strings rather than integers, e.g. returns "22". Python has various string literals: Delimited by single or double quote marks. Unlike in Unix shells, Perl and Perl-influenced languages, single and double quote marks function identically. Both use the backslash (\) as an escape character. String interpolation became available in Python 3.6 as "formatted string literals". Triple-quoted (beginning and ending with three single or double quote marks), which may span multiple lines and function like here documents in shells, Perl and Ruby. Raw string varieties, denoted by prefixing the string literal with r. Escape sequences are not interpreted; hence raw strings are useful where literal backslashes are common, such as regular expressions and Windows-style paths. (Compare "@-quoting" in C#.) Python has array index and array slicing expressions in lists, denoted as a[key], or . Indexes are zero-based, and negative indexes are relative to the end. Slices take elements from the start index up to, but not including, the stop index. The third slice parameter, called step or stride, allows elements to be skipped and reversed. Slice indexes may be omitted—for example returns a copy of the entire list. Each element of a slice is a shallow copy. In Python, a distinction between expressions and statements is rigidly enforced, in contrast to languages such as Common Lisp, Scheme, or Ruby. This leads to duplicating some functionality. For example: List comprehensions vs. for-loops Conditional expressions vs. if blocks The eval() vs. exec() built-in functions (in Python 2, exec is a statement); the former is for expressions, the latter is for statements Statements cannot be a part of an expression—so list and other comprehensions or lambda expressions, all being expressions, cannot contain statements. A particular case is that an assignment statement such as cannot form part of the conditional expression of a conditional statement. This has the advantage of avoiding a classic C error of mistaking an assignment operator = for an equality operator == in conditions: is syntactically valid (but probably unintended) C code, but causes a syntax error in Python. Methods Methods on objects are functions attached to the object's class; the syntax is, for normal methods and functions, syntactic sugar for . Python methods have an explicit self parameter to access instance data, in contrast to the implicit self (or this) in some other object-oriented programming languages (e.g., C++, Java, Objective-C, Ruby). Python also provides methods, often called dunder methods (due to their names beginning and ending with double-underscores), to allow user-defined classes to modify how they are handled by native operations including length, comparison, in arithmetic operations and type conversion. Typing Python uses duck typing and has typed objects but untyped variable names. Type constraints are not checked at compile time; rather, operations on an object may fail, signifying that it is not of a suitable type. Despite being dynamically-typed, Python is strongly-typed, forbidding operations that are not well-defined (for example, adding a number to a string) rather than silently attempting to make sense of them. Python allows programmers to define their own types using classes, most often used for object-oriented programming. New instances of classes are constructed by calling the class (for example, or ), and the classes are instances of the metaclass type (itself an instance of itself), allowing metaprogramming and reflection. Before version 3.0, Python had two kinds of classes: old-style and new-style. The syntax of both is the same, the difference being whether the class object is inherited from, directly or indirectly (all new-style classes inherit from object and are instances of type). In versions of Python 2 from Python 2.2 onwards, both kinds of classes can be used. Old-style classes were eliminated in Python 3.0. The long-term plan is to support gradual typing. From Python 3.5 on, the language's syntax allows specifying static types, but they are not checked in the default implementation, CPython. An experimental optional static type-checker, mypy, supports compile-time type checking. Arithmetic operations Python has the usual symbols for arithmetic operators (+, -, *, /), the floor division operator // and the modulo operation % (where the remainder can be negative, e.g. 4 % -3 == -2). It also has ** for exponentiation, e.g. 5**3 == 125 and 9**0.5 == 3.0, and a matrix‑multiplication operator @ . These operators work like in traditional math; with the same precedence rules, the operators infix (+ and - can also be unary to represent positive and negative numbers respectively). The division between integers produces floating-point results. The behavior of division has changed significantly over time: Current Python (i.e. since 3.0) changed / to always be floating-point division, e.g. . Python 2.2 changed integer division to round towards negative infinity, e.g. 7/3 == 2 and -7/3 == -3. The floor division // operator was introduced. So 7//3 == 2, -7//3 == -3, 7.5//3 == 2.0 and -7.5//3 == -3.0. Adding causes a module to use Python 3.0 rules for division (see above). Python 2.1 and earlier used C's division behavior. The / operator is integer division if both operands are integers, and floating-point division otherwise. Integer division rounds towards 0, e.g. and . In Python terms, / is true division (or simply division), and // is floor division. / before version 3.0 is classic division. Rounding towards negative infinity, though different from most languages, adds consistency. For instance, it means that the equation is always true. It also means that the equation is valid for both positive and negative values of a. However, maintaining the validity of this equation means that while the result of a%b is, as expected, in the half-open interval [0, b), where b is a positive integer, it has to lie in the interval (b, 0] when b is negative. Python provides a round function for rounding a float to the nearest integer. For tie-breaking, Python 3 uses round to even: round(1.5) and round(2.5) both produce 2. Versions before 3 used round-away-from-zero: round(0.5) is 1.0, round(-0.5) is −1.0. Python allows boolean expressions with multiple equality relations in a manner that is consistent with general use in mathematics. For example, the expression a < b < c tests whether a is less than b and b is less than c. C-derived languages interpret this expression differently: in C, the expression would first evaluate a < b, resulting in 0 or 1, and that result would then be compared with c. Python uses arbitrary-precision arithmetic for all integer operations. The Decimal type/class in the decimal module provides decimal floating-point numbers to a pre-defined arbitrary precision and several rounding modes. The Fraction class in the fractions module provides arbitrary precision for rational numbers. Due to Python's extensive mathematics library, and the third-party library NumPy that further extends the native capabilities, it is frequently used as a scientific scripting language to aid in problems such as numerical data processing and manipulation. Programming examples Hello world program: print('Hello, world!') Program to calculate the factorial of a positive integer: n = int(input('Type a number, and its factorial will be printed: ')) if n < 0: raise ValueError('You must enter a non-negative integer') factorial = 1 for i in range(2, n + 1): factorial *= i print(factorial) Libraries Python's large standard library, commonly cited as one of its greatest strengths, provides tools suited to many tasks. For Internet-facing applications, many standard formats and protocols such as MIME and HTTP are supported. It includes modules for creating graphical user interfaces, connecting to relational databases, generating pseudorandom numbers, arithmetic with arbitrary-precision decimals, manipulating regular expressions, and unit testing. Some parts of the standard library are covered by specifications—for example, the Web Server Gateway Interface (WSGI) implementation wsgiref follows PEP 333—but most are specified by their code, internal documentation, and test suites. However, because most of the standard library is cross-platform Python code, only a few modules need altering or rewriting for variant implementations. the Python Package Index (PyPI), the official repository for third-party Python software, contains over 329,000 packages with a wide range of functionality, including: Development environments Most Python implementations (including CPython) include a read–eval–print loop (REPL), permitting them to function as a command line interpreter for which users enter statements sequentially and receive results immediately. Python also comes with an Integrated development environment (IDE) called IDLE, which is more beginner-oriented. Other shells, including IDLE and IPython, add further abilities such as improved auto-completion, session state retention and syntax highlighting. As well as standard desktop integrated development environments, there are Web browser-based IDEs, including SageMath, for developing science- and math-related programs; PythonAnywhere, a browser-based IDE and hosting environment; and Canopy IDE, a commercial IDE emphasizing scientific computing. Implementations Reference implementation CPython is the reference implementation of Python. It is written in C, meeting the C89 standard with several select C99 features. (With later C versions out, it is considered outdated. CPython includes its own C extensions, but third-party extensions are not limited to older C versions—e.g. they can be implemented with C11 or C++.) It compiles Python programs into an intermediate bytecode which is then executed by its virtual machine. CPython is distributed with a large standard library written in a mixture of C and native Python, and is available for many platforms, including Windows (starting with Python 3.9, the Python installer deliberately fails to install on Windows 7 and 8; Windows XP was supported until Python 3.5) and most modern Unix-like systems, including macOS (and Apple M1 Macs, since Python 3.9.1, with experimental installer) and unofficial support for e.g. VMS. Platform portability was one of its earliest priorities. (During Python 1 and 2 development, even OS/2 and Solaris were supported, but support has since been dropped for many platforms.) Other implementations PyPy is a fast, compliant interpreter of Python 2.7 and 3.8. Its just-in-time compiler brings a significant | 2, exec is a statement); the former is for expressions, the latter is for statements Statements cannot be a part of an expression—so list and other comprehensions or lambda expressions, all being expressions, cannot contain statements. A particular case is that an assignment statement such as cannot form part of the conditional expression of a conditional statement. This has the advantage of avoiding a classic C error of mistaking an assignment operator = for an equality operator == in conditions: is syntactically valid (but probably unintended) C code, but causes a syntax error in Python. Methods Methods on objects are functions attached to the object's class; the syntax is, for normal methods and functions, syntactic sugar for . Python methods have an explicit self parameter to access instance data, in contrast to the implicit self (or this) in some other object-oriented programming languages (e.g., C++, Java, Objective-C, Ruby). Python also provides methods, often called dunder methods (due to their names beginning and ending with double-underscores), to allow user-defined classes to modify how they are handled by native operations including length, comparison, in arithmetic operations and type conversion. Typing Python uses duck typing and has typed objects but untyped variable names. Type constraints are not checked at compile time; rather, operations on an object may fail, signifying that it is not of a suitable type. Despite being dynamically-typed, Python is strongly-typed, forbidding operations that are not well-defined (for example, adding a number to a string) rather than silently attempting to make sense of them. Python allows programmers to define their own types using classes, most often used for object-oriented programming. New instances of classes are constructed by calling the class (for example, or ), and the classes are instances of the metaclass type (itself an instance of itself), allowing metaprogramming and reflection. Before version 3.0, Python had two kinds of classes: old-style and new-style. The syntax of both is the same, the difference being whether the class object is inherited from, directly or indirectly (all new-style classes inherit from object and are instances of type). In versions of Python 2 from Python 2.2 onwards, both kinds of classes can be used. Old-style classes were eliminated in Python 3.0. The long-term plan is to support gradual typing. From Python 3.5 on, the language's syntax allows specifying static types, but they are not checked in the default implementation, CPython. An experimental optional static type-checker, mypy, supports compile-time type checking. Arithmetic operations Python has the usual symbols for arithmetic operators (+, -, *, /), the floor division operator // and the modulo operation % (where the remainder can be negative, e.g. 4 % -3 == -2). It also has ** for exponentiation, e.g. 5**3 == 125 and 9**0.5 == 3.0, and a matrix‑multiplication operator @ . These operators work like in traditional math; with the same precedence rules, the operators infix (+ and - can also be unary to represent positive and negative numbers respectively). The division between integers produces floating-point results. The behavior of division has changed significantly over time: Current Python (i.e. since 3.0) changed / to always be floating-point division, e.g. . Python 2.2 changed integer division to round towards negative infinity, e.g. 7/3 == 2 and -7/3 == -3. The floor division // operator was introduced. So 7//3 == 2, -7//3 == -3, 7.5//3 == 2.0 and -7.5//3 == -3.0. Adding causes a module to use Python 3.0 rules for division (see above). Python 2.1 and earlier used C's division behavior. The / operator is integer division if both operands are integers, and floating-point division otherwise. Integer division rounds towards 0, e.g. and . In Python terms, / is true division (or simply division), and // is floor division. / before version 3.0 is classic division. Rounding towards negative infinity, though different from most languages, adds consistency. For instance, it means that the equation is always true. It also means that the equation is valid for both positive and negative values of a. However, maintaining the validity of this equation means that while the result of a%b is, as expected, in the half-open interval [0, b), where b is a positive integer, it has to lie in the interval (b, 0] when b is negative. Python provides a round function for rounding a float to the nearest integer. For tie-breaking, Python 3 uses round to even: round(1.5) and round(2.5) both produce 2. Versions before 3 used round-away-from-zero: round(0.5) is 1.0, round(-0.5) is −1.0. Python allows boolean expressions with multiple equality relations in a manner that is consistent with general use in mathematics. For example, the expression a < b < c tests whether a is less than b and b is less than c. C-derived languages interpret this expression differently: in C, the expression would first evaluate a < b, resulting in 0 or 1, and that result would then be compared with c. Python uses arbitrary-precision arithmetic for all integer operations. The Decimal type/class in the decimal module provides decimal floating-point numbers to a pre-defined arbitrary precision and several rounding modes. The Fraction class in the fractions module provides arbitrary precision for rational numbers. Due to Python's extensive mathematics library, and the third-party library NumPy that further extends the native capabilities, it is frequently used as a scientific scripting language to aid in problems such as numerical data processing and manipulation. Programming examples Hello world program: print('Hello, world!') Program to calculate the factorial of a positive integer: n = int(input('Type a number, and its factorial will be printed: ')) if n < 0: raise ValueError('You must enter a non-negative integer') factorial = 1 for i in range(2, n + 1): factorial *= i print(factorial) Libraries Python's large standard library, commonly cited as one of its greatest strengths, provides tools suited to many tasks. For Internet-facing applications, many standard formats and protocols such as MIME and HTTP are supported. It includes modules for creating graphical user interfaces, connecting to relational databases, generating pseudorandom numbers, arithmetic with arbitrary-precision decimals, manipulating regular expressions, and unit testing. Some parts of the standard library are covered by specifications—for example, the Web Server Gateway Interface (WSGI) implementation wsgiref follows PEP 333—but most are specified by their code, internal documentation, and test suites. However, because most of the standard library is cross-platform Python code, only a few modules need altering or rewriting for variant implementations. the Python Package Index (PyPI), the official repository for third-party Python software, contains over 329,000 packages with a wide range of functionality, including: Development environments Most Python implementations (including CPython) include a read–eval–print loop (REPL), permitting them to function as a command line interpreter for which users enter statements sequentially and receive results immediately. Python also comes with an Integrated development environment (IDE) called IDLE, which is more beginner-oriented. Other shells, including IDLE and IPython, add further abilities such as improved auto-completion, session state retention and syntax highlighting. As well as standard desktop integrated development environments, there are Web browser-based IDEs, including SageMath, for developing science- and math-related programs; PythonAnywhere, a browser-based IDE and hosting environment; and Canopy IDE, a commercial IDE emphasizing scientific computing. Implementations Reference implementation CPython is the reference implementation of Python. It is written in C, meeting the C89 standard with several select C99 features. (With later C versions out, it is considered outdated. CPython includes its own C extensions, but third-party extensions are not limited to older C versions—e.g. they can be implemented with C11 or C++.) It compiles Python programs into an intermediate bytecode which is then executed by its virtual machine. CPython is distributed with a large standard library written in a mixture of C and native Python, and is available for many platforms, including Windows (starting with Python 3.9, the Python installer deliberately fails to install on Windows 7 and 8; Windows XP was supported until Python 3.5) and most modern Unix-like systems, including macOS (and Apple M1 Macs, since Python 3.9.1, with experimental installer) and unofficial support for e.g. VMS. Platform portability was one of its earliest priorities. (During Python 1 and 2 development, even OS/2 and Solaris were supported, but support has since been dropped for many platforms.) Other implementations PyPy is a fast, compliant interpreter of Python 2.7 and 3.8. Its just-in-time compiler brings a significant speed improvement over CPython but some libraries written in C cannot be used with it. Stackless Python is a significant fork of CPython that implements microthreads; it does not use the call stack in the same way, thus allowing massively concurrent programs. PyPy also has a stackless version. MicroPython and CircuitPython are Python 3 variants optimized for microcontrollers, including Lego Mindstorms EV3. Pyston is a variant of the Python runtime that uses just-in-time compilation to speed up the execution of Python programs. Cinder is a performance-oriented fork of CPython 3.8 that contains a number of optimizations including bytecode inline caching, eager evaluation of coroutines, a method-at-a-time JIT and an experimental bytecode compiler. Unsupported implementations Other just-in-time Python compilers have been developed, but are now unsupported: Google began a project named Unladen Swallow in 2009, with the aim of speeding up the Python interpreter fivefold by using the LLVM, and of improving its multithreading ability to scale to thousands of cores, while ordinary implementations suffer from the global interpreter lock. Psyco is a discontinued just-in-time specializing compiler that integrates with CPython and transforms bytecode to machine code at runtime. The emitted code is specialized for certain data types and is faster than the standard Python code. Psyco does not support Python 2.7 or later. PyS60 was a Python 2 interpreter for Series 60 mobile phones released by Nokia in 2005. It implemented many of the modules from the standard library and some additional modules for integrating with the Symbian operating system. The Nokia N900 also supports Python with GTK widget libraries, enabling programs to be written and run on the target device. Cross-compilers to other languages There are several compilers to high-level object languages, with either unrestricted Python, a restricted subset of Python, or a language similar to Python as the source language: Cython compiles (a superset of) Python 2.7 to C (while the resulting code is also usable with Python 3 and also e.g. C++). Nuitka compiles Python into C++. Pythran compiles a subset of Python 3 to C++. Pyrex (latest release in 2010) and Shed Skin (latest release in 2013) compile to C and C++ respectively. Google's Grumpy (latest release in 2017) transpiles Python 2 to Go. IronPython allows running Python 2.7 programs (and an alpha, released in 2021, is also available for "Python 3.4, although features and behaviors from later versions may be included") on the .NET Common Language Runtime. Jython compiles Python 2.7 to Java bytecode, allowing the use of the Java libraries from a Python program. MyHDL is a Python-based hardware description language (HDL), that converts MyHDL code to Verilog or VHDL code. Numba uses LLVM to compile a subset of Python to machine code. Brython, Transcrypt and Pyjs (latest release in 2012) compile Python to JavaScript. RPython can be compiled to C, and is used to build the PyPy interpreter of Python. Performance A performance comparison of various Python implementations on a non-numerical (combinatorial) workload was presented at EuroSciPy '13. Python's performance compared to other programming languages is also benchmarked by The Computer Language Benchmarks Game. Development Python's development is conducted largely through the Python Enhancement Proposal (PEP) process, the primary mechanism for proposing major new features, collecting community input on issues and documenting Python design decisions. Python coding style is covered in PEP 8. Outstanding PEPs are reviewed and commented on by the Python community and the steering council. Enhancement of the language corresponds with development of the CPython reference implementation. The mailing list python-dev is the primary forum for the language's development. Specific issues are discussed in the Roundup bug tracker hosted at bugs.python.org. Development originally took place on a self-hosted source-code repository running Mercurial, until Python moved to GitHub in January 2017. CPython's public releases come in three types, distinguished by which part of the version number is incremented: Backward-incompatible versions, where code is expected to break and needs to be manually ported. The first part of the version number is incremented. These releases happen infrequently—version 3.0 was released 8 years after 2.0. Major or "feature" releases are largely compatible with the previous version but introduce new features. The second part of the version number is incremented. Starting with Python 3.9, these releases are expected to happen annually. Each major version is supported by bugfixes for several years after its release. Bugfix releases, which introduce no new features, occur about every 3 months and are made when a sufficient number of bugs have been fixed upstream since the last release. Security vulnerabilities are also patched in these releases. The third and final part of the version number is incremented. Many alpha, beta, and release-candidates are also released as previews and for testing before final releases. Although there is a rough schedule for each release, they are often delayed if the code is not ready. Python's development team monitors the state of the code by running the large unit test suite during development. The major academic conference on Python is PyCon. There are also special Python mentoring programmes, such as Pyladies. Python 3.10 deprecated wstr (to be removed in Python 3.12; meaning Python extensions need to be modified by then), and added pattern matching to the language. API documentation generators Tools that can generate documentation for Python API include pydoc (available as part of standard library), Sphinx, Pdoc and its forks, Doxygen and Graphviz, among others. Naming Python's name is derived from the British comedy group Monty Python, whom Python creator Guido van Rossum enjoyed while developing the language. Monty Python references appear frequently in Python code and culture; for example, the metasyntactic variables often used in Python literature are spam and eggs instead of the traditional foo and bar. The official Python documentation also contains various references to Monty Python routines. The prefix Py- is used to show that something is related to Python. Examples of the use of this prefix in names of Python applications or libraries include Pygame, a binding of SDL to Python (commonly used to create games); PyQt and PyGTK, which bind Qt and GTK to Python respectively; and PyPy, a Python implementation originally written in Python. Popularity Since 2003, Python has consistently ranked in the top ten most popular programming languages in the TIOBE Programming Community Index where, , it is the most popular language (ahead of Java, and C). It was selected Programming Language of the Year (for "the highest rise in ratings in a year") in 2007, 2010, 2018, and 2020 (the only language to do so four times). An empirical study found that scripting languages, such as Python, are more productive than conventional languages, such as C and Java, for programming problems involving string manipulation and search in a dictionary, and determined that memory consumption was often "better than Java and not much worse than C or C++". Large organizations that use Python include Wikipedia, Google, Yahoo!, CERN, NASA, Facebook, Amazon, Instagram, Spotify and some smaller entities like ILM and ITA. The social news networking site Reddit was written mostly in Python. Uses Python can serve as a scripting language for web applications, e.g., via for the Apache web server. With Web Server Gateway Interface, a standard API has evolved to facilitate these applications. Web frameworks like Django, Pylons, Pyramid, TurboGears, web2py, Tornado, Flask, Bottle and Zope support developers in the design and maintenance of complex applications. Pyjs and IronPython can be used to develop the client-side of Ajax-based applications. SQLAlchemy can be used as a data mapper to a relational database. Twisted is a framework to program communications between computers, and is used (for example) by Dropbox. Libraries such as NumPy, SciPy and Matplotlib allow the effective use of Python in scientific computing, with specialized libraries such as Biopython and Astropy providing domain-specific functionality. SageMath is a computer algebra system with a notebook interface programmable in Python: its library covers many aspects of mathematics, including algebra, combinatorics, numerical mathematics, number theory, and calculus. OpenCV has Python bindings with a rich set of features for computer vision and image processing. Python is commonly used in artificial intelligence projects and machine learning projects with the help of libraries like TensorFlow, Keras, Pytorch and Scikit-learn. As a scripting language with modular architecture, simple syntax and rich text processing tools, Python is often used for natural language processing. Python can also be used to create games, with libraries such as Pygame, which can make 2D games. Python has been successfully embedded in many software products as a scripting language, including in finite element method software such as Abaqus, 3D parametric modeler like FreeCAD, 3D animation packages such as 3ds Max, |
from benzene by substituting one C–H unit with a nitrogen atom.<ref>{{cite book|author-link=Albert Ladenburg |last=Ladenburg |first=Albert |url=http://www.sciencemadness.org/library/books/lectures_on_the_history_of_the_development_of_chemistry.pdf |title=Lectures on the history of the development of chemistry since the time of Lavoisier. |pages=283–287}} </ref> The suggestion by Körner and Dewar was later confirmed in an experiment where pyridine was reduced to piperidine with sodium in ethanol. In 1876, William Ramsay combined acetylene and hydrogen cyanide into pyridine in a red-hot iron-tube furnace. This was the first synthesis of a heteroaromatic compound. The first major synthesis of pyridine derivatives was described in 1881 by Arthur Rudolf Hantzsch. The Hantzsch pyridine synthesis typically uses a 2:1:1 mixture of a β-keto acid (often acetoacetate), an aldehyde (often formaldehyde), and ammonia or its salt as the nitrogen donor. First, a double hydrogenated pyridine is obtained, which is then oxidized to the corresponding pyridine derivative. Emil Knoevenagel showed that asymmetrically-substituted pyridine derivatives can be produced with this process. The contemporary methods of pyridine production had a low yield, and the increasing demand for the new compound urged to search for more efficient routes. A breakthrough came in 1924 when the Russian chemist Aleksei Chichibabin invented a pyridine synthesis reaction, which was based on inexpensive reagents. This method is still used for the industrial production of pyridine. Occurrence Pyridine is not abundant in nature, except for the leaves and roots of belladonna (Atropa belladonna) and in marshmallow (Althaea officinalis). Pyridine derivatives, however, are often part of biomolecules such as alkaloids. In daily life, trace amounts of pyridine are components of the volatile organic compounds that are produced in roasting and canning processes, e.g. in fried chicken, sukiyaki, roasted coffee, potato chips, and fried bacon. Traces of pyridine can be found in Beaufort cheese, vaginal secretions, black tea, saliva of those suffering from gingivitis, and sunflower honey. Production Historically, pyridine was extracted from coal tar or obtained as a byproduct of coal gasification. The process was labor-consuming and inefficient: coal tar contains only about 0.1% pyridine, and therefore a multi-stage purification was required, which further reduced the output. Nowadays, most pyridine is produced synthetically using various name reactions, and the major ones are discussed below. In 1989, 26,000 tonnes of pyridine was produced worldwide. Among the largest 25 production sites for pyridine, eleven are located in Europe (as of 1999). The major producers of pyridine include Evonik Industries, Rütgers Chemicals, Jubilant Life Sciences, Imperial Chemical Industries, and Koei Chemical. Pyridine production significantly increased in the early 2000s, with an annual production capacity of 30,000 tonnes in mainland China alone. The US–Chinese joint venture Vertellus is currently the world leader in pyridine production. Chichibabin synthesis The Chichibabin pyridine synthesis was reported in 1924 and is still in use in industry. In its general form, the reaction can be described as a condensation reaction of aldehydes, ketones, α,β-unsaturated carbonyl compounds, or any combination of the above, in ammonia or ammonia derivatives. In particular, unsubstituted pyridine is produced from formaldehyde and acetaldehyde, which are inexpensive and widely available. First, acrolein is formed in a Knoevenagel condensation from the acetaldehyde and formaldehyde. The acrolein is then condensed with acetaldehyde and ammonia to give dihydropyridine, which is oxidized with a solid-state catalyst to pyridine. This process is carried out in a gas phase at 400–450 °C. The product consists of a mixture of pyridine, simple methylated pyridines (picolines and lutidines); its composition depends on the catalyst used and can be adapted to the needs of the manufacturer. The catalyst is usually a transition metal salt such as cadmium(II) fluoride or manganese(II) fluoride, but cobalt and thallium compounds can also be used. The recovered pyridine is separated from byproducts in a multistage process. Practical application of the traditional Chichibabin pyridine synthesis are limited by its consistently low yield, typically about 20%. This low yield, together with the high prevalence of byproducts, render unmodified forms of Chichibabin's method unpopular. Dealkylation of alkylpyridines Pyridine can be prepared by dealkylation of alkylated pyridines, which are obtained as byproducts in the syntheses of other pyridines. The oxidative dealkylation is carried out either using air over vanadium(V) oxide catalyst, by vapor-dealkylation on nickel-based catalyst, or hydrodealkylation with a silver- or platinum-based catalyst. Yields of pyridine up to be 93% can be achieved with the nickel-based catalyst. Bönnemann cyclization The trimerization of a part of a nitrile molecule and two parts of acetylene into pyridine is called Bönnemann cyclization. This modification of the Reppe synthesis can be activated either by heat or by light. While the thermal activation requires high pressures and temperatures, the photoinduced cycloaddition proceeds at ambient conditions with CoCp2(cod) (Cp = cyclopentadienyl, cod = 1,5-cyclooctadiene) as a catalyst, and can be performed even in water. A series of pyridine derivatives can be produced in this way. When using acetonitrile as the nitrile, 2-methylpyridine is obtained, which can be dealkylated to pyridine. Other methods The Kröhnke pyridine synthesis provides a fairly general method for generating substituted pyridines using pyridine itself as a reagent which does not become incorporated into the final product. The reaction of pyridine with α-bromoesters give the related pyridinium salt, wherein the methylene group is highly acidic. This species undergoes a Michael-like addition to α,β-unsaturated carbonyls in the presence of ammonium acetate to undergo ring closure and formation of the targeted substituted pyridine as well as pyridinium bromide. The Ciamician–Dennstedt rearrangement entails the ring-expansion of pyrrole with dichlorocarbene to 3-chloropyridine. In the Gattermann–Skita synthesis, a malonate ester salt reacts with dichloromethylamine. Another method is the Boger pyridine synthesis. Pyridine can also be produced by the decarboxylation of nicotinic acid with copper chromite. Biosynthesis Several pyridine derivatives play important roles in biological systems. While its biosynthesis is not fully understood, nicotinic acid (vitamin B3) occurs in some bacteria, fungi, and mammals. Mammals synthesize nicotinic acid through oxidation of the amino acid tryptophan, where an intermediate product, aniline, creates a pyridine derivative, kynurenine. On the contrary, the bacteria Mycobacterium tuberculosis and Escherichia coli produce nicotinic acid by condensation of glyceraldehyde 3-phosphate and aspartic acid. Reactions Despite the structural and bonding commonalities of benzene and pyridine, their reactivity differ significantly. Instead, in terms of its reactivity, pyridine more closely resembles nitrobenzene. Electrophilic substitutions Owing to the decreased electron density in the aromatic system, electrophilic substitutions are suppressed in pyridine and its derivatives. Friedel–Crafts alkylation or acylation, usually fail for pyridine because they lead only to the addition at the nitrogen atom. Substitutions usually occur at the 3-position, which is the most electron-rich carbon atom in the ring and is, therefore, more susceptible to an electrophilic addition. Direct nitration of pyridine is sluggish. Pyridine derivatives wherein the nitrogen atom is screened sterically and/or electronically can be obtained by nitration with nitronium tetrafluoroborate (NO2BF4). In this way, 3-nitropyridine can be obtained via the synthesis of 2,6-dibromopyridine followed by debromination.Joule, p. 126 Sulfonation of pyridine is even more difficult than nitration. However, pyridine-3-sulfonic acid can be obtained. Reaction with the SO3 | having chemical properties similar to those of tertiary amines. Protonation gives pyridinium, C5H5NH+.The pKa of the conjugate acid (the pyridinium cation) is 5.25. The structures of pyridine and pyridinium are almost identical. The pyridinium cation is isoelectronic with benzene. Pyridinium p-toluenesulfonate (PPTS) is an illustrative pyridinium salt; it is produced by treating pyridine with p-toluenesulfonic acid. In addition to protonation, pyridine undergoes N-centred alkylation, acylation, and N-oxidation. Bonding Pyridine has a conjugated system of six π electrons that are delocalized over the ring. The molecule is planar and, thus, follows the Hückel criteria for aromatic systems. In contrast to benzene, the electron density is not evenly distributed over the ring, reflecting the negative inductive effect of the nitrogen atom. For this reason, pyridine has a dipole moment and a weaker resonant stabilization than benzene (resonance energy 117 kJ·mol−1 in pyridine vs. 150 kJ·mol−1 in benzene). The ring atoms in the pyridine molecule are sp2-hybridized. The nitrogen is involved in the π-bonding aromatic system using its unhybridized p orbital. The lone pair is in an sp2 orbital, projecting outward from the ring in the same plane as the σ bonds. As a result, the lone pair does not contribute to the aromatic system but importantly influences the chemical properties of pyridine, as it easily supports bond formation via an electrophilic attack. However, because of the separation of the lone pair from the aromatic ring system, the nitrogen atom cannot exhibit a positive mesomeric effect. Many analogues of pyridine are known where N is replaced by other heteroatoms (see figure below). Substitution of one C–H in pyridine with a second N gives rise to the diazine heterocycles (C4H4N2), with the names pyridazine, pyrimidine, and pyrazine. History Impure pyridine was undoubtedly prepared by early alchemists by heating animal bones and other organic matter, but the earliest documented reference is attributed to the Scottish scientist Thomas Anderson. In 1849, Anderson examined the contents of the oil obtained through high-temperature heating of animal bones. Among other substances, he separated from the oil a colorless liquid with unpleasant odor, from which he isolated pure pyridine two years later. He described it as highly soluble in water, readily soluble in concentrated acids and salts upon heating, and only slightly soluble in oils. Owing to its flammability, Anderson named the new substance pyridine, after (pyr) meaning fire. The suffix idine was added in compliance with the chemical nomenclature, as in toluidine, to indicate a cyclic compound containing a nitrogen atom. The chemical structure of pyridine was determined decades after its discovery. Wilhelm Körner (1869) and James Dewar (1871) suggested that, in analogy between quinoline and naphthalene, the structure of pyridine is derived from benzene by substituting one C–H unit with a nitrogen atom.<ref>{{cite book|author-link=Albert Ladenburg |last=Ladenburg |first=Albert |url=http://www.sciencemadness.org/library/books/lectures_on_the_history_of_the_development_of_chemistry.pdf |title=Lectures on the history of the development of chemistry since the time of Lavoisier. |pages=283–287}} </ref> The suggestion by Körner and Dewar was later confirmed in an experiment where pyridine was reduced to piperidine with sodium in ethanol. In 1876, William Ramsay combined acetylene and hydrogen cyanide into pyridine in a red-hot iron-tube furnace. This was the first synthesis of a heteroaromatic compound. The first major synthesis of pyridine derivatives was described in 1881 by Arthur Rudolf Hantzsch. The Hantzsch pyridine synthesis typically uses a 2:1:1 mixture of a β-keto acid (often acetoacetate), an aldehyde (often formaldehyde), and ammonia or its salt as the nitrogen donor. First, a double hydrogenated pyridine is obtained, which is then oxidized to the corresponding pyridine derivative. Emil Knoevenagel showed that asymmetrically-substituted pyridine derivatives can be produced with this process. The contemporary methods of pyridine production had a low yield, and the increasing demand for the new compound urged to search for more efficient routes. A breakthrough came in 1924 when the Russian chemist Aleksei Chichibabin invented a pyridine synthesis reaction, which was based on inexpensive reagents. This method is still used for the industrial production of pyridine. Occurrence Pyridine is not abundant in nature, except for the leaves and roots of belladonna (Atropa belladonna) and in marshmallow (Althaea officinalis). Pyridine derivatives, however, are often part of biomolecules such as alkaloids. In daily life, trace amounts of pyridine are components of the volatile organic compounds that are produced in roasting and canning processes, e.g. in fried chicken, sukiyaki, roasted coffee, potato chips, and fried bacon. Traces of pyridine can be found in Beaufort cheese, vaginal secretions, black tea, saliva of those suffering from gingivitis, and sunflower honey. Production Historically, pyridine was extracted from coal tar or obtained as a byproduct of coal gasification. The process was labor-consuming and inefficient: coal tar contains only about 0.1% pyridine, and therefore a multi-stage purification was required, which further reduced the output. Nowadays, most pyridine is produced synthetically using various name reactions, and the major ones are discussed below. In 1989, 26,000 tonnes of pyridine was produced worldwide. Among the largest 25 production sites for pyridine, eleven are located in Europe (as of 1999). The major producers of pyridine include Evonik Industries, Rütgers Chemicals, Jubilant Life Sciences, Imperial Chemical Industries, and Koei Chemical. Pyridine production significantly increased in the early 2000s, with an annual production capacity of 30,000 tonnes in mainland China alone. The US–Chinese joint venture Vertellus is currently the world leader in pyridine production. Chichibabin synthesis The Chichibabin pyridine synthesis was reported in 1924 and is still in use in industry. In its general form, the reaction can be described as a condensation reaction of aldehydes, ketones, α,β-unsaturated carbonyl compounds, or any combination of the above, in ammonia or ammonia derivatives. In particular, unsubstituted pyridine is produced from formaldehyde and acetaldehyde, which are inexpensive and widely available. First, acrolein is formed in a Knoevenagel condensation from the acetaldehyde and formaldehyde. The acrolein is then condensed with acetaldehyde and ammonia to give dihydropyridine, which is oxidized with a solid-state catalyst to pyridine. This process is carried out in a gas phase at 400–450 °C. The product consists of a mixture of pyridine, simple methylated pyridines (picolines and lutidines); its composition depends on the catalyst used and can be adapted to the needs of the manufacturer. The catalyst is usually a transition metal salt such as cadmium(II) fluoride or manganese(II) fluoride, but cobalt and thallium compounds can also be used. The recovered pyridine is separated from byproducts in a multistage process. Practical application of the traditional Chichibabin pyridine synthesis are limited by its consistently low yield, typically about 20%. This low yield, together with the high prevalence of byproducts, render unmodified forms of Chichibabin's method unpopular. Dealkylation of alkylpyridines Pyridine can be prepared by dealkylation of alkylated pyridines, which are obtained as byproducts in the syntheses of other pyridines. The oxidative dealkylation is carried out either using air over vanadium(V) oxide catalyst, by vapor-dealkylation on nickel-based catalyst, or hydrodealkylation with a silver- or platinum-based catalyst. Yields of pyridine up to be 93% can be achieved with the nickel-based catalyst. Bönnemann cyclization The trimerization of a part of a nitrile molecule and two parts of acetylene into pyridine is called Bönnemann cyclization. This modification of the Reppe synthesis can be activated either by heat or by light. While the thermal |
and championships. The first NASCAR "strictly stock" race was held at Charlotte Speedway, on June 19, 1949. Where a racing class requires that the cars raced be production vehicles only slightly adapted for racing, manufacturers typically produce a limited run of such vehicles for public sale so that they can legitimately race them in the class. These cars are commonly called "homologation specials". In British oval racing, the term "production car racing" has been used as an alternative for hot rods, as run in the West Country during the late 1960s to the mid-1970s, and a production car world championship race was held twice in the 1970s, won by Spence Morgan in 1974 and Ralph Sanders in 1975, both driving Ford Anglias. The West Country production cars were later reclassified as hot rods to come in line with the country's other promoters although this causes some confusion with the history of the West country racing as there was another class called hot rods that ran on those tracks. See also Banger racing Group N Production car Super 2000 Track day References External links Australian | organisations such as the FIA and SCCA. Normally using an entry level formula, it has grown into a stand-alone series, with national, state and club events and championships. The first NASCAR "strictly stock" race was held at Charlotte Speedway, on June 19, 1949. Where a racing class requires that the cars raced be production vehicles only slightly adapted for racing, manufacturers typically produce a limited run of such vehicles for public sale so that they can legitimately race them in the class. These cars are commonly called "homologation specials". In British oval racing, the term "production car racing" has been used as an alternative for hot rods, as run in the West Country during the late 1960s to the mid-1970s, and a production car world championship race was held twice in the 1970s, won by Spence Morgan in 1974 and Ralph Sanders in 1975, both driving Ford Anglias. The West Country production cars were later reclassified as hot rods to come in line with the country's other promoters although this causes some confusion with the history of the West country racing as there was another class called hot rods that ran on those tracks. See also Banger racing Group N Production car Super 2000 Track day References External links Australian Production Touring Car Championship PTCC (AASA) - Pure Stock Muscle Car Drag Race SCCA Production |
singlet oxygen generated from oxone/sodium carbonate in an acetonitrile/water mixture to a para-peroxyquinole. This hydroperoxide is reduced to the quinole with sodium thiosulfate. Phenols are oxidized to hydroquinones in the Elbs persulfate oxidation. Reaction of naphtols and hydrazines and sodium bisulfite in the Bucherer carbazole synthesis Synthesis Many phenols of commercial interest are prepared by elaboration of phenol or cresols. They are typically produced by the alkylation of benzene/toluene with propylene to form cumene then is added with to form phenol (Hock process). In addition to the reactions above, many other more specialized reactions produce phenols: rearrangement of esters the Fries rearrangement rearrangement of N-phenylhydroxylamines in the Bamberger rearrangement dealkylation of phenolic ethers reduction of quinones replacement of an aromatic amine by an hydroxyl group with water and sodium bisulfide in the Bucherer reaction thermal decomposition of aryl diazonium salts, the salts are converted to phenol by the oxidation of aryl silanes—an aromatic variation of the Fleming-Tamao oxidation Classification There are various classification schemes. A commonly used scheme is based on the number of carbons and was devised by Jeffrey Harborne and Simmonds in 1964 and published in 1980: Drugs and bioactive | esters are active esters, being prone to hydrolysis. Phenols are reactive species toward oxidation. Oxidative cleavage, for instance cleavage of 1,2-dihydroxybenzene to the monomethylester of 2,4 hexadienedioic acid with oxygen, copper chloride in pyridine Oxidative de-aromatization to quinones also known as the Teuber reaction. and oxone. In reaction depicted below 3,4,5-trimethylphenol reacts with singlet oxygen generated from oxone/sodium carbonate in an acetonitrile/water mixture to a para-peroxyquinole. This hydroperoxide is reduced to the quinole with sodium thiosulfate. Phenols are oxidized to hydroquinones in the Elbs persulfate oxidation. Reaction of naphtols and hydrazines and sodium bisulfite in the Bucherer carbazole synthesis Synthesis Many phenols of commercial interest are prepared by elaboration of phenol or cresols. They are typically produced by the alkylation of benzene/toluene with propylene to form cumene then is added with to form phenol (Hock process). In addition to the reactions above, many other more specialized reactions produce phenols: rearrangement of esters the Fries |
to Mithridates. However, since Mithridates had been defeated, he went over to the Romans and Pompey used him as a guide to advance into Armenia. When they reached Artaxata, the elder Tigranes surrendered the city and went voluntarily to Pompey's camp. The next day, Pompey heard the claims of father and son. He restored the hereditary domains of the father, but took the land he had invaded later (parts of Cappadocia, and Syria, as well as Phoenicia and Sophene) and demanded an indemnity, assigning Sophene to the son. This was the area where the treasures were, and the son began a dispute over them. He did not obtain satisfaction and planned to escape, so Pompey promptly put him in chains. The treasures went to the old king, who received far more money than had been agreed. Appian gave an explanation for the young Tigranes turning against his father. Tigranes killed two of his three sons, the first one in battle and the other while hunting, because, instead of helping him when he was thrown off his horse, he put a diadem on his head. Following this incident, he gave the crown to the third son, Tigranes. However, the latter was distressed about the incident and waged war against his father. He was defeated and fled to Phraates. Because of all this, Tigranes did not want to fight any more when Pompey got near Artaxata. The young Tigranes took refuge with Pompey as a suppliant with the approval of Phraates, who wanted Pompey's friendship. The elder Tigranes submitted his affairs to Pompey's decision and made a complaint against his son. Pompey called him for a meeting. He gave 6,000 talents for Pompey, 10,000 drachmas for each tribune, 1,000 for each centurion, and fifty for each soldier. Pompey pardoned him and reconciled him with his son. In Appian's account, Pompey gave the latter both Sophene and Gordyene. The father was left with the rest of Armenia and was ordered to give up the territory he has seized in the war: Syria (west of the river Euphrates) and part of Cilicia. Armenian deserters persuaded the younger Tigranes to make an attempt on his father, so Pompey arrested and chained him. He then founded a city in Lesser Armenia where he had defeated Mithridates, calling it Nicopolis (City of Victory). In Appian's account, after Armenia (still in 64 BC), Pompey turned west, crossed Mount Taurus and fought Antiochus I Theos, the king of Commagene, until the two made an alliance. He then fought Darius the Mede, and put him to flight. This was because he had "helped Antiochus or Tigranes before him." According to Plutarch and Cassius Dio, instead, it was at this point that Pompey turned north. The two writers provided different accounts of Pompey's operations in the territories on the Caucasus Mountains and Colchis. He fought in Caucasian Iberia (inland and to the south of Colchis) and Caucasian Albania (or Arran, roughly corresponding with modern Azerbaijan). In Plutarch, the Albanians at first granted Pompey free passage, but in the winter they advanced on the Romans who were celebrating the festival of the Saturnalia with 40,000 men. Pompey let them cross the river Cyrnus and then attacked them and routed them. Their king begged for mercy and Pompey pardoned him. He then marched on the Iberians, who were allies of Mithridates. He routed them, killing 9,000 of them and taking 10,000 prisoners. Then, he invaded Colchis and reached Phasis on the Black Sea, where he was met by Servilius, the admiral of his Euxine fleet. However, he encountered difficulties there and the Albanians revolted again, so Pompey turned back. He had to cross a river whose banks had been fenced off, made a long march through a waterless area and defeated a force of 60,000 badly-armed infantry and 12,000 cavalry led by the king's brother. He pushed north again, but turned back south because he encountered a great number of snakes. In Cassius Dio, Pompey wintered near the river Cyrnus. Oroeses, the king of the Albanians, who lived beyond this river, attacked the Romans during the winter, partly to favour the younger Tigranes, who was a friend, and partly because he feared an invasion. He was defeated and Pompey agreed to his request for a truce, even though he wanted to invade their country, desiring to postpone the war until after the winter. In 65 BC, Artoces, the king of the Iberians, who also feared an invasion, prepared to attack the Romans. Pompey learned of this and invaded his territory, catching him unaware. He seized an impregnable frontier pass and got close to a fortress in the narrowest point of the river Cyrnus, leaving Artoces with no chance to array his forces. He withdrew, crossed the river and burned the bridge, making the fortress surrender. When Pompey was about to cross the river, Artoces sued for peace. However, he then fled to the river. Pompey pursued him, routed his forces and hunted down the fugitives. Artoces fled across the river Pelorus and made overtures, but Pompey would agree to terms only if he sent his children as hostages. Artoces delayed, but l, when the Romans crossed the Pelorus in the summer, he handed over his children and concluded a treaty. Pompey moved on to Colchis and wanted to march to the Cimmerian Bosporus against Mithridates. However, he realised that he would have to confront unknown hostile tribes and that a sea journey would be difficult because of a lack of harbors. Therefore, he ordered his fleet to blockade Mithridates and turned on the Albanians. He went to Armenia first to catch them off guard and then crossed the river Cyrnus. He heard that Oroeses was coming close and wanted to lead him into a conflict. At the Battle of the Abas, he hid his infantry and got the cavalry to go ahead. When the cavalry was attacked by Oroeses, it withdrew towards the infantry, which then engaged, letting the cavalry through its ranks. Some of the enemy forces, which were in hot pursuit, also ended up through their ranks and were killed, with the rest being surrounded and routed. Pompey then overran the country, granting peace to the Albanians and concluding truces with other tribes on the northern side of the Caucasus. Pompey withdrew to Lesser Armenia. He sent a force under Afrianius against Phraates, who was plundering the subjects of Tigranes in Gordyene. Afrianius drove him out and pursued him as far as the area of Arbela, in northern Mesopotamia. Cassius Dio gave more details. Phraates renewed the treaty with Pompey because of his success and because of the progress of his lieutenants. They were subduing Armenia and the adjacent part of Pontus, and, in the south, Afrianius was advancing to the river Tigris; that is, towards Parthia. Pompey demanded the cession of Corduene, which Phraates was disputing with Tigranes, and sent Afrianius there, who occupied it unopposed and handed it to Tigranes before receiving a reply from Phraates. Afrianius also returned to Syria through Mesopotamia (a Parthian area), contrary to the Roman-Parthian agreements. Pompey treated Phraates with contempt, so the king sent envoys to complain about the suffered wrongs. In 64 BC, when he did not receive a conciliatory reply, Phraates attacked Tigranes, accompanied by the son of the latter. He lost a first battle, but won another, and Tigranes asked Pompey for help. Phraates brought many charges against Tigranes and many insinuations against the Romans. Pompey did not help Tigranes, stopped being hostile to Phraates and sent three envoys to arbitrate the border dispute. Tigranes, angry about not receiving help, reconciled with Phraates in order not to strengthen the position of the Romans. Stratonice, the fourth wife of Mithridates, surrendered Caenum, one of the most important fortresses of the king. Pompey also received gifts from the king of the Iberians. He then moved from Caenum to Amisus (modern Samsun, on the north coast of Anatolia). Pompey then decided to move south because it was too difficult to try to reach Mithridates in the Cimmerian Bosporus and thus, he did not want to "wear out his own strength in a vain pursuit," content with preventing merchant ships reaching the Cimmerian Bosporus through his blockade, and preferred other pursuits. He sent Afrianius to subdue the Arabs around the Amanus Mountains (in what was then on the coast of northern Syria). He went to Syria with his army, annexing the country because it had no legitimate kings. He spent most of his time settling disputes between cities and kings or sending envoys to do so, gaining prestige as much for his clemency as for his power. By being helpful to those who had dealings with him, he made them willing to put up with the rapacity of his friends and was thus able to hide this. The king of the Arabians at Petra, Aretas III of Nabataea, wanted to become a friend of Rome. Pompey marched towards Petra to confirm this, and was criticized because this was seen as an evasion of the pursuit of Mithridates. He was urged to turn against him, since there were reports that Mithridates was preparing to march on Italy via the river Danube. However, while Pompey was encamped near Petra, a messenger brought the news that Mithridates was dead. Pompey left Arabia and went to Amisus. Cassius Dio wrote that Pompey "arbitrated disputes and managed other business for kings and potentates who came to him. He confirmed some in possession of their kingdoms, added to the principalities of others, and curtailed and humbled the excessive powers of a few." He united Coele-Syria and Phoenicia, which had been ravaged by the Arabians and Tigranes. Antiochus XIII Philadelphus (one of the last rulers of Syria) asked for them back, to no avail, and Pompey put them under Roman jurisdiction. Cassius Dio also mentioned that Mithridates planned to reach the river Danube and invade Italy. However, he was aging and becoming weaker. As his position became weaker and that of the Romans stronger, a series of incidents happened. Some of his associates became estranged, a massive earthquake destroyed many towns, there was a mutiny by the soldiers and some of his sons were kidnapped and taken to Pompey. All of this contributed to him becoming unpopular. Mithridates was mistrustful and had his wives and some of his remaining children killed. One of them, Pharnaces II, plotted against him. He won over both the men who were sent to arrest him and then the soldiers who were sent against him afterwards. In 64 BC, he obtained the voluntary submission of Panticapaeum, the city where Mithridates was staying. Mithridates tried to poison himself, but failed because he was immune, due to taking "precautionary antidotes in large doses every day." He was killed by the rebels. Pharnaces embalmed his body and sent it to Pompey as proof of his surrender, for which he was granted the kingdom of Bosporus and listed as an ally. Syria Syria had once been the heart of the vast Seleucid Empire, but, after the death of Antiochus IV in 164 BC, it had become increasingly unstable. Continuous civil wars had weakened central authority. By 163 BC, the Maccabean Revolt established the independence of Judea. The Parthians gained control of the Iranian Plateau. In 139 BC, they defeated the Seleucid king Demetrius II, and took Babylon from the Seleucids. The following year, they captured the king. His brother Antiochus VII gained the support of the Maccabees, regained the submission of the once vassal kingdoms of Cappadocia and Armenia, drove back the Parthians and retook Mesopotamia, Babylon, and Media. However, he was killed in battle and the Seleucids lost all of their gains. By 100 BC, the Seleucid Empire was reduced to a few cities in western Syria. It still had to put up with countless civil wars, surviving only because none of its neighbors took it over. In 83 BC, invited by a faction in one of the civil wars, Tigranes II of Armenia invaded Syria and virtually ended Seleucid rule. When Lucius Licinius Lucullus defeated Tigranes in the Third Mithridatic War in 69 BC, a rump Seleucid kingdom was restored. However, the civil wars continued. Pompey was concerned about the political instability to the southeast of Rome's new provinces in Asia Minor. Both Syria and Judea were lacking stability. In Syria, the Seleucid state was disintegrating, and in Judea, there was a civil war. Pompey's actions in Syria and Judea are known through the work of Josephus, the ancient Jewish-Roman historian. In 65 BC, Pompey sent two of his lieutenants, Metellus and Lollius, to Syria, to take possession of Damascus. During the winter of 64/63 BC, Pompey had wintered his army at Antioch, Seleucid Syria's capital. There, he received many envoys and had to arbitrate in countless disputes. At the beginning of the campaigning season of 63 BC, Pompey left Antioch and marched south. He took and destroyed two strongholds being used by brigands: Lysias, ruled over by a Jewish brigand named Silas, and Syria's old military capital, Apameia. He then took on the robber gangs of the Libanus range and the coast north of Sidon. He executed a brigand chief named Dionysius of Tripolis, and took over the country of Ptolemy of Chalcis. Ptolemy was hated in Syria, Phoenicia and Judea; Pompey, however, let him escape punishment in exchange for 1,000 talents (24,000,000 sesterces). This vast sum was used by Pompey to pay his soldiers, vividly illustrating the attractions of piracy and brigandage in the poorly controlled country. He also took Heliopolis. The Pompeian army then crossed the Anti-Lebanon mountains, took Pella and reached Damascus, where he was met by ambassadors from all over Syria, Egypt and Judea. This completed the takeover of Syria. From this time onward, Syria was to be a Roman province. Judea A conflict between the brothers Aristobulus II and Hyrcanus II over the succession to the Hasmonean throne began in Judea in 69 BC, in which Aristobulus deposed Hyrcanus. Then, Antipater the Idumaean became the advisor to the weak-willed Hyrcanus and persuaded him to contend for the throne, advising him to escape to Aretas III, the king of the Arabian Nabataean Kingdom. Hyrcanus promised Aretas that, if he restored him to the throne, he would give him back twelve cities his father had taken from him. Aretas besieged Aristobulus in the Temple in Jerusalem for eight months (66–65 BC). The people supported Hyrcanus, with only the priests supporting Aristobulus. Meanwhile, Pompey, who was fighting Tigranes the Great in Armenia, sent Marcus Aemilius Scaurus (who was a quaestor) to Syria. Since two of Pompey's lieutenants, Metellus and Lollius, had already taken Damascus, Scaurus proceeded to Judea. The ambassadors of Aristobulus and Hyrcanus asked for his help, both offering Scaurus bribes and promises. He sided with Aristobulus because he was rich and because it was easier to expel the Nabateans, who were not very warlike, than to capture Jerusalem. He ordered Aretas to leave and said that, if he did not, he would be an enemy of Rome. Aretas withdrew, and Aristobulus gathered an army, pursued him and defeated him. Scaurus then returned to Syria. When Pompey went to Syria, he was visited by ambassadors from Syria and Egypt, with Aristobulus sending him a very expensive golden vine. A little later, ambassadors from Hyrcanus and Aristobulus went to see him. The former claimed that first Aulus Gabinius and then Scaurus had taken bribes. Pompey decided to arbitrate the dispute later, at the beginning of spring, and marched to Damascus. There, he heard the cases of Hyrcanus, Aristobulus and those who did not want a monarchy and wanted to return to the tradition of being under the high priest. Hyrcanus claimed that he was the rightful king as the elder brother and that he had been usurped, accusing Aristobulus of making incursions in nearby countries and being responsible for piracy, thus causing a revolt. Aristobulus claimed that Hyrcanus' indolence had caused him to be deposed, and that he took power lest others seize it. Pompey reproached Aristobulus for his violence, and told the men to wait for him, for he would settle the matter after dealing with the Nabataeans. However, Aristobulus went to Judea. This angered Pompey, who marched on Judea and went to the fortress of Alexandreium, where Aristobulus fled to. Aristobulus went to talk to Pompey and returned to the fortress three times to pretend he was complying with him, intending to wear him down and prepare for war should he rule against him. When Pompey ordered him to surrender the fortress, Aristobulus did give it up, but withdrew to Jerusalem and prepared for war. While Pompey was marching on Jerusalem, he was informed about the death of Mithridates. Pompey encamped at Jericho, where Aristobulus went to see him, promising to give him money, and received him into Jerusalem. Pompey forgave him and sent Aulus Gabinius with soldiers to receive the money and the city. However, the soldiers of Aristobulus did not let them in, which led Pompey to arrest Aristobulus and enter Jerusalem. The pro-Aristobulus faction went to the Temple and prepared for a siege, while the rest of the inhabitants opened the city gates. Pompey sent in an army led by Piso and placed garrisons in the city and at the palace, yet the enemy refused to negotiate. Pompey built a wall around the area of the Temple and encamped inside this wall. However, the temple was well fortified and there was a deep valley around it. The Romans built a ramp and brought siege engines and battering rams from Tyre. Pompey took advantage of the enemy celebrating the Sabbath to deploy his battering rams, since Jewish law did not allow the Jews to meddle with the enemy if they were not attacking them on the day of the Sabbath. Therefore, the defenders of the Temple did not counter the deployment of the battering rams by the Romans, which, on the other days of the week, they had successfully prevented. The next day, the wall of the Temple was broken through and the soldiers went on a rampage. According to Josephus, 12,000 Jews fell. Josephus wrote "No small enormities were committed about the temple itself, which, in former ages, had been inaccessible, and seen by none; for Pompey went into it, and not a few of those that were with him also, and saw all that which it was unlawful for any other men to see but only for the high priests. There were in that temple the golden table, the holy candlestick, and the pouring vessels, and a great quantity of spices; and besides these there were among the treasures two thousand talents of sacred money: yet did Pompey touch nothing of all this, on account of his regard to religion; and in this point also he acted in a manner that was worthy of his virtue." The next day, he ordered the men in charge of the Temple to purify it, and to bring offerings to God, as Jewish law required. Pompey restored Hyrcanus to the high priesthood "both because he had been useful to him in other respects, and because he hindered the Jews in the country from giving Aristobulus any assistance in his war against him." Pompey returned the Syrian cities the Jews had conquered to Syrian rule, thus bringing Judea back to its original territory. He rebuilt the city of Garara and restored seven inland cities and four coastal ones to its inhabitants. He also made Jerusalem a tributary of Rome and Judea a satellite of Syria. According to Josephus, Pompey then went to Cilicia, taking Aristobulus and his children with him, and, after this, he returned to Rome. This contrasts with the account of Plutarch, who did not mention any action in Judea. He wrote that Pompey marched on Petra (the capital of the Kingdom of Nabataea) to confirm Aretas, who wanted to become a friend of Rome. It was while he was encamped near Petra that he was told that Mithridates was dead, and he then left Arabia and went to Amisus. Josephus did write that Pompey marched on Nabataea, but did not mention the reason for this. However, he also marched to Judea to deal with Aristobulus, and it was not mentioned whether he actually reached Petra before turning to Judea. He learned of the death of Mithridates when he was marching towards Jerusalem. When he completed matters in Judea, he went to Cilicia instead of Amisus. Cassius Dio gave a brief account of Pompey's campaign in Judea and wrote that, after this, he went to Pontus, which fits with Plutarch writing that he went to Amisus. Strabo in his Geographica gives a short account of Pompey's siege of the temple, in line with the account of Josephus. Josephus wrote that after his siege of the Temple in Jerusalem, Pompey gave the governorship of Syria (for 62 BC) as far as the river Euphrates and Egypt to Marcus Aemilius Scaurus, giving him two legions. Scaurus made an expedition against Petra, in Arabian Nabataea. He burned the settlements around it because it was difficult to gain access to. His army suffered hunger, thus Hyrcanus ordered Antipater to supply grain and other provisions from Judea. Josephus did not give an explanation for the actions of Scaurus, but it probably had to do with the security of the Decapolis. Josephus also wrote: Now the occasions of this misery which came upon Jerusalem were Hyrcanus and Aristobulus, by raising a sedition one against the other; for now we lost our liberty, and became subject to the Romans, and were deprived of that country which we had gained by our arms from the Syrians, and were compelled to restore it to the Syrians. Moreover, the Romans exacted of us, in a little time, above ten thousand talents; and the royal authority, which was a dignity formerly bestowed on those that were high priests, by the right of their family, became the property of private men. Pompey's settlements in the East Pompey set out to liberate a number of Hellenised towns from their rulers. He joined seven towns east of the River Jordan that had been under the Hasmoneans of Judea, plus Damascus, into a league. Philadelphia (today's Amman), which had been under Nabataea, also joined the league, which was called the Decapolis (Ten Cities). They were mostly in Transjordan (now part of Jordan) and around the east of the sea of Galilee, part of which extended into Syria. It seems that Pompey organized the league as a means of preserving the sovereignty of the city-states. Although he put them under the protection of the Roman province of Syria, each city-state was autonomous. It is thought that it was not organized as a political unit and that the cities cooperated on economic and security matters. Josephus mentioned five of these cities as being taken away from the Hasmoneans and restored to their inhabitants (i.e. they were given self-government). He also mentioned cities in Judea: Azotus (Ashdod), Jamneia (Yavne), Joppa (Jaffa), Dora (Tel Dor, now an archaeological site), Marissa (Tel Maresha) and Samaria (now an archaeological site). He also mentioned Strato's Tower (later called Caesarea Maritima), Arethusa (now replaced by Al-Rastan) in Syria, and the city of Gaza as being restored to their people. Two other towns near Gaza, Anthedon (now an archaeological site) and Raphia (Rafah), as well as another inland town, Adora (Dura, near Hebron) were also restored. The liberation of the cities was symbolised by the adoption of the Pompeian era, which made it comparable to a new foundation. This calendar counted the years from 63 BC, the year when self-government started. Damascus continued to use the Seleucid era. A number of the cities in Judea and Galilee also adopted the Pompeian era. Several of the towns had been damaged during Hasmonean rule, but the damage was not extensive and reconstruction was completed by the time of the governorship in Syria of Aulus Gabinius in 57 BC. Gaza and Raphia adopted the Pompeian era when reconstruction was completed, in 61 and 57 BC respectively. The town of Samaria adopted the appellation of Gabinian, presumably because reconstruction there was finished under the governorship of Gabinius. The towns also experienced repopulation, with some of the exiles returning home and probably new settlers for the nearby areas and Hellenized Syrians being brought in. A distinction between citizens of the polis and natives was restored. Jews were not counted as citizens because of religion, and were probably deported or saw their property confiscated in revenge, with some probably becoming tenants of Hellenized landowners. Such developments increased the long-standing hostility between Jews and Hellenized people. Besides annexing Syria and turning Judea into a client kingdom and a satellite of Syria, Pompey annexed the coastal strip in the western part of the Kingdom of Pontus and merged it with Bithynia, turning both into the Roman province of Bithynia et Pontus. The kingdom of Bithynia had been bequeathed to Rome by its last king, Nicomedes IV, in 74 BC, triggering the Third Mithridatic War. During this war, it was not formally annexed. The territories Mithridates had conquered, apart for Lesser Armenia, became client states. The eastern coast and the interior of Pontus plus the Bosporan Kingdom became client kingdoms under Pharnaces II of Pontus, the son of Mithridates who had rebelled against his father and gone over to the Romans. Pompey installed Aristarchus as a client ruler in Colchis. He gave Lesser Armenia to Galatia under the Roman client king Deiotarus as a reward for his loyalty to Rome. Pompey greatly expanded the province of Cilicia along the coast (adding Pamphylia to its west) and inland. He reorganized it into six parts: Cilicia Aspera, Cilicia Campestris, Pamphylia, Pisidia (north of Pamphylia), Isauria (east of Pisidia), Lycaonia (north of Cilicia Trachea) and the greater part of Phrygia (north of Pisidia and Isauria). He left Tarcondimotus I in control of Anazarbos and Mount Amanus, to the east of Cilicia Campestris. Tarcondimotus and his son and successor (Tarcondimotus II) were loyal allies of Rome. As noted above, ancient Cilicia was divided into Cilicia Trachea, a mountainous region in the west, and Cilicia Pedias, in the east, by the river Limonlu. Cilicia had been made the military operational area of Marcus Antonius Orator for his 102 BC campaign against the pirates, and a small part of Cilicia Pedias then became Roman territory. It was made the military operational area for the 78–74 BC campaign of Publius Servilius Vatia Isauricus. However, Cilicia was not actually part of this, and he campaigned in eastern Lycia and Pamphylia. He incorporated the territories he subdued in those two areas in the province of Cilicia. However, Cilicia Trachea was still held by the pirates, and most of Cilicia Pedias belonged to Tigranes the Great, of Armenia. This area of Anatolia came truly under Roman control after Pompey's victories. In 66 BC, following Quintus Caecilius Metellus Creticus' campaigns there (69–67 BC), Crete was annexed as a Roman province. Livy wrote: "Having subdued the Cretans, Quintus Metellus gave laws to their island, which had until then been independent." Overview: The Roman province of Bithynia was enlarged and became the province of Bithynia et Pontus (Pompey added the western part of Pontus). Galatia was divided between Deiotarus ruling the Tolistobogii in the west, Domnilaus ruling the Tectosages in the middle, Brogitarus ruling the Trocmi in the east, and Pylaemenes ruling Paphlagonia in the north. Capadocia was restored to Ariobarzanes (Pompey actually increased his lands). The Roman province of Cilicia was also enlarged (Pompey added Pamphylia and several other inland areas). Cilicia kept its name. The coastal strip from Gaza to the gulf of Issus was formed into a new Roman province, that is, Syria. Deiotarus (the ruler of the Tolistobogii) was given an extensive kingdom east of Bithynia et Pontus; consisting of the eastern part of Pontus and Lesser Armenia. Colchis was given to Aristarchus. Commagene was given to Antiochus. Osrhoene was given to Abgar. The Amanus range was given to Tarcondimotus. Tigranes was allowed to remain king of Armenia. Sophene became independent of Armenia (but a client of Rome). Gordyene became a client of Rome. Hyrcanus was reinstated as ruler and high priest of Judaea (although much of the power in Judaea passed into the hands of Antipater). Return to Rome and third triumph Pompey went back to Amisus, where he found many gifts from Pharnaces and many dead bodies of the royal family, including that of Mithridates. Pompey could not look at Mithridates' body and sent it to Sinope. Before he departed for Rome, Pompey paid his army. The sum distributed amounted, we are told, to 16,000 talents (384,000,000 sesterces). He then travelled in greater pomp. On his way to Italy, he went to Mytilene on the island of Lesbos, and decided to build a theater in Rome modelled on that of this city. In Rhodes, he listened to the sophist philosophers and gave them money. He also gave rewards to philosophers in Athens and gave the city money towards its restoration (it had been damaged by Lucius Cornelius Sulla during the First Mithridatic War). In Rome, there were rumors that Pompey would march his army against the city and establish a monarchy. Crassus secretly left with his children and money, yet Plutarch thought that it was more likely he did this because he wanted to give credibility to the rumors rather than through genuine fear. However, Pompey disbanded his army when he landed in Italy. He was cheered by the inhabitants of the cities he passed on his way to Rome and many people joined him. Plutarch remarked that, if he arrived in Rome with such a large crowd, he would not have needed an army for a revolution. In the Senate, Pompey was probably equally admired and feared. On the streets, he was as popular as ever. His eastern victories earned him his third triumph, which he celebrated on his 45th birthday in 61 BC, seven months after his return to Italy. Plutarch wrote that it surpassed all previous triumphs, taking place over an unprecedented two days. Much of what had been prepared would not find a place and would have been enough for another procession. Inscriptions carried in front of the procession indicated the nations he defeated (the Kingdom of Pontus, Armenia, Cappadocia, Paphlagonia, Media, Colchis, Caucasian Iberia, Caucasian Albania, Syria, Cilicia, Mesopotamia, Phoenicia, Judaea and Nabataea) and claimed that 900 cities, 1,000 strongholds, 800 pirate ships and 1,000 pirates were captured and that 39 cities were founded. Some also claimed that his conquests were adding 85 million drachmas to the 30 million drachmas of the public revenues from taxes and that he brought 20,000 drachmas in silver and gold. The captives led in the triumph were the leaders of the pirates; the son of Tigranes the Great with his wife and daughter; a wife of Tigranes the Great; a sister and five children of Mithridates VI; Aristobulus II, the king of the Jews; hostages from the Caucasian Albanians and the Caucasian Iberians; and the king of Commagene. Appian gave the names of the paraded children of Mithridates VI. They were the sons Artaphernes, Cyrus, Oxathres, Darius, and Xerxes, and the daughters Orsabaris and Eupatra. He specified that there were three Iberian chiefs and two Albanian ones. Olthaces, the chief of the Colchians; the tyrants of the Cilicians; the female rulers of the Scythians and Menander the Laodicean, the commander of Mithridates' cavalry, were also paraded. In total, 324 people were paraded. The procession included images of Tigranes and Mithridates, who were not present, and the sons and daughters of Mithridates who had died. The image of Mithridates was made of gold and was four meters high. There was a tablet with the inscription "Ships with brazen beaks captured, 800; cities founded in Cappadocia, 8; in Cilicia and Coele-Syria, 20; in Palestine, the one which is now Seleucis. Kings conquered: Tigranes the Armenian; Artoces the Iberian; Oroezes the Albanian; Darius the Mede; Aretas the Nabataean and Antiochus of Commagene." There were two-horse carriages and litters laden with gold or ornaments, including the couch of Darius; the son of Hystaspes; and the throne and scepter of Mithridates. There were 75,100,000 drachmas of silver coin and 700 ships brought to the port. Appian also related that "Pompey himself was borne in a chariot studded with gems, wearing, it is said, the cloak of Alexander the Great, if anyone can believe that. It seems to have been found among the possessions of Mithridates that the inhabitants of Kos had received from Cleopatra VII of Egypt." Pliny the Elder wrote that Pompey displayed "a chessboard made of two precious stones, three feet in width by two in length..." and remarked that his displays were "...more the triumph of luxury than the triumph of conquest." Plutarch wrote "That which most enhanced his glory and had never been the lot of any Roman before, was that he celebrated his third triumph over the third continent." His triumphs were for victories in Africa, Hispania and Asia. Only Scipio Aemilianus had celebrated triumphs for victories in two continents (in Africa and Hispania). Cassius Dio wrote that Pompey displayed his "trophies beautifully decked out to represent each of his achievements, even the smallest; and after them all came one huge one, decked out in costly fashion and bearing an inscription stating that it was a trophy of the inhabited world". He also noted that he did not add any title to his name, as he was happy with his appellation as Magnus (the Great), and that he did not contrive to receive any other honor. Pompey increased the state's income by 70 percent (from 200 million sesterces to 340 million sesterces per annum), and the value of the booty handed over to the treasury was a further 480 million sesterces. Pompey never gave an insight into his own personal fortune, but it must have been vast. Many speculated that Pompey had surpassed Crassus in wealth. First Triumvirate When Pompey returned to Rome from the Third Mithridatic War, he asked the Roman senate to ratify the acts of his settlements with the cities, kings and princes in the east. This was opposed by the senators, particularly the optimates, who were suspicious of the power Pompey had acquired with the lex Gabinia and the lex Manilia and the popularity he gained with his military successes. They saw him as a threat to their supremacy and as a potential tyrant. In 60 BC, the optimates also defeated a bill that would have distributed farmland to Pompey's veterans, and to some of the landless urban poor of Rome, who relied on a grain dole distributed by the state to survive. The consul Quintus Caecilius Metellus Celer opposed the bill very effectively. The other consul, Afrianius, whose election had been sponsored by Pompey, was of no assistance. According to Cassius Dio, he "understood how to dance better than to transact any business." In the end, lacking support, Pompey let the matter drop. The Pompeian camp proved to be inadequate to respond the obstructionism of the optimates. Midsummer of 60 BC saw the return to Rome of Julius Caesar, flushed with success from his campaign in Hispania and determined to win the consulship. Caesar was a skilled and energetic politician and exactly the man Pompey was looking for. Caesar also enjoyed the support of Marcus Licinius Crassus, allegedly Rome's wealthiest man and a political force on his own, who had also seen his agenda blocked by the optimates. Caesar won the election for one of the two consulships for 59 BC, and could provide the kind of support needed for Pompey's and Crassus' bills to be passed. Caesar also pursued a policy of conciliating Crassus and Pompey, who had become rivals over the last decade. Thus, Caesar brought into being this alliance between these three men, which historians call the First Triumvirate. Together, these three men could break the resistance of the optimates. Pompey's political clout was based on his popularity as a military commander and on the political patronage and purchase of votes for his supporters and himself that his wealth could afford. He also had the support of his war veterans: "Prestige, wealth, clients, and loyal, grateful veterans who could be readily mobilized—these were the opes which could guarantee [Pompey's] brand of [power]." Crassus was a property speculator and the richest man in Rome, who also had extensive patronage networks. Caesar was elected, and proposed an agrarian bill to the plebeian council, which Pompey and Crassus publicly supported. The bill passed over the opposition of his colleague as consul, Marcus Calpurnius Bibulus, whose election had been funded by the optimates due to his opposition to Caesar and his bill. Calpurnius Bibulus subsequently retired from politics and Caesar had the acts of Pompey's settlements in the east passed. A law that made Caesar governor of Gallia Cisalpina and Illyricum also passed. When the governor of Gallia Transalpina died, Caesar was given that province as well. Caesar tied Pompey to himself by marrying him to his daughter Julia, even though she was betrothed to another man. He then left Rome to take on these governorships and got involved in his Gallic Wars, which lasted from 58 to 50 BC. Pompey and Caesar set Publius Clodius Pulcher against Marcus Tullius Cicero, who was an opponent of the triumvirate. Clodius managed to have Cicero exiled, but soon, Pompey decided to have Cicero recalled to Rome, because Clodius turned against him. A grateful Cicero stopped opposing Pompey. In 58 BC, food shortages in Rome caused popular unrest. Cicero persuaded the people to appoint Pompey as praefectus annonae (prefect of the provisions) in Italy and beyond for five years. This post was instituted at times of severe grain shortages to supervise the grain supply. Clodius alleged that the scarcity of grain had been engineered to support a law that boosted Pompey's power, which had been decreasing. Both Plutarch and Cassius Dio thought that the law made Pompey "the master of all the land and sea under Roman possession." Pompey sent agents and friends to various places and sailed to Sardinia, Sicily and the Roman province of Africa (the breadbaskets of the Roman empire) to collect grain. He collected it in such abundance that the markets were filled and there was also enough to supply foreigners. Appian wrote that this success gave Pompey great reputation and power. Cassius Dio also wrote that Pompey faced some delays in the distribution of grain because many slaves had been freed prior to the distribution and Pompey wanted to take a census to ensure they received it in an orderly way. In 56 BC, Caesar, who was fighting the Gallic Wars, crossed the Alps into Italy and wintered in Lucca, Tuscany. In the Life of Crassus, Plutarch wrote that Caesar met Pompey and Crassus and agreed that the two of them would stand for the consulship and that he would support them by sending soldiers to Rome to vote for them. They were then to secure the command of provinces and armies for themselves and confirm his provinces for a further five years. In the Life of Pompey, Plutarch added that Caesar also wrote letters to his friends and that the three men were aiming at making themselves the masters of the state. Cassius Dio, who wrote the most detailed account of the period, did not mention the Lucca conference. In his version, instead, Pompey and Crassus agreed to stand for the consulship between themselves as a counterpoise to Caesar. Pompey was annoyed about the increasing admiration of Caesar due to his success in the Gallic Wars, which, he felt, overshadowed his own exploits. He tried to persuade the consuls not to read Caesar's reports from Gaul and to send someone to relieve his command. He was unable to achieve anything through the consuls, and felt that Caesar's increasing independence made his own position precarious. He began to arm himself against Caesar and got closer to Crassus because he thought he could not challenge Caesar on his own. The two men decided to stand for the consulship so that they could be more than a match for Caesar. Once elected, Pompey and Crassus got Gaius Trebonius, a plebeian tribune, to propose a measure that gave the province of Syria and the nearby lands to one of the consuls, and the provinces of Hispania Citerior and Hispania Ulterior to the other. They would hold the command there for five years, being able to levy as many troops as they wanted and "make peace and war with whomsoever they pleased." The supporters of Caesar were unhappy, and therefore Crassus and Pompey extended Caesar's command in Gaul. According to Cassius Dio, this was for three years, not five. In the Life of Pompey, Plutarch wrote that the laws proposed by Trebonius were in accordance with the agreement made at Lucca. They gave Caesar's command a second five-year term, assigned the Roman province of Syria and an expedition against Parthia to Crassus and gave Pompey the two provinces in Hispania (where there had recently been disturbances), the whole of Africa (presumably, Plutarch meant Cyrenaica, as well as the Roman province of Africa) and four legions. Pompey lent two of these legions to Caesar for his wars in Gaul at his request. According to Appian, Pompey lent Caesar only one legion, when two of Caesar's lieutenants were defeated in Gaul by Ambiorix in 54 BC. From confrontation to civil war In 54 BC, Pompey was the only member of the triumvirate who was in Rome. Caesar continued his campaigns in Gaul and Crassus undertook his campaign against the Parthians. In September 54 BC, Julia, the daughter of Caesar and wife of Pompey, died while giving birth to a girl, who also died a few days later. Plutarch wrote that Caesar felt that this was the end of his good relationship with Pompey. The news created factional discord and unrest in Rome as it was thought that the death brought the end of the ties between Caesar and Pompey. The campaign of Crassus against Parthia was disastrous. Shortly after the death of Julia, Crassus died at the Battle of Carrhae (May 53 BC), bringing the first triumvirate to an end. Plutarch thought that fear of Crassus had led Pompey and Caesar to be decent to each other and his death paved the way for the subsequent friction between these two men and the events that eventually led to civil war. Florus wrote "Caesar's power now inspired the envy of Pompey, while Pompey's eminence was offensive to Caesar; Pompey could not brook an equal or Caesar a superior." Seneca wrote that, with regard to Caesar, Pompey "would ill endure that anyone besides himself should become a great power in the state, and one who was likely to place a check upon his advancement, which he had regarded as onerous even when each gained by the other's rise: yet within three days' time he resumed his duties as general, and conquered his grief [for the death of his wife] as quickly as he was wont to conquer everything else." In the Life of Pompey, Plutarch wrote that the plebeian tribune Lucilius proposed to elect Pompey dictator. Cato the Younger, who had been the fiercest opponent of the triumvirate, opposed this, and Lucilius came close to losing his tribunate. Despite all this, two consuls for the next year (53 BC) were elected as usual. In 53 BC, three candidates stood for the consulship for 52 BC. Besides resorting to bribery, they promoted factional violence, which Plutarch saw as a civil war. There were renewed and stronger calls for a dictator. However, in the Life of Cato, Plutarch did not mention any calls for a dictator and, instead, he wrote that there were calls for Pompey to preside over the elections, which Cato the Younger opposed. In both versions, the violence among the three factions continued and the elections could not be held. The optimates favored entrusting Pompey with restoring order. Marcus Calpurnius Bibulus, the former enemy of the triumvirate, proposed in the senate that Pompey should be elected as sole consul. Cato changed his mind and supported this on the ground that any government was better than no government. Pompey asked him to become his advisor and associate in governance, to which Cato replied that he would do so in a private capacity. Pompey married Cornelia, a daughter of Quintus Caecilius Metellus Pius Scipio Nasica. Some people disliked this, because Cornelia was much younger, and thought she would have been a better match for his sons. There were also people who thought that Pompey gave priority to his wedding over dealing with the crisis in the city, and he was also seen as being partial in the conduct of some trials. However, he succeeded in restoring order and chose his father-in-law as his colleague for the last five months of the year. Pompey was granted an extension of his command in his provinces in Hispania and was given an annual sum for the maintenance of his troops. Cato warned Pompey about Caesar's manoeuvres to increase his power by using the money he made from the spoils of war to extend his patronage in Rome, and urged him to counter Caesar. Pompey hesitated, and Cato stood for the consulship in order to deprive Caesar of his military command and have him tried, but he was not elected. The supporters of Caesar argued that Caesar deserved an extension of his command so that the fruit of his success would not be lost, which triggered a debate. Pompey showed goodwill towards Caesar, claiming that he had letters from Caesar in which he said he wanted to be relieved of his command, but Pompey opined that he should be allowed to stand for the consulship in absentia. Cato opposed this and said that, if Caesar wanted this, he had to lay down his arms and become a private citizen. Pompey did not contest Cato's view, which gave rise to suspicions about his real feelings towards Caesar. Pompey was moving towards a power struggle with Caesar and relied on the support of the Senate and the optimates. The bone of contention between the two men was the troops they both commanded. According to Plutarch, the rift between Pompey and Cato became exacerbated when Pompey fell seriously ill in Naples in 50 BC. Upon his recovery, the people of Naples offered thanksgiving sacrifices, and the resulting celebration spread throughout Italy. He was feted in towns he travelled to on his way back to Rome. Plutarch wrote that this was said "to have done more than anything else to bring about [the subsequent civil] war. For while the public rejoicing was great, a spirit of arrogance came upon Pompey, which went beyond the calculations based upon facts, and, throwing to the winds caution... he indulged himself in unlimited confidence and contempt for Caesar's power, feeling that he would need neither an armed force to oppose him nor any irksome labor of preparation, but that he would pull him down much more easily than he had raised him up." This assessment is a bit exaggerated, especially with regard to the feeling of not needing an army. However, it is likely that the display of popular support made Pompey overconfident. In 51 BC, the consul Marcus Claudius Marcellus proposed to send a successor to take command of Caesar's provinces before his term of office had expired, whereas Pompey said that Caesar's command should come to an end on its expiration. In Appian's opinion, this was a pretense of fairness and goodwill. Two bitter enemies of Caesar, Lucius Aemilius Paullus and Gaius Claudius Marcellus (a cousin of the previous consul) were chosen as consuls for 50 BC. Gaius Scribonius Curio, who was also opposed to Caesar, became one of the new plebeian tribunes. Caesar obtained the neutrality of Aemilius Paullus with a large sum of money, and the help of Curio by paying off his debts. When Marcellus proposed sending someone to assume command of Caesar's army, Paullus remained silent, and Curio seconded the motion, but added that Pompey should also give up his provinces and armies to remove fear of conflict, which encountered opposition. Curio maintained his stance that both men should lay down their command, because they were suspicious of each other and there would not be peace. The people praised him as the only politician who was willing to incur the enmity of both men for the good of Rome. Pompey promised to give up his governorship and armies, claiming that Caesar would do the same. According to Appian, the aim of this was to create prejudice against Caesar, who did not seem likely to give up his command, and to have a successor for Caesar's command appointed immediately, | "Let him have his triumph!" Pompey tried to enter the city on a chariot drawn by four of the many elephants he had captured in Africa, but the city gate was too narrow and he changed over to his horses. His soldiers, who had not received as much of a share of the war booty as they expected, threatened a mutiny, but Pompey said that he did not care and that he would rather give up his triumph. Pompey went ahead with his extra-legal triumph. Sulla was annoyed, but did not want to hinder his career and kept quiet. However, in 79 BC, when Pompey canvassed for Lepidus and succeeded in making him a consul against Sulla's wishes, Sulla warned Pompey to watch out because he had made an adversary stronger than him. He omitted Pompey from his will. After Sulla's death in 78 BC, Marcus Aemilius Lepidus tried to revive the fortunes of the populares. He became the new leader of the reformist movement silenced by Sulla. He tried to prevent Sulla from receiving a state funeral and from having his body buried in the Campus Martius. Pompey opposed this and ensured Sulla's burial with honours. In 77 BC, when Lepidus had left for his proconsular command (he was allocated the provinces of Cisalpine and Transalpine Gaul), his political opponents moved against him and he was recalled from his proconsular command. When he refused to return, they declared him an enemy of the state, and, when Lepidus did move back to Rome, he did so at the head of an army. The Senate passed a Consultum Ultimum (the Ultimate Decree) which called on the interrex Appius Claudius and the proconsul Quintus Lutatius Catulus to take necessary measures to preserve public safety. Catulus and Claudius persuaded Pompey, who had several legions' worth of veterans in Picenum (in the northeast of Italy) ready to take up arms at his command, to join their cause. Pompey, invested as a legate with propraetorial powers, quickly recruited an army from among his veterans and threatened Lepidus, who had marched his army to Rome, from the rear. Pompey penned up Marcus Junius Brutus, one of Lepidus's lieutenants, in Mutina. After a lengthy siege, Brutus surrendered. Plutarch wrote that it was not known whether Brutus had betrayed his army or whether his army had betrayed him. Brutus was given an escort and retired to a town by the river Po, but the next day he was apparently assassinated on Pompey's orders. Pompey was blamed for this, because he had written that Brutus had surrendered of his own accord, and then wrote a second letter denouncing him after he had him murdered. Catulus, who had recruited an army at Rome, now took on Lepidus, directly defeating him in a battle just to the north of Rome. After having dealt with Brutus, Pompey marched against Lepidus' rear, catching him near Cosa. Although Pompey defeated him, Lepidus was still able to embark part of his army and retreat to Sardinia. Lepidus fell ill while on Sardinia and died, allegedly because he found out that his wife had had an affair. Sertorian War, Third Servile War and first consulship Sertorian War Quintus Sertorius, the last survivor of the Cinna-Marian faction (Sulla's main opponents during the civil wars of 88-80 BC), waged an effective guerrilla war against the officials of the Sullan regime in Hispania. He was able to rally the local tribes, particularly the Lusitanians and the Celtiberians, in what came to be called the Sertorian War (80-72 BC). Sertorius's guerrilla tactics wore down the Sullans in Hispania; he even drove the proconsul Metellus Pius from his province of Hispania Ulterior. Pompey, who had just successfully assisted the consul Catulus in putting down the rebellion of Marcus Aemilius Lepidus, asked to be sent to reinforce Metellus. He had not disbanded his legions after squashing the rebels and remained under arms near the city with various excuses until he was ordered to Hispania by the senate on a motion of Lucius Philippus. A senator asked Philippus if he "thought it necessary to send Pompey out as proconsul. 'No, indeed!' said Philippus, 'but as proconsuls,' implying that both the consuls of that year were good for nothing." Pompey's proconsular mandate was extra-legal, as a proconsulship was the extension of the military command (but not the public office) of a consul. Pompey, however, was not a consul and had never held public office. His career seems to have been driven by desire for military glory and disregard for traditional political constraints. Pompey recruited an army of 30,000 infantry and 1,000 cavalry, its size evidence of the seriousness of the threat posed by Sertorius. On Pompey's staff were his old lieutenant Afranius, D. Laelius, Petreius, C. Cornelius, probably Gabinius and Varro. Gaius Memmius, his brother-in-law, who was already serving in Spain under Metellus, was transferred to his command and served him as a quaestor. On his way to Hispania, he opened a new route through the Alps and subdued tribes that had rebelled in Gallia Narbonensis. Cicero later describes Pompey leading his legions to Spain through a welter of carnage in a transalpine war during the autumn of 77 BC. After a hard and bloody campaign, Pompey wintered his army near the Roman colony of Narbo Martius. In the spring of 76 BC, he marched on and entered the Iberian peninsula through the Col de Petrus. He would remain in Hispania from 76 BC to 71 BC. Pompey's arrival gave the men of Metellus Pius new hope and led to some local tribes, which were not tightly associated with Sertorius, to change sides. According to Appian, as soon as Pompey arrived, he marched to lift the siege of Lauron, where he suffered a substantial defeat at the hands of Sertorius himself. It was a serious blow to Pompey's prestige. Pompey spent the rest of 76 BC recovering from the defeat and preparing for the coming campaign. In 75 BC, Sertorius decided to take on Metellus while he left the battered Pompey to two of his legates (Perpenna and Herennius). In a battle near Valentia, Pompey defeated Perpenna and Herennius and regained some of his prestige. Sertorius, hearing of the defeat, left Metellus to his second-in-command, Hirtuleius, and took over the command against Pompey. Metellus then promptly defeated Hirtuleius at the Battle of Italica and marched after Sertorius. Pompey and Sertorius, both not wanting to wait for the arrival of Metellus (Pompey wanted the glory of finishing off Sertorius for himself and Sertorius did not relish fighting two armies at once), hastily engaged in the indecisive Battle of Sucro. On Metellus’ approach, Sertorius marched inland. Pompey and Metellus pursued him to a settlement called "Seguntia" (certainly not the more known Saguntum settlement on the coast, but one of the many Celtiberian towns called Seguntia, since Sertorius had withdrawn inland), where they fought an inconclusive battle. Pompey lost nearly 6,000 men and Sertorius half of that. Memmius, Pompey's brother-in-law and the most capable of his commanders, also fell. Metellus defeated Perpenna, who lost 5,000 men. According to Appian, the next day, Sertorius attacked Metellus' camp unexpectedly, but he had to withdraw because Pompey was approaching. Sertorius withdrew to Clunia, a mountain stronghold in present-day Burgos, and repaired its walls to lure the Romans into a siege and sent officers to collect troops from other towns. He then made a sortie, passed through the enemy lines and joined his new force. He resumed his guerrilla tactics and cut off the enemy's supplies with widespread raids, while pirate tactics at sea disrupted maritime supplies. This forced the two Roman commanders to separate. Metellus went to Gaul, and Pompey wintered among the Vaccaei and suffered shortages of supplies. When Pompey spent most of his private resources on the war, he asked the senate for money, threatening to go back to Italy with his army if this was refused. The consul Lucius Licinius Lucullus, canvassing for the command of the Third Mithridatic War, believing that it would bring glory with little difficulty and fearing that Pompey would leave the Sertorian War to take on the Mithridatic one, ensured that the money was sent to keep Pompey. Pompey got his money and was stuck in Hispania until he could convincingly beat Sertorius. The "retreat" of Metellus made it seem like victory was further away then ever and led to the joke that Sertorius would be back in Rome before Pompey. In 73 BC, Rome sent two more legions to Metellus. He and Pompey then descended from the Pyrenees to the river Ebro. Sertorius and Perpenna advanced from Lusitania again. According to Plutarch, many of the senators and other high-ranking men who had joined Sertorius were jealous of their leader. This was encouraged by Perpenna, who aspired to the chief command. They secretly sabotaged him and meted out severe punishments on the Hispanic allies, pretending that this was ordered by Sertorius. Revolts in the towns were further stirred up by these men, which caused Sertorius to kill some allies and sell others into slavery. Appian wrote that many of Sertorius' Roman soldiers defected to Metellus. Sertorius reacted with severe punishments and started using a bodyguard of Celtiberians instead of Romans. Moreover, he reproached his Roman soldiers for treachery. This aggrieved the soldiers, because they felt that they were blamed for the desertion of other soldiers and, since this was happening while they were serving under an enemy of the regime in Rome, in a sense, they were betraying their country through him. Moreover, the Celtiberians treated them with contempt as men under suspicion. These facts made Sertorius unpopular; only his skill at command kept his troops from deserting en masse. Metellus took advantage of his enemy's poor morale, bringing many towns allied to Sertorius under subjection. Pompey besieged Palantia until Sertorius showed up to relieve the city. Pompey set fire to the city walls and retreated to Metellus. Sertorius rebuilt the wall and then attacked his enemies who were encamped around the castle of Calagurris, which led to the loss of 3000 men. In 72 BC, there were only skirmishes. However, Metellus and Pompey advanced on several towns, some of them defecting and some being attacked. Appian wrote that Sertorius fell unto "habits of luxury," drinking and consorting with women. He was defeated continually. He became hot-tempered, suspicious and cruel in punishment. Perpenna began to fear for his safety and conspired to murder Sertorius. Plutarch, instead, thought that Perpenna was motivated by ambition. He had gone to Hispania with the remnants of the army of Lepidus in Sardinia and had wanted to fight this war independently to gain glory. He had joined Sertorius reluctantly because his troops wanted to do so when they heard that Pompey was coming to Hispania, but, in all reality, he wanted to take over the supreme command. When Sertorius was murdered, the formerly disaffected soldiers grieved for the loss of their commander whose bravery had been their salvation and were angry with Perpenna. The native troops, especially the Lusitanians, who had given Sertorius the greatest support, were angry too. Perpenna responded with the carrot and the stick: he gave gifts, made promises and released some of the men Sertorius had imprisoned, while threatening others and killing some men to strike terror. He secured the obedience of his troops, but not their true loyalty. Metellus left the fight against Perpenna to Pompey. The two skirmished for nine days. Then, as Perpenna did not think that his men would remain loyal for long, he marched into battle, but Pompey ambushed and defeated him. Frontinus wrote about the battle in his stratagems: Pompey won against a poor commander and a disaffected army. Perpenna hid in a thicket, fearing his troops more than the enemy, and was eventually captured. Perpenna offered to produce letters to Sertorius from leading men in Rome who had invited Sertorius to Italy for seditious purposes. Pompey, fearing that this might lead to an even greater war, had Perpenna executed and burned the letters without even reading them. Pompey remained in Hispania to quell the last disorders and settle affairs. He showed a talent for efficient organisation and fair administration in the conquered province. This extended his patronage throughout Hispania and into southern Gaul. His departure from Hispania was marked by the erection of a Triumphal monument at the summit off the pass over the Pyrenees. On it, he recorded that, from the Alps to the limits of Further Spain, he had brought 876 towns under Roman sway. Third Servile War While Pompey was in Hispania, the rebellion of the slaves led by Spartacus (the Third Servile War, 73–71 BC) broke out. Crassus was given eight legions and led the final phase of the war. He asked the senate to summon Lucullus and Pompey back from the Third Mithridatic War and Hispania, respectively, to provide reinforcements, "but he was sorry now that he had done so, and was eager to bring the war to an end before those generals came. He knew that the success would be ascribed to the one who came up with assistance, and not to himself." The senate decided to send Pompey, who had just returned from Hispania. On hearing this, Crassus hurried to engage in the decisive battle, and routed the rebels. On his arrival, Pompey cut to pieces 6,000 fugitives from the battle. Pompey wrote to the senate that Crassus had conquered the rebels in a pitched battle, but that he himself had extirpated the war entirely. First consulship Pompey was granted a second triumph for his victory in Hispania, which, again, was extra-legal. He was asked to stand for the consulship, even though he was only 35 and thus below the age of eligibility to the consulship, and had not held any public office, much less climbed the cursus honorum (the progression from lower to higher offices). Livy noted that Pompey was made consul after a special senatorial decree, because he had not occupied the quaestorship, was an equestrian and did not have senatorial rank. Plutarch wrote that "Crassus, the richest statesman of his time, the ablest speaker, and the greatest man, who looked down on Pompey and everybody else, had not the courage to sue for the consulship until he had asked the support of Pompey." Pompey accepted gladly. In the Life of Pompey, Plutarch wrote that Pompey "had long wanted an opportunity of doing him some service and kindness..." In the Life of Crassus, he wrote that Pompey "was desirous of having Crassus, in some way or other, always in debt to him for some favor". Pompey promoted his candidature and said in a speech that "he should be no less grateful to them for the colleague than for the office which he desired." Pompey and Crassus were elected consuls for the year 70 BC. Plutarch wrote that, in Rome, Pompey was looked upon with both fear and great expectation. About half of the people feared that he would not disband his army, seize absolute power by arms and hand power to the Sullans. Pompey, instead, declared that he would disband his army after his triumph and then "there remained but one accusation for envious tongues to make, namely, that he devoted himself more to the people than to the senate..." When Pompey and Crassus assumed office, they did not remain friendly. In the Life of Crassus, Plutarch wrote that the two men differed on almost every measure, and by their contentiousness rendered their consulship "barren politically and without achievement, except that Crassus made a great sacrifice in honour of Hercules and gave the people a great feast and an allowance of grain for three months." Towards the end of their term of office, when the differences between the two men were increasing, a man declared that Jupiter told him to "declare in public that you should not suffer your consuls to lay down their office until they become friends." The people called for a reconciliation. Pompey did not react, but Crassus "clasped him by the hand" and said that it was not humiliating for him to take the first step of goodwill. Neither Plutarch nor Suetonius wrote that the acrimony between Pompey and Crassus stemmed from Pompey's claim about the defeat of Spartacus. Plutarch wrote that "Crassus, for all his self-approval, did not venture to ask for the major triumph, and it was thought ignoble and mean in him to celebrate even the minor triumph on foot, called the ovation (a minor victory celebration), for a servile war." According to Appian, however, there was a contention for honours between the two men—a reference to the fact that Pompey claimed that he had ended the slave rebellion led by Spartacus, whereas in fact Crassus had done so. In Appian's account, there was no disbanding of armies. The two commanders refused to disband their armies and kept them stationed near the city, as neither wanted to be the first to do so. Pompey said that he was waiting the return of Metellus for his Spanish triumph; Crassus said that Pompey ought to dismiss his army first. Initially, pleas from the people were of no avail, but eventually Crassus yielded and offered Pompey the handshake. Plutarch's reference to Pompey's "devot[ing] himself more to the people than to the senate" was related to a measure regarding the plebeian tribunes, the representatives of the plebeians. As part of the constitutional reforms Sulla carried out after the civil war, he revoked the power of the tribunes to veto the senatus consulta (the written advice of the senate on bills, which was usually followed to the letter), and prohibited ex-tribunes from ever holding any other office. Ambitious young plebeians had sought election to this tribunate as a stepping stone for election to other offices and to climb up the cursus honorum. Therefore, the plebeian tribunate became a dead end for one's political career. He also limited the ability of the plebeian council (the assembly of the plebeians) to enact bills by reintroducing the senatus auctoritas, a pronouncement of the senate on bills that, if negative, could invalidate them. The reforms reflected Sulla's view of the plebeian tribunate as a source of subversion that roused the "rabble" (the plebeians) against the aristocracy. Naturally, these measures were unpopular among the plebeians, the majority of the population. Plutarch wrote that Pompey "had determined to restore the authority of the tribunate, which Sulla had overthrown, and to court the favour of the many" and commented that "there was nothing on which the Roman people had more frantically set their affections, or for which they had a greater yearning, than to behold that office again." Through the repeal of Sulla's measures against the plebeian tribunate, Pompey gained the favour of the people. In the Life of Crassus, Plutarch did not mention this repeal and, as mentioned above, he only wrote that Pompey and Crassus disagreed on everything and that, as a result, their consulship did not achieve anything. Yet, the restoration of tribunician powers was a highly significant measure and a turning point in the politics of the late Republic. This measure must have been opposed by the aristocracy, and it would have been unlikely that it would have been passed if the two consuls had opposed each other. Crassus does not feature much in the writings of the ancient sources. Unfortunately, the books of Livy, otherwise the most detailed of the sources, which cover this period have been lost. However, the Periochae, a short summary of Livy's work, records that "Marcus Crassus and Gnaeus Pompey were made consuls... and reconstituted the tribunician powers." Suetonius wrote that, when Julius Caesar was a military tribune, "he ardently supported the leaders in the attempt to reestablish the authority of the tribunes of the commons [the plebeians], the extent of which Sulla had curtailed." The two leaders are presumed to have been the two consuls, Crassus and Pompey. Campaign against the pirates Piracy in the Mediterranean became a large-scale problem, with a big network of pirates coordinating operations over wide areas with many fleets. According to Cassius Dio, the many years of war contributed to this, as a large number of fugitives joined them, since pirates were more difficult to catch or break up than bandits. The pirates pillaged coastal fields and towns. Rome was affected through shortages of imports and the supply of grains, but the Romans did not pay proper attention to the problem. They sent out fleets when "they were stirred by individual reports" and these did not achieve anything. Cassius Dio wrote that these operations caused greater distress for Rome's allies. It was thought that a war against the pirates would be big and expensive, and that it was impossible to attack or drive back all the pirates at once. As not much was done against them, some towns were turned into pirate winter quarters and raids further inland were carried out. Many pirates settled on land in various places and relied on an informal network of mutual assistance. Towns in Italy were also attacked, including Ostia, the port of Rome, with ships burned and pillaged. The pirates seized important Romans and demanded large ransoms. Cilicia had been a haven for pirates for a long time. It was divided into two parts: Cilicia Trachaea (Rugged Cilicia), a mountainous area in the west, and Cilicia Pedias (Flat Cilicia) in the east, by the Limonlu river. The first Roman campaign against the pirates was led by Marcus Antonius Orator in 102 BC, in which parts of Cilicia Pedias became Roman territory, but only a small part becoming a province. Publius Servilius Vatia Isauricus was given the command of fighting piracy in Cilicia in 78–74 BC. He won several naval victories off Cilicia and occupied the coasts of nearby Lycia and Pamphylia. He received his agnomen of Isauricus because he defeated the Isauri, who lived in the core of the Taurus Mountains, which bordered on Cilicia. He incorporated Isauria into the province of Cilicia Pedias. However, much of Cilicia Pedias belonged to the kingdom of Armenia. Cilicia Trachea was still under the control of the pirates. In 67 BC, three years after Pompey's consulship, the plebeian tribune Aulus Gabinius proposed a law (lex Gabinia) for choosing "...from among the ex-consuls, a commander with full power against all the pirates." He was to have dominion over the waters of the entire Mediterranean and up to inland for three years, empowered to pick fifteen lieutenants from the senate and assign specific areas to them, allowed to have 200 ships, levy as many soldiers and oarsmen as he needed and collect as much money from the tax collectors and the public treasuries as he wished. The use of treasury in the plural might suggest power to raise funds from treasures of the allied Mediterranean states as well. Such sweeping powers were not a problem because comparable extraordinary powers given to Marcus Antonius Creticus to fight piracy in Crete in 74 BC provided a precedent. The optimates in the Senate remained suspicious of Pompey—this seemed yet another extraordinary appointment. Cassius Dio claimed that Gabinius "had either been prompted by Pompey or wished in any case to do him a favor... he did not directly utter Pompey's name, but it was easy to see that if, once the populace should hear of any such proposition, they would choose him." Plutarch described Gabinius as one of Pompey's intimates and claimed that he "drew up a law which gave him not an admiralty, but an out-and-out monarchy and irresponsible power over all men." Cassius Dio wrote that Gabinius’ bill was supported by everybody except the senate, which preferred the ravages of pirates rather than giving Pompey such great powers, and the senators nearly killed Pompey. This outraged the people, who set upon the senators. They all ran away, except for the consul Gaius Piso, who was arrested, but Gabinius had him freed. The optimates tried to persuade the other nine plebeian tribunes to oppose the bill. Only two, Trebellius and Roscius, agreed, but they were unable to do so. Trebellius tried to speak against the bill, but Gabinius postponed the vote and introduced a motion to remove him from the tribunate. After seventeen tribes had voted in favor of the motion, Trebellius backed down, keeping his office, but forced into silence. Having witnessed this, Roscius did not dare to speak, but suggested with a gesture that two commanders should be chosen, for which the people booed him loudly. The law was passed and the senate ratified it reluctantly. Pompey tried to appear as if he was forced to accept the command because of the jealousy that would be caused if he would lay claim to the post and the glory that came with it. Cassius Dio commented that Pompey was "always in the habit of pretending as far as possible not to desire the things he really wished." Plutarch did not mention Pompey being nearly killed. He gave details of the acrimony of the speeches against Pompey, with one of the senators proposing that Pompey should be given a colleague. Only Caesar supported the law and, in Plutarch's view, he did so "not because he cared in the least for Pompey, but because from the outset he sought to ingratiate himself with the people and win their support." In his account, the people did not attack the senators, only shouting loudly, resulting in the assembly being dissolved. On the day of the vote, Pompey withdrew to the countryside, and the lex Gabinia was passed. Pompey extracted further concessions and received 500 ships, 120,000 infantry, 5,000 cavalry and twenty-four lieutenants. With the prospect of a campaign against the pirates, the prices of provisions fell. Pompey divided the sea and the coast into thirteen districts, each assigned to a commander with his own forces. Appian gave the same number of infantry and cavalry, but the number of ships was 270, and the lieutenants were twenty-five. He listed them and their areas of command as follows: Tiberius Nero and Manlius Torquatus (in command of Hispania and the Straits of Hercules); Marcus Pomponius (Gaul and Liguria); Gnaeus Cornelius Lentulus Marcellinus and Publius Atilius (Africa, Sardinia, Corsica); Lucius Gellius and Gnaeus Cornelius Lentulus Clodianus (Italy); Plotius Varus and Terentius Varro (Sicily and the Adriatic Sea, as far as Acarnania); Lucius Sisenna (the Peloponnese, Attica, Euboea, Thessaly, Macedon, and Boeotia); Lucius Lollius (the Greek islands, the Aegean sea, and the Hellespont); Publius Piso (Bithynia, Thrace, the Propontis and the mouth of the Euxine); Quintus Caecilius Metellus Nepos Iunior (Lycia, Pamphylia, Cyprus, and Phoenicia). Pompey made a tour of the whole area. He cleared the western Mediterranean in forty days, proceeded to Brundisium (Brindisi) and cleared the eastern Mediterranean in the same amount of time. In Plutarch's account, Pompey's scattered forces encompassed every pirate fleet they came across and brought them to port, the remaining pirates escaping to Cilicia. Pompey attacked Cilicia with his sixty best ships; after that, he cleared the Tyrrhenian Sea, Corsica, Sardinia, Sicily and the Libyan Sea in forty days with the help of his lieutenants. Meanwhile, the consul Piso sabotaged Pompey's equipment and discharged his crews, and thus Pompey went back to Rome. The markets in Rome now were well-stocked with provisions again and the people acclaimed Pompey. Piso was nearly stripped of his consulship, but Pompey prevented Aulus Gabinius from proposing a bill to this effect. He set sail again and reached Athens, defeating the Cilician pirates off the promontory of Coracesium. He then besieged them and they surrendered, together with the islands and towns they controlled, the latter being fortified and difficult to take by storm. Pompey seized many ships, but he also spared the lives of 20,000 pirates. He resettled some of them in the city of Soli, which had recently been devastated by Tigranes the Great, the king of Armenia. Most were resettled in Dyme in Achaea, Greece, which was underpopulated and had plenty of good land. Some pirates were received by the half-deserted cities of Cilicia. Pompey thought that they would abandon their old ways and be softened by a change of place, new customs and a gentler way of life. In Appian's account, Pompey went to Cilicia expecting to have to undertake sieges of rock-bound citadels. However, he did not have to. His reputation and the magnitude of his preparations provoked panic and the pirates surrendered, hoping to be treated leniently because of this. They gave up large quantities of weapons, ships and shipbuilding materials. Pompey destroyed the material, took away the ships and sent some of the captured pirates back to their countries. He recognised that they had undertaken piracy due to the poverty caused by the mentioned war and settled many of them in Mallus, Adana, Epiphania or any other uninhabited or thinly populated town in Cilicia. He sent some to Dyme in Achaea. According to Appian, the war against the pirates lasted only a few days. Pompey captured 71 ships and 306 ships were surrendered. He seized 120 towns and fortresses and killed about 10,000 pirates in battles. In Cassius Dio's brief account, Pompey and his lieutenants patrolled "the whole stretch of sea that the pirates were troubling," and his fleet and his troops were irresistible both on sea and land. The leniency with which he treated the pirates who surrendered was "equally great" and won over many pirates, who went over to his side. Pompey "took care of them" and gave them land which was empty or settled them in underpopulated towns so that they would not resort to crime due to poverty. Soli was among these cities. It was on the Cilician coast and had been sacked by Tigranes the Great. Pompey renamed it Pompeiopolis. Metellus, a relative of Quintus Caecilius Metellus Pius, with whom Pompey had fought in Hispania, had been sent to Crete, which was the second source of piracy before Pompey assumed command. He hemmed in and killed many pirates, besieging the remnants. The Cretans called on Pompey to come to Crete, claiming that it was under his jurisdiction. Pompey wrote to Metellus to urge him to stop the war and sent one of his lieutenants, Lucius Octavius. The latter entered the besieged strongholds and fought with the pirates. Metellus persisted, captured and punished the pirates, and sent Octavius away after insulting him in front of the army. Eastern campaigns: Third Mithridatic War, Syria and Judea Third Mithridatic War Lucius Licinius Lucullus was conducting the Third Mithridatic War (73–63 BC) against Mithridates VI, the king of Pontus, and Tigranes the Great, the king of Armenia. He was successful in battle; however, the war was dragging on and he opened a new front in Armenia. In Rome, he was accused of protracting the war for "the love of power and wealth" and of plundering royal palaces as if he had been sent "not to subdue the kings, but to strip them." Some of the soldiers were disgruntled and were incited by Publius Clodius Pulcher not to follow their commander. Commissioners were sent to investigate and the soldiers mocked Lucullus in front of the commission. In 68 BC, the province of Cilicia was taken from Lucullus and assigned to Quintus Marcius Rex. He refused a request for aid from Lucullus because his soldiers refused to follow him to the front. According to Cassius Dio, this was a pretext. One of the consuls for 67 BC, Manius Acilius Glabrio, was appointed to succeed Lucullus. However, when Mithridates won back almost all of Pontus and caused havoc in Cappadocia, which was allied with Rome, Glabrio did not go to the front, but delayed in Bithynia. Another plebeian tribune, Gaius Manilius, proposed the lex Manilia. It gave Pompey command of the forces and the areas of operation of Lucullus, and, in addition to this, Bithynia, which was held by Acilius Glabrio. It commissioned him to wage war on Mithridates and Tigranes, allowing him to retain his naval force and his dominion over the sea granted by the lex Gabinia. Therefore, Phrygia, Lycaonia, Galatia, Cappadocia, Cilicia, Upper Colchis, Pontus and Armenia, as well as the forces of Lucullus, were added to his command. Plutarch noted that this meant the placing of Roman supremacy entirely in the hands of one man. The optimates were unhappy about so much power being given to Pompey and saw this as the establishment of a tyranny. They agreed to oppose the law, but they were fearful of the mood of the people. Only Catulus spoke up, and the law was passed. The law was supported by Julius Caesar and justified by Cicero in his extant speech Pro Lege Manilia. Former consuls also supported the law, with Cicero mentioning Gnaeus Cornelius Lentulus (consul in 72 BC), Gaius Cassius Longinus Varus (73 BC), Gaius Scribonius Curio (76 BC) and Publius Servilius Vatia Isauricus (79 BC). According to Cassius Dio, while this was happening, Pompey was preparing to sail to Crete to face Metellus Creticus. Lucullus was incensed at the prospect of his replacement by Pompey. The outgoing commander and his replacement traded insults. Lucullus called Pompey a "vulture" who fed from the work of others, referring not merely to Pompey's new command against Mithridates, but also his claim to have finished the war against Spartacus. According to Cassius Dio, Pompey made friendly proposals to Mithridates to test his disposition. Mithridates tried to establish friendly relations with Phraates III, the king of Parthia. Pompey foresaw this, established a friendship with Phraates and persuaded him to invade the part of Armenia under Tigranes. Mithridates sent envoys to conclude a truce, but Pompey demanded that he lay down his arms and hand over the deserters. There was unrest among the scared deserters, which were joined by some of Mithridates' men, who feared having to fight without them. The king held them in check with difficulty and had to pretend that he was testing Pompey. Pompey, who was in Galatia, prepared for war. Lucullus met him and claimed that the war was over and that there was no need for an expedition. He failed to dissuade Pompey and verbally abused him. Pompey ignored him, forbade the soldiers to obey Lucullus and marched to the front. In Appian's account, when the deserters heard about the demand to hand them back, Mithridates swore that he would not make peace with the Romans and that he would not give them up. Cassius Dio wrote that Mithridates kept withdrawing because his forces were inferior. Pompey entered Lesser Armenia, which was not under Tigranes' rule. Mithridates did the same and encamped on a mountain that was difficult to attack. He sent the cavalry down for skirmishes, which caused a large number of desertions. Pompey moved his camp to a wooded area for protection, setting up a successful ambush. When Pompey was joined by more Roman forces, Mithridates fled to the Armenia of Tigranes. In Plutarch's version, the location of the mountain is unspecified and Mithridates abandoned it because he thought that it had no water. Pompey took the mountain and had wells sunk. He then besieged Mithridates' camp for 45 days, however, Mithridates managed to escape with his best men. Pompey caught up with him by the river Euphrates, lined up for battle to prevent him from crossing the river and advanced at midnight. He wanted to just surround the enemy camp to prevent an escape in the darkness, but his officers convinced him to charge. The Romans attacked with the moon at their back, confusing the enemy who, because of the shadows, thought that they were nearer. The enemy fled in panic and was cut down. In Cassius Dio, this battle occurred when Mithridates entered a defile. The Romans hurled stones, arrows and javelins on the enemy, which was not in battle formation, from an elevated height. When they ran out of missiles, they charged those on the outside and those in the center were crushed together. Most were horsemen and archers, and they could not respond in the darkness. When the moon rose, it was behind the Romans, creating shadows and causing confusion for the enemy. Many were killed, but many, including Mithridates, fled. He then tried to go to Tigranes. Plutarch wrote that Tigranes forbade him from coming and put a reward on him, while Cassius Dio did not mention a reward. He wrote that Tigranes arrested his envoys because he thought that Mithridates was responsible for a rebellion by his son. In both Plutarch and Cassius Dio, Mithridates went to Colchis, on the southeastern shore of the Black Sea. Cassius Dio added that Pompey had sent a detachment to pursue him, but he outstripped them by crossing the river Phasis. He reached the Maeotis (the sea of Azov, which is connected to the north shore of the Black Sea) and stayed in the Cimmerian Bosporus. He had his son Machares, who ruled it and had gone over to the Romans, killed and recovered that country. Meanwhile, Pompey set up a colony for his soldiers at Nicopolitans in Cappadocia. In Appian's account, Mithridates wintered at Dioscurias in Colchis, in 66/65 BC. He intended to travel around the Black Sea, reach the strait of the Bosporus and attack the Romans from the European side while they were in Asia Minor. He also wanted to seize the kingdom of Machares, his son who had gone over to the Romans. He crossed the territory of the Scythians (partly by permission, partly by force) and the Heniochi, who welcomed him, and he made alliances with their many princes. He contemplated marching through Thrace, Macedonia and Pannonia and crossing the Alps into Italy. He gave some of his daughters in marriage to the more powerful Scythian princes. Machares sent envoys to say he had made terms with the Romans out of necessity, and then fled to the Pontic Chersonesus, burning the ships to prevent Mithridates from pursuing him. However, his father found other ships and sent them after him, and Machares eventually killed himself. In Appian, at this stage, Pompey pursued Mithridates as far as Colchis and then marched against Armenia. In the accounts of Plutarch and Cassius Dio, instead, he went to Armenia first and to Colchis later. In Appian, Pompey thought that his enemy would never reach the sea of Azov or do much if he escaped. His advance was more of an exploration of that country, which was the place of the legends of the Argonauts, Heracles, and Prometheus. He was accompanied by the neighbouring tribes. Only Oroeses, the king of the Caucasian Albanians, and Artoces, the king of the Caucasian Iberians, resisted him. Learning of an ambush planned by Oroeses, Pompey defeated him at the Battle of the Abas, driving the enemy into a forest and setting it on fire, pursuing the fugitives until they surrendered and brought him hostages. He then marched against Armenia. In Plutarch's account, Pompey was invited to invade Armenia by Tigranes’ son (also named Tigranes), who rebelled against his father. The two men received the submission of several towns. When they got close to Artaxata (the royal residence), Tigranes, knowing Pompey's leniency, surrendered and allowed a Roman garrison in his palace. He went to Pompey's camp, where Pompey offered the restitution of the Armenian territories in Syria, Phoenicia, Cilicia, Galatia, and Sophene, which Lucullus had taken. He demanded an indemnity and ruled that the son should be king of Sophene, which Tigranes accepted. His son was not happy with the deal and remonstrated, for which he was put in chains and reserved for Pompey's triumph. Soon after this, Phraates III, the king of Parthia asked to be given the son in exchange for an agreement to set the river Euphrates as the boundary between Parthia and Rome, but Pompey refused. In the version of Cassius Dio, the son of Tigranes fled to Phraates. He persuaded the latter, who had a treaty with Pompey, to invade Armenia and fight his father. The two reached Artaxata, causing Tigranes to flee to the mountains. Phraates then went back to his land, and Tigranes counterattacked, defeating his son. The younger Tigranes fled and at first wanted to go to Mithridates. However, since Mithridates had been defeated, he went over to the Romans and Pompey used him as a guide to advance into Armenia. When they reached Artaxata, the elder Tigranes surrendered the city and went voluntarily to Pompey's camp. The next day, Pompey heard the claims of father and son. He restored the hereditary domains of the father, but took the land he had invaded later (parts of Cappadocia, and Syria, as well as Phoenicia and Sophene) and demanded an indemnity, assigning Sophene to the son. This was the area where the treasures were, and the son began a dispute over them. He did not obtain satisfaction and planned to escape, so Pompey promptly put him in chains. The treasures went to the old king, who received far more money than had been agreed. Appian gave an explanation for the young Tigranes turning against his father. Tigranes killed two of his three sons, the first one in battle and the other while hunting, because, instead of helping him when he was thrown off his horse, he put a diadem on his head. Following this incident, he gave the crown to the third son, Tigranes. However, the latter was distressed about the incident and waged war against his father. He was defeated and fled to Phraates. Because of all this, Tigranes did not want to fight any more when Pompey got near Artaxata. The young Tigranes took refuge with Pompey as a suppliant with the approval of Phraates, who wanted Pompey's friendship. The elder Tigranes submitted his affairs to Pompey's decision and made a complaint against his son. Pompey called him for a meeting. He gave 6,000 talents for Pompey, 10,000 drachmas for each tribune, 1,000 for each centurion, and fifty for each soldier. Pompey pardoned him and reconciled him with his son. In Appian's account, Pompey gave the latter both Sophene and Gordyene. The father was left with the rest of Armenia and was ordered to give up the territory he has seized in the war: Syria (west of the river Euphrates) and part of Cilicia. Armenian deserters persuaded the younger Tigranes to make an attempt on his father, so Pompey arrested and chained him. He then founded a city in Lesser Armenia where he had defeated Mithridates, calling it Nicopolis (City of Victory). In Appian's account, after Armenia (still in 64 BC), Pompey turned west, crossed Mount Taurus and fought Antiochus I Theos, the king of Commagene, until the two made an alliance. He then fought Darius the Mede, and put him to flight. This was because he had "helped Antiochus or Tigranes before him." According to Plutarch and Cassius Dio, instead, it was at this point that Pompey turned north. The two writers provided different accounts of Pompey's operations in the territories on the Caucasus Mountains and Colchis. He fought in Caucasian Iberia (inland and to the south of Colchis) and Caucasian Albania (or Arran, roughly corresponding with modern Azerbaijan). In Plutarch, the Albanians at first granted Pompey free passage, but in the winter they advanced on the Romans who were celebrating the festival of the Saturnalia with 40,000 men. Pompey let them cross the river Cyrnus and then attacked them and routed them. Their king begged for mercy and Pompey pardoned him. He then marched on the Iberians, who were allies of Mithridates. He routed them, killing 9,000 of them and taking 10,000 prisoners. Then, he invaded Colchis and reached Phasis on the Black Sea, where he was met by Servilius, the admiral of his Euxine fleet. However, he encountered difficulties there and the Albanians revolted again, so Pompey turned back. He had to cross a river whose banks had been fenced off, made a long march through a waterless area and defeated a force of 60,000 badly-armed infantry and 12,000 cavalry led by the king's brother. He pushed north again, but turned back south because he encountered a great number of snakes. In Cassius Dio, Pompey wintered near the river Cyrnus. Oroeses, the king of the Albanians, who lived beyond this river, attacked the Romans during the winter, partly to favour the younger Tigranes, who was a friend, and partly because he feared an invasion. He was defeated and Pompey agreed to his request for a truce, even though he wanted to invade their country, desiring to postpone the war until after the winter. In 65 BC, Artoces, the king of the Iberians, who also feared an invasion, prepared to attack the Romans. Pompey learned of this and invaded his territory, catching him unaware. He seized an impregnable frontier pass and got close to a fortress in the narrowest point of the river Cyrnus, leaving Artoces with no chance to array his forces. He withdrew, crossed the river and burned the bridge, making the fortress surrender. When Pompey was about to cross the river, Artoces sued for peace. However, he then fled to the river. Pompey pursued him, routed his forces and hunted down the fugitives. Artoces fled across the river Pelorus and made overtures, but Pompey would agree to terms only if he sent his children as hostages. Artoces delayed, but l, when the Romans crossed the Pelorus in the summer, he handed over his children and concluded a treaty. Pompey moved on to Colchis and wanted to march to the Cimmerian Bosporus against Mithridates. However, he realised that he would have to confront unknown hostile tribes and that a sea journey would be difficult because of a lack of harbors. Therefore, he ordered his fleet to blockade Mithridates and turned on the Albanians. He went to Armenia first to catch them off guard and then crossed the river Cyrnus. He heard that Oroeses was coming close and wanted to lead him into a conflict. At the Battle of the Abas, he hid his infantry and got the cavalry to go ahead. When the cavalry was attacked by Oroeses, it withdrew towards the infantry, which then engaged, letting the cavalry through its ranks. Some of the enemy forces, which were in hot pursuit, also ended up through their ranks and were killed, with the rest being surrounded and routed. Pompey then overran the country, granting peace to the Albanians and concluding truces with other tribes on the northern side of the Caucasus. Pompey withdrew to Lesser Armenia. He sent a force under Afrianius against Phraates, who was plundering the subjects of Tigranes in Gordyene. Afrianius drove him out and pursued him as far as the area of Arbela, in northern Mesopotamia. Cassius Dio gave more details. Phraates renewed the treaty with Pompey because of his success and because of the progress of his lieutenants. They were subduing Armenia and the adjacent part of Pontus, and, in the south, Afrianius was advancing to the river Tigris; that is, towards Parthia. Pompey demanded the cession of Corduene, which Phraates was disputing with Tigranes, and sent Afrianius there, who occupied it unopposed and handed it to Tigranes before receiving a reply from Phraates. Afrianius also returned to Syria through Mesopotamia (a Parthian area), contrary to the Roman-Parthian agreements. Pompey treated Phraates with contempt, so the king sent envoys to complain about the suffered wrongs. In 64 BC, when he did not receive a conciliatory reply, Phraates attacked Tigranes, accompanied by the son of the latter. He lost a first battle, but won another, and Tigranes asked Pompey for help. Phraates brought many charges against Tigranes and many insinuations against the Romans. Pompey did not help Tigranes, stopped being hostile to Phraates and sent three envoys to arbitrate the border dispute. Tigranes, angry about not receiving help, reconciled with Phraates in order not to strengthen the position of the Romans. Stratonice, the fourth wife of Mithridates, surrendered Caenum, one of the most important fortresses of the king. Pompey also received gifts from the king of the Iberians. He then moved from Caenum to Amisus (modern Samsun, on the north coast of Anatolia). Pompey then decided to move south because it was too difficult to try to reach Mithridates in the Cimmerian Bosporus and thus, he did not want to "wear out his own strength in a vain pursuit," content with preventing merchant ships reaching the Cimmerian Bosporus through his blockade, and preferred other pursuits. He sent Afrianius to subdue the Arabs around the Amanus Mountains (in what was then on the coast of northern Syria). He went to Syria with his army, annexing the country because it had no legitimate kings. He spent most of his time settling disputes between cities and kings or sending envoys to do so, gaining prestige as much for his clemency as for his power. By being helpful to those who had dealings with him, he made them willing to put up with the rapacity of his friends and was thus able to hide this. The king of the Arabians at Petra, Aretas III of Nabataea, wanted to become a friend of Rome. Pompey marched towards Petra to confirm this, and was criticized because this was seen as an evasion of the pursuit of Mithridates. He was urged to turn against him, since there were reports that Mithridates was preparing to march on Italy via the river Danube. However, while Pompey was encamped near Petra, a messenger brought the news that Mithridates was dead. Pompey left Arabia and went to Amisus. Cassius Dio wrote that Pompey "arbitrated disputes and managed other business for kings and potentates who came to him. He confirmed some in possession of their kingdoms, added to the principalities of others, and curtailed and humbled the excessive powers of a few." He united Coele-Syria and Phoenicia, which had been ravaged by the Arabians and Tigranes. Antiochus XIII Philadelphus (one of the last rulers of Syria) asked for them back, to no avail, and Pompey put them under Roman jurisdiction. Cassius Dio also mentioned that Mithridates planned to reach the river Danube and invade Italy. However, he was aging and becoming weaker. As his position became weaker and that of the Romans stronger, a series of incidents happened. Some of his associates became estranged, a massive earthquake destroyed many towns, there was a mutiny by the soldiers and some of his sons were kidnapped and taken to Pompey. All of this contributed to him becoming unpopular. Mithridates was mistrustful and had his wives and some of his remaining children killed. One of them, Pharnaces II, plotted against him. He won over both the men who were sent to arrest him and then the soldiers who were sent against him afterwards. In 64 BC, he obtained the voluntary submission of Panticapaeum, the city where Mithridates was staying. Mithridates tried to poison himself, but failed because he was immune, due to taking "precautionary antidotes in large doses every day." He was killed by the rebels. Pharnaces embalmed his body and sent it to Pompey as proof of his surrender, for which he was granted the kingdom of Bosporus and listed as an ally. Syria Syria had once been the heart of the vast Seleucid Empire, but, after the death of Antiochus IV in 164 BC, it had become increasingly unstable. Continuous civil wars had weakened central authority. By 163 BC, the Maccabean Revolt established the independence of Judea. The Parthians gained control of the Iranian Plateau. In 139 BC, they defeated the Seleucid king Demetrius II, and took Babylon from the Seleucids. The following year, they captured the king. His brother Antiochus VII gained the support of the Maccabees, regained the submission of the once vassal kingdoms of Cappadocia and Armenia, drove back the Parthians and retook Mesopotamia, Babylon, and Media. However, he was killed in battle and the Seleucids lost all of their gains. By 100 BC, the Seleucid Empire was reduced to a few cities in western Syria. It still had to put up with countless civil wars, surviving only because none of its neighbors took it over. In 83 BC, invited by a faction in one of the civil wars, Tigranes II of Armenia invaded Syria and virtually ended Seleucid rule. When Lucius Licinius Lucullus defeated Tigranes in the Third Mithridatic War in 69 BC, a rump Seleucid kingdom was restored. However, the civil wars continued. Pompey was concerned about the political instability to the southeast of Rome's new provinces in Asia Minor. Both Syria and Judea were lacking stability. In Syria, the Seleucid state was disintegrating, and in Judea, there was a civil war. Pompey's actions in Syria and Judea are known through the work of Josephus, the ancient Jewish-Roman historian. In 65 BC, Pompey sent two of his lieutenants, Metellus and Lollius, to Syria, to take possession of Damascus. During the winter of 64/63 BC, Pompey had wintered his army at Antioch, Seleucid Syria's capital. There, he received many envoys and had to arbitrate in countless disputes. At the beginning of the campaigning season of 63 BC, Pompey left Antioch and marched south. He took and destroyed two strongholds being used by brigands: Lysias, ruled over by a Jewish brigand named Silas, and Syria's old military capital, Apameia. He then took on the robber gangs of the Libanus range and the coast north of Sidon. He executed a brigand chief named Dionysius of Tripolis, and took over the country of Ptolemy of Chalcis. Ptolemy was hated in Syria, Phoenicia and Judea; Pompey, however, let him escape punishment in exchange for 1,000 talents (24,000,000 sesterces). This vast sum was used by Pompey to pay his soldiers, vividly illustrating the attractions of piracy and brigandage in the poorly controlled country. He also took Heliopolis. The Pompeian army then crossed the Anti-Lebanon mountains, took Pella and reached Damascus, where he was met by ambassadors from all over Syria, Egypt and Judea. This completed the takeover of Syria. From this time onward, Syria was to be a Roman province. Judea A conflict between the brothers Aristobulus II and Hyrcanus II over the succession to the Hasmonean throne began in Judea in 69 BC, in which Aristobulus deposed Hyrcanus. Then, Antipater the Idumaean became the advisor to the weak-willed Hyrcanus and persuaded him to contend for the throne, advising him to escape to Aretas III, the king of the Arabian Nabataean Kingdom. Hyrcanus promised Aretas that, if he restored him to the throne, he would give him back twelve cities his father had taken from him. Aretas besieged Aristobulus in the Temple in Jerusalem for eight months (66–65 BC). The people supported Hyrcanus, with only the priests supporting Aristobulus. Meanwhile, Pompey, who was fighting Tigranes the Great in Armenia, sent Marcus Aemilius Scaurus (who was a quaestor) to Syria. Since two of Pompey's lieutenants, Metellus and Lollius, had already taken Damascus, Scaurus proceeded to Judea. The ambassadors of Aristobulus and Hyrcanus asked for his help, both offering Scaurus bribes and promises. He sided with Aristobulus because he was rich and because it was easier to expel the Nabateans, who were not very warlike, than to capture Jerusalem. He ordered Aretas to leave and said that, if he did not, he would be an enemy of Rome. Aretas withdrew, and Aristobulus gathered an army, pursued him and defeated him. Scaurus then returned to Syria. When Pompey went to Syria, he was visited by ambassadors from Syria and Egypt, with Aristobulus sending him a very expensive golden vine. A little later, ambassadors from Hyrcanus and Aristobulus went to see him. The former claimed that first Aulus Gabinius and then Scaurus had taken bribes. Pompey decided to arbitrate the dispute later, at the beginning of spring, and marched to Damascus. There, he heard the cases of Hyrcanus, Aristobulus and those who did not want a monarchy and wanted to return to the tradition of being under the high priest. Hyrcanus claimed that he was the rightful king as the elder brother and that he had been usurped, accusing Aristobulus of making incursions in nearby countries and being responsible for piracy, thus causing a revolt. Aristobulus claimed that Hyrcanus' indolence had caused him to be deposed, and that he took power lest others seize it. Pompey reproached Aristobulus for his violence, and told the men to wait for him, for he would settle the matter after dealing with the Nabataeans. However, Aristobulus went to Judea. This angered Pompey, who marched on Judea and went to the fortress of Alexandreium, where Aristobulus fled to. Aristobulus went to talk to Pompey and returned to the fortress three times to pretend he was complying with him, intending to wear him down and prepare for war should he rule against him. When Pompey ordered him to surrender the fortress, Aristobulus did give it up, but withdrew to Jerusalem and prepared for war. While Pompey was marching on Jerusalem, he was informed about the death of Mithridates. Pompey encamped at Jericho, where Aristobulus went to see him, promising to give him money, and received him into Jerusalem. Pompey forgave him and sent Aulus Gabinius with soldiers to receive the money and the city. However, the soldiers of Aristobulus did not let them in, which led Pompey to arrest Aristobulus and enter Jerusalem. The pro-Aristobulus faction went to the Temple and prepared for a siege, while the rest of the inhabitants opened the city gates. Pompey sent in an army led by Piso and placed garrisons in the city and at the palace, yet the enemy refused to negotiate. Pompey built a wall around the area of the Temple and encamped inside this wall. However, the temple was well fortified and there was a deep valley around it. The Romans built a ramp and brought siege engines and battering rams from Tyre. Pompey took advantage of the enemy celebrating the Sabbath to deploy his battering rams, since Jewish law did not allow the Jews to meddle with the enemy if they were not attacking them on the day of the Sabbath. Therefore, the defenders of the Temple did not counter the deployment of the battering rams by the Romans, which, on the other days of the week, they had successfully prevented. The next day, the wall of the Temple was broken through and the soldiers went on a rampage. According to Josephus, 12,000 Jews fell. Josephus wrote "No small enormities were committed about the temple itself, which, in former ages, had been inaccessible, and seen by none; for Pompey went into it, and not a few of those that were with him also, and saw all that which it was unlawful for any other men to see but only for the high priests. There were in that temple the golden table, the holy candlestick, and the pouring vessels, and a great quantity of spices; and besides these there were among the treasures two thousand talents of sacred money: yet did Pompey touch nothing of all this, on account of his regard to religion; and in this point also he acted in a manner that was worthy of his virtue." The next day, he ordered the men in charge of the Temple to purify it, and to bring offerings to God, as Jewish law required. Pompey restored Hyrcanus to the high priesthood "both because he had been useful to him in other respects, and because he hindered the Jews in the country from giving Aristobulus any assistance in his war against him." Pompey returned the Syrian cities the Jews had conquered to Syrian rule, thus bringing Judea back to its original territory. He rebuilt the city of Garara and restored seven inland cities and four coastal ones to its inhabitants. He also made Jerusalem a tributary of Rome and Judea a satellite of Syria. According to Josephus, Pompey then went to Cilicia, taking Aristobulus and his children with him, and, after this, he returned to Rome. This contrasts with the account of Plutarch, who did not mention any action in Judea. He wrote that Pompey marched on Petra (the capital of the Kingdom of Nabataea) to confirm Aretas, who wanted to become a friend of Rome. It was while he was encamped near Petra that he was told that Mithridates was dead, and he then left Arabia and went to Amisus. Josephus did write that Pompey marched on Nabataea, but did not mention the reason for this. However, he also marched to Judea to deal with Aristobulus, and it was not mentioned whether he actually reached Petra before turning to Judea. He learned of the death of Mithridates when he was marching towards Jerusalem. When he completed matters in Judea, he went to Cilicia instead of Amisus. Cassius Dio gave a brief account of Pompey's campaign in Judea and wrote that, after this, he went to Pontus, which fits with Plutarch writing that he went to Amisus. Strabo in his Geographica gives a short account of Pompey's siege of the temple, in line with the account of Josephus. Josephus wrote that after his siege of the Temple in Jerusalem, Pompey gave the governorship of Syria (for 62 BC) as far as the river Euphrates and Egypt to Marcus Aemilius Scaurus, giving him two legions. Scaurus made an expedition against Petra, in Arabian Nabataea. He burned the settlements around it because it was difficult to gain access to. His army suffered hunger, thus Hyrcanus ordered Antipater to supply grain and other provisions from Judea. Josephus did not give an explanation for the actions of Scaurus, but it probably had to do with the security of the Decapolis. Josephus also wrote: Now the occasions of this misery which came upon Jerusalem were Hyrcanus and Aristobulus, by raising a sedition one against the other; for now we lost our liberty, and became subject to the Romans, and were deprived of that country which we had gained by our arms from the Syrians, and were compelled to restore it to the Syrians. Moreover, the Romans exacted of us, in a little time, above ten thousand talents; and the royal authority, which was a dignity formerly bestowed on those that were high priests, by the right of their family, became the property of private men. Pompey's settlements in the East Pompey set out to liberate a number of Hellenised towns from their rulers. He joined seven towns east of the River Jordan that had been under the Hasmoneans of Judea, plus Damascus, into a league. Philadelphia (today's Amman), which had been under Nabataea, also joined the league, which was called the Decapolis |
polymorphism, a condition where one species contains members with varying chromosome counts or shapes Cell polymorphism, variability in size of cells or nuclei Gene polymorphism, the existence of more than one allele at a gene's locus within a population Genetic polymorphism, the branching of the genetic tree, caused by two or more alleles occurring at one DNA position or in one DNA region, each with appreciable frequency in the population Lipid polymorphism, the property of amphiphiles that gives rise to various aggregations of lipids Polymorphic, a wave pattern seen on an electrocardiogram; See QRS complex Polymorphism (biology), the occurrence of more than one form in the same population of a species Polymorphism (RLFP), a technique that exploits variations in homologous DNA sequences Other sciences Polymorphism (materials science), the existence of a solid material in two or more crystal structures, known as polymorphs Polymorph, a marketing | Polymorph, a shapeshifting being in: "Polymorph" (Red Dwarf), third episode of series III of the science fiction sitcom "Emohawk: Polymorph II", fourth episode of series VI of the science fiction sitcom Polymorph (novel), a 1997 cyberpunk novel by Scott Westerfeld Polymorph (Red Dwarf character), seen in the series III episode "Polymorph" Polymorph, a magical spell in many fantasy role-playing games that transforms a target into one of many different creatures for a period of time See also Dimorphism (disambiguation) Monomorphic (disambiguation) Polymorphism in Lepidoptera Shapeshifter (disambiguation) |
served in hearty dishes like ragu sauces, soups, and casseroles. Once it is cooked, the dried pasta will usually grow to twice its original size. Therefore, approximately of dried pasta serves up to four people. Culinary uses Pasta is generally served with some type of sauce; the sauce and the type of pasta are usually matched based on consistency and ease of eating. Northern Italian cooking uses less tomato sauce, garlic and herbs, and white sauce is more common. However Italian cuisine is best identified by individual regions. Pasta dishes with lighter use of tomato are found in Trentino-Alto Adige and Emilia Romagna. In Bologna, the meat-based Bolognese sauce incorporates a small amount of tomato concentrate and a green sauce called pesto originates from Genoa. In Central Italy, there are sauces such as tomato sauce, amatriciana, arrabbiata and the egg-based carbonara. Tomato sauces are also present in Southern Italian cuisine, where they originated. In Southern Italy more complex variations include pasta paired with fresh vegetables, olives, capers or seafood. Varieties include puttanesca, pasta alla Norma (tomatoes, eggplant and fresh or baked cheese), pasta con le sarde (fresh sardines, pine nuts, fennel and olive oil), spaghetti aglio, olio e peperoncino (literally with garlic, [olive] oil and hot chili peppers), pasta con i peperoni cruschi (crispy peppers and breadcrumbs). Processing Fresh Ingredients to make pasta dough include semolina flour, egg, salt and water. Flour is first mounded on a flat surface and then a well in the pile of flour is created. Egg is then poured into the well and a fork is used to mix the egg and flour. There are a variety of ways to shape the sheets of pasta depending on the type required. The most popular types include penne, spaghetti, and macaroni. Kitchen pasta machines, also called pasta makers, are popular with cooks who make large amounts of fresh pasta. The cook feeds sheets of pasta dough into the machine by hand and, by turning a hand crank, rolls the pasta to thin it incrementally. On the final pass through the pasta machine, the pasta may be directed through a machine 'comb' to shape of the pasta as it emerges. Matrix and extrusion Semolina flour consists of a protein matrix with entrapped starch granules. Upon the addition of water, during mixing, intermolecular forces allow the protein to form a more ordered structure in preparation for cooking. Durum wheat is ground into semolina flour which is sorted by optical scanners and cleaned. Pipes allow the flour to move to a mixing machine where it is mixed with warm water by rotating blades. When the mixture is of a lumpy consistency, the mixture is pressed into sheets or extruded. Varieties of pasta such as spaghetti and linguine are cut by rotating blades while pasta such as penne and rotini are extruded. The size and shape of the dies in the extruder through which the pasta is pushed determine the shape that results. The pasta is then dried at a high temperature. Factory-manufactured The ingredients to make dried pasta usually include water and semolina flour; egg for colour and richness (in some types of pasta), and possibly vegetable juice (such as spinach, beet, tomato, carrot), herbs or spices for colour and flavour. After mixing semolina flour with warm water the dough is kneaded mechanically until it becomes firm and dry. If pasta is to be flavoured, eggs, vegetable juices, and herbs are added at this stage. The dough is then passed into the laminator to be flattened into sheets, then compressed by a vacuum mixer-machine to clear out air bubbles and excess water from the dough until the moisture content is reduced to 12%. Next, the dough is processed in a steamer to kill any bacteria it may contain. The dough is then ready to be shaped into different types of pasta. Depending on the type of pasta to be made, the dough can either be cut or extruded through dies. The pasta is set in a drying tank under specific conditions of heat, moisture, and time depending on the type of pasta. The dried pasta is then packaged: Fresh pasta is sealed in a clear, airtight plastic container with a mixture of carbon dioxide and nitrogen that inhibits microbial growth and prolongs the product's shelf life; dried pastas are sealed in clear plastic or cardboard packages. Gluten-free Gluten, the protein found in grains such as wheat, rye, spelt, and barley, contributes to protein aggregation and firm texture of a normally cooked pasta. Gluten-free pasta is produced with wheat flour substitutes, such as vegetable powders, rice, corn, quinoa, amaranth, oats and buckwheat flours. Other possible gluten-free pasta ingredients may include hydrocolloids to improve cooking pasta with high heat resistance, xanthan gum to retain moisture during storage, or hydrothermally-treated polysaccharide mixtures to produce textures similar to those of wheat pasta. Storage The storage of pasta depends its processing and extent of drying. Uncooked pasta is kept dry and can sit in the cupboard for a year if airtight and stored in a cool, dry area. Cooked pasta is stored in the refrigerator for a maximum of five days in an airtight container. Adding a couple teaspoons of oil helps keep the food from sticking to itself and the container. Cooked pasta may be frozen for up to two or three months. Should the pasta be dried completely, it can be placed back in the cupboard. Science Molecular and physical composition Pasta exhibits a random molecular order rather than a crystalline structure. The moisture content of dried pasta is typically around 12%, indicating that dried pasta will remain a brittle solid until it is cooked and becomes malleable. The cooked product is, as a result, softer, more flexible, and chewy. Semolina flour is the ground endosperm of durum wheat, producing granules that absorb water during heating and an increase in viscosity due to semi-reordering of starch molecules. Another major component of durum wheat is protein which plays a large role in pasta dough rheology. Gluten proteins, which include monomeric gliadins and polymeric glutenin, make up the major protein component of durum wheat (about 75–80%). As more water is added and shear stress is applied, gluten proteins take on an elastic characteristic and begin to form strands and sheets. The gluten matrix that results during forming of the dough becomes irreversibly associated during drying as the moisture content is lowered to form the dried pasta product. Impact of processing on physical structure Before the mixing process takes place, semolina particles are irregularly shaped and present in different sizes. Semolina particles become hydrated during mixing. The amount of water added to the semolina is determined based on the initial moisture content of the flour and the desired shape of the pasta. The desired moisture content of the dough is around 32% wet basis and will vary depending on the shape of pasta being produced. The forming process involves the dough entering an extruder in which the rotation of a single or double screw system pushes the dough toward a die set to a specific shape. As the starch granules swell slightly in the presence of water and a low amount of thermal energy, they become embedded within the protein matrix and align along the direction of the shear caused by the extrusion process. Starch gelatinization and protein coagulation are the major changes that take place when pasta is cooked in boiling water. Protein and starch competing for water within the pasta cause a constant change in structure as the pasta cooks. Production and market In 2015–16, the largest producers of dried pasta were Italy (3.2 million tonnes), the United States (2 million tonnes), Turkey (1.3 million tons), Brazil (1.2 million tonnes), and Russia (1 million tons). In 2018, Italy was the world's largest exporter of pasta, with $2.9 billion sold, followed by China with $0.9 billion. The largest per capita consumers of pasta in 2015 were Italy (23.5 kg/person), Tunisia (16.0 kg/person), Venezuela (12.0 kg/person) and Greece (11.2 kg/person). In 2017, the United States was the largest consumer of pasta with 2.7 million tons. Nutrition When cooked, plain pasta is composed of 62% water, 31% carbohydrates (26% starch), 6% protein, and 1% fat. A portion of unenriched cooked pasta provides of food energy and a moderate level of manganese (15% of the Daily Value), but few other micronutrients. Pasta has a lower glycemic index than many other staple foods in Western culture, like bread, potatoes, and rice. International adaptations As pasta was introduced elsewhere in the world, it became incorporated into a number of local cuisines, which often have significantly different ways of preparation from those of Italy. In Hong Kong, the local Chinese have adopted pasta, primarily spaghetti and macaroni, as an ingredient in the Hong Kong-style Western cuisine. When pasta was introduced to different nations, each culture would adopt a different style of preparation. In the past, ancient Romans cooked pasta-like foods by frying rather than boiling. It was also sweetened with honey or tossed with garum. Ancient Romans also enjoyed baking it in rich pies, called timballi. In cha chaan teng, macaroni is cooked in water and served in broth with ham or frankfurter sausages, peas, black mushrooms, and optionally eggs, reminiscent of noodle soup dishes. This is often a course for breakfast or light lunch fare. These affordable dining shops evolved from American food rations after World War II due to lack of supplies, and they continue to be popular for people with modest means. Two common spaghetti dishes served in Japan are the Bolognese and the Napolitan. In Nepal, macaroni has been adopted and cooked in a Nepalese way. Boiled macaroni is sautéed along with cumin, turmeric, finely chopped green chillies, onions and cabbage. In Greece hilopittes is considered one of the finest types of dried egg pasta. It is cooked either in tomato sauce or with various kinds of casserole meat. It is usually served with Greek cheese of any type. Pasta is also widespread in the Southern Cone, as well most of the rest of Brazil, mostly pervasive in the areas with mild to strong Italian roots, such as Central Argentina, and the eight southernmost Brazilian states (where macaroni are called macarrão, and more general pasta is under the umbrella term massa, literally "dough", together with some Japanese noodles, such as bifum rice vermicelli and yakisoba, which also entered general taste). The local names for the pasta are many times varieties of the Italian names, such as ñoquis/nhoque for gnocchi, ravioles/ravióli for ravioli, or tallarines/talharim for tagliatelle, although some of the most popular pasta in Brazil, such as the parafuso ("screw", "bolt"), a specialty of the country's pasta salads, are also way different both in name and format from its closest Italian relatives, in this case the fusilli. In Sweden, spaghetti is traditionally served with köttfärssås (Bolognese sauce), which is minced meat in a thick tomato soup. In the Philippines, spaghetti is often served with a distinct, slightly sweet yet flavourful meat sauce (based on tomato sauce or paste and ketchup), frequently containing ground beef or pork and diced hot dogs and ham. It is spiced with soy sauce, heavy quantities of garlic, dried oregano sprigs and sometimes with dried bay leaf, and topped with grated cheese. Other pasta dishes are also cooked nowadays in Filipino kitchens, like carbonara, pasta with alfredo sauce, and baked macaroni. These dishes are usually cooked for gatherings and special occasions, like family reunions or Christmas. Macaroni or other tube pasta is also used in sopas, a local chicken broth soup. Fettuccine alfredo with cream, cheese and butter, and spaghetti with tomato sauce (with or without meat) are popular Italian-style dishes in the United States. In Australia, boscaiola sauce, based on bacon and mushrooms, is popular. Regulations Italy Although numerous variations of ingredients for different pasta products are known, in Italy the commercial manufacturing and labeling of pasta for sale as a food product within the country is highly regulated. Italian regulations recognise three categories of commercially manufactured dried pasta as well as manufactured fresh and stabilized pasta: Pasta, or dried pasta with three subcategories – (i.) Durum wheat semolina pasta (pasta di semola di grano duro), (ii.) Low grade durum wheat semolina pasta (pasta di semolato di grano duro) and (iii.) Durum wheat whole meal pasta (pasta di semola integrale di grano duro). Pastas made under this category must be made only with durum wheat semolina or durum wheat whole-meal semolina and water, with an allowance for up to 3% of soft-wheat flour as part of the durum flour. Dried pastas made under this category must be labeled according to the subcategory. Special pastas (paste speciali) – As Pasta above, with additional ingredients other than flour and water or eggs. Special pastas must be labeled as durum wheat semolina pasta on the packaging completed by mentioning the added ingredients used (e.g., spinach). The 3% soft flour limitation still applies. Egg pasta (pasta all'uovo) – May only be manufactured using durum wheat semolina with at least 4 hens' eggs (chicken) weighing at least 200 grams (without the shells) per kilogram of semolina, or a liquid egg product produced only with hen's eggs. Pasta made and sold in Italy under this category must be labeled egg pasta. Fresh and stabilized pastas (paste alimentari fresche e stabilizzate) – Includes fresh and stabilized pastas, which may be made with soft-wheat flour without restriction on the amount. Prepackaged fresh pasta must have a water content not less than 24%, must be stored refrigerated at a temperature of not more than 4 °C (with a 2 °C tolerance), must have undergone a heat treatment at least equivalent to pasteurisation, and must be sold within 5 days of the date of manufacture. Stabilized pasta has a lower allowed water content of 20%, and is manufactured using a process and heat treatment that allows it to be transported and stored at ambient temperatures. The Italian regulations under Presidential Decree N° 187 apply only to the commercial manufacturing of pastas both made and sold within Italy. They are not applicable either to pasta made for export from Italy or to pastas imported into Italy from other countries. They also do not apply to pastas made in restaurants. United States In the US, regulations for commercial pasta products occur both at the federal and state levels. At the Federal level, consistent with Section 341 of the Federal Food, Drug, and Cosmetic Act, the Food and Drug Administration (FDA) has defined standards of identity for what are broadly termed macaroni products. These standards appear in 21 CFR Part 139. Those regulations state the requirements for standardized macaroni products of 15 specific types of dried pastas, including the ingredients and product-specific labeling for conforming products sold in the US, including imports: Macaroni products – defined as the class of food prepared by drying formed units of dough made from semolina, durum flour, farina, flour, or any combination of those ingredients with water. Within this category various optional ingredients may also be used within specified ranges, including egg white, frozen egg white or dried egg white alone or in any combination; disodium phosphate; onions, celery, garlic or bay leaf, alone or in any combination; salt; gum gluten; and concentrated glyceryl monostearate. Specific dimensions are given for the shapes named macaroni, spaghetti and vermicelli. Enriched macaroni products – largely the same as macaroni products except that each such food must contain thiamin, riboflavin, niacin or niacinamide, folic acid and iron, with specified limits. Additional optional ingredients that may be added include vitamin D, calcium, and defatted wheat germ. The optional ingredients specified may be supplied through the use of dried yeast, dried torula yeast, partly defatted wheat germ, enriched farina, or enriched flour. Enriched macaroni products with fortified protein–similar to enriched macaroni products with the addition of other ingredients to meet specific protein requirements. Edible protein sources that may be used include food grade flours or meals from nonwheat cereals or oilseeds. Products in this category must include specified amounts of thiamin, riboflavin, niacin or niacinamide and iron, but not folic acid. The products in this category may also optionally contain up to 625 milligrams of calcium. Milk macaroni products – the same as macaroni products except that milk or a specified milk product is used as the sole moistening ingredient in preparing the dough. Other than milk, allowed milk | pasta. Grain flours may also be supplemented with cooked potatoes. Other additions to the basic flour-liquid mixture may include vegetable purees such as spinach or tomato, mushrooms, cheeses, herbs, spices and other seasonings. While pastas are, most typically, made from unleavened doughs, the use of yeast-raised doughs are also known for at least nine different pasta forms. Additives in dried, commercially sold pasta include vitamins and minerals that are lost from the durum wheat endosperm during milling. They are added back to the semolina flour once it is ground, creating enriched flour. Micronutrients added may include niacin (vitamin B3), riboflavin (vitamin B2), folate, thiamine (vitamin B1), and ferrous iron. Varieties Fresh Fresh pasta is usually locally made with fresh ingredients unless it is destined to be shipped, in which case consideration is given to the spoilage rates of the desired ingredients such as eggs or herbs. Furthermore, fresh pasta is usually made with a mixture of eggs and all-purpose flour or "00" low-gluten flour. Since it contains eggs, it is more tender compared to dried pasta and only takes about half the time to cook. Delicate sauces are preferred for fresh pasta in order to let the pasta take front stage. Fresh pastas do not expand in size after cooking; therefore, of pasta are needed to serve four people generously. Fresh egg pasta is generally cut into strands of various widths and thicknesses depending on which pasta is to be made (e.g. fettuccine, pappardelle, and lasagne). It is best served with meat, cheese, or vegetables to create ravioli, tortellini, and cannelloni. Fresh egg pasta is well known in the Piedmont region and Emilia Romagna region in North Italy. In this area, dough is only made out of egg yolk and flour resulting in a very refined flavour and texture. This pasta is often served simply with butter sauce and thinly sliced truffles that are native to this region. In other areas, such as Apulia, fresh pasta can be made without eggs. The only ingredients needed to make the pasta dough are semolina flour and water, which is often shaped into orecchiette or cavatelli. Fresh pasta for cavatelli is also popular in other places including Sicily. However, the dough is prepared differently: it is made of flour and ricotta cheese instead. Dried Dried pasta can also be defined as factory-made pasta because it is usually produced in large amounts that require large machines with superior processing capabilities to manufacture. Dried pasta is mainly shipped over to farther locations and has a longer shelf life. The ingredients required to make dried pasta include semolina flour and water. Eggs can be added for flavour and richness, but are not needed to make dried pasta. In contrast to fresh pasta, dried pasta needs to be dried at a low temperature for several days to evaporate all the moisture allowing it to be stored for a longer period. Dried pastas are best served in hearty dishes like ragu sauces, soups, and casseroles. Once it is cooked, the dried pasta will usually grow to twice its original size. Therefore, approximately of dried pasta serves up to four people. Culinary uses Pasta is generally served with some type of sauce; the sauce and the type of pasta are usually matched based on consistency and ease of eating. Northern Italian cooking uses less tomato sauce, garlic and herbs, and white sauce is more common. However Italian cuisine is best identified by individual regions. Pasta dishes with lighter use of tomato are found in Trentino-Alto Adige and Emilia Romagna. In Bologna, the meat-based Bolognese sauce incorporates a small amount of tomato concentrate and a green sauce called pesto originates from Genoa. In Central Italy, there are sauces such as tomato sauce, amatriciana, arrabbiata and the egg-based carbonara. Tomato sauces are also present in Southern Italian cuisine, where they originated. In Southern Italy more complex variations include pasta paired with fresh vegetables, olives, capers or seafood. Varieties include puttanesca, pasta alla Norma (tomatoes, eggplant and fresh or baked cheese), pasta con le sarde (fresh sardines, pine nuts, fennel and olive oil), spaghetti aglio, olio e peperoncino (literally with garlic, [olive] oil and hot chili peppers), pasta con i peperoni cruschi (crispy peppers and breadcrumbs). Processing Fresh Ingredients to make pasta dough include semolina flour, egg, salt and water. Flour is first mounded on a flat surface and then a well in the pile of flour is created. Egg is then poured into the well and a fork is used to mix the egg and flour. There are a variety of ways to shape the sheets of pasta depending on the type required. The most popular types include penne, spaghetti, and macaroni. Kitchen pasta machines, also called pasta makers, are popular with cooks who make large amounts of fresh pasta. The cook feeds sheets of pasta dough into the machine by hand and, by turning a hand crank, rolls the pasta to thin it incrementally. On the final pass through the pasta machine, the pasta may be directed through a machine 'comb' to shape of the pasta as it emerges. Matrix and extrusion Semolina flour consists of a protein matrix with entrapped starch granules. Upon the addition of water, during mixing, intermolecular forces allow the protein to form a more ordered structure in preparation for cooking. Durum wheat is ground into semolina flour which is sorted by optical scanners and cleaned. Pipes allow the flour to move to a mixing machine where it is mixed with warm water by rotating blades. When the mixture is of a lumpy consistency, the mixture is pressed into sheets or extruded. Varieties of pasta such as spaghetti and linguine are cut by rotating blades while pasta such as penne and rotini are extruded. The size and shape of the dies in the extruder through which the pasta is pushed determine the shape that results. The pasta is then dried at a high temperature. Factory-manufactured The ingredients to make dried pasta usually include water and semolina flour; egg for colour and richness (in some types of pasta), and possibly vegetable juice (such as spinach, beet, tomato, carrot), herbs or spices for colour and flavour. After mixing semolina flour with warm water the dough is kneaded mechanically until it becomes firm and dry. If pasta is to be flavoured, eggs, vegetable juices, and herbs are added at this stage. The dough is then passed into the laminator to be flattened into sheets, then compressed by a vacuum mixer-machine to clear out air bubbles and excess water from the dough until the moisture content is reduced to 12%. Next, the dough is processed in a steamer to kill any bacteria it may contain. The dough is then ready to be shaped into different types of pasta. Depending on the type of pasta to be made, the dough can either be cut or extruded through dies. The pasta is set in a drying tank under specific conditions of heat, moisture, and time depending on the type of pasta. The dried pasta is then packaged: Fresh pasta is sealed in a clear, airtight plastic container with a mixture of carbon dioxide and nitrogen that inhibits microbial growth and prolongs the product's shelf life; dried pastas are sealed in clear plastic or cardboard packages. Gluten-free Gluten, the protein found in grains such as wheat, rye, spelt, and barley, contributes to protein aggregation and firm texture of a normally cooked pasta. Gluten-free pasta is produced with wheat flour substitutes, such as vegetable powders, rice, corn, quinoa, amaranth, oats and buckwheat flours. Other possible gluten-free pasta ingredients may include hydrocolloids to improve cooking pasta with high heat resistance, xanthan gum to retain moisture during storage, or hydrothermally-treated polysaccharide mixtures to produce textures similar to those of wheat pasta. Storage The storage of pasta depends its processing and extent of drying. Uncooked pasta is kept dry and can sit in the cupboard for a year if airtight and stored in a cool, dry area. Cooked pasta is stored in the refrigerator for a maximum of five days in an airtight container. Adding a couple teaspoons of oil helps keep the food from sticking to itself and the container. Cooked pasta may be frozen for up to two or three months. Should the pasta be dried completely, it can be placed back in the cupboard. Science Molecular and physical composition Pasta exhibits a random molecular order rather than a crystalline structure. The moisture content of dried pasta is typically around 12%, indicating that dried pasta will remain a brittle solid until it is cooked and becomes malleable. The cooked product is, as a result, softer, more flexible, and chewy. Semolina flour is the ground endosperm of durum wheat, producing granules that absorb water during heating and an increase in viscosity due to semi-reordering of starch molecules. Another major component of durum wheat is protein which plays a large role in pasta dough rheology. Gluten proteins, which include monomeric gliadins and polymeric glutenin, make up the major protein component of durum wheat (about 75–80%). As more water is added and shear stress is applied, gluten proteins take on an elastic characteristic and begin to form strands and sheets. The gluten matrix that results during forming of the dough becomes irreversibly associated during drying as the moisture content is lowered to form the dried pasta product. Impact of processing on physical structure Before the mixing process takes place, semolina particles are irregularly shaped and present in different sizes. Semolina particles become hydrated during mixing. The amount of water added to the semolina is determined based on the initial moisture content of the flour and the desired shape of the pasta. The desired moisture content of the dough is around 32% wet basis and will vary depending on the shape of pasta being produced. The forming process involves the dough entering an extruder in which the rotation of a single or double screw system pushes the dough toward a die set to a specific shape. As the starch granules swell slightly in the presence of water and a low amount of thermal energy, they become embedded within the protein matrix and align along the direction of the shear caused by the extrusion process. Starch gelatinization and protein coagulation are the major changes that take place when pasta is cooked in boiling water. Protein and starch competing for water within the pasta cause a constant change in structure as the pasta cooks. Production and market In 2015–16, the largest producers of dried pasta were Italy (3.2 million tonnes), the United States (2 million tonnes), Turkey (1.3 million tons), Brazil (1.2 million tonnes), and Russia (1 million tons). In 2018, Italy was the world's largest exporter of pasta, with $2.9 billion sold, followed by China with $0.9 billion. The largest per capita consumers of pasta in 2015 were Italy (23.5 kg/person), Tunisia (16.0 kg/person), Venezuela (12.0 kg/person) and Greece (11.2 kg/person). In 2017, the United States was the largest consumer of pasta with 2.7 million tons. Nutrition When cooked, plain pasta is composed of 62% water, 31% carbohydrates (26% starch), 6% protein, and 1% fat. A portion of unenriched cooked pasta provides of food energy and a moderate level of manganese (15% of the Daily Value), but few other micronutrients. Pasta has a lower glycemic index than many other staple foods in Western culture, like bread, potatoes, and rice. International adaptations As pasta was introduced elsewhere in the world, it became incorporated into a number of local cuisines, which often have significantly different ways of preparation from those of Italy. In Hong Kong, the local Chinese have adopted pasta, primarily spaghetti and macaroni, as an ingredient in the Hong Kong-style Western cuisine. When pasta was introduced to different nations, each culture would adopt a different style of preparation. |
ring cyclic structures, or undergo further reactions to form tetramers, or 4 monomer-unit compounds. Such small polymers are referred to as oligomers. Generally, because formaldehyde is an exceptionally reactive electrophile it allows nucleophilic addition of hemiacetal intermediates, which are in general short-lived and relatively unstable "mid-stage" compounds that react with other non-polar molecules present to form more stable polymeric compounds. Polymerization that is not sufficiently moderated and proceeds at a fast rate can be very hazardous. This phenomenon is known as hazardous polymerization and can cause fires and explosions. Step-growth vs. chain-growth polymerization Step-growth and chain-growth are the main classes of polymerization reaction mechanisms. The former is often easier to implement but requires precise control of stoichiometry. The latter more reliably affords high molecular-weight polymers, but only applies to certain monomers. Step-growth In step-growth (or step) polymerization, pairs of reactants, of any lengths, combine at each step to form a longer polymer molecule. The average molar mass increases slowly. Long chains form only late in the reaction. Step-growth polymers are formed by independent reaction steps between functional groups of monomer units, usually containing heteroatoms such as nitrogen or oxygen. Most step-growth polymers are also classified as condensation polymers, since a small molecule such as water is lost when the polymer chain is lengthened. For example, polyester chains grow by reaction of alcohol and carboxylic acid groups to form ester links with loss of water. However, there are exceptions; for example polyurethanes are step-growth polymers formed from isocyanate and alcohol bifunctional monomers) without loss of water or other volatile molecules, and are classified as addition polymers rather than condensation polymers. Step-growth polymers increase in molecular weight at a very slow rate at lower conversions and reach moderately high molecular weights only at very high conversion (i.e., >95%). Solid state polymerization to afford polyamides (e.g., nylons) is an example of step-growth polymerization. Chain-growth In chain-growth (or chain) polymerization, the only chain-extension reaction step is the addition of a monomer to a growing chain with an active center such as a free radical, cation, or anion. Once the growth of a chain is initiated by formation of an active center, chain propagation is usually rapid by addition of a sequence of monomers. Long chains are formed from the beginning of the reaction. Chain-growth polymerization (or addition polymerization) involves the linking together of unsaturated monomers, especially containing carbon-carbon double bonds. The pi-bond is lost by formation of a new sigma bond. Chain-growth polymerization is involved in the manufacture of polymers such as polyethylene, polypropylene, polyvinyl chloride (PVC), acrylate. In these cases, the alkenes RCH=CH2 are converted to high molecular weight alkanes (-RCHCH2-)n (R = H, CH3, Cl, CO2CH3). Other forms of chain growth polymerization include cationic addition polymerization and anionic addition polymerization. A special case of chain-growth polymerization leads to living polymerization. Ziegler–Natta polymerization allows considerable control of polymer branching. Diverse methods are employed to manipulate the initiation, propagation, and termination rates | be very hazardous. This phenomenon is known as hazardous polymerization and can cause fires and explosions. Step-growth vs. chain-growth polymerization Step-growth and chain-growth are the main classes of polymerization reaction mechanisms. The former is often easier to implement but requires precise control of stoichiometry. The latter more reliably affords high molecular-weight polymers, but only applies to certain monomers. Step-growth In step-growth (or step) polymerization, pairs of reactants, of any lengths, combine at each step to form a longer polymer molecule. The average molar mass increases slowly. Long chains form only late in the reaction. Step-growth polymers are formed by independent reaction steps between functional groups of monomer units, usually containing heteroatoms such as nitrogen or oxygen. Most step-growth polymers are also classified as condensation polymers, since a small molecule such as water is lost when the polymer chain is lengthened. For example, polyester chains grow by reaction of alcohol and carboxylic acid groups to form ester links with loss of water. However, there are exceptions; for example polyurethanes are step-growth polymers formed from isocyanate and alcohol bifunctional monomers) without loss of water or other volatile molecules, and are classified as addition polymers rather than condensation polymers. Step-growth polymers increase in molecular weight at a very slow rate at lower conversions and reach moderately high molecular weights only at very high conversion (i.e., >95%). Solid state polymerization to afford polyamides (e.g., nylons) is an example of step-growth polymerization. Chain-growth In chain-growth (or chain) polymerization, the only chain-extension reaction step is the addition of a monomer to a growing chain with an active center such as a free radical, cation, or anion. Once the growth of a chain is initiated by formation of an active center, chain propagation is usually rapid by addition of a sequence of monomers. Long chains are formed from the beginning of the reaction. Chain-growth polymerization (or addition polymerization) involves the linking together of unsaturated monomers, especially containing carbon-carbon double bonds. The pi-bond is lost by formation of a new sigma bond. Chain-growth polymerization is involved in the manufacture of polymers such as polyethylene, polypropylene, polyvinyl chloride (PVC), acrylate. In these cases, the alkenes RCH=CH2 are converted to high molecular weight alkanes (-RCHCH2-)n (R = H, CH3, Cl, CO2CH3). Other forms of chain growth polymerization include cationic addition polymerization and anionic addition polymerization. A |
a future where direct access to the mind via technology is possible. While her stories include many of the gritty, unvarnished characteristics of the cyberpunk genre, she further specializes in this exploration of the speculative relationship between technology and the perceptions of the human mind. Cadigan has won a number of awards. These include a 2013 Hugo Award for "The Girl-Thing Who Went Out for Sushi" in the Best Novelette category, presented at LoneStarCon 3, the 71st World Science Fiction Convention, held in San Antonio, Texas over the 2013 Labor Day weekend, and the Arthur C. Clarke Award both in 1992 and 1995 for her novels Synners and Fools. Robert A. Heinlein in part dedicated his 1982 novel Friday to Cadigan after becoming her friend, following her being the guest liaison to him for the 34th Worldcon in Kansas City. Health In 2013, Cadigan announced that she had been diagnosed with cancer. She underwent surgery after an early diagnosis, suffered a relapse some years after, and recovered after extensive chemotherapy. Published works Series Deadpan Allie Mindplayers, (Bantam Spectra Aug. 1987)/(Gollancz Feb. 1988); revised and expanded from the following linked stories: "The Pathosfinder", (nv) The Berkley Showcase: New Writings in Science Fiction & Fantasy, ed. John Silbersack & Victoria Schochet, Berkley July 1981 "Nearly Departed", (ss) Asimov's June 1983; read online "Variation on a Man", (ss) Omni Jan. 1984 "Lunatic Bridge", (nv) The Fifth Omni Book of Science Fiction, ed. Ellen Datlow, Zebra Books April 1987 "Dirty Work", (nv) Blood Is Not Enough, ed. Ellen Datlow, Morrow 1989 "A Lie for a Lie", (nv) Lethal Kisses, ed. Ellen Datlow, Millennium Dec. 1996 {aka Wild Justice} Dore Konstantin (TechnoCrime, Artificial Reality Division) Tea from an Empty Cup, (Tor Oct. 1998); loosely based on the following linked novellas: "Death in the Promised Land", (na) Omni Online March 1995 / Asimov’s Nov. 1995 "Tea from an Empty Cup", (na) Omni Online Oct. 1995 / Black Mist and Other Japanese Futures, ed. Orson Scott Card & Keith Ferrell, DAW Dec. 1997 Dervish is Digital, (Macmillan UK Oct. 2000) / (Tor July 2001) The Web The Web: Avatar, (Dolphin April 1999); novella Other novels Synners, (Bantam Spectra Feb. 1991) / (HarperCollins UK/Grafton Oct. 1991) Fools, (Bantam Spectra Nov. 1992) / (HarperCollins UK March 1994) Chapbooks My Brother's Keeper, (Pulphouse July 1992); novelette, reprinted from Asimov's Jan. 1988 Chalk, (This is Horror Nov. 2013); novelette Collections Patterns, (Ursus Sep. 1989) Introduction, Bruce Sterling (in) "Patterns", (ss) Omni | a full-time writer in 1987. She emigrated to London in the UK with her son Rob Fenner in 1996, where she is married to her third husband, Christopher Fowler (not to be confused with the author of the same name). She became a UK citizen in late 2014. Cadigan's first novel, Mindplayers, introduces what becomes the common theme to all her works: her stories blur the line between reality and perception by making the human mind a real, explorable place. Her second novel, Synners, expands upon the same theme; both feature a future where direct access to the mind via technology is possible. While her stories include many of the gritty, unvarnished characteristics of the cyberpunk genre, she further specializes in this exploration of the speculative relationship between technology and the perceptions of the human mind. Cadigan has won a number of awards. These include a 2013 Hugo Award for "The Girl-Thing Who Went Out for Sushi" in the Best Novelette category, presented at LoneStarCon 3, the 71st World Science Fiction Convention, held in San Antonio, Texas over the 2013 Labor Day weekend, and the Arthur C. Clarke Award both in 1992 and 1995 for her novels Synners and Fools. Robert A. Heinlein in part dedicated his 1982 novel Friday to Cadigan after becoming her friend, following her being the guest liaison to him for the 34th Worldcon in Kansas City. Health In 2013, Cadigan announced that she had been diagnosed with cancer. She underwent surgery after an early diagnosis, suffered a relapse some years after, and recovered after extensive chemotherapy. Published works Series Deadpan Allie Mindplayers, (Bantam Spectra Aug. 1987)/(Gollancz Feb. 1988); revised and expanded from the following linked stories: "The Pathosfinder", (nv) The Berkley Showcase: New Writings in Science Fiction & Fantasy, ed. John Silbersack & Victoria Schochet, Berkley July 1981 "Nearly Departed", (ss) Asimov's June 1983; read online "Variation on a Man", (ss) Omni Jan. 1984 "Lunatic Bridge", (nv) The Fifth Omni Book of Science Fiction, ed. Ellen Datlow, Zebra Books April 1987 "Dirty Work", (nv) Blood Is Not Enough, ed. Ellen Datlow, Morrow 1989 "A Lie for a Lie", (nv) Lethal Kisses, ed. Ellen Datlow, Millennium Dec. 1996 {aka Wild Justice} Dore Konstantin (TechnoCrime, Artificial Reality Division) Tea from an Empty Cup, (Tor Oct. 1998); loosely based on the following linked novellas: "Death in the Promised Land", (na) Omni Online March 1995 / Asimov’s Nov. 1995 "Tea from an Empty Cup", (na) Omni Online Oct. 1995 / Black Mist and Other Japanese Futures, ed. Orson Scott Card & Keith Ferrell, DAW Dec. 1997 Dervish is Digital, (Macmillan UK Oct. 2000) / (Tor July 2001) The Web The Web: Avatar, (Dolphin April 1999); novella Other novels Synners, (Bantam Spectra Feb. 1991) / (HarperCollins UK/Grafton Oct. 1991) Fools, (Bantam Spectra Nov. 1992) / (HarperCollins UK March 1994) Chapbooks My Brother's Keeper, (Pulphouse July 1992); novelette, reprinted from Asimov's Jan. 1988 Chalk, (This is Horror Nov. 2013); novelette Collections Patterns, (Ursus Sep. 1989) Introduction, Bruce Sterling (in) "Patterns", (ss) Omni Aug. 1987 "Eenie, Meenie, Ipsateenie", (ss) Shadows #6, ed. Charles L. Grant, Doubleday 1983 "Vengeance Is Yours", (ss) Omni May 1983 "The Day the Martels Got the Cable", (ss) F&SF Dec. 1982 "Roadside Rescue", (ss) Omni July 1985 "Rock On", (ss) Light Years and Dark, ed. Michael Bishop, Berkley 1984 "Heal", (vi) Omni April 1988 "Another One Hits the Road", (nv) F&SF Jan. 1984 "My Brother's Keeper", (nv) Asimov's Jan. 1988 "Pretty Boy Crossover", (ss) Asimov's Jan. 1986 "Two", (nv) F&SF Jan. 1988 "Angel", (ss) Asimov's May 1987; read online "It Was the Heat", (ss) Tropical Chills, ed. Tim Sullivan, Avon 1988 "The Power and the Passion", (ss) Home By the Sea, (WSFA Press May 1992) Introduction, Mike Resnick (in) "Dirty Work", (nv) Blood Is Not Enough, ed. Ellen Datlow, Morrow 1989 "50 Ways to Improve Your Orgasm", (ss) Asimov's April 1992 "Dispatches from the Revolution", (nv) Asimov's July 1991; read online (collected in Mike Resnick's alternate history anthology Alternate Presidents) "Home by the Sea", (nv) A Whisper of Blood, ed. Ellen Datlow, Morrow 1991; Read online A Cadigan Bibliography, (bi) Dirty Work, (Mark V. Ziesing Sep. 1993) Introduction, Storm Constantine (in) "Dirty Work", (nv) Blood Is Not Enough, ed. Ellen Datlow, Morrow 1989 "Second Comings—Reasonable Rates", (ss) F&SF Feb. 1981 "The Sorceress in Spite of Herself", (ss) Asimov's Dec. 1982 "50 Ways to Improve Your Orgasm", (ss) Asimov's April 1992 "Mother's Milt", (ss) OMNI Best Science Fiction Two, ed. Ellen Datlow, OMNI Books 1992 "True Faces", (nv) F&SF April 1992 "New Life for Old", (ss) Aladdin: Master of the Lamp, ed. Mike Resnick & Martin H. Greenberg, DAW 1992 "The Coming of the Doll", (ss) F&SF June 1981 "The Pond", (ss) Fears, ed. Charles L. Grant, |
Russell Street Bombing in 1986. It was followed by a second series, Phoenix II, based on a series of violent aggravated burglaries ("ag burgs") against wealthy senior citizens. The series was filmed in Melbourne, Victoria and was characterised by its dark, noir-ish visual tone and non-linear editing, reminiscent of the ABC crime dramas Scales of Justice, Blue Murder and Wildside, which all also dealt with corruption in the police force. The show was lauded for its realistic depiction of police investigation techniques, aided by extensive research by the show's writers. It won several Logie Awards, including Most Outstanding Miniseries Logie in 1993 and 1994, as well as several Australian Film Institute Awards, and the Television or Film Theme of the Year Award at the APRA Music Awards of 1993. The series spawned the 1994 spin-off Janus, with Simon Westaway reprising his role as Sergeant Peter Faithful. Cast Phoenix (1992) Starring Paul Sonkkila as Jock Brennan (13 episodes) Sean Scully as Ian "Goose" Cochrane (13 episodes) Andy Anderson as Lochie Renford (13 episodes) Peter Cummins as Superintendent Wallace (13 episodes) Simon Westaway as Sergeant Peter "Noddy" Faithful (13 episodes) Nell Feeney as Megan Edwards (11 episodes) Susie Edmonds as Carol Cochrane (12 episodes) Tony Poli as Lazarus | depiction of police investigation techniques, aided by extensive research by the show's writers. It won several Logie Awards, including Most Outstanding Miniseries Logie in 1993 and 1994, as well as several Australian Film Institute Awards, and the Television or Film Theme of the Year Award at the APRA Music Awards of 1993. The series spawned the 1994 spin-off Janus, with Simon Westaway reprising his role as Sergeant Peter Faithful. Cast Phoenix (1992) Starring Paul Sonkkila as Jock Brennan (13 episodes) Sean Scully as Ian "Goose" Cochrane (13 episodes) Andy Anderson as Lochie Renford (13 episodes) Peter Cummins as Superintendent Wallace (13 episodes) Simon Westaway as Sergeant Peter "Noddy" Faithful (13 episodes) Nell Feeney as Megan Edwards (11 episodes) Susie Edmonds as Carol Cochrane (12 episodes) Tony Poli as |
yellow ornamental head feathers; their bills are at least partly red. These two genera diverged apparently in the Middle Miocene (Langhian, roughly 15–14 mya), but again, the living species of Eudyptes are the product of a later radiation, stretching from about the late Tortonian (Late Miocene, 8 mya) to the end of the Pliocene. Geography The geographical and temporal pattern of spheniscine evolution corresponds closely to two episodes of global cooling documented in the paleoclimatic record. The emergence of the Subantarctic lineage at the end of the Bartonian corresponds with the onset of the slow period of cooling that eventually led to the ice ages some 35 million years later. With habitat on the Antarctic coasts declining, by the Priabonian more hospitable conditions for most penguins existed in the Subantarctic regions rather than in Antarctica itself. Notably, the cold Antarctic Circumpolar Current also started as a continuous circumpolar flow only around 30 mya, on the one hand forcing the Antarctic cooling, and on the other facilitating the eastward expansion of Spheniscus to South America and eventually beyond. Despite this, there is no fossil evidence to support the idea of crown radiation from the Antarctic continent in the Paleogene, although DNA study favors such a radiation. Later, an interspersed period of slight warming was ended by the Middle Miocene Climate Transition, a sharp drop in global average temperature from 14–12 mya, and similar abrupt cooling events followed at 8 mya and 4 mya; by the end of the Tortonian, the Antarctic ice sheet was already much like today in volume and extent. The emergence of most of today's Subantarctic penguin species almost certainly was caused by this sequence of Neogene climate shifts. Relationship to other bird orders Penguin ancestry beyond Waimanu remains unknown and not well-resolved by molecular or morphological analyses. The latter tend to be confounded by the strong adaptive autapomorphies of the Sphenisciformes; a sometimes perceived fairly close relationship between penguins and grebes is almost certainly an error based on both groups' strong diving adaptations, which are homoplasies. On the other hand, different DNA sequence datasets do not agree in detail with each other either. What seems clear is that penguins belong to a clade of Neoaves (living birds except for paleognaths and fowl) that comprises what is sometimes called "higher waterbirds" to distinguish them from the more ancient waterfowl. This group contains such birds as storks, rails, and the seabirds, with the possible exception of the Charadriiformes. Inside this group, penguin relationships are far less clear. Depending on the analysis and dataset, a close relationship to Ciconiiformes or to Procellariiformes has been suggested. Some think the penguin-like plotopterids (usually considered relatives of cormorants and anhingas) may actually be a sister group of the penguins and those penguins may have ultimately shared a common ancestor with the Pelecaniformes and consequently would have to be included in that order, or that the plotopterids were not as close to other pelecaniforms as generally assumed, which would necessitate splitting the traditional Pelecaniformes into three. A 2014 analysis of whole genomes of 48 representative bird species has concluded that penguins are the sister group of Procellariiformes, from which they diverged about 60 million years ago (95% CI, 56.8-62.7). The distantly related puffins, which live in the North Pacific and North Atlantic, developed similar characteristics to survive in the Arctic and sub-Arctic environments. Like the penguins, puffins have a white chest, black back and short stubby wings providing excellent swimming ability in icy water. But, unlike penguins, puffins can fly, as flightless birds would not survive alongside land-based predators such as polar bears and foxes; there are no such predators in the Antarctic. Their similarities indicate that similar environments, although at great distances, can result in similar evolutionary developments, i.e. convergent evolution. Anatomy and physiology Penguins are superbly adapted to aquatic life. Their wings have evolved to become flippers, useless for flight in the air. In the water, however, penguins are astonishingly agile. Penguins' swimming looks very similar to birds' flight in the air. Within the smooth plumage a layer of air is preserved, ensuring buoyancy. The air layer also helps insulate the birds in cold waters. On land, penguins use their tails and wings to maintain balance for their upright stance. All penguins are countershaded for camouflage – that is, they have black backs and wings with white fronts. A predator looking up from below (such as an orca or a leopard seal) has difficulty distinguishing between a white penguin belly and the reflective water surface. The dark plumage on their backs camouflages them from above. Gentoo penguins are the fastest underwater birds in the world. They are capable of reaching speeds up to 36 km (about 22 miles) per hour while searching for food or escaping from predators. They are also able to dive to depths of 170–200 meters (about 560–660 feet). The small penguins do not usually dive deep; they catch their prey near the surface in dives that normally last only one or two minutes. Larger penguins can dive deep in case of need. Emperor penguins are the world’s deepest-diving birds. They can dive to depths of approximately 550 meters (1,800 feet) while searching for food. Penguins either waddle on their feet or slide on their bellies across the snow while using their feet to propel and steer themselves, a movement called "tobogganing", which conserves energy while moving quickly. They also jump with both feet together if they want to move more quickly or cross steep or rocky terrain. Penguins have an average sense of hearing for birds; this is used by parents and chicks to locate one another in crowded colonies. Their eyes are adapted for underwater vision and are their primary means of locating prey and avoiding predators; in air it has been suggested that they are nearsighted, although research has not supported this hypothesis. Penguins have a thick layer of insulating feathers that keeps them warm in water (heat loss in water is much greater than in air). The emperor penguin has a maximum feather density of about nine feathers per square centimeter which is actually much lower than other birds that live in antarctic environments. However, they have been identified as having at least four different types of feather: in addition to the traditional feather, the emperor has afterfeathers, plumules, and filoplumes. The afterfeathers are downy plumes that attach directly to the main feathers and were once believed to account for the bird's ability to conserve heat when under water; the plumules are small down feathers that attach directly to the skin, and are much more dense in penguins than other birds; lastly the filoplumes are small (less than 1 cm long) naked shafts that end in a splay of fibers— filoplumes were believed to give flying birds a sense of where their plumage was and whether or not it needed preening, so their presence in penguins may seem inconsistent, but penguins also preen extensively. The emperor penguin has the largest body mass of all penguins, which further reduces relative surface area and heat loss. They also are able to control blood flow to their extremities, reducing the amount of blood that gets cold, but still keeping the extremities from freezing. In the extreme cold of the Antarctic winter, the females are at sea fishing for food, leaving the males to brave the weather by themselves. They often huddle together to keep warm and rotate positions to make sure that each penguin gets a turn in the centre of the heat pack. Calculations of the heat loss and retention ability of marine endotherms suggest that most extant penguins are too small to survive in such cold environments. In 2007, Thomas and Fordyce wrote about the "heterothermic loophole" that penguins utilize in order to survive in Antarctica. All extant penguins, even those that live in warmer climates, have a counter-current heat exchanger called the humeral | Early Oligocene genus Cruschedula was formerly thought to belong to Spheniscidae; however, re-examination of the holotype in 1943 resulted in the genus being placed in Accipitridae. Further examination in 1980 resulted in placement as Aves incertae sedis. Taxonomy Some recent sources apply the phylogenetic taxon Spheniscidae to what here is referred to as Spheniscinae. Furthermore, they restrict the phylogenetic taxon Sphenisciformes to flightless taxa, and establish the phylogenetic taxon Pansphenisciformes as equivalent to the Linnean taxon Sphenisciformes, i.e., including any flying basal "proto-penguins" to be discovered eventually. Given that neither the relationships of the penguin subfamilies to each other nor the placement of the penguins in the avian phylogeny is presently resolved, this is confusing, so the established Linnean system is followed here. Evolution The evolutionary history of penguins is well-researched and represents a showcase of evolutionary biogeography. Although penguin bones of any one species vary much in size and few good specimens are known, the alpha taxonomy of many prehistoric forms still leaves much to be desired. Some seminal articles about penguin prehistory have been published since 2005; Supplementary Material the evolution of the living genera can be considered resolved by now. The basal penguins lived around the time of the Cretaceous–Paleogene extinction event somewhere in the general area of (southern) New Zealand and Byrd Land, Antarctica. Due to plate tectonics, these areas were at that time less than apart rather than the of today. The most recent common ancestor of penguins and their sister clade can be roughly dated to the Campanian–Maastrichtian boundary, around 70–68 mya. What can be said as certainly as possible in the absence of direct (i.e., fossil) evidence is that, by the end of the Cretaceous, the penguin lineage must have been evolutionarily well distinct, though much less so morphologically; it is fairly likely that they were not yet entirely flightless at that time, as flightless birds have generally low resilience to the breakdown of trophic webs that follows the initial phase of mass extinctions because of their below-average dispersal capabilities (see also Flightless cormorant). Basal fossils The oldest known fossil penguin species is Waimanu manneringi, which lived in the early Paleocene epoch of New Zealand, or about 62 mya. While they were not as well-adapted to aquatic life as modern penguins, Waimanu were generally loon-like birds but already flightless, with short wings adapted for deep diving. They swam on the surface using mainly their feet, but the wings were – as opposed to most other diving birds (both living and extinct) – already adapting to underwater locomotion.Perudyptes from northern Peru was dated to 42 mya. An unnamed fossil from Argentina proves that, by the Bartonian (Middle Eocene), some 39–38 mya, primitive penguins had spread to South America and were in the process of expanding into Atlantic waters. Palaeeudyptines During the Late Eocene and the Early Oligocene (40–30 mya), some lineages of gigantic penguins existed. Nordenskjoeld's giant penguin was the tallest, growing nearly tall. The New Zealand giant penguin was probably the heaviest, weighing 80 kg or more. Both were found on New Zealand, the former also in the Antarctic farther eastwards. Traditionally, most extinct species of penguins, giant or small, had been placed in the paraphyletic subfamily called Palaeeudyptinae. More recently, with new taxa being discovered and placed in the phylogeny if possible, it is becoming accepted that there were at least two major extinct lineages. One or two closely related ones occurred in Patagonia, and at least one other—which is or includes the paleeudyptines as recognized today – occurred on most Antarctic and Subantarctic coasts. But size plasticity seems to have been great at this initial stage of penguin radiation: on Seymour Island, Antarctica, for example, around 10 known species of penguins ranging in size from medium to huge apparently coexisted some 35 mya during the Priabonian (Late Eocene). It is not even known whether the gigantic palaeeudyptines constitute a monophyletic lineage, or whether gigantism was evolved independently in a much restricted Palaeeudyptinae and the Anthropornithinae – whether they were considered valid, or whether there was a wide size range present in the Palaeeudyptinae as delimited as is usually done these days (i.e., including Anthropornis nordenskjoeldi). The oldest well-described giant penguin, the -tall Icadyptes salasi, actually occurred as far north as northern Peru about 36 mya. In any case, the gigantic penguins had disappeared by the end of the Paleogene, around 25 mya. Their decline and disappearance coincided with the spread of the Squalodontoidea and other primitive, fish-eating toothed whales, which certainly competed with them for food, and were ultimately more successful. A new lineage, the Paraptenodytes, which includes smaller but decidedly stout-legged forms, had already arisen in southernmost South America by that time. The early Neogene saw the emergence of yet another morphotype in the same area, the similarly sized but more gracile Palaeospheniscinae, as well as the radiation that gave rise to the penguin biodiversity of our time. Origin and systematics of modern penguins Modern penguins constitute two undisputed clades and another two more basal genera with more ambiguous relationships. To help resolve the evolution of this order, 19 high-coverage genomes that, together with two previously published genomes, encompass all extant penguin species have been sequenced. The origin of the Spheniscinae lies probably in the latest Paleogene and, geographically, it must have been much the same as the general area in which the order evolved: the oceans between the Australia-New Zealand region and the Antarctic. Presumably diverging from other penguins around 40 mya, it seems that the Spheniscinae were for quite some time limited to their ancestral area, as the well-researched deposits of the Antarctic Peninsula and Patagonia have not yielded Paleogene fossils of the subfamily. Also, the earliest spheniscine lineages are those with the most southern distribution. The genus Aptenodytes appears to be the basalmost divergence among living penguins. They have bright yellow-orange neck, breast, and bill patches; incubate by placing their eggs on their feet, and when they hatch the chicks are almost naked. This genus has a distribution centred on the Antarctic coasts and barely extends to some Subantarctic islands today.Pygoscelis contains species with a fairly simple black-and-white head pattern; their distribution is intermediate, centred on Antarctic coasts but extending somewhat northwards from there. In external morphology, these apparently still resemble the common ancestor of the Spheniscinae, as Aptenodytes autapomorphies are, in most cases, fairly pronounced adaptations related to that genus' extreme habitat conditions. As the former genus, Pygoscelis seems to have diverged during the Bartonian, but the range expansion and radiation that led to the present-day diversity probably did not occur until much later; around the Burdigalian stage of the Early Miocene, roughly 20–15 mya. The genera Spheniscus and Eudyptula contain species with a mostly Subantarctic distribution centred on South America; some, however, range quite far northwards. They all lack carotenoid colouration and the former genus has a conspicuous banded head pattern; they are unique among living penguins by nesting in burrows. This group probably radiated eastwards with the Antarctic Circumpolar Current out of the ancestral range of modern penguins throughout the Chattian (Late Oligocene), starting approximately 28 mya. While the two genera separated during this time, the present-day diversity is the result of a Pliocene radiation, taking place some 4–2 mya. The Megadyptes–Eudyptes clade occurs at similar latitudes (though not as far north as the Galápagos penguin), has its highest diversity in the New Zealand region, and represents a westward dispersal. They are characterized by hairy yellow ornamental head feathers; their bills are at least partly red. These two genera diverged apparently in the Middle Miocene (Langhian, roughly 15–14 mya), but again, the living species of Eudyptes are the product of a later radiation, stretching from about the late Tortonian (Late Miocene, 8 mya) to the end of the Pliocene. Geography The geographical and temporal pattern of spheniscine evolution corresponds closely to two episodes of global cooling documented in the paleoclimatic record. The emergence of the Subantarctic lineage at the end of the Bartonian corresponds with the onset of the slow period of cooling that eventually led to the ice ages some 35 million years later. With habitat on the Antarctic coasts declining, by the Priabonian more hospitable conditions for most penguins existed in the Subantarctic regions rather than in Antarctica itself. Notably, the cold Antarctic Circumpolar Current also started as a continuous circumpolar flow only around 30 mya, on the one hand forcing the Antarctic cooling, and on the other facilitating the eastward expansion of Spheniscus to South America and eventually beyond. Despite this, there is no fossil evidence to support the idea of crown radiation from the Antarctic continent in the Paleogene, although DNA study favors such a radiation. Later, an interspersed period of slight warming was ended by the Middle Miocene Climate Transition, a sharp drop in global average temperature from 14–12 mya, and similar abrupt cooling events followed at 8 mya and 4 mya; by the end of the Tortonian, the Antarctic ice sheet was already much like today in volume and extent. The emergence of most of today's Subantarctic penguin species almost certainly was caused by this sequence of Neogene climate shifts. Relationship to other bird orders Penguin ancestry beyond Waimanu remains unknown and not well-resolved by molecular or morphological analyses. The latter tend to be confounded by the strong adaptive autapomorphies of the Sphenisciformes; a sometimes perceived fairly close relationship between penguins and grebes is almost certainly an error based on both groups' strong diving adaptations, which are homoplasies. On the other hand, different DNA sequence datasets do not agree in detail with each other either. What seems clear is that penguins belong to a clade of Neoaves (living birds except for paleognaths and fowl) that comprises what is sometimes called "higher waterbirds" to distinguish them from the more ancient waterfowl. This group contains such birds as storks, rails, and the seabirds, with the possible exception of the Charadriiformes. Inside this group, penguin relationships are far less clear. Depending on the analysis and dataset, a close relationship to Ciconiiformes or to Procellariiformes has been suggested. Some think the penguin-like plotopterids (usually considered relatives of cormorants and anhingas) may actually be a sister group of the penguins and those penguins may have ultimately shared a common ancestor with the Pelecaniformes and consequently would have to be included in that order, or that the plotopterids were not as close to other pelecaniforms as generally assumed, which would necessitate splitting the traditional Pelecaniformes into three. A 2014 analysis of whole genomes of 48 representative bird species has concluded that penguins are the sister group of Procellariiformes, from which they diverged about 60 million years ago (95% CI, 56.8-62.7). The distantly related puffins, which live in the North Pacific and North Atlantic, developed similar characteristics to survive in the Arctic and sub-Arctic environments. Like the penguins, puffins have a white chest, black back and short stubby wings providing excellent swimming ability in icy water. But, unlike penguins, puffins can fly, as flightless birds would not survive alongside land-based predators such as polar bears and foxes; there are no such predators in the Antarctic. Their similarities indicate that similar environments, although at great distances, can result in similar evolutionary developments, i.e. convergent evolution. Anatomy and physiology Penguins are superbly adapted to aquatic life. Their wings have evolved to become flippers, useless for flight in the air. In the water, however, penguins are astonishingly agile. Penguins' swimming looks very similar to birds' flight in the air. Within the smooth plumage a layer of air is preserved, ensuring buoyancy. The air layer also helps insulate the birds in cold waters. On land, penguins use their tails and wings to maintain balance for their upright stance. All penguins are countershaded for camouflage – that is, they have black backs and wings with white fronts. A predator looking up from below (such as an orca or a leopard seal) has difficulty distinguishing between a white penguin belly and the reflective water surface. The dark plumage on their backs camouflages them from above. Gentoo penguins are the fastest underwater birds in the world. They are capable of reaching speeds up to 36 km (about 22 miles) per hour while searching for food or escaping from predators. They are also able to dive to depths of 170–200 meters (about 560–660 feet). The small penguins do not usually dive deep; they catch their prey near the surface in dives that normally last only one or two minutes. Larger penguins can dive deep in case of need. Emperor penguins are the world’s deepest-diving birds. They can dive to depths of approximately 550 meters (1,800 feet) while searching for food. Penguins either waddle on their feet or slide on their bellies across the snow while using their feet to propel and steer themselves, a movement called "tobogganing", which conserves energy while moving quickly. They also jump with both feet together if they want to move more quickly or cross steep or rocky terrain. Penguins have an average sense of hearing for birds; this is used by parents and chicks to locate one another in crowded colonies. Their eyes are adapted for underwater vision and are their primary means of locating prey and avoiding predators; in air it has been suggested that they are nearsighted, although research has not supported this hypothesis. Penguins have a thick layer of insulating feathers that keeps them warm in water (heat loss in water is much greater than in air). The emperor penguin has a maximum feather density of about nine feathers per square centimeter which is actually much lower than other birds that live in antarctic environments. However, they have been identified as having at least four different types of feather: in addition to the traditional feather, the emperor has afterfeathers, plumules, and filoplumes. The afterfeathers are downy plumes that attach directly to the main feathers and were once believed to account for the bird's ability to conserve heat when under water; the plumules are small down feathers that attach directly to the skin, and are much more dense in penguins than other birds; lastly the filoplumes are small (less than 1 cm long) naked shafts that end in a splay of fibers— filoplumes were believed to give flying birds a sense of where their plumage was and whether or not it needed preening, so their presence in penguins may seem inconsistent, but penguins also preen extensively. The emperor penguin has the largest body mass of all penguins, which further reduces relative surface area and heat loss. They also are able to control blood flow to their extremities, reducing the amount of blood that gets cold, but still keeping the extremities from freezing. In the extreme cold of the Antarctic winter, the females are at sea fishing for food, leaving the males to brave the weather by themselves. They often huddle together to keep warm and rotate positions to make sure that each penguin gets a turn in the centre of the heat pack. Calculations of the heat loss and retention ability of marine endotherms suggest that most extant penguins are too small to survive in such cold environments. In 2007, Thomas and Fordyce wrote about the "heterothermic loophole" that penguins utilize in order to survive in Antarctica. All extant penguins, even those that live in warmer climates, have a counter-current heat exchanger called the humeral plexus. The flippers of penguins have at least three branches of the axillary artery, which allows cold blood to be heated by blood that has |
counted only 60 separate shots, with a table breaking down the middle 34 by type, camera position, angle, movement, focus, POV, and subject. Absent an alternative tabulation, Richard Schickel and Frank Capra, in their 2001 book The Men Who Made the Movies, concluded the most reasonable calculation was 60. Many are close-ups, including extreme close-ups, except for medium shots in the shower directly before and directly after the murder. The combination of the close shots with their short duration makes the sequence feel more subjective than if the images were presented alone or in a wider angle, an example of the technique Hitchcock described as "transferring the menace from the screen into the mind of the audience". To capture the straight-on shot of the shower head, the camera had to be equipped with a long lens. The inner holes on the shower head were blocked and the camera placed a sufficient distance away so that the water, while appearing to be aimed directly at the lens, actually went around and past it. The soundtrack of screeching violins, violas, and cellos was an original all-strings piece by composer Bernard Herrmann titled "The Murder". Hitchcock originally intended to have no music for the sequence (and all motel scenes), but Herrmann insisted he try his composition. Afterward, Hitchcock agreed it vastly intensified the scene, and nearly doubled Herrmann's salary. The blood in the scene was Hershey's chocolate syrup, which shows up better on black-and-white film, and has more realistic density than stage blood. The sound of the knife entering flesh was created by plunging a knife into a casaba melon. There are varying accounts whether Leigh was in the shower the entire time or a body double was used for some parts of the murder sequence and its aftermath. In an interview with Roger Ebert and, in the book by Stephen Rebello, Alfred Hitchcock and the Making of Psycho, Leigh stated she appeared in the scene the entire time and Hitchcock used a stand-in only for the sequence in which Norman wraps Marion's body in a shower curtain and places it in the trunk of her car. The 2010 book The Girl in Alfred Hitchcock's Shower by Robert Graysmith and the documentary 78/52: Hitchcock's Shower Scene contradicts this, identifying Marli Renfro as Leigh's body double for some of the shower scene's shots. Graysmith also stated that Hitchcock later acknowledged Renfro's participation in the scene. Rita Riggs, who was in charge of the wardrobe, claims it was Leigh in the shower the entire time, explaining that Leigh did not wish to be nude and so she devised strategic items including pasties, moleskin, and bodystockings, to be pasted on Leigh for the scene. Riggs and Leigh went through strip tease magazines that showed all the different costumes, but none of them worked because they all had tassels on them. A popular myth emerged that ice-cold water was used in the shower scene to make Leigh's scream realistic. Leigh denied this on numerous occasions, saying the crew was accommodating, using hot water throughout the week-long shoot. All of the screams are Leigh's. Another myth was that graphic designer Saul Bass directed the shower scene. This was refuted by several figures associated with the film, including Leigh, who stated: "absolutely not! I have emphatically said this in any interview I've ever given. I've said it to his face in front of other people ... I was in that shower for seven days, and, believe me, Alfred Hitchcock was right next to his camera for every one of those seventy-odd shots." Hilton A. Green, the assistant director, also refutes Bass's claim: "There is not a shot in that movie that I didn't roll the camera for. And I can tell you I never rolled the camera for Mr. Bass." Roger Ebert, a longtime admirer of Hitchcock's work, summarily dismissed the rumor, stating, "It seems unlikely that a perfectionist with an ego like Hitchcock's would let someone else direct such a scene." Commentators such as Stephen Rebello and Bill Krohn have argued in favor of Bass's contribution to the scene in his capacity as visual consultant and storyboard artist. Along with designing the opening credits, Bass is termed "Pictorial Consultant" in the credits. When interviewing Hitchcock in 1967, François Truffaut asked about the extent of Bass's contribution, to which Hitchcock replied that in addition to the titles, Bass had provided storyboards for the Arbogast murder (which he claimed to have rejected), but made no mention of Bass's having provided storyboards for the shower scene. According to Bill Krohn's Hitchcock At Work, Bass's first claim to have directed the scene was in 1970, when he provided a magazine with 48 drawings used as storyboards as proof of his contribution. Krohn's analysis of the production, while refuting Bass's claims for directing the scene, notes that these storyboards did introduce key aspects of the final scene—most notably, the fact that the killer appears as a silhouette, and details such as the close-ups of the slashing knife, Leigh's desperate outstretched arm, the shower curtain being torn off its hooks, and the transition from the drain to Marion Crane's dead eye. Krohn notes that this final transition is highly reminiscent of the iris titles that Bass created for Vertigo. Krohn also notes that Hitchcock shot the scene with two cameras: one a BNC Mitchell, the other a handheld French Éclair camera which Orson Welles had used in Touch of Evil (1958). In order to create an ideal montage for the greatest emotional impact on the audience, Hitchcock shot a lot of footage of this scene which he trimmed down in the editing room. He even brought a Moviola on the set to gauge the footage required. The final sequence, which his editor George Tomasini worked on with Hitchcock's advice, however did not go far beyond the basic structural elements set up by Bass's storyboards. According to Donald Spoto in The Dark Side of Genius and to Stephen Rebello in Alfred Hitchcock and the Making of Psycho, Hitchcock's wife and trusted collaborator, Alma Reville, spotted a blooper in one of the last edits of Psycho before its official release: after Marion was supposedly dead, one could see her blink. According to Patricia Hitchcock, talking in Laurent Bouzereau's "making of" documentary, Alma spotted that Leigh's character appeared to take a breath. In either case, the postmortem activity was edited out and was never seen by audiences. Although Marion's eyes should be dilated after her death, the contact lenses necessary for this effect would have required six weeks of acclimation to wear them, so Hitchcock decided to forgo them. It is often claimed that, despite its graphic nature, the shower scene never once shows a knife puncturing flesh. However, a frame by frame analysis of the sequence shows one shot in which the knife appears to penetrate Leigh's abdomen, but the effect was created by lighting and reverse motion. Leigh herself was so affected by this scene when she saw it, that she no longer took showers unless she absolutely had to; she would lock all the doors and windows and would leave the bathroom and shower door open. She never realized until she first watched the film "how vulnerable and defenseless one is." Before production, Leigh and Hitchcock fully discussed what the scene meant: Film theorist Robin Wood also discusses how the shower washes "away her guilt." He comments upon the "alienation effect" of killing off the "apparent center of the film" with which spectators had identified. The scene was the subject of Alexandre O. Philippe's 2017 documentary 78/52: Hitchcock's Shower Scene, the title of which references the putative number of cuts and set-ups, respectively, that Hitchcock used to shoot it. Soundtrack Score Hitchcock insisted that Bernard Herrmann write the score for Psycho despite the composer's refusal to accept a reduced fee for the film's lower budget. The resulting score, according to Christopher Palmer in The Composer in Hollywood (1990) is "perhaps Herrmann's most spectacular Hitchcock achievement." Hitchcock was pleased with the tension and drama the score added to the film, later remarking "33% of the effect of Psycho was due to the music." and that "Psycho depended heavily on Herrmann's music for its tension and sense of pervading doom." Herrmann used the lowered music budget to his advantage by writing for a string orchestra rather than a full symphonic ensemble, contrary to Hitchcock's request for a jazz score. He thought of the single tone color of the all-string soundtrack as a way of reflecting the black-and-white cinematography of the film. The strings play con sordini (muted) for all the music other than the shower scene, creating a darker and more intense effect. Film composer Fred Steiner, in an analysis of the score to Psycho, points out that string instruments gave Herrmann access to a wider range in tone, dynamics, and instrumental special effects than any other single instrumental group would have. The main title music, a tense, hurtling piece, sets the tone of impending violence, and returns three times on the soundtrack. Though nothing shocking occurs during the first 15–20 minutes of the film, the title music remains in the audience's mind, lending tension to these early scenes. Herrmann also maintains tension through the slower moments in the film through the use of ostinato. There were rumors that Herrmann had used electronic means, including amplified bird screeches to achieve the shocking effect of the music in the shower scene. The effect was achieved, however, only with violins in a "screeching, stabbing sound-motion of extraordinary viciousness." The only electronic amplification employed was in the placing of the microphones close to the instruments, to get a harsher sound. Besides the emotional impact, the shower scene cue ties the soundtrack to birds. The association of the shower scene music with birds also telegraphs to the audience that it is Norman, the stuffed-bird collector, who is the murderer rather than his mother. Herrmann biographer Steven C. Smith writes that the music for the shower scene is "probably the most famous (and most imitated) cue in film music," but Hitchcock was originally opposed to having music in this scene. When Herrmann played the shower scene cue for Hitchcock, the director approved its use in the film. Herrmann reminded Hitchcock of his instructions not to score this scene, to which Hitchcock replied, "Improper suggestion, my boy, improper suggestion." This was one of two important disagreements Hitchcock had with Herrmann, in which Herrmann ignored Hitchcock's instructions. The second one, over the score for Torn Curtain (1966), resulted in the end of their professional collaboration. A survey conducted by PRS for Music, in 2009, showed that the British public consider the score from 'the shower scene' to be the scariest theme from any film. To honor the fiftieth anniversary of Psycho, in July 2010, the San Francisco Symphony obtained a print of the film with the soundtrack removed, and projected it on a large screen in Davies Symphony Hall while the orchestra performed the score live. This was previously mounted by the Seattle Symphony in October 2009 as well, performing at the Benaroya Hall for two consecutive evenings. Recordings Several CDs of the film score have been released, including: The October 2, 1975 recording with Bernard Herrmann conducting the National Philharmonic Orchestra [Unicorn CD, 1993]. The 1997 Varèse Sarabande CD features a re-recording of the complete score performed by the Royal Scottish National Orchestra and conducted by Joel McNeely. The 1998 Soundstage Records SCD 585 CD claims to feature the tracks from the original master tapes. However, it has been asserted that the release is a bootleg recording. The 2011 Doxy Records DOY650 (Italy) 180 gram LP release of the complete original score conducted by Herrmann. Censorship and taboos Psycho is a prime example of the type of film that appeared in the United States during the 1960s after the erosion of the Production Code. It was unprecedented in its depiction of sexuality and violence, right from the opening scene in which Sam and Marion are shown as lovers sharing the same bed, with Marion in a bra. In the Production Code standards of that time, unmarried couples shown in the same bed would have been taboo. Another issue was the gender nonconformity. Perkins, who was allegedly a homosexual, and Hitchcock, who previously made Rope, were both experienced in the film's transgressive subject matter. The viewer is unaware of the Bates' crossdressing until, at the end of the movie, it is revealed during the attempted murder of Lila. At the station, Sam asks why Bates was dressed that way. The police officer, ignorant of Bates' split personality, bluntly announces his conclusion that Bates is a transvestite. The psychiatrist corrects him and says, "Not exactly". He explains that Bates believes that he is his own mother when he dresses in her clothes. According to Stephen Rebello's 1990 book Alfred Hitchcock and the Making of Psycho, the censors in charge of enforcing the Production Code wrangled with Hitchcock because some of them insisted they could see one of Leigh's breasts. Hitchcock held onto the print for several days, left it untouched, and resubmitted it for approval. Each of the censors reversed their positions: those who had previously seen the breast now did not, and those who had not, now did. They passed the film after the director removed one shot that showed the buttocks of Leigh's stand-in. The board was also upset by the racy opening, so Hitchcock said that if they let him keep the shower scene he would re-shoot the opening with them on the set. Because board members did not show up for the re-shoot, the opening stayed. Another cause of concern for the censors was that Marion was shown flushing a toilet, with its contents (torn-up note paper) fully visible. No flushing toilet had appeared in mainstream film and television in the United States at that time. Internationally, Hitchcock was forced to make minor changes to the film, mostly to the shower scene. In Britain, the BBFC required cuts to stabbing sounds and visible nude shots, and in New Zealand the shot of Norman washing blood from his hands was seen as disgusting. In Singapore, though the shower scene was left untouched, the murder of Arbogast and a shot of Norman's mother's corpse were removed. In Ireland, the censor Gerry O'Hara banned it upon his initial viewing in 1960. The next year, a highly edited version missing some 47 feet of film was submitted to the Irish censor. O'Hara ultimately requested that an additional seven cuts be made: the line where Marion tells Sam to put his shoes on (which implied that he earlier had his pants or trousers off), two shots of Norman spying on Marion through the keyhole, Marion's undressing, the shots of Marion's blood flowing down the shower, the shots of Norman washing his hands when blood is visible, incidents of multiple stabbings ("One stab is surely enough," wrote O'Hara), the words "in bed" from the sheriff's wife's line, "Norman found them dead together in bed," and Arbogast's questions to Norman about whether he spent the night with Marion. Release The film was released on June 16, 1960, at the DeMille Theatre and the Baronet Theatre in New York City. It was the first film sold in the US on the basis that no one would be admitted to the theater after the film had started. Hitchcock's "no late admission" policy for the film was unusual for the time. It was not an entirely original publicity strategy as Clouzot had done the same in France for Les Diabolique (1955). Hitchcock believed people who entered the theater late and thus never saw the appearance of star actress Janet Leigh would feel cheated. At first theater owners opposed the idea, thinking they would lose business. However, after the first day, the owners enjoyed long lines of people waiting to see the film. Shortly before the release of Psycho, Hitchcock promised a film in "the Diabolique manner". The week after the New York premiere, the film opened at the Paramount Theatre, Boston; the Woods Theatre, Chicago and the Arcadia Theatre, Philadelphia. After nine weeks of release at the DeMille and the Baronet, the film was released in neighborhood New York theaters, the first time a film had played on Broadway and the neighborhood theaters simultaneously. Promotion Hitchcock did most of the promotion himself, forbidding Leigh and Perkins to make the usual television, radio, and print interviews for fear of them revealing the plot. Even critics were not given private screenings but rather had to see the film with the general public, which, may have affected their reviews. The film's original trailer features a jovial Hitchcock taking the viewer on a tour of the set, and almost giving away plot details before stopping himself. It is "tracked" with Herrmann's Psycho theme, but also jovial music from Hitchcock's comedy The Trouble with Harry; most of Hitchcock's dialogue is post-synchronized. The trailer was made after completion of the film, and because Janet Leigh was no longer available for filming, Hitchcock had Vera Miles don a blonde wig and scream loudly as he pulled the shower curtain back in the bathroom sequence of the preview. Because the title Psycho instantly covers most of the screen, the switch went unnoticed by audiences for years. However, a freeze-frame analysis clearly reveals that it is Miles and not Leigh in the shower during the trailer. Rating Psycho has been rated and re-rated several times over the years by the MPAA. Upon its initial release, the film received a certificate stating that it was "Approved" (certificate #19564) under the simple pass/fail system of the Production Code in use at that time. Later, when the MPAA switched to a voluntary letter ratings system in 1968, Psycho was one of a number of high-profile motion pictures to be retro-rated with an "M" (Suggested for mature audiences: Parental discretion advised). This remained the only rating the film would receive for 16 years, and according to the guidelines of the time "M" was the equivalent of a "PG" rating. In 1984, amidst a controversy surrounding the levels of violence depicted in "PG"-rated films in the VCR era, the film was re-classified to its current rating of "R". Re-release The film had another successful theatrical reissue in 1969. The film was re-released to cinemas on September 20 and 23, 2015, as part of the "TCM Presents" series by Turner Classic Movies and Fathom Events. Television CBS purchased the television rights for $450,000. CBS planned to televise the film on September 23, 1966, as an installment of its new movie night The CBS Friday Night Movies. Three days prior to the scheduled telecast, Valerie Percy, daughter of Illinois senate candidate Charles H. Percy, was murdered. As her parents slept mere feet away, she was stabbed a dozen times with a double-edged knife. In light of the murder, CBS agreed to postpone the broadcast. As a result of the Apollo 1 fire on January 27, 1967, the network washed its hands of Psycho. Shortly afterward Paramount included the film in its first syndicated package of post-1950 movies, "Portfolio I". WABC-TV in New York City was the first station in the country to air Psycho (with some scenes significantly edited), on its late-night movie series, The Best of Broadway, on June 24, 1967. The film finally made its way to general television broadcast in one of Universal's syndicated programming packages for local stations in 1970. Psycho was aired for 20 years in this format, then leased to cable for two years before returning to syndication as part of the "List of a Lifetime" package. Home media The film has been released several times on VHS, LaserDisc, DVD and Blu-ray. DiscoVision first released Psycho on the LaserDisc format in "standard play" (5 | all-string soundtrack as a way of reflecting the black-and-white cinematography of the film. The strings play con sordini (muted) for all the music other than the shower scene, creating a darker and more intense effect. Film composer Fred Steiner, in an analysis of the score to Psycho, points out that string instruments gave Herrmann access to a wider range in tone, dynamics, and instrumental special effects than any other single instrumental group would have. The main title music, a tense, hurtling piece, sets the tone of impending violence, and returns three times on the soundtrack. Though nothing shocking occurs during the first 15–20 minutes of the film, the title music remains in the audience's mind, lending tension to these early scenes. Herrmann also maintains tension through the slower moments in the film through the use of ostinato. There were rumors that Herrmann had used electronic means, including amplified bird screeches to achieve the shocking effect of the music in the shower scene. The effect was achieved, however, only with violins in a "screeching, stabbing sound-motion of extraordinary viciousness." The only electronic amplification employed was in the placing of the microphones close to the instruments, to get a harsher sound. Besides the emotional impact, the shower scene cue ties the soundtrack to birds. The association of the shower scene music with birds also telegraphs to the audience that it is Norman, the stuffed-bird collector, who is the murderer rather than his mother. Herrmann biographer Steven C. Smith writes that the music for the shower scene is "probably the most famous (and most imitated) cue in film music," but Hitchcock was originally opposed to having music in this scene. When Herrmann played the shower scene cue for Hitchcock, the director approved its use in the film. Herrmann reminded Hitchcock of his instructions not to score this scene, to which Hitchcock replied, "Improper suggestion, my boy, improper suggestion." This was one of two important disagreements Hitchcock had with Herrmann, in which Herrmann ignored Hitchcock's instructions. The second one, over the score for Torn Curtain (1966), resulted in the end of their professional collaboration. A survey conducted by PRS for Music, in 2009, showed that the British public consider the score from 'the shower scene' to be the scariest theme from any film. To honor the fiftieth anniversary of Psycho, in July 2010, the San Francisco Symphony obtained a print of the film with the soundtrack removed, and projected it on a large screen in Davies Symphony Hall while the orchestra performed the score live. This was previously mounted by the Seattle Symphony in October 2009 as well, performing at the Benaroya Hall for two consecutive evenings. Recordings Several CDs of the film score have been released, including: The October 2, 1975 recording with Bernard Herrmann conducting the National Philharmonic Orchestra [Unicorn CD, 1993]. The 1997 Varèse Sarabande CD features a re-recording of the complete score performed by the Royal Scottish National Orchestra and conducted by Joel McNeely. The 1998 Soundstage Records SCD 585 CD claims to feature the tracks from the original master tapes. However, it has been asserted that the release is a bootleg recording. The 2011 Doxy Records DOY650 (Italy) 180 gram LP release of the complete original score conducted by Herrmann. Censorship and taboos Psycho is a prime example of the type of film that appeared in the United States during the 1960s after the erosion of the Production Code. It was unprecedented in its depiction of sexuality and violence, right from the opening scene in which Sam and Marion are shown as lovers sharing the same bed, with Marion in a bra. In the Production Code standards of that time, unmarried couples shown in the same bed would have been taboo. Another issue was the gender nonconformity. Perkins, who was allegedly a homosexual, and Hitchcock, who previously made Rope, were both experienced in the film's transgressive subject matter. The viewer is unaware of the Bates' crossdressing until, at the end of the movie, it is revealed during the attempted murder of Lila. At the station, Sam asks why Bates was dressed that way. The police officer, ignorant of Bates' split personality, bluntly announces his conclusion that Bates is a transvestite. The psychiatrist corrects him and says, "Not exactly". He explains that Bates believes that he is his own mother when he dresses in her clothes. According to Stephen Rebello's 1990 book Alfred Hitchcock and the Making of Psycho, the censors in charge of enforcing the Production Code wrangled with Hitchcock because some of them insisted they could see one of Leigh's breasts. Hitchcock held onto the print for several days, left it untouched, and resubmitted it for approval. Each of the censors reversed their positions: those who had previously seen the breast now did not, and those who had not, now did. They passed the film after the director removed one shot that showed the buttocks of Leigh's stand-in. The board was also upset by the racy opening, so Hitchcock said that if they let him keep the shower scene he would re-shoot the opening with them on the set. Because board members did not show up for the re-shoot, the opening stayed. Another cause of concern for the censors was that Marion was shown flushing a toilet, with its contents (torn-up note paper) fully visible. No flushing toilet had appeared in mainstream film and television in the United States at that time. Internationally, Hitchcock was forced to make minor changes to the film, mostly to the shower scene. In Britain, the BBFC required cuts to stabbing sounds and visible nude shots, and in New Zealand the shot of Norman washing blood from his hands was seen as disgusting. In Singapore, though the shower scene was left untouched, the murder of Arbogast and a shot of Norman's mother's corpse were removed. In Ireland, the censor Gerry O'Hara banned it upon his initial viewing in 1960. The next year, a highly edited version missing some 47 feet of film was submitted to the Irish censor. O'Hara ultimately requested that an additional seven cuts be made: the line where Marion tells Sam to put his shoes on (which implied that he earlier had his pants or trousers off), two shots of Norman spying on Marion through the keyhole, Marion's undressing, the shots of Marion's blood flowing down the shower, the shots of Norman washing his hands when blood is visible, incidents of multiple stabbings ("One stab is surely enough," wrote O'Hara), the words "in bed" from the sheriff's wife's line, "Norman found them dead together in bed," and Arbogast's questions to Norman about whether he spent the night with Marion. Release The film was released on June 16, 1960, at the DeMille Theatre and the Baronet Theatre in New York City. It was the first film sold in the US on the basis that no one would be admitted to the theater after the film had started. Hitchcock's "no late admission" policy for the film was unusual for the time. It was not an entirely original publicity strategy as Clouzot had done the same in France for Les Diabolique (1955). Hitchcock believed people who entered the theater late and thus never saw the appearance of star actress Janet Leigh would feel cheated. At first theater owners opposed the idea, thinking they would lose business. However, after the first day, the owners enjoyed long lines of people waiting to see the film. Shortly before the release of Psycho, Hitchcock promised a film in "the Diabolique manner". The week after the New York premiere, the film opened at the Paramount Theatre, Boston; the Woods Theatre, Chicago and the Arcadia Theatre, Philadelphia. After nine weeks of release at the DeMille and the Baronet, the film was released in neighborhood New York theaters, the first time a film had played on Broadway and the neighborhood theaters simultaneously. Promotion Hitchcock did most of the promotion himself, forbidding Leigh and Perkins to make the usual television, radio, and print interviews for fear of them revealing the plot. Even critics were not given private screenings but rather had to see the film with the general public, which, may have affected their reviews. The film's original trailer features a jovial Hitchcock taking the viewer on a tour of the set, and almost giving away plot details before stopping himself. It is "tracked" with Herrmann's Psycho theme, but also jovial music from Hitchcock's comedy The Trouble with Harry; most of Hitchcock's dialogue is post-synchronized. The trailer was made after completion of the film, and because Janet Leigh was no longer available for filming, Hitchcock had Vera Miles don a blonde wig and scream loudly as he pulled the shower curtain back in the bathroom sequence of the preview. Because the title Psycho instantly covers most of the screen, the switch went unnoticed by audiences for years. However, a freeze-frame analysis clearly reveals that it is Miles and not Leigh in the shower during the trailer. Rating Psycho has been rated and re-rated several times over the years by the MPAA. Upon its initial release, the film received a certificate stating that it was "Approved" (certificate #19564) under the simple pass/fail system of the Production Code in use at that time. Later, when the MPAA switched to a voluntary letter ratings system in 1968, Psycho was one of a number of high-profile motion pictures to be retro-rated with an "M" (Suggested for mature audiences: Parental discretion advised). This remained the only rating the film would receive for 16 years, and according to the guidelines of the time "M" was the equivalent of a "PG" rating. In 1984, amidst a controversy surrounding the levels of violence depicted in "PG"-rated films in the VCR era, the film was re-classified to its current rating of "R". Re-release The film had another successful theatrical reissue in 1969. The film was re-released to cinemas on September 20 and 23, 2015, as part of the "TCM Presents" series by Turner Classic Movies and Fathom Events. Television CBS purchased the television rights for $450,000. CBS planned to televise the film on September 23, 1966, as an installment of its new movie night The CBS Friday Night Movies. Three days prior to the scheduled telecast, Valerie Percy, daughter of Illinois senate candidate Charles H. Percy, was murdered. As her parents slept mere feet away, she was stabbed a dozen times with a double-edged knife. In light of the murder, CBS agreed to postpone the broadcast. As a result of the Apollo 1 fire on January 27, 1967, the network washed its hands of Psycho. Shortly afterward Paramount included the film in its first syndicated package of post-1950 movies, "Portfolio I". WABC-TV in New York City was the first station in the country to air Psycho (with some scenes significantly edited), on its late-night movie series, The Best of Broadway, on June 24, 1967. The film finally made its way to general television broadcast in one of Universal's syndicated programming packages for local stations in 1970. Psycho was aired for 20 years in this format, then leased to cable for two years before returning to syndication as part of the "List of a Lifetime" package. Home media The film has been released several times on VHS, LaserDisc, DVD and Blu-ray. DiscoVision first released Psycho on the LaserDisc format in "standard play" (5 sides) in 1979, and "extended play" (2 sides) in October 1981. MCA/Universal Home Video released a new LaserDisc version of Psycho in August 1988 (Catalog #: 11003). In May 1998, Universal Studios Home Video released a deluxe edition of Psycho as part of their Signature Collection. This THX-certified Widescreen (1.85:1) LaserDisc Deluxe Edition (Catalog #: 43105) is spread across 4 extended play sides and 1 standard play side, and includes a new documentary and isolated Bernard Herrmann score. A DVD edition was released at the same time as the LaserDisc. A version of the film with extended footage of Marion undressing (showing her taking off her bra), Norman cleaning up after the murder, and Arbogast's death (in which he is stabbed four times instead of two) has been shown on German TV, and was released there on Blu-ray in 2015. This footage had been cut from the US version of the film in 1968 before the re-release of the movie after the ratings system was first established by the MPAA; these cuts were mandated by the National Legion of Decency. For the DVD release, Laurent Bouzereau produced a documentary looking at the film's production and reception. Universal released a 50th anniversary edition on Blu-ray in the United Kingdom on August 9, 2010, with Australia making the same edition (with a different cover) available on September 1, 2010. To mark the film's 50th anniversary, a Blu-ray in the U.S. was released on October 19, 2010, featuring yet another cover. The film is also included on two different Alfred Hitchcock Blu-ray box-sets from Universal. On September 8, 2020, the film was released on 4K UHD Blu-Ray as part of The Alfred Hitchcock Classics Collection, along with an individual "60th anniversary" Blu-Ray release as well. This release includes the extended footage from the German release, making it the first time that these scenes were presented to US audiences as Hitchcock intended. Reception Initial reviews of the film were mixed. Bosley Crowther of The New York Times wrote: "There is not an abundance of subtlety or the lately familiar Hitchcock bent toward significant and colorful scenery in this obviously low-budget job." Crowther called the "slow buildups to sudden shocks" reliably melodramatic but contested Hitchcock's psychological points, reminiscent of Krafft-Ebing's studies, as less effective. While the film did not conclude satisfactorily for the critic, he commended the cast's performances as "fair". British critic C. A. Lejeune was so offended that she not only walked out before the end but permanently resigned her post as film critic for The Observer. Other negative reviews stated, "a blot on an honorable career", "plainly a gimmick movie", and "merely one of those television shows padded out to two hours." The Catholic Legion of Decency gave the film a B rating, meaning "morally objectionable in part". Critics from the New York Daily News, New York Daily Mirror, and The Village Voice were positive, writing, "Anthony Perkins' performance is the best of his career ... Janet Leigh has never been better", "played out beautifully", and "first American movie since Touch of Evil to stand in the same creative rank as the great European films", respectively. A mixed review from the New York Herald Tribunes review stated it was "rather difficult to be amused at the forms insanity may take ... keeps your attention like a snake-charmer." The film ranked 9th on Cahiers du Cinéma's Top 10 Films of the Year List in 1960. In its opening week it grossed $46,500 at the DeMille and a record $19,500 at the Baronet. Following its expansion the following week, it grossed $143,000 from 5 theaters and ranked second at the US box-office. It remains the most commercially successful film in Hitchcock's career. In the United Kingdom, the film broke attendance records at the London Plaza Cinema, but nearly all British film critics gave it poor reviews, questioning Hitchcock's taste and judgment and calling it his worst film ever. Reasons cited for this were the lack of preview screenings; the fact that they had to turn up at a set time as they wouldn't be admitted after the film had started; their dislike of the gimmicky promotion; and Hitchcock's expatriate status. Critics later reassessed the film more positively. Time magazine switched its opinion from "Hitchcock bears down too heavily in this one" to "superlative" and "masterly", and Bosley Crowther put it on his Top Ten list of 1960. Psycho was criticized for causing other filmmakers to show gory content; three years later, Blood Feast, considered to be the first "splatter film", was released. Inspired by Psycho, Hammer Film Productions launched a series of mystery thrillers including The Nanny (1965) starring Bette Davis and William Castle's Homicidal (1961) was followed by a slew of more than thirteen other splatter films. It broke box-office records in Japan and the rest of Asia, France, Britain, South America, the United States, and Canada, and was a moderate success in Australia for a brief period. Hitchcock personally earned in excess of $15 million from Psycho. He then swapped his rights to Psycho and his TV anthology for 150,000 shares of MCA, making him the third largest shareholder in MCA Inc., and his own boss at Universal, in theory; however, this did not stop them from interfering with his later films.<ref>Stephen Rebello, Alfred Hitchcock and the Making of Psycho, Soft Skull Press, Berkeley, 1990.</ref> Psycho was one of Hitchcock's most profitable films, earning $32 million worldwide. On the review aggregator website Rotten Tomatoes, Psycho has an approval rating of 96% based on 103 reviews, with an average score of 9.20/10. The site's critical consensus reads: "Infamous for its shower scene, but immortal for its contribution to the horror genre. Because Psycho was filmed with tact, grace, and art, Hitchcock didn't just create modern horror, he validated it." On Metacritic, the film has a weighted average score of 97 out of 100 based on 17 critics, indicating "universal acclaim". In his 1998 review of Psycho film critic Roger Ebert summarised the film's enduring appeal, writing: Themes and style Subversion of romance through irony In Psycho, Hitchcock subverts the romantic elements that are seen in most of his work. The film is instead ironic as it presents "clarity and fulfillment" of romance. The past is central to the film; the main characters "struggle to understand and resolve destructive personal histories" and ultimately fail. Lesley Brill writes, "The inexorable forces of past sins and mistakes crush hopes for regeneration and present happiness." The crushed hope is highlighted by the death of the protagonist, Marion Crane, halfway through the film. Marion is like Persephone of Greek mythology, who is abducted temporarily from the world of the living. The myth does not sustain with Marion, who dies hopelessly in her room at the Bates Motel. The room is wallpapered with floral print like Persephone's flowers, but they are only "reflected in mirrors, as images of images—twice removed from reality". In the scene of Marion's death, Brill describes the transition from the bathroom drain to Marion's lifeless eye, "Like the eye of the amorphous sea creature at the end of Fellini's La Dolce Vita, it marks the birth of death, an emblem of final hopelessness and corruption." Marion is deprived of "the humble treasures of love, marriage, home and family", which Hitchcock considers elements of human happiness. There exists among Psychos secondary characters a lack of "familial warmth and stability", which demonstrates the unlikelihood of domestic fantasies. The film contains ironic jokes about domesticity, such as when Sam writes a letter to Marion, agreeing to marry her, only after the audience sees her buried in the swamp. Sam and Marion's sister Lila, in investigating Marion's disappearance, develop an "increasingly connubial" relationship, a development that Marion is denied. Norman also suffers a similarly perverse definition of domesticity. He has "an infantile and divided personality" and lives in a mansion whose past occupies the present. Norman displays stuffed birds that are "frozen in time" and keeps childhood toys and stuffed animals in his room. He is hostile toward suggestions to move from the past, such as with Marion's suggestion to put his mother "someplace" and as a result kills Marion to preserve his past. Brill explains, Someplace' for Norman is where his delusions of love, home, and family are declared invalid and exposed." Light and darkness feature prominently in Psycho. The first shot after the intertitle is the sunny landscape of Phoenix before the camera enters a dark hotel room where Sam and Marion appear as bright figures. Marion is almost immediately cast in darkness; she is preceded by her shadow as she reenters the office to steal money and as she enters her bedroom. When she flees Phoenix, darkness descends on her drive. The following sunny morning is punctured by a watchful police officer with black sunglasses, and she finally arrives at the Bates Motel in near darkness. Bright lights are also "the ironic equivalent of darkness" in the film, blinding instead of illuminating. Examples of brightness include the opening window shades in Sam's and Marion's hotel room, vehicle headlights at night, the neon sign at the Bates Motel, "the glaring white" of the bathroom tiles where Marion dies, and the fruit cellar's exposed light bulb shining on the corpse of Norman's mother. Such bright lights typically characterize danger and violence in Hitchcock's films. Motifs The film often features shadows, mirrors, windows, and, less so, water. The shadows are present from the first scene where the blinds make bars on Marion and Sam as they peer out of the window. The stuffed birds' shadows loom over Marion as she eats, and Norman's mother is seen in only shadows until the end. More subtly, backlighting turns the rakes in the hardware store into talons above Lila's head. Mirrors reflect Marion as she packs, her eyes as she checks the rear-view mirror, her face in the policeman's sunglasses, and her hands as she counts out the money in the car dealership's bathroom. A motel window serves as a mirror by reflecting Marion and Norman together. Hitchcock shoots through Marion's windshield and the telephone booth, when Arbogast phones Sam and Lila. The heavy downpour can be seen as a foreshadowing of the shower, and its cessation can be seen as a symbol of Marion making up her mind to return to Phoenix. There are a number of references to birds. Marion's last name is Crane and she is from Phoenix. Norman comments that Marion eats like a bird. The motel room has pictures of birds on the wall. Brigitte Peucker also suggests that Norman's hobby of stuffing birds literalizes the British slang expression for sex, "stuffing birds", bird being British slang for a desirable woman. Robert Allan suggests that Norman's mother is his original "stuffed bird", both in the sense of having preserved her body and the incestuous nature of Norman's emotional bond with her. Psychoanalytic interpretationPsycho has been called "the first psychoanalytical thriller." The sex and violence in the film were unlike anything previously seen in a mainstream film. "The shower scene is both feared and desired," wrote French film critic Serge Kaganski. "Hitchcock may be scaring his female viewers out of their wits, but he is turning his male viewers into potential rapists because Janet Leigh has been turning men on ever since she appeared in her brassiere in the first scene." In his documentary The Pervert's Guide to Cinema, Slavoj Žižek remarks that Norman Bates' mansion has three floors, paralleling the three levels of the human mind that are postulated by Freudian psychoanalysis: the top floor would be the superego, where Bates' mother lives; the ground floor is then Bates' ego, where he functions as an apparently normal human being; and the basement would be Bates' id. Žižek interprets Bates' moving his mother's corpse from top floor to basement as a symbol for the deep connection that psychoanalysis posits between superego and id. Accolades In 1992, the film was deemed "culturally, historically, or aesthetically significant" by the United States Library of Congress and was selected for preservation in the National Film Registry. In 1998, TV Guide ranked it #8 on their list of the 50 Greatest Movies on TV (and Video).Psycho has appeared on a number of lists by websites, television channels, and magazines. The shower scene was featured as number four on the list of Bravo Network's 100 Scariest Movie Moments, whilst the finale was ranked number four on Premieres similar list. In the British Film Institute's 2012 Sight & Sound polls of the greatest films ever made, Psycho was 35th among critics and 48th among directors. In the earlier 2002 version of the list the film ranked 35th among critics and 19th among directors. In 1998 Time Out conducted a reader's poll and Psycho was voted the 29th greatest film of all time. The Village Voice ranked Psycho at No. 19 in its Top 250 "Best Films of the Century" list in 1999, based on a poll of critics. Entertainment Weekly voted it the 11th Greatest film of all time in 1999. In January 2002, the film was voted at No. 72 on the list of the "Top 100 Essential Films of All Time" by the National Society of Film Critics. The film was included in Times All-Time 100 best movies list in 2005. In 2005, Total Film magazine ranked Psycho as the 6th-greatest horror film of all time. In 2010, The Guardian newspaper ranked it as "the best horror film of all time". Director Martin Scorsese included Psycho in his list of the 11 scariest horror films of all time. In 2017 Empire magazine's reader's poll ranked Psycho at No. 53 on its list of The 100 Greatest Movies. In an earlier poll held by the same magazine in 2008, it was voted 45th on the list of 'The 500 Greatest Movies of All Time'. In 2021, The film was ranked at No. 5 by Time Out on their list of "The 100 best horror movies". In 2012, the Motion Picture Editors Guild listed the film as the twelfth best-edited film of all time based on a survey of its membership. Psycho was ranked 8th in BBC's 2015 list of the 100 greatest American films. American Film Institute has included Psycho in these lists: AFI's 100 Years ... 100 Movies – #18 AFI's 100 Years ... 100 Thrills – #1 AFI's 100 Years ... 100 Heroes and Villains: Norman Bates – #2 Villain AFI's 100 Years ... 100 Movie Quotes: "A boy's best friend is his mother." – #56 AFI's 100 Years of Film Scores – #4 AFI's 100 Years ... 100 Movies (10th Anniversary Edition) – #14 Legacy ImpactPsycho has become one of the most recognizable films in cinema history, and is arguably Hitchcock's best known film. In his novel, Bloch used an uncommon plot structure: he repeatedly introduced sympathetic protagonists, then killed them off. This played on his reader's expectations of traditional plots, leaving them uncertain and anxious. Hitchcock recognized the effect this approach could have on audiences, and utilized it in his adaptation, killing off Leigh's character at the end of the first act. This daring plot device, coupled with the fact that the character was played by the biggest box-office name in the film, was a shocking turn of events in 1960. The shower scene has become a pop culture touchstone and is often regarded as one of the most iconic moments in cinematic history, as well as the most suspenseful scene ever filmed. Its effectiveness is often credited to the use of startling editing techniques borrowed from the Soviet montage filmmakers, and to the iconic screeching violins in Bernard Herrmann's musical score. In 2000 The Guardian ranked the shower scene at No. 2 on their list of "The top 10 film moments". The scene has been frequently parodied and referenced in popular culture, complete with the screeching violin sound effects (see Charlie and the Chocolate Factory, among many others). 78/52: Hitchcock's Shower Scene, a documentary on its production by Alexandre O. Philippe, was released on October 13, 2017. It features interviews with and analysis by Guillermo del Toro, Peter Bogdanovich, Bret Easton Ellis, Jamie Lee Curtis, Karyn Kusama, Eli Roth, Oz Perkins, Leigh Whannell, Walter Murch, Danny Elfman, Elijah Wood, Richard Stanley, and Neil Marshall.Psycho is considered by some to be the first film in the slasher film genre, though some critics and film historians point to Michael Powell's Peeping Tom, a lesser-known film with similar themes of voyeurism and sexualized violence, whose release happened to precede Psychos by a few months. However, due to Peeping Toms critical drubbing at the time and short lifespan at the box office, Psycho was the more widely known and influential film.Psycho has been referenced in other films numerous times: examples include the 1974 musical horror film Phantom of the Paradise; the 1978 horror film Halloween (which starred Jamie Lee Curtis, Janet Leigh's daughter, and which featured a character Sam Loomis); the 1977 Mel Brooks tribute to many of Hitchcock's thrillers, High Anxiety; the 1980 Fade to Black; the 1980 Dressed to Kill; and Wes Craven's 1996 horror satire Scream. Bernard Herrmann's |
their simpler language; the base protocols will not talk directly to each other. A request on computer A to send a chunk of data to C is taken by the upper protocol, which (through whatever means) knows that C is reachable through B. It, therefore, instructs the wireless protocol to transmit the data packet to B. On this computer, the lower layer handlers will pass the packet up to the inter-network protocol, which, on recognizing that B is not the final destination, will again invoke lower-level functions. This time, the cable protocol is used to send the data to C. There, the received packet is again passed to the upper protocol, which (with C being the destination) will pass it on to a higher protocol or application on C. In practical implementation, protocol stacks are often divided into three major sections: media, transport, and applications. A particular operating system or platform will often have two well-defined software interfaces: one between the media and transport layers, and one between the transport layers and applications. The media-to-transport interface defines how transport protocol software makes use of particular media and hardware types and is associated with a device driver. For example, this interface level would define how TCP/IP transport software would talk to the network interface controller. Examples of these interfaces include ODI and NDIS in the Microsoft Windows and DOS environment. The application-to-transport interface defines how application programs make use of the transport layers. For example, this interface level would define how a web browser program would talk to TCP/IP transport software. Examples of these interfaces include Berkeley sockets and System V STREAMS in Unix-like environments, and Winsock for Microsoft Windows. Examples Spanning layer An important feature of many communities of interoperability based on a common protocol stack is a spanning layer, a term coined by David Clark "Certain protocols are designed with the specific purpose of bridging differences at the lower layers, so that common agreements are not required there. Instead, the layer provides the definitions that permit translation to occur between a range of services or technologies used below. Thus, in somewhat abstract terms, at and above such a layer common standards contribute | T ~ ~ ~ T [A] [B]_[C] Imagine three computers: A, B, and C. A and B both have radio equipment and can communicate via the airwaves using a suitable network protocol (such as IEEE 802.11). B and C are connected via a cable, using it to exchange data (again, with the help of a protocol, for example Point-to-Point Protocol). However, neither of these two protocols will be able to transport information from A to C, because these computers are conceptually on different networks. An inter-network protocol is required to connect them. One could combine the two protocols to form a powerful third, mastering both cable and wireless transmission, but a different super-protocol would be needed for each possible combination of protocols. It is easier to leave the base protocols alone, and design a protocol that can work on top of any of them (the Internet Protocol is an example). This will make two stacks of two protocols each. The inter-network protocol will communicate with each of the base protocol in their simpler language; the base protocols will not talk directly to each other. A request on computer A to send a chunk of data to C is taken by the upper protocol, which (through whatever means) knows that C is reachable through B. It, therefore, |
time, lowered glass prices. This allowed the general population to purchase glass drinking vessels for the first time. These former luxury items showcased the visually pleasing golden clarity of the beer, further influencing the Pilsner's rapid dissemination. In 1853, the beer was available in 35 pubs in Prague. In 1856, it came to Vienna and in 1862 to Paris. Improving transport and communications also meant that this new beer was soon available throughout Europe, and the Pilsner style of brewing was soon widely imitated. In 1859, was registered as a brand name at the Chamber of Commerce and Trade in Plzeň. In 1898, the Pilsner Urquell trademark was created to put emphasis on being the original brewery (Urquell, meaning 'original well', the English equivalent would probably be 'prototype Pilsener beer'). Some beers are labeled Urtyp Pilsener (UP) meaning they are brewed according to the original process, although many breweries use this accolade for their top beer. Modern developments The introduction of modern refrigeration to Germany by Carl von Linde in the late 19th century eliminated the need for caves for beer storage, enabling the brewing of cool fermenting beer in many new locations. Until 1993 the Pilsner Urquell brewery fermented its beer using open barrels in the cellars beneath | in a book (printed in German in 1794, in Czech in 1799), written by Czech brewer () (1753–1805) from Brno. The Plzeň brewery recruited the Bavarian brewer Josef Groll (1813–1887) who, using the specifics of local ingredients and paler malts, presented his first batch of pale lager on 5 October 1842. The combination of Plzeň's remarkably soft water, local Saaz noble hops from nearby Žatec, brighter malt prepared by British technology, and Bavarian-style lagering (bottom-fermented beer termed at the time) produced a clear, golden beer. The recipe was regarded as a sensation and took hold very quickly. Groll's contract with the brewery ended in 1845, he returned to Vilshofen in Bavaria and later inherited his father's brewery. The Groll brewery no longer exists. Parts of the brewery, however, were acquired by Wolferstetter, another brewery from Vilshofen, which still produces a Josef Groll Pils. Emergence of efficient glass manufacturing in Europe around the same time, lowered glass prices. This allowed the general population to purchase glass drinking vessels for the first time. These former luxury items showcased the visually pleasing golden clarity of the beer, further influencing the Pilsner's rapid dissemination. In 1853, the beer was available in 35 pubs in Prague. In 1856, it came to Vienna and in 1862 to Paris. Improving transport and communications also meant that this new beer was soon available throughout Europe, and the Pilsner style of brewing was soon widely imitated. In 1859, was registered as a brand name at the Chamber of Commerce and Trade in Plzeň. In 1898, the Pilsner Urquell trademark was created to put emphasis on being the original brewery (Urquell, meaning 'original well', the English equivalent would probably be 'prototype Pilsener beer'). Some beers are labeled Urtyp Pilsener (UP) |
as combustion and rusting, now collectively known as oxidation. It was challenged by the concomitant weight increase, and was abandoned before the end of the 18th century following experiments by Antoine Lavoisier and others. Phlogiston theory led to experiments which ultimately concluded with the discovery of oxygen. Theory Phlogiston theory states that phlogisticated substances contain phlogiston and that they dephlogisticate when burned, releasing stored phlogiston which is absorbed by the air. Growing plants then absorb this phlogiston, which is why air does not spontaneously combust and also why plant matter burns as well as it does. Thus phlogiston accounted for combustion via a process that was opposite to that of the oxygen theory. In general, substances that burned in air were said to be rich in phlogiston; the fact that combustion soon ceased in an enclosed space was taken as clear-cut evidence that air had the capacity to absorb only a finite amount of phlogiston. When air had become completely phlogisticated it would no longer serve to support combustion of any material, nor would a metal heated in it yield a calx; nor could phlogisticated air support life. Breathing was thought to take phlogiston out of the body. Joseph Black's student Daniel Rutherford discovered nitrogen in 1772 and the pair used the theory to explain his results. The residue of air left after burning, in fact a mixture of nitrogen and carbon dioxide, was sometimes referred to as phlogisticated air, having taken up all of the phlogiston. Conversely, when Joseph Priestley discovered oxygen, he believed it to be dephlogisticated air, capable of combining with more phlogiston and thus supporting combustion for longer than ordinary air. History Empedocles had formulated the classical theory that there were four elements—water, earth, fire and air—and Aristotle reinforced this idea by characterising them as moist, dry, hot and cold. Fire was thus thought of as a substance, and burning was seen as a process of decomposition which applied only to compounds. Experience had shown that burning was not always accompanied by a loss of material, and a better theory was needed to account for this. Johann Joachim Becher In 1667, Johann Joachim Becher published his book , which contained the first instance of what would become the phlogiston theory. In his book, Becher eliminated fire and air from the classical element model and replaced them with three forms of earth: , , and . was the element that imparted oily, sulphurous, or combustible properties. Becher believed that was a key feature of combustion and was released when combustible substances were burned. Becher did not have much to do with phlogiston theory as we know it now, but he had a large influence on his student Stahl. Becher's main contribution was the start of the theory itself, however much of it was changed after him. Becher's idea was that combustible substances contain an ignitable matter, the . Georg Ernst Stahl In 1703 Georg Ernst Stahl, professor of medicine and chemistry at Halle, proposed a variant of the theory in which he renamed Becher's to phlogiston, and it was in this form that the theory probably had its greatest influence. The term 'phlogiston' itself was not something that Stahl invented. There is evidence that the word was used as early as 1606, and in a way that was very similar to what Stahl was using it for. The term was derived from a Greek word meaning to inflame. The following paragraph describes Stahl's view of phlogiston: Stahl's first definition of phlogiston first appeared in his , published in 1697. His most quoted definition was found in the treatise on chemistry entitled in 1723. According to Stahl, phlogiston was a substance that was not able to be put into a bottle, but could be transferred nonetheless. To him, wood was just a combination of ash and phlogiston, and making a metal was as simple as getting a metal calx and adding phlogiston. Soot was almost pure phlogiston, which is why heating it with a metallic calx transforms the calx into the metal and Stahl attempted to prove that the phlogiston in soot and sulphur were identical by converting sulphates to liver of sulphur using charcoal. He did not account for the increase in weight on combustion of tin and lead that were known at the time. J. H. Pott Johann Heinrich Pott, a student of one of Stahl's students, expanded the theory and attempted to make it much more understandable to a general audience. He compared phlogiston to light or fire, saying that all three were substances whose natures were widely understood but not easily defined. He thought that phlogiston should not be considered as a particle but as an essence that permeates substances, arguing that in a pound of any substance one could not simply pick out the particles of phlogiston. Pott also observed the fact that when certain substances are burned they increase in mass instead of losing the mass of the phlogiston as | end of the 18th century following experiments by Antoine Lavoisier and others. Phlogiston theory led to experiments which ultimately concluded with the discovery of oxygen. Theory Phlogiston theory states that phlogisticated substances contain phlogiston and that they dephlogisticate when burned, releasing stored phlogiston which is absorbed by the air. Growing plants then absorb this phlogiston, which is why air does not spontaneously combust and also why plant matter burns as well as it does. Thus phlogiston accounted for combustion via a process that was opposite to that of the oxygen theory. In general, substances that burned in air were said to be rich in phlogiston; the fact that combustion soon ceased in an enclosed space was taken as clear-cut evidence that air had the capacity to absorb only a finite amount of phlogiston. When air had become completely phlogisticated it would no longer serve to support combustion of any material, nor would a metal heated in it yield a calx; nor could phlogisticated air support life. Breathing was thought to take phlogiston out of the body. Joseph Black's student Daniel Rutherford discovered nitrogen in 1772 and the pair used the theory to explain his results. The residue of air left after burning, in fact a mixture of nitrogen and carbon dioxide, was sometimes referred to as phlogisticated air, having taken up all of the phlogiston. Conversely, when Joseph Priestley discovered oxygen, he believed it to be dephlogisticated air, capable of combining with more phlogiston and thus supporting combustion for longer than ordinary air. History Empedocles had formulated the classical theory that there were four elements—water, earth, fire and air—and Aristotle reinforced this idea by characterising them as moist, dry, hot and cold. Fire was thus thought of as a substance, and burning was seen as a process of decomposition which applied only to compounds. Experience had shown that burning was not always accompanied by a loss of material, and a better theory was needed to account for this. Johann Joachim Becher In 1667, Johann Joachim Becher published his book , which contained the first instance of what would become the phlogiston theory. In his book, Becher eliminated fire and air from the classical element model and replaced them with three forms of earth: , , and . was the element that imparted oily, sulphurous, or combustible properties. Becher believed that was a key feature of combustion and was released when combustible substances were burned. Becher did not have much to do with phlogiston theory as we know it now, but he had a large influence on his student Stahl. Becher's main contribution was the start of the theory itself, however much of it was changed after him. Becher's idea was that combustible substances contain an ignitable matter, the . Georg Ernst Stahl In 1703 Georg Ernst Stahl, professor of medicine |
According to Nickell: In the typical poltergeist outbreak, small objects are hurled through the air by unseen forces, furniture is overturned, or other disturbances occur—usually just what could be accomplished by a juvenile trickster determined to plague credulous adults. Nickell writes that reports are often exaggerated by credulous witnesses. Time and again in other "poltergeist" outbreaks, witnesses have reported an object leaping from its resting place supposedly on its own, when it is likely that the perpetrator had secretly obtained the object sometime earlier and waited for an opportunity to fling it, even from outside the room—thus supposedly proving he or she was innocent. According to research in anomalistic psychology, claims of poltergeist activity can be explained by psychological factors such as illusion, memory lapses, and wishful thinking. A study (Lange and Houran, 1998) wrote that poltergeist experiences are delusions "resulting from the affective and cognitive dynamics of percipients' interpretation of ambiguous stimuli". Psychologist Donovan Rawcliffe has written that almost all poltergeist cases that have been investigated turned out to be based on trickery, whilst the rest are attributable to psychological factors such as hallucinations. Attempts have also been made to scientifically explain poltergeist disturbances that have not been traced to fraud or psychological factors. Skeptic and magician Milbourne Christopher found that some cases of poltergeist activity can be attributed to unusual air currents, such as a 1957 case on Cape Cod where downdrafts from an uncovered chimney became strong enough to blow a mirror off of a wall, overturn chairs and knock things off shelves. Unverified natural phenomena In the 1950s, Guy William Lambert proposed that reported poltergeist phenomena could be explained by the movement of underground water causing stress on houses. He suggested that water turbulence could cause strange sounds or structural movement of the property, possibly causing the house to vibrate and move objects. Later researchers, such as Alan Gauld and Tony Cornell, tested Lambert's hypothesis by placing specific objects in different rooms and subjecting the house to strong mechanical vibrations. They discovered that although the structure of the building had been damaged, only a few of the objects moved a very short distance. The skeptic Trevor H. Hall criticized the hypothesis claiming if it was true "the building would almost certainly fall into ruins." According to Richard Wiseman the hypothesis has not held up to scrutiny. Michael Persinger has theorized that seismic activity could cause poltergeist phenomena. However, Persinger's claims regarding the effects of environmental geomagnetic activity on paranormal experiences have not been independently replicated and, like his findings regarding the God helmet, may simply be explained by the suggestibility of participants. David Turner, a retired physical chemist, suggested that ball lightning might cause the "spooky movement of objects blamed on poltergeists." Paranormal Parapsychologists Nandor Fodor and William G. Roll suggested that poltergeist activity can be explained by psychokinesis. Historically, malicious spirits were blamed for poltergeist activity. According to Allan Kardec, the founder of Spiritism, poltergeists are manifestations of disembodied spirits of low level, belonging to the sixth class of the third order. Under this explanation, they are believed to be closely associated with the elements (fire, air, water, earth). In Finland, somewhat famous are the case of the "Mäkkylä Ghost" in 1946, which received attention in the press at the time, and the "Devils of Martin" in Ylöjärvi in the late 19th century, for which affidavits were obtained in court. Samuli Paulaharju has also recorded a memoir of a typical poltergeist, the case of "Salkko-Niila", from the south of Lake Inari in his book Memoirs of Lapland (Lapin muisteluksia). The story has also been published in the collection of Mythical Stories (Myytillisiä tarinoita) edited by Lauri Simonsuuri. Psychoanalyst Carl Gustav Jung was interested in the concept of poltergeists and the occult in general. Jung believed that a female | poltergeists are manifestations of disembodied spirits of low level, belonging to the sixth class of the third order. Under this explanation, they are believed to be closely associated with the elements (fire, air, water, earth). In Finland, somewhat famous are the case of the "Mäkkylä Ghost" in 1946, which received attention in the press at the time, and the "Devils of Martin" in Ylöjärvi in the late 19th century, for which affidavits were obtained in court. Samuli Paulaharju has also recorded a memoir of a typical poltergeist, the case of "Salkko-Niila", from the south of Lake Inari in his book Memoirs of Lapland (Lapin muisteluksia). The story has also been published in the collection of Mythical Stories (Myytillisiä tarinoita) edited by Lauri Simonsuuri. Psychoanalyst Carl Gustav Jung was interested in the concept of poltergeists and the occult in general. Jung believed that a female cousin's trance states were responsible for a dining table splitting in two and his later discovery of a broken bread knife. Jung also believed that when a bookcase gave an explosive cracking sound during a meeting with Sigmund Freud in 1909, he correctly predicted there would be a second sound, speculating that such phenomena were caused by 'exteriorization' of his subconscious mind. Freud disagreed, and concluded there was some natural cause. Freud biographers maintain the sounds were likely caused by the wood of the bookcase contracting as it dried out. Famous cases Glenluce Devil (1654–1656) Drummer of Tedworth (1662) Mackie poltergeist (1695) Epworth Rectory (1716–1717) Hinton Ampner (1764–1771) Stockwell ghost (1772) Sampford Peverell (1810–1811) Bell Witch of Tennessee (1817–1872) Bealings Bells (1834) Angelique Cottin (ca. 1846) Ballechin House (1876) Great Amherst Mystery (1878–1879) Caledonia Mills (1899–1922) Gef the Talking Mongoose (1931) Borley Rectory (1937) Thornton Heath poltergeist (1938) Seaford poltergeist (1958) Matthew Manning (1960s–1970s) The Black Monk of Pontefract (1960s–1970s) Rosenheim Poltergeist (1967) The Amityville case (1975) The Enfield Poltergeist (1977) The |
parts of the same rope and has a mechanical advantage of two. Compound: A combination of fixed and movable pulleys forms a block and tackle. A block and tackle can have several pulleys mounted on the fixed and moving axles, further increasing the mechanical advantage. The mechanical advantage of the gun tackle can be increased by interchanging the fixed and moving blocks so the rope is attached to the moving block and the rope is pulled in the direction of the lifted load. In this case the block and tackle is said to be "rove to advantage." Diagram 3 shows that now three rope parts support the load W which means the tension in the rope is W/3. Thus, the mechanical advantage is three. By adding a pulley to the fixed block of a gun tackle the direction of the pulling force is reversed though the mechanical advantage remains the same, Diagram 3a. This is an example of the Luff tackle. Free body diagrams The mechanical advantage of a pulley system can be analysed using free body diagrams which balance the tension force in the rope with the force of gravity on the load. In an ideal system, the massless and frictionless pulleys do not dissipate energy and allow for a change of direction of a rope that does not stretch or wear. In this case, a force balance on a free body that includes the load, W, and n supporting sections of a rope with tension T, yields: The ratio of the load to the input tension force is the mechanical advantage MA of the pulley system, Thus, the mechanical advantage of the system is equal to the number of sections of rope supporting the load. Belt and pulley systems A belt and pulley system is characterized by two or more pulleys in common to a belt. This allows for mechanical power, torque, and speed to be transmitted across axles. If the pulleys are of differing diameters, a mechanical advantage is realized. A belt drive is analogous to that of a chain drive; however, a belt sheave may be smooth (devoid of discrete interlocking members as would be found on a chain sprocket, spur gear, or timing belt) so that the mechanical advantage is approximately given by the ratio of the pitch diameter of the sheaves only, not fixed exactly by the ratio of teeth as with gears and sprockets. In the case of a drum-style pulley, without a groove or flanges, the pulley often is slightly convex to keep the flat belt centered. It is sometimes referred to as a crowned pulley. Though once widely used on factory line shafts, this type of pulley is still found driving the rotating brush in upright vacuum cleaners, in belt sanders and bandsaws. Agricultural tractors built up to the early 1950s generally had a belt pulley for a flat belt (which is what Belt Pulley magazine was named after). It has been replaced by other mechanisms with more flexibility in methods of use, such as power take-off and hydraulics. Just as the diameters of gears (and, correspondingly, their number of teeth) determine a gear ratio and thus the speed increases or reductions and the mechanical advantage that they can deliver, the diameters of pulleys determine those same factors. Cone pulleys and step pulleys (which | advantage." Diagram 3 shows that now three rope parts support the load W which means the tension in the rope is W/3. Thus, the mechanical advantage is three. By adding a pulley to the fixed block of a gun tackle the direction of the pulling force is reversed though the mechanical advantage remains the same, Diagram 3a. This is an example of the Luff tackle. Free body diagrams The mechanical advantage of a pulley system can be analysed using free body diagrams which balance the tension force in the rope with the force of gravity on the load. In an ideal system, the massless and frictionless pulleys do not dissipate energy and allow for a change of direction of a rope that does not stretch or wear. In this case, a force balance on a free body that includes the load, W, and n supporting sections of a rope with tension T, yields: The ratio of the load to the input tension force is the mechanical advantage MA of the pulley system, Thus, the mechanical advantage of the system is equal to the number of sections of rope supporting the load. Belt and pulley systems A belt and pulley system is characterized by two or more pulleys in common to a belt. This allows for mechanical power, torque, and speed to be transmitted across axles. If the pulleys are of differing diameters, a mechanical advantage is realized. A belt drive is analogous to that of a chain drive; however, a belt sheave may be smooth (devoid of discrete interlocking members as would be found on a chain sprocket, spur gear, or timing belt) so that the mechanical advantage is approximately given by the ratio of the pitch diameter of the sheaves only, not fixed exactly by the ratio of teeth as with gears and sprockets. In the case of a drum-style pulley, without a groove or flanges, the pulley often is slightly convex to keep the flat belt centered. It is sometimes referred to as a crowned pulley. Though once widely used on factory line shafts, this type of pulley is still found driving the rotating brush in upright vacuum cleaners, in belt sanders and bandsaws. Agricultural tractors built up to the early 1950s generally had a belt pulley for a flat belt (which is what Belt Pulley magazine was named after). It has been replaced by other mechanisms with more flexibility in methods of |
regarding Antarctica. Article 25(5) states that the Article 7 ban on mining may not be repealed unless a future treaty establishes a binding regulatory framework for such activity. State parties As of May 2013, the protocol has been ratified by 34 parties — Argentina, Australia, Belarus, Belgium, Brazil, Bulgaria, Canada, Chile, the People's Republic of China, Czech Republic, Ecuador, Finland, France, Germany, Greece, India, Italy, Japan, South Korea, Netherlands, New Zealand, Norway, Peru, Poland, Romania, Russia, South Africa, Spain, Sweden, Ukraine, United Kingdom, United States, and Uruguay. A further 11 states — Austria, Colombia, Cuba, Denmark, Guatemala, Hungary, North Korea, Papua New Guinea, Slovakia, Switzerland, and Turkey — have signed but not yet ratified it. Campaign The treaty followed a lengthy campaign by Greenpeace, including the construction of an Antarctic base from 1987 to 1991. Greenpeace claims the protocol as a victory. Honours Madrid Dome in Aristotle Mountains, Antarctica is named in connection with the Protocol. References External links Protocol on Environmental Protection to the Antarctic | protocol has been ratified by 34 parties — Argentina, Australia, Belarus, Belgium, Brazil, Bulgaria, Canada, Chile, the People's Republic of China, Czech Republic, Ecuador, Finland, France, Germany, Greece, India, Italy, Japan, South Korea, Netherlands, New Zealand, Norway, Peru, Poland, Romania, Russia, South Africa, Spain, Sweden, Ukraine, United Kingdom, United States, and Uruguay. A further 11 states — Austria, Colombia, Cuba, Denmark, Guatemala, Hungary, North Korea, Papua New Guinea, Slovakia, Switzerland, and Turkey — have signed but not yet ratified it. Campaign The treaty followed a lengthy campaign by Greenpeace, including the construction of an Antarctic base from 1987 to 1991. Greenpeace claims the protocol as a victory. Honours Madrid Dome in Aristotle Mountains, Antarctica is named in connection with the Protocol. References External links Protocol on Environmental Protection to the Antarctic Treaty, Secretariat of the Antarctic Treaty Text of the protocol, PDF format. Ratifications Environmental treaties Antarctica agreements 1998 in Antarctica Treaties concluded in 1991 Treaties entered into force in 1998 Environment of Antarctica 1998 in the environment Treaties of Argentina Treaties of Australia Treaties of |
at high energy levels HZE ions, which are nuclei heavier than helium positively or negatively charged beta particles (high-energy positrons β+ or electrons β−; the latter being more common) high-speed electrons that are not from the beta decay process, but others such as internal conversion and Auger effect neutrons, subatomic particles which have no charge; neutron radiation neutrinos mesons muons Mechanisms that produce particle radiation include: alpha decay Auger effect beta decay cluster decay internal conversion neutron emission nuclear fission and spontaneous fission nuclear fusion particle colliders in which streams of high energy particles are smashed proton emission solar flares solar particle events supernova explosions Additionally, galactic cosmic rays include these particles, but many are from unknown mechanisms Charged particles (electrons, mesons, protons, alpha particles, heavier HZE ions, etc.) can be produced by particle accelerators. Ion irradiation is widely used in the semiconductor industry to introduce dopants into materials, a method known as ion implantation. Particle accelerators can also produce neutrino beams. Neutron beams are mostly produced by nuclear reactors. Passage through matter In radiation protection, radiation is often separated into two categories, ionizing and non-ionizing, to denote the level of danger posed to humans. Ionization is the process of removing electrons from atoms, leaving two electrically charged particles (an electron and a positively charged ion) behind. The negatively charged electrons and positively | lower energy particles more easily exhibit wave characteristics. Types and production Particles can be electrically charged or uncharged: Particle radiation can be emitted by an unstable atomic nucleus (via radioactive decay), or it can be produced from some other kind of nuclear reaction. Many types of particles may be emitted: protons and other hydrogen nuclei stripped of their electrons positively charged alpha particles (α), equivalent to a helium-4 nucleus helium ions at high energy levels HZE ions, which are nuclei heavier than helium positively or negatively charged beta particles (high-energy positrons β+ or electrons β−; the latter being more common) high-speed electrons that are not from the beta decay process, but others such as internal conversion and Auger effect neutrons, subatomic particles which have no charge; neutron radiation neutrinos mesons muons Mechanisms that produce particle radiation include: alpha decay Auger effect beta decay cluster decay internal conversion neutron emission nuclear fission and spontaneous fission nuclear fusion particle colliders in which streams of high energy particles are smashed proton emission solar flares solar particle events supernova explosions Additionally, galactic cosmic rays include these particles, but many are from unknown mechanisms Charged particles (electrons, mesons, protons, alpha particles, heavier HZE ions, etc.) can be produced by particle |
figures tend to overstate the effects of economic growth. International comparisons can be distorted by cost of living differences not reflected in exchange rates. Where the objective is to compare living standards between countries, adjusting for differences in purchasing power parity will more accurately reflect what people are actually able to buy with their money. It is a mean value and does not reflect income distribution. If a country's income distribution is skewed, a small wealthy class can increase per capita income substantially while the majority of the population has no change in income. In this respect, median income is more useful when measuring of prosperity than per capita income, | the population has no change in income. In this respect, median income is more useful when measuring of prosperity than per capita income, as it is less influenced by outliers. Non-monetary activity, such as barter or services provided within the family, is usually not counted. The importance of these services varies widely among economies. Per capita income does not consider whether income is invested in factors likely to improve the area's development, such as health, education, or infrastructure. See also List of countries by average wage List of countries by GDP (nominal) per capita—GDP at market or government official exchange rates per inhabitant List of countries by GDP (PPP) per capita—GDP calculated at purchasing power parity (PPP) exchange per inhabitant List of countries by GNI (nominal) per capita List of countries by |
the Purús Province (and its conformed Purús District), one of the four provinces of Peru in the Ucayali Region. Geography The Purus River rises in Peru. It defines the boundary between Peru and Brazil in the centre of the state of Acre, then runs for a short distance along the boundary of the Santa Rosa do Purus National Forest, a sustainable use conservation unit created in 2001 after it is joined by the Santa Rosa River. It then flows north east through Manoel Urbano It runs through a continuous forest at the bottom of the great depression, lying between the Madeira River, which skirts the edge of the Brazilian sandstone plateau, and the Ucayali River, which hugs the base of the Andes. In the state of Amazonas the river runs through the Arapixi Extractive Reserve, created in 2006 and past the town of Boca do Acre | Lábrea the river is bordered by the Médio Purus Extractive Reserve, created in 2008. Below this it runs through the Canutama Extractive Reserve along the stretch between the towns of Lábrea and Canutama. In the lowest reaches the river flows through the Piagaçu-Purus Sustainable Development Reserve, established in 2003, which holds a large part of its floodplain. It enters the Amazon River west of the Madeira River, which it parallels as far south as the falls of the latter stream. William Chandless found its elevation above sea level to be only 107 feet (33 m) 590 miles (950 km) from its mouth. It is one of the most crooked streams in the world, and its length in a straight line is less than half of its length following its curves. It is practically only a drainage ditch for the half-submerged, lake-flooded district it crosses. Its width |
publisher of military history, especially about the English Civil War. They are the publishing division of | about the English Civil War. They are the publishing division of Caliver Books — which is based in Leigh-on-Sea and Newthorpe. They also published Valkyrie Quarterly magazine and distribute |
South America Putumayo World Music, a record label Putumayo, a fictional store in the Seinfeld episode "The Millennium" See also Potemayo, | Canton, Ecuador Putumayo River or Içá River, a river in South America Putumayo World Music, a record label Putumayo, a fictional store in the Seinfeld |
northwestern slopes of the volcano Cotopaxi and known as the Patate River. The Patate flows south and in Tungurahua Province it is joined by the Chambo River just upstream from the town of Baños de Agua Santa just north of the volcano Mount Tungurahua and becomes the Pastaza. Seven kilometers east of Baños, it is dammed for the Agoyán hydroelectric project, which has created a silty lagoon by the village of La Cieniga. The Agoyán dam was placed in that location specifically to leave the famous Falls of Agoyán, about 5 km further downstream, intact. After the waterfall the river enters a gorge where there is very fast whitewater with class-4 rapids; it is often used for whitewater rafting although it is not considered to be of the same quality as the Tena River and is therefore less popular for the sport. From the junction with the Chambo, the Pastaza flows almost due east for about where it then turns south-east, as it is joined by the Topo River. The Troncal Amazonas highway parallels the river from Baños to Puyo, passing through seven tunnels, and four major waterfalls that are touristic destinations for many Ecuadorians (Agoyán and Pailón del Diablo being the most popular.) Just past the town of Santa Inez, the Pastaza River crosses into the province of Pastaza, where it forms the boundary between that province and Morona-Santiago. At the town of Mera, shortly before reaching Puyo, the river exits the mountains and flows into a wide valley, becoming wider and shallower. After Shell the river becomes braided | The Pastaza has numerous tributaries, both above and below the hydroelectric dam. These contribute to its rapid flow and to its tendency to flood. On the highway side of the Pastaza, a tributary river occurs about every 3–4 km for a stretch of about 50 km; on the opposite bank, the number of tributaries is slightly lower. The major tributaries are the Chambo, Bobonaza, and Huasaga, also important are the Ambato, the Pindo, and the Puyo. Economy There are no major fisheries on the Pastaza River - it is primarily used as a means of transport by canoe. Its rise and fall are rapid and uncertain, and it is shallow and full of sandbanks and snags. Flooding occurs seasonally. Bridges In Ecuador, there are very few bridges across the Pastaza. The most significant ones are in Tungurahua province - namely a large span over the exact point of headwaters, just north of Baños, and the secondary span created by the Agoyán dam. After this, bridges tend to be of the suspension type, suitable |
core is the rectification of both solids. The hull is the dual of this rectification, and its rhombic faces have the intersecting edges of the two solids as diagonals (and have their four alternate vertices). For the convex solids, this is the convex hull. The tetrahedron is self-dual, so the dual compound of a tetrahedron with its dual is the regular stellated octahedron. The octahedral and icosahedral dual compounds are the first stellations of the cuboctahedron and icosidodecahedron, respectively. Uniform compounds In 1976 John Skilling published Uniform Compounds of Uniform Polyhedra which enumerated 75 compounds (including 6 as infinite prismatic sets of compounds, #20-#25) made from uniform polyhedra with rotational symmetry. (Every vertex is vertex-transitive and every vertex is transitive with every other vertex.) This list includes the five regular compounds above. The 75 uniform compounds are listed in the Table below. Most are shown singularly colored by each polyhedron element. Some chiral pairs of face groups are colored by symmetry of the faces within each polyhedron. 1-19: Miscellaneous (4,5,6,9,17 are the 5 regular compounds) 20-25: Prism symmetry embedded in prism symmetry, 26-45: Prism symmetry embedded in octahedral or icosahedral symmetry, 46-67: Tetrahedral symmetry embedded in octahedral or icosahedral symmetry, 68-75: enantiomorph pairs Other compounds Compound of three octahedra Compound of four cubes Two polyhedra that are compounds but have their elements rigidly locked into place are the small complex icosidodecahedron (compound of icosahedron and great dodecahedron) and the great complex icosidodecahedron (compound of small stellated dodecahedron and great icosahedron). If the definition of a uniform polyhedron is generalised, they are uniform. The section for enantiomorph pairs in Skilling's list does not contain the compound of two great snub dodecicosidodecahedra, as the pentagram faces would coincide. Removing the coincident faces results in the compound of twenty octahedra. 4-polytope compounds In 4-dimensions, there are a large number of regular compounds of regular polytopes. Coxeter lists a few of these in his book Regular Polytopes. McMullen added six in his paper New Regular Compounds of 4-Polytopes. Self-duals: Dual pairs: Uniform compounds and duals with convex 4-polytopes: The superscript (var) in the tables above indicates that the labeled compounds are distinct from the other compounds with the same number of constituents. Compounds with regular star 4-polytopes Self-dual star | c{m,n}[d{p,q}]e{s,t} is a compound of d {p,q}'s sharing the vertices of {m,n} counted c times and the faces of {s,t} counted e times. This notation can be generalised to compounds in any number of dimensions. Dual compounds A dual compound is composed of a polyhedron and its dual, arranged reciprocally about a common midsphere, such that the edge of one polyhedron intersects the dual edge of the dual polyhedron. There are five dual compounds of the regular polyhedra. The core is the rectification of both solids. The hull is the dual of this rectification, and its rhombic faces have the intersecting edges of the two solids as diagonals (and have their four alternate vertices). For the convex solids, this is the convex hull. The tetrahedron is self-dual, so the dual compound of a tetrahedron with its dual is the regular stellated octahedron. The octahedral and icosahedral dual compounds are the first stellations of the cuboctahedron and icosidodecahedron, respectively. Uniform compounds In 1976 John Skilling published Uniform Compounds of Uniform Polyhedra which enumerated 75 compounds (including 6 as infinite prismatic sets of compounds, #20-#25) made from uniform polyhedra with rotational symmetry. (Every vertex is vertex-transitive and every vertex is transitive with every other vertex.) This list includes the five regular compounds above. The 75 uniform compounds are listed in the Table below. Most are shown singularly colored by each polyhedron element. Some chiral pairs of face groups are colored by symmetry of the faces within each polyhedron. 1-19: Miscellaneous (4,5,6,9,17 are the 5 regular compounds) 20-25: Prism symmetry embedded in prism symmetry, 26-45: Prism symmetry embedded in octahedral or icosahedral symmetry, 46-67: Tetrahedral symmetry embedded in octahedral or icosahedral symmetry, 68-75: enantiomorph pairs Other compounds Compound of three octahedra Compound of four cubes Two polyhedra that are compounds but have their elements rigidly locked into place are the small complex icosidodecahedron (compound of icosahedron and great dodecahedron) and the great complex icosidodecahedron (compound of small stellated dodecahedron and great icosahedron). If the definition of a uniform polyhedron is generalised, they are uniform. The section for enantiomorph pairs in Skilling's list does not contain the compound of two great snub dodecicosidodecahedra, as the pentagram faces would coincide. Removing the coincident faces results in the compound of twenty octahedra. 4-polytope compounds In 4-dimensions, there are a large number of regular compounds of regular polytopes. Coxeter lists a few of these in |
solid angle of a full sphere (4 steradians) divided by the number of faces. This is equal to the angular deficiency of its dual. The various angles associated with the Platonic solids are tabulated below. The numerical values of the solid angles are given in steradians. The constant φ = is the golden ratio. Radii, area, and volume Another virtue of regularity is that the Platonic solids all possess three concentric spheres: the circumscribed sphere that passes through all the vertices, the midsphere that is tangent to each edge at the midpoint of the edge, and the inscribed sphere that is tangent to each face at the center of the face. The radii of these spheres are called the circumradius, the midradius, and the inradius. These are the distances from the center of the polyhedron to the vertices, edge midpoints, and face centers respectively. The circumradius R and the inradius r of the solid {p, q} with edge length a are given by where θ is the dihedral angle. The midradius ρ is given by where h is the quantity used above in the definition of the dihedral angle (h = 4, 6, 6, 10, or 10). The ratio of the circumradius to the inradius is symmetric in p and q: The surface area, A, of a Platonic solid {p, q} is easily computed as area of a regular p-gon times the number of faces F. This is: The volume is computed as F times the volume of the pyramid whose base is a regular p-gon and whose height is the inradius r. That is, The following table lists the various radii of the Platonic solids together with their surface area and volume. The overall size is fixed by taking the edge length, a, to be equal to 2. The constants φ and ξ in the above are given by Among the Platonic solids, either the dodecahedron or the icosahedron may be seen as the best approximation to the sphere. The icosahedron has the largest number of faces and the largest dihedral angle, it hugs its inscribed sphere the most tightly, and its surface area to volume ratio is closest to that of a sphere of the same size (i.e. either the same surface area or the same volume.) The dodecahedron, on the other hand, has the smallest angular defect, the largest vertex solid angle, and it fills out its circumscribed sphere the most. Point in space For an arbitrary point in the space of a Platonic solid with circumradius R, whose distances to the centroid of the Platonic solid and its n vertices are L and di respectively, and , we have For all five Platonic solids, we have If di are the distances from the n vertices of the Platonic solid to any point on its circumscribed sphere, then Rupert property A polyhedron P is said to have the Rupert property if a polyhedron of the same or larger size and the same shape as P can pass through a hole in P. All five Platonic solids have this property. Symmetry Dual polyhedra Every polyhedron has a dual (or "polar") polyhedron with faces and vertices interchanged. The dual of every Platonic solid is another Platonic solid, so that we can arrange the five solids into dual pairs. The tetrahedron is self-dual (i.e. its dual is another tetrahedron). The cube and the octahedron form a dual pair. The dodecahedron and the icosahedron form a dual pair. If a polyhedron has Schläfli symbol {p, q}, then its dual has the symbol {q, p}. Indeed, every combinatorial property of one Platonic solid can be interpreted as another combinatorial property of the dual. One can construct the dual polyhedron by taking the vertices of the dual to be the centers of the faces of the original figure. Connecting the centers of adjacent faces in the original forms the edges of the dual and thereby interchanges the number of faces and vertices while maintaining the number of edges. More generally, one can dualize a Platonic solid with respect to a sphere of radius d concentric with the solid. The radii (R, ρ, r) of a solid and those of its dual (R*, ρ*, r*) are related by Dualizing with respect to the midsphere (d = ρ) is often convenient because the midsphere has the same relationship to both polyhedra. Taking d2 = Rr yields a dual solid with the same circumradius and inradius (i.e. R* = R and r* = r). Symmetry groups In mathematics, the concept of symmetry is studied with the notion of a mathematical group. Every polyhedron has an associated symmetry group, which is the set of all transformations (Euclidean isometries) which leave the polyhedron invariant. The order of the symmetry group is the number of symmetries of the polyhedron. One often distinguishes between the full symmetry group, which includes reflections, and the proper symmetry group, which includes only rotations. The symmetry groups of the Platonic solids are a special class of three-dimensional point groups known as polyhedral groups. The high degree of symmetry of the Platonic solids can be interpreted in a number of ways. Most importantly, the vertices of each solid are all equivalent under the action of the symmetry group, as are the edges and faces. One says the action of the symmetry group is transitive on the vertices, edges, and faces. In fact, this is another way of defining regularity of a polyhedron: a polyhedron is regular if and only if it is vertex-uniform, edge-uniform, and face-uniform. There are only three symmetry groups associated with the Platonic solids rather than five, since the symmetry group of any polyhedron coincides with that of its dual. This is easily seen by examining the construction of the dual polyhedron. Any symmetry of the original must be a symmetry of the dual and vice versa. The three polyhedral groups are: the tetrahedral group T, the octahedral group O (which is also the symmetry group of the cube), and the icosahedral group I (which is also the symmetry group of the dodecahedron). The orders of the proper (rotation) groups are 12, 24, and 60 respectively – precisely twice the number of edges in the respective polyhedra. The orders of the full symmetry groups are twice as much again (24, 48, and 120). See (Coxeter 1973) for a derivation of these facts. All Platonic solids except the tetrahedron are centrally symmetric, meaning they are preserved under reflection through the origin. The following table lists the various symmetry properties of the Platonic solids. The symmetry groups listed are the full groups with the rotation subgroups given in parenthesis (likewise for the number of symmetries). Wythoff's kaleidoscope construction is a method for constructing polyhedra directly from their symmetry groups. They are listed for reference Wythoff's symbol for each of the Platonic solids. In nature and technology The tetrahedron, cube, and octahedron all occur naturally in crystal structures. These by no means exhaust the numbers of possible forms of crystals. However, neither the regular icosahedron nor the regular dodecahedron are amongst them. One of the forms, called the pyritohedron (named for the group of minerals of which it is typical) has twelve pentagonal faces, arranged in the same pattern as the faces of the regular dodecahedron. The faces of the pyritohedron are, however, not regular, so the pyritohedron is also not regular. Allotropes of boron and many boron compounds, such as boron carbide, include discrete B12 icosahedra within their crystal structures. Carborane acids also have molecular structures approximating regular icosahedra. In the early 20th century, Ernst Haeckel described (Haeckel, 1904) a number of species of Radiolaria, some of whose skeletons are shaped like various regular polyhedra. Examples include Circoporus octahedrus, Circogonia icosahedra, Lithocubus geometricus and Circorrhegma dodecahedra. The shapes of these creatures should be obvious from their names. Many viruses, such as the herpes virus, have the shape of a regular icosahedron. Viral structures are built of repeated identical protein subunits and the icosahedron is the easiest shape to assemble using these subunits. A regular polyhedron is used because it can be built from a single basic unit protein used over and over again; this saves space in the viral genome. In meteorology and climatology, global numerical models of atmospheric flow are of increasing interest which employ geodesic grids that are based on an icosahedron (refined by triangulation) instead of the more commonly used longitude/latitude grid. This has the advantage of evenly distributed spatial resolution without singularities (i.e. the poles) at the expense of somewhat greater numerical difficulty. Geometry of space frames is often based on platonic solids. In the MERO system, Platonic solids are used for naming convention of various space frame configurations. For example, O+T refers to a configuration made of one half of octahedron and a tetrahedron. Several Platonic hydrocarbons have been synthesised, including cubane and dodecahedrane and not tetrahedrane. Platonic solids are often used to make dice, because dice of these shapes can be made fair. 6-sided dice are very common, but the other numbers are commonly used in role-playing games. Such dice are commonly referred to as dn where n is the number of faces (d8, d20, etc.); see dice notation for more details. These shapes frequently show up in other games or puzzles. Puzzles similar to a Rubik's Cube come in all five shapes – see magic polyhedra. Liquid crystals with symmetries of Platonic solids For the intermediate material phase called liquid crystals, the existence of such symmetries was first proposed in 1981 by H. Kleinert and K. Maki. In aluminum the icosahedral structure was discovered three years after this by Dan Shechtman, which earned him the Nobel Prize in Chemistry in 2011. Related polyhedra and polytopes Uniform polyhedra There exist four regular polyhedra that are not convex, called Kepler–Poinsot polyhedra. These all have icosahedral symmetry and may be obtained as stellations of the dodecahedron and the icosahedron. The next most regular convex polyhedra after the Platonic solids are the cuboctahedron, which is a rectification of the cube and the octahedron, and the icosidodecahedron, which is a rectification of the dodecahedron and the icosahedron (the rectification of the self-dual tetrahedron is a regular octahedron). These are both quasi-regular, meaning that they are vertex- and edge-uniform and have regular faces, but the faces are not all congruent (coming in two different classes). They form two of the thirteen Archimedean solids, which are the convex uniform polyhedra with polyhedral symmetry. Their duals, the rhombic dodecahedron and rhombic triacontahedron, are edge- and face-transitive, but their faces are not regular and their vertices come in two types each; they are two of the thirteen Catalan solids. The uniform polyhedra form a much broader class of polyhedra. These figures are vertex-uniform and have one or more types of regular or star polygons for faces. These include all the polyhedra mentioned above together with an infinite set of prisms, an infinite set of antiprisms, and 53 other non-convex forms. The Johnson solids are convex polyhedra which have regular faces but are not uniform. Among them are five of the eight convex deltahedra, which have identical, regular faces (all equilateral triangles) but are not uniform. (The other three convex deltahedra are the Platonic tetrahedron, octahedron, and icosahedron.) Regular tessellations The three regular tessellations of the plane are closely related to the Platonic solids. Indeed, one can view the Platonic solids | cube, thereby dictating the structure of the solar system and the distance relationships between the planets by the Platonic solids. In the end, Kepler's original idea had to be abandoned, but out of his research came his three laws of orbital dynamics, the first of which was that the orbits of planets are ellipses rather than circles, changing the course of physics and astronomy. He also discovered the Kepler solids, which are two nonconvex regular polyhedra. Cartesian coordinates For Platonic solids centered at the origin, simple Cartesian coordinates of the vertices are given below. The Greek letter φ is used to represent the golden ratio ≈ 1.6180. The coordinates for the tetrahedron, dodecahedron, and icosahedron are given in two positions such that each can be deduced from the other either, in the case of the tetraedron, by changing all coordinates of sign (central symmetry), or, in the other cases, by exchanging two coordinates (reflection with respect to any of the three diagonal planes). These coordinates reveal certain relationships between the Platonic solids: the vertices of the tetrahedron represent half of those of the cube, as {4,3} or , one of two sets of 4 vertices in dual positions, as h{4,3} or . Both tetrahedral positions make the compound stellated octahedron. The coordinates of the icosahedron are related to two alternated sets of coordinates of a nonuniform truncated octahedron, t{3,4} or , also called a snub octahedron, as s{3,4} or , and seen in the compound of two icosahedra. Eight of the vertices of the dodecahedron are shared with the cube. Completing all orientations leads to the compound of five cubes. Combinatorial properties A convex polyhedron is a Platonic solid if and only if all its faces are congruent convex regular polygons, none of its faces intersect except at their edges, and the same number of faces meet at each of its vertices. Each Platonic solid can therefore be denoted by a symbol {p, q} where p is the number of edges (or, equivalently, vertices) of each face, and q is the number of faces (or, equivalently, edges) that meet at each vertex. The symbol {p, q}, called the Schläfli symbol, gives a combinatorial description of the polyhedron. The Schläfli symbols of the five Platonic solids are given in the table below. All other combinatorial information about these solids, such as total number of vertices (V), edges (E), and faces (F), can be determined from p and q. Since any edge joins two vertices and has two adjacent faces we must have: The other relationship between these values is given by Euler's formula: This can be proved in many ways. Together these three relationships completely determine V, E, and F: Swapping p and q interchanges F and V while leaving E unchanged. For a geometric interpretation of this property, see . As a configuration The elements of a polyhedron can be expressed in a configuration matrix. The rows and columns correspond to vertices, edges, and faces. The diagonal numbers say how many of each element occur in the whole polyhedron. The nondiagonal numbers say how many of the column's element occur in or at the row's element. Dual pairs of polyhedra have their configuration matrices rotated 180 degrees from each other. Classification The classical result is that only five convex regular polyhedra exist. Two common arguments below demonstrate no more than five Platonic solids can exist, but positively demonstrating the existence of any given solid is a separate question—one that requires an explicit construction. Geometric proof The following geometric argument is very similar to the one given by Euclid in the Elements: Topological proof A purely topological proof can be made using only combinatorial information about the solids. The key is Euler's observation that V − E + F = 2, and the fact that pF = 2E = qV, where p stands for the number of edges of each face and q for the number of edges meeting at each vertex. Combining these equations one obtains the equation Simple algebraic manipulation then gives Since E is strictly positive we must have Using the fact that p and q must both be at least 3, one can easily see that there are only five possibilities for {p, q}: {3, 3}, {4, 3}, {3, 4}, {5, 3}, {3, 5}. Geometric properties Angles There are a number of angles associated with each Platonic solid. The dihedral angle is the interior angle between any two face planes. The dihedral angle, θ, of the solid {p,q} is given by the formula This is sometimes more conveniently expressed in terms of the tangent by The quantity h (called the Coxeter number) is 4, 6, 6, 10, and 10 for the tetrahedron, cube, octahedron, dodecahedron, and icosahedron respectively. The angular deficiency at the vertex of a polyhedron is the difference between the sum of the face-angles at that vertex and 2. The defect, δ, at any vertex of the Platonic solids {p,q} is By a theorem of Descartes, this is equal to 4 divided by the number of vertices (i.e. the total defect at all vertices is 4). The 3-dimensional analog of a plane angle is a solid angle. The solid angle, Ω, at the vertex of a Platonic solid is given in terms of the dihedral angle by This follows from the spherical excess formula for a spherical polygon and the fact that the vertex figure of the polyhedron {p,q} is a regular q-gon. The solid angle of a face subtended from the center of a platonic solid is equal to the solid angle of a full sphere (4 steradians) divided by the number of faces. This is equal to the angular deficiency of its dual. The various angles associated with the Platonic solids are tabulated below. The numerical values of the solid angles are given in steradians. The constant φ = is the golden ratio. Radii, area, and volume Another virtue of regularity is that the Platonic solids all possess three concentric spheres: the circumscribed sphere that passes through all the vertices, the midsphere that is tangent to each edge at the midpoint of the edge, and the inscribed sphere that is tangent to each face at the center of the face. The radii of these spheres are called the circumradius, the midradius, and the inradius. These are the distances from the center of the polyhedron to the vertices, edge midpoints, and face centers respectively. The circumradius R and the inradius r of the solid {p, q} with edge length a are given by where θ is the dihedral angle. The midradius ρ is given by where h is the quantity used above in the definition of the dihedral angle (h = 4, 6, 6, 10, or 10). The ratio of the circumradius to the inradius is symmetric in p and q: The surface area, A, of a Platonic solid {p, q} is easily computed as area of a regular p-gon times the number of faces F. This is: The volume is computed as F times the volume of the pyramid whose base is a regular p-gon and whose height is the inradius r. That is, The following table lists the various radii of the Platonic solids together with their surface area and volume. The overall size is fixed by taking the edge length, a, to be equal to 2. The constants φ and ξ in the above are given by Among the Platonic solids, either the dodecahedron or the icosahedron may be seen as the best approximation to the sphere. The icosahedron has the largest number of faces and the largest dihedral angle, it hugs its inscribed sphere the most tightly, and its surface area to volume ratio is closest to that of a sphere of the same size (i.e. either the same surface area or the same volume.) The dodecahedron, on the other hand, has the smallest angular defect, the largest vertex solid angle, and it fills out its circumscribed sphere the most. Point in space For an arbitrary point in the space of a Platonic solid with circumradius R, whose distances to the centroid of the Platonic solid and its n vertices are L and di respectively, and , we have For all five Platonic solids, we have If di are the distances from the n vertices of the Platonic solid to any point on its circumscribed sphere, then Rupert property A polyhedron P is said to have the Rupert property if a polyhedron of the same or larger size and the same shape as P can pass through a hole in P. All five Platonic solids have this property. Symmetry Dual polyhedra Every polyhedron has a dual (or "polar") polyhedron with faces and vertices interchanged. The dual of every Platonic solid is another Platonic solid, so that we can arrange the five solids into dual pairs. The tetrahedron is self-dual (i.e. its dual is another tetrahedron). The cube and the octahedron form a dual pair. The dodecahedron and the icosahedron form a dual pair. If a polyhedron has Schläfli symbol {p, q}, then its dual has the symbol {q, p}. Indeed, every combinatorial property of one Platonic solid can be interpreted as another combinatorial property of the dual. One can construct the dual polyhedron by taking the vertices of the dual to be the centers of the faces of the original figure. Connecting the centers of adjacent faces in the original forms the edges of the dual and thereby interchanges the number of faces and vertices while maintaining the number of edges. More generally, one can dualize a Platonic solid with respect to a sphere of radius d concentric with the solid. The radii (R, ρ, r) of a solid and those of its dual (R*, ρ*, r*) are related by Dualizing with respect to the midsphere (d = ρ) is often convenient because the midsphere has the same relationship to both polyhedra. Taking d2 = Rr yields a dual solid with the same circumradius and inradius (i.e. R* = R and r* = r). Symmetry groups In mathematics, the concept of symmetry is studied with the notion of a mathematical group. Every polyhedron |
replaced Bretton Woods and Walton Community School. It is part of the Thomas Deacon Education Trust. The schools that remain have been extended and enlarged. Over £200 million was spent and the changes on-going to 2010. The King's School is one of seven schools established, or in some cases re-endowed and renamed, by King Henry VIII during the Dissolution of the Monasteries to pray for his soul. In 2006, 39.4% of Peterborough local education authority pupils attained five grades A* to C, including English and Mathematics, in the General Certificate of Secondary Education, lower than the national average of 45.8%. The city has two colleges of further and higher education, Peterborough College (established in 1946 as Peterborough Technical College) and City College Peterborough (known as Peterborough College of Adult Education until 2010). By 2004, Peterborough College attracted over 15,000 students each year from the UK and abroad and was ranked in the top five per cent of colleges in the UK. Greater Peterborough University Technical College is a new education facility set to open in September 2015. The city is currently without a university, after Loughborough University closed its Peterborough campus in 2003. Consequently, it became the second largest centre of population in the UK (after Swindon) without its own higher education institution. In 2006, however, Peterborough Regional College began talks with Anglia Ruskin University to develop a new university campus for the city. The college and the university completed the legal contracts for the creation of a new joint venture company in 2007, marking the culmination of legal negotiations and securing of funds required in order to build the new higher education centre. University Centre Peterborough opened to the first 850 students in 2009. The former public library on Broadway was funded by Scottish philanthropist Andrew Carnegie and opened in 1906; Carnegie was made first freeman of the city on the day of the opening ceremony. Arts Peterborough enjoys a wide range of events including the annual East of England Show, Peterborough Festival and CAMRA beer festival, which takes place on the river embankment in late August. The yearly festivals have attracted arts funding and enabled further community projects within the city. The city acts as the central hub for the regions visual arts community, with the Peterborough Artists Open Studio organisation (PAOS), celebrating its 21st anniversary year as of 2021. A number of statues by the British sculptor Antony Gormley were re-installed in the city in 2018. Removed for repair works from their original setting on concrete pillars next to the rowing lake in Nene Park, they can now be seen on top of buildings surrounding Cathedral Square in the town centre. The Key Theatre, built in 1973, is situated on the embankment, next to the River Nene. The theatre aims to provide entertainment, enlightenment and education by reflecting the rich culture Peterborough has to offer. The programme is made up of home-grown productions, national touring shows, local community productions and one-off concerts. There is disabled access, an infrared hearing system for the deaf and hard of hearing and there are also regular signed performances. In 1937, the Odeon Cinema opened on Broadway, where it operated successfully for more than half a century. In 1991, the Odeon showed its last film to the public and was left to fall into a state of disrepair, until 1997, when a local entrepreneur purchased the building as part of a larger project, including a restaurant and art gallery. The Broadway, designed by Tim Foster Architects, was one of the largest theatres in the region and offered a selection of live entertainment, including music, comedy and films. In 2009, it was severely damaged by arsonists, resulting in closure when its insurers refused to pay the claim due to faulty fire detection systems. The Embassy Theatre, a large Art Deco building designed by David Evelyn Nye, also opened on Broadway in 1937. Nye was usually a cinema architect, and this was his only theatre. The Embassy was converted into a cinema in 1953, becoming the ABC and later the Cannon Cinema, before it was closed in 1989. Since 1996, the premises have been occupied by the Edwards bar chain. The John Clare Theatre within the new central library, again on Broadway, is home to the Peterborough Film Society. One of the region's leading venues, the Cresset in Bretton, provides a wide range of events for the residents of the city and beyond, including theatre, comedy, music and dance. Peterborough has a 13-screen Showcase Cinema, an ice rink and two indoor swimming pools open to the general public. A diverse range of restaurants can be found throughout the city, including Chinese & Cantonese, Indian & Nepalese, Thai and many Italian restaurants. Peterborough has recently been used as the setting in popular literature: A Short History of Tractors in Ukrainian by Marina Lewycka, A Spot of Bother by Mark Haddon and, the first in a projected series, Long Way Home, a debut novel by Eva Doran. Sport Peterborough United Football Club, known as The Posh, has been the local football team since 1934. The ground is situated at London Road on the south bank of the River Nene. Peterborough United have a history of cup giant-killings. They set the record for the highest number of league goals (134, Terry Bly alone scoring 52) in the 1960-61 season, which was their first season in the Football League, in which they won the Fourth Division title. The club's highest finish position to date was tenth place in Division One, then the second tier of English football, in the 1992-93 season. Irish property developer Darragh MacAnthony was appointed chairman in 2006 and is now owner, having undertaken a lengthy purchase from Barry Fry who remains director of football, having also been manager of the club from 1996 to 2005. Peterborough also has two non-league football teams. Peterborough Northern Star FC, play at Chestnut Avenue, Dogsthorpe and compete in the United Counties League. Peterborough Sports FC play at Lincoln Road and compete one division above Peterborough Northern Star in the Northern Premier League. As well as football, Peterborough has teams competing in rugby, cricket, hockey, ice hockey, rowing, athletics, American and Australian rules football. Although Cambridgeshire is not a first-class cricket county, Northamptonshire staged some home matches in the city between 1906 and 1974. Peterborough Town Cricket Club and the City of Peterborough Hockey Club compete at their shared ground in Westwood. After reforming in 2005, rugby union club Peterborough Lions RFC now compete in National League 3 Midlands. Meanwhile, the city's oldest rugby team, Peterborough RUFC, play at Second Drove (otherwise known as "Fortress Fengate"), and have struggled in recent seasons. Relegation in 2013–14 season, from Midlands 1 East, has been followed by a season in the lower-mid table of the Midlands 2 East (South). Peterborough City Rowing Club moved from its riverside setting to the current Thorpe Meadows location in 1983. The spring and summer regattas held there attract rowers and scullers from competing clubs all over the country. Every February the adjacent River Nene is host to the head of the river race, which again attracts hundreds of entries. Peterborough Athletic Club train and compete at the embankment athletics arena. In 2006, after 10 years, the Great Eastern Run returned to the racing calendar. Around 3,000 runners raced through the flat streets of Peterborough for the half-marathon, supported by thousands of spectators along the course. Peterborough Phantoms are the city's ice hockey team, playing in the NIHL at Planet Ice Peterborough, located on Mallard Way in Bretton. Motorcycle speedway is also a popular sport in Peterborough, with race meetings held at the East of England Showground. The team, known as the Peterborough Panthers, have operated regularly in the Elite League. The Showground hosts the annual British Motorcycle Federation Rally each May. In 2009, Peterborough hosted one of the first rounds of the Tour Series, a new series of televised town and city centre cycling races. , the city has hosted a round of the Tour Series each year since, with the exception of 2013. In March 2017 the first bandy session in England for over a century was held in Peterborough, in the form of rink bandy. In 2018 Peterborough Bandy Club was founded. Media There is a major radio transmitter at Morborne, approximately eight miles (13 km) west of Peterborough, for national FM radio (BBC Radios 1–4 and Classic FM) and BBC Radio Cambridgeshire. This facility includes a 154-metre (505 ft) high guyed radio mast which collapsed in 2004 after a fire and has since been re-built. Another transmission site at Gunthorpe in the north east of the city transmits AM/MW and local FM radio. The site is only 3 metres (10 ft) above sea level and has an 83-metre (270 ft) high active insulated guyed mast situated on it. Peterborough is covered by six local radio stations and one regional station, though only two community stations broadcast from the city. These are Salaam FM, catering for the local Muslim population, which started broadcasting on 106.2 MHz in 2016 and Peterborough Community Radio (PCR FM), a station formed as a result of a merger between former Internet stations Peterborough FM and Radio Peterborough, which started broadcasting on 103.2 MHz in 2017. Heart Cambridgeshire, the original independent local radio station launched as Hereward Radio in 1980 and becoming Heart Peterborough in 2009, still holds a large section of the market on 102.7 MHz but relocated to Cambridge in 2012, where it began sharing the localised programming (of mainly national output) with Heart Cambridge. Hereward's sister station, WGMS, was launched on the old 1332 kHz (225 meters) frequency in 1992; known as Classic Gold from 1994 to 2007, it is now part of Heart's sister Gold Radio network, but has no programming made in Peterborough. Connect Radio (from 1999 to 2010, known as Lite FM), was the city's second commercial station on 106.8;MHz, but is now broadcast partly from Kettering and partly from Southend. Connect Radio was again sold and rebranded as Smooth East Midlands on 1 October 2019. Radio Cambridgeshire, the BBC local radio station, began broadcasting on 1 May 1982 on 95.7 MHz (and, originally, 1449 kHz) in the north of the county; it maintains a studio in Priestgate, having moved from Broadway in 2012. Kiss 105-108 is the regional station for the East of England, broadcasting, since 2006, on 107.7 MHz in Peterborough. NOW Peterborough is the local DAB multiplex; BBC National DAB and the national commercial multiplex, Digital One, are also available in the city. Peterborough is in the Anglia Television transmission area for Independent Television, with a small studio in the city (although it borders ITV Central). This is broadcast with BBC One and Two (East), Channel 4 and Channel 5 from Sandy Heath. The digital switchover in the East of England took place in 2011. Shopping channel Ideal World is broadcast nationwide on Freeview from studios in Newark Road, Fengate. The Peterborough Telegraph (established 1948) is the city's newspaper, published on Thursdays and, until 2012, six days a week as the Evening Telegraph, with jobs, property, motors and entertainment supplements. The Telegraph is now owned by East Midlands Newspapers, part of Johnston Press of Edinburgh. Its website, Peterborough Today, is updated six days a week. The PT's sister paper, the Peterborough Citizen (1898), is a weekly paper delivered free to many homes in the city. The Peterborough Herald and Post (1989, a replacement for the Peterborough Standard, established 1872) ceased publication in 2008. The publisher Emap, which specialises in the production of magazines and the organisation of business events and conferences, traces its origins back to Peterborough in 1854. The 33rd Mayor of Peterborough, Sir Richard Winfrey JP, founder of what would become the East Midland Allied Press, was perhaps the last person to read the Riot Act in 1914. Peterborough has been used as a location for various television programmes and films. The 1982 BBC production of The Barchester Chronicles was filmed largely in and around Peterborough. In 1983 opening scenes for the 13th James Bond film, Octopussy, starring Sir Roger Moore, were filmed at Orton Mere. A music video for the song "BreakThru" by the band Queen was also shot on the preserved Nene Valley Railway in 1989. In 1995 Pierce Brosnan filmed train crash sequences for the 17th Bond film, GoldenEye, at the former sugar beet factory. A scene for the film The Da Vinci Code was filmed at Burghley House during five weeks secret filming in 2006; and actor, Lee Marvin, found himself camping in Ferry Meadows during the filming of The Dirty Dozen: Next Mission in 1985. In October 2008 Hollywood returned to Wansford for the filming of the musical Nine, starring Penélope Cruz and Daniel Day-Lewis. Landmarks The Cathedral Church of Saint Peter, Saint Paul and Saint Andrew, whose statues look down from the three high gables of the West Front, was founded as a monastery in AD 655 and re-built in its present form between 1118 and 1238. It has been the seat of the Bishop of Peterborough since the diocese was created in 1541, when the last abbot was made the first bishop and the abbot's house was converted into the episcopal palace. Peterborough Cathedral is one of the most intact large Norman buildings in England and is renowned for its imposing early English Gothic West Front which, with its three enormous arches, is without architectural precedent and with no direct successor. The cathedral has the distinction of having had two queens buried beneath its paving: Catherine of Aragon and Mary, Queen of Scots. The remains of Queen Mary were removed to Westminster Abbey by her son James I when he became King of England. The general layout of Peterborough is attributed to Martin de Vecti who, as abbot from 1133 to 1155, rebuilt the settlement on dry limestone to the west of the monastery, rather than the often-flooded marshlands to the east. Abbot Martin was responsible for laying out the market place and the wharf beside the river. Peterborough's 17th-century Guildhall was built in 1671 by John Lovin, who also restored the bishop's palace shortly after the restoration of King Charles II. It stands on columns, providing an open ground floor for the butter and poultry markets which used to be held there. The Market Place was renamed Cathedral Square and the adjacent Gates Memorial Fountain moved to Bishop's Road Gardens in 1963, when the (then weekly) market was transferred to the site of the old cattle market. Peterscourt on City Road was designed by Sir George Gilbert Scott in 1864, housing St. Peter's Teacher Training College for men until 1938. The building is mainly listed for the 18th century doorway, brought from the London Guildhall following war damage. Nearby Tout Hill, the site of a castle bailey, is a scheduled monument. The city has a large Victorian park containing formal gardens, children's play areas, an aviary, bowling green, tennis courts, pitch and putt course and tea rooms. The Park has been awarded the Green Flag Award, the national standard for parks and green spaces, by the Civic Trust. A Cross of Sacrifice was erected in Broadway cemetery by the Imperial War Graves Commission in the early 1920s. The Lido, a striking building with elements of art deco design, was opened in 1936 and is one of the few survivors of its type still in use. Peterborough Museum and Art Gallery, built in 1816, housed the city's first infirmary from 1857 to 1928. The museum has a collection of some 227,000 objects, including local archaeology and social history, from the products of the Roman pottery industry to Britain's oldest known murder victim; a collection of marine fossil remains from the Jurassic period of international importance; the manuscripts of John Clare, the "Northamptonshire Peasant Poet" as he was commonly known in his own time; and the Norman Cross collection of items made by French prisoners of war. These prisoners were kept at Norman Cross on the outskirts of Peterborough from 1797 to 1814, in what is believed to be the world's first purpose built prisoner of war camp. The art collection contains an impressive variety of paintings, prints and drawings dating from the 1600s to the present day. Peterborough Museum also holds regular temporary exhibitions, weekend events and guided tours. Burghley House to the north of Peterborough, near Stamford, was built and mostly designed by Sir William Cecil, later 1st Baron Burghley, who was Lord High Treasurer to Queen Elizabeth I for most of her reign. The country house, with a park laid out by Lancelot 'Capability' Brown in the 18th century, is one of the principal examples of 16th-century English architecture. The estate, still home to his descendants, hosts the Burghley Horse Trials, an annual three-day event. Another Grade I listed building, Milton Hall near Castor, ancestral home of the Barons and later Earls Fitzwilliam, also dates from the same period. For two centuries following the restoration the city was a pocket borough of this family. The John Clare Cottage in the village of Helpston was purchased by the John Clare Trust in 2005. The cottage, home of John Clare from his birth in 1793 until 1832, has been restored using traditional building methods to create a resource where visitors can learn about the poet, his works and how rural people lived in the early 19th century. The John Clare Cottage and Thorney Heritage Museum form part of the Greater Fens Museum Partnership, along with Peterborough Museum and Flag Fen. Longthorpe Tower, a 14th-century three-storey tower and fortified manor house in the care of English Heritage, is situated about west of the city centre. It is a scheduled monument, and contains the finest and most complete set of domestic paintings of their period in northern Europe. Nearby Thorpe Hall is one of the few mansions built in the Commonwealth period. A maternity hospital from 1943 to 1970, it was acquired by the Sue Ryder Foundation in 1986 and is currently in use as a hospice. Flag Fen, the Bronze Age archaeological site, was discovered in 1982, when a team led by Dr Francis Pryor carried out a survey of dykes in the area. Probably religious, it comprises a large number of poles arranged in five long rows, connecting Whittlesey with Peterborough across the wet fenland. The museum exhibits many of the artefacts found, including what is believed to be the oldest wheel in Britain. An exposed section of the Roman road known as the Fen Causeway also crosses the site. The Nene Valley Railway, which is now a 7.5-mile (12 km) heritage railway, was one of the last passenger lines to fall under the Beeching Axe in 1966, although it remained open for freight traffic until 1972. In 1974, the former development corporation bought the line, which runs from the city centre to Yarwell Junction just west of Wansford via Orton Mere and the 500 acre (202 ha) Ferry Meadows country park, and leased it to the Peterborough Railway Society. Railworld is a railway museum located beside Peterborough Nene Valley railway station. The Nene Park, which opened in 1978, covers a site long, from slightly west of Castor to the centre of Peterborough. The park has three lakes, one of which houses a watersports centre. Ferry Meadows, one of the major destinations and attractions signposted on the Green Wheel, occupies a large portion of Nene Park. Orton Mere provides access to the east of the park. Southey Wood, once included in the Royal Forest of Rockingham, is a mixed woodland maintained by the Forestry Commission between the villages of Upton and Ufford. Nearby, Castor Hanglands, Barnack Hills and Holes and Bedford Purlieus national nature reserves are each sites of special scientific interest. In 2002, the Hills and Holes, one of Natural England's 35 spotlight reserves, was designated a special area of conservation as part of the Natura 2000 network of sites throughout the European Union. Notable people Peterborough is the birthplace of many notable people, the astronomer George Alcock, one of the most successful visual discoverers of novas and comets; John Clare, from Helpston, the nineteenth century poet; artist, Christopher Perkins – brother of Frank; and Sir Henry Royce, 1st Baronet of Seaton, engineer and co-founder of Rolls-Royce. Physician, actor and author, "Sir" John Hill, credited with 76 separate works in the Dictionary of National Biography, the most valuable of which dealing with botany, is also said to have been born here. The socialist writer and illustrator, Frank Horrabin, who was born in the city, and was elected as the Labour Member of Parliament in 1929. The utilitarian philosopher, Dr Richard Cumberland, was 14th Lord Bishop of Peterborough from 1691 until his death in 1718; and Norfolk-born nurse and humanitarian, Edith Cavell, who received part of her education at Laurel Court in the Minster Precinct, is commemorated by a plaque in the cathedral and by the name of the hospital. A gravedigger called Old Scarlett, who's portrait can be seen above the west door of Peterborough Cathedral, is considered a folk hero. He died in 1594 at the age of 98, having spent much of his life as the sexton at Peterborough Cathedral; having buried two monarchs, he has also been suggested as the inspiration for the gravedigger in Shakespeare's Hamlet. Two prominent historical figures were born locally, Hereward the Wake, an outlaw who led resistance to the Norman Conquest and now lends his name to several places and businesses in the city; and St. John Payne, one of the group of prominent Catholics martyred between 1535 and 1679 and later designated the Forty Martyrs of England and Wales, who was beatified by Pope Leo XIII in 1886 and canonised with the other 39 by Pope Paul VI in 1970. Musicians include Sir Thomas Armstrong, organist, conductor and former principal of the Royal Academy of Music; Andy Bell, lead vocalist of the electronic pop duo Erasure; Barrie Forgie, leader of the BBC Big Band; Don Lusher, trombonist and former professor of the Royal College of Music and the Royal Marines School of Music; Paul Nicholas, actor and singer; Maxim Reality and Gizz Butt of The Prodigy and Aston Merrygold of Brit Award-winning pop group JLS. Comedian Ernie Wise lived on Thorpe Avenue for many years, next door to Canadian baritone and actor Edmund Hockridge. Jimmy Savile also lived in the city in the early 1990s. Other media personalities include actors Simon Bamford, known for the 'Hellraiser' franchise, Adrian Lyne, director of Fatal Attraction, Oscar Jacques, known for playing Tom Tupper in the CBBC Series M.I. High, Luke Pasqualino, known for his roles in Skins and The Musketeers; television presenter, Sarah Cawood, who grew up in Maxey; BBC Formula One presenter, Jake Humphrey; football journalist and Talksport radio presenter, Adrian Durham; and the biologist, author and broadcaster, Prof. Brian J. | office and various leisure, restaurant and retail opportunities. Other projects within the city include the extension to Queensgate Shopping Centre, The Great Northern Hotel and more recently plans to extend the Peterborough Railway Station and long stay car park to facilitate more office space in the city centre and further parking. In 2020 planning permission was granted for a new university, ARU Peterborough, which will be based on Bishops Road, a five-minute walk from the City Centre. It will be an employment focused university run by Anglia Ruskin University with four faculties: Business, Innovation and Entrepreneurship; Creative and Digital Arts and Sciences; Agriculture, Environment and Sustainability; Health and Education. The new university is expected to take its first cohort of approximately 2,000 students by 2022, rising to 12,500 by 2028. ARU Peterborough is not expected to receive its degree awarding powers before 2030 when a review will take place to determine its future as part of Anglia Ruskin University or whether it should become its own entity. Administration Parliamentary seat The city formed a parliamentary borough returning two members from 1541, with the rest of the Soke being part of Northamptonshire parliamentary county. The Great Reform Act did not affect the borough, although the remaining, rural portion of the Soke was transferred to the northern division of Northamptonshire. In 1885, the borough's representation was reduced to one member, and in 1918, the boundaries were adjusted to include the whole Soke. Recent Members of Parliament for Peterborough have included the Conservative Sir Harmar Nicholls (1950–1974), Labour's Michael Ward (1974–1979), Conservative Brian Mawhinney (1979–1997), Labour's Helen Clark (1997–2005) and Conservative Stewart Jackson, from 2005. Fiona Onasanya won the 2017 general election for Labour; Onasanya was then expelled from the Labour party in December 2018, but kept her seat as an independent until being ejected on 1 May 2019 after a recall petition, triggering a by-election, which won by Labour's Lisa Forbes (June - November 2019). The current incumbent is Conservative Paul Bristow, who won the seat in the 2019 general election. In 1997, the North West Cambridgeshire constituency was formed, incorporating parts of the city and neighbouring Huntingdonshire. The sitting member is the Conservative Shailesh Vara, who succeeded Sir Brian Mawhinney, former Secretary of State for Transport and Chairman of the Conservative Party, in 2005. Mawhinney, who had previously served as Member of Parliament for Peterborough from 1979, was created Baron Mawhinney of Peterborough in the county of Cambridgeshire later that year. Local government From 1889, the ancient Soke of Peterborough formed an administrative county in its own right with boundaries similar, although not identical, to the current unitary authority. The area however remained geographically part of Northamptonshire until 1965, when the Soke was merged with Huntingdonshire to form the county of Huntingdon and Peterborough. Following a review of local government in 1974, Huntingdon and Peterborough was abolished and the current district created by the merger of the Municipal Borough of Peterborough with Peterborough Rural District, Barnack Rural District, Thorney Rural District, Old Fletton Urban District and part of the Norman Cross Rural District, which had each existed since 1894. This became part of the non-metropolitan county of Cambridgeshire. Letters patent were granted continuing the status of city over the greater area. In 1998, the city became autonomous of Cambridgeshire county council as a unitary authority, but it continues to form part of that county for ceremonial purposes. The leader and cabinet model of decision-making, first adopted by the city council in 2001, is similar to national government. Policing in the city remains the responsibility of Cambridgeshire Constabulary; and firefighting, the responsibility of Cambridgeshire Fire and Rescue Service. The Peterborough Volunteer Fire Brigade, founded in 1884, is unique in the United Kingdom in that it functions as a retained fire station, under the control of the county fire and rescue service, but with unpaid firefighters. The Royal Anglian Regiment serves as the county regiment for Cambridgeshire. Peterborough formed its first territorial army unit, the 6th Northamptonshire Rifle Volunteer Corps, in 1860. Health service Following the Health and Social Care Act 2012, Cambridgeshire and Peterborough Clinical Commissioning Group became the main commissioner of health services in the city. Adult social care functions of NHS Peterborough transferred back to the city council in 2012 and public health transferred in 2013. The responsibility of guided primary care services (general practitioners, dentists, opticians and pharmacists) transferred to NHS England. In 2017 the responsibility for commissioning Primary Care Services transferred back to the CCG. Cambridgeshire and Peterborough is one of the largest CCGs in the England with over 984,000 registered patients, 91 GP practices and a budget of £1.16bn in 2017–18. Although predominately providing health services in Cambridgeshire and Peterborough the CCG also has practices in both Hertfordshire and Northamptonshire. Previously, NHS Peterborough (the public-facing name of Peterborough Primary Care Trust) guided primary care services in the city, directly provided adult social care and services in the community such as health visiting and physiotherapy and also funded hospital care and other specialist treatments. Prior to the formation of the PCT, the North West Anglia Healthcare NHS Trust provided health functions within the city and before that, Peterborough Health Authority. Peterborough and Stamford Hospitals NHS Foundation Trust became one of the first ten English NHS foundation trusts in 2004 and in 2017, merged with Hinchingbrooke Health Care NHS Trust to form North West Anglia NHS Foundation Trust. Although a £300 million health investment plan has seen the transfer of the city's two hospitals into a single site, the Trust has been plagued by financial problems since the move. The full planning application for the redevelopment of the former Edith Cavell Hospital was approved by the council in 2006. Planning permission for the development of an integrated care centre on the site of the former Fenland Wing at Peterborough District Hospital was granted in 2003. The City Care Centre finally opened in 2009 and the first patients were treated at the new Peterborough City Hospital in 2010. The private Fitzwilliam Hospital run by Ramsay Health Care UK is situated in the landscaped grounds of the Milton Estate. Cambridgeshire and Peterborough NHS Foundation Trust, a designated University of Cambridge teaching trust, provides services to those who suffer from mental health problems. Following merger of the Cambridgeshire Ambulance Service in 1994, then the East Anglian Ambulance NHS Trust in 2006, the East of England Ambulance Service NHS Trust is responsible for the provision of statutory emergency medical services (EMS) in Peterborough. The East Anglian Air Ambulance provides helicopter EMS across the region. Public utilities The council's budget for the financial year 2018–19 is £418.7 million. The main source of non-school funding is the formula grant, which is paid by central government to local authorities based on the services they provide. This was reduced by nearly 40% during the course of the 2010-15 parliament. The remainder, to which the police and fire authorities (and parish council where this exists) set a precept, is raised from council tax and business rates. This amounts to £59.5 million in 2015–16. Mains water and sewerage services are provided by Anglian Water, a former nationalised industry and natural monopoly, privatised in 1989 and now regulated by OFWAT. Following deregulation, the consumer has a choice of energy supplier. Electricity was formerly provided by Eastern Electricity, which was privatised in 1990. In 2002, the supply business was sold to Powergen (now E.ON UK) and the distribution rights to EDF Energy who sold them to UK Power Networks in 2010. Natural gas was (and still is) supplied by British Gas, which was privatised in 1986; distribution (and gas and electricity transmission) is the responsibility of the National Grid, having been demerged as Transco in 1997. These industries are regulated by OFGEM. Peterborough Power Station is a 367 MWe gas-fired plant in Fengate operated by Centrica Energy. British Telecommunications, privatised in 1984, provides fixed ADSL enabled (8 Mbit/s) telephone lines. Local loop unbundling, giving other internet service providers direct access, is completed at four out of 12 exchanges. The city is cabled by Virgin Media (previously Peterborough Cablevision, Cable & Wireless and NTL). These businesses are regulated by OFCOM. Cambridgeshire County Council and Peterborough City Council are embarking on a superfast broadband project to deliver access to improved connectivity to areas where it is acknowledged that the market is unlikely to deliver. Economy Regeneration According to the City Council, Peterborough has a history of successful economic growth and continues to act as an attractor for investment and an engine of growth. Its ambition is to achieve sustainable growth that can be maintained without creating significant economic problems. Figures plotting growth from 1995 to 2004, revealed that Peterborough had become the most successful economy among unitary authorities in the East of England. They also revealed that the city's economy had grown faster than the regional average and any other economy in the region. It has a strong economy in the environmental goods and services sector and has the largest cluster of environmental businesses in the UK. In 1994, Peterborough designated itself one of four environment cities in the UK and began working to become the country's acknowledged environment capital. Peterborough Environment City Trust (PECT), an independent charity, was set up at the same time to work towards this goal, delivering projects promoting healthier and sustainable living in the city. Until 2017, PECT organised a yearly 'Green Festival' centered around Cathedral Square, Peterborough, which also benefited local artists and arts organisations through attracting Arts Council funding grants aided by arts facilitator organisation Metal. During the summer of 2018 the last Green Festival was held at Nene Park, in 2019 Peterborough's community environmental projects attracted ministerial attention from the then Environment Secretary Michael Gove. During the COVID-19 pandemic of 2020-21 Peterborough's culture and leisure umbrella charity, Vivacity ceased operating. This led to a restructuring of many of the arts organisations, they are now found under the heading City Culture Peterborough The council and regional development agency have taken advice on regeneration issues from a number of internationally recognised experts, including Benjamin Barber (formerly an adviser to President Bill Clinton), Jan Gustav Strandenaes (United Nations adviser on environmental issues) and Patama Roorakwit (a Thai "community architect"). Employment According to the 2001 census, the workplace population of 90,656 is divided into 60,118 people who live in Peterborough and 30,358 people who commute in. A further 13,161 residents commute out of the city to work. Earnings in Peterborough are lower than average. Median earnings for full-time workers were £11.93 per hour in 2014, less than the regional median for the East of England of £13.62 and the median hourly rate of £13.15 for Great Britain as a whole. As part of the government's M11 corridor, Peterborough is committed to creating 17,500 jobs with the population growing to 200,000 by 2020. Future employment will also be created through the plan for the city centre launched by the council in 2003. Predictions of the levels and types of employment created were published in 2005. These include 1,421 jobs created in retail; 1,067 created in a variety of leisure and cultural developments; 338 in three hotels; and a further 4,847 jobs created in offices and other workspaces. Recent relocations of large employers include both Tesco (1,070 employees) and Debenhams (850 employees) distribution centres. A further 2,500 jobs were to be created in the £140 million Gateway warehouse and distribution park. This was expected to compensate for the 6,000 job losses as a result of the decline in manufacturing, anticipated in a report cited by the cabinet member for economic growth and regeneration in 2006. With traditionally low levels of unemployment, Peterborough is a popular destination for workers and has seen significant growth through migration since the post-war period. The leader of the council said in August 2006 that he believed that 80% of the 65,000 people who had arrived in East Anglia from the states that joined the European Union in 2004 were living in Peterborough. To help cope with this influx, the council put forward plans to construct an average of 1,300 homes each year until 2021. Demand for short term employees remains high and the market supports up to 20 high street recruitment agencies at any given time. Peterborough Trades Council, formed in 1898, is affiliated to the Trades Union Congress. Transport Rail Peterborough railway station is a principal stop on the East Coast Main Line, 45–50 minutes' journey time from central London, with high-speed intercity services from King's Cross to Edinburgh Waverley operated by the London North Eastern Railway at around a 20-minute frequency, and slower commuter services terminating at Peterborough operated by Govia Thameslink Railway. It is a major railway junction where a number of cross-country routes converge. East Midlands Railway operates the Peterborough to Lincoln Line and a route from Norwich to Liverpool Lime Street via the main line north of Peterborough, CrossCountry operates the Birmingham to Peterborough Line through to Cambridge and Stansted Airport while Greater Anglia operates the Ely to Peterborough Line with a service to Ipswich. Peterborough has a business airport with a paved runway at Holme and a recreational airfield hosting a parachute school at Sibson. Water The River Nene, made navigable from the port at Wisbech to Northampton by 1761, passes through the city centre. The Nene Viaduct carries the railway over the river. It was built in 1847 by Sir William and Joseph Cubitt. William Cubitt was the chief engineer of Crystal Palace erected at Hyde Park in 1851. Apart from some minor repairs in 1910 and 1914 (the steel bands and cross braces around the fluted legs) the bridge remains as Cubitts built it. Now a Grade II* listed structure, it is the oldest surviving cast iron railway bridge in the UK. By the Town Bridge, the Customs House, built in the early eighteenth century, is a visible reminder of the city's past function as an inland port. The Environment Agency navigation starts at the junction with the Northampton arm of the Grand Union Canal and extends for 91 miles (147 km) ending at Bevis Hall just upstream of Wisbech. The tidal limit used to be Woodston Wharf until the Dog-in-a-Doublet lock was built five miles (8 km) downstream in 1937. Road The A1/A1(M) primary route (part of European route E15) broadly follows the path of the historic Great North Road from St Paul's Cathedral in the heart of London, through Peterborough (Junction 17), continuing north a further 335 miles (539 km) to central Edinburgh. In 1899 the British Electric Traction Company sought permission for a tramway joining the northern suburbs with the city centre. The system, which operated under the name Peterborough Electric Traction Company, opened in 1903 and was abandoned in favour of motor buses in 1930, when it was merged into the Eastern Counties Omnibus Company. Today, bus services in the city are operated by several companies including Stagecoach (formerly Cambus and Viscount) and Delaine Buses. Despite its large-scale growth, Peterborough has the fastest peak and off-peak travel times for a city of its size in the UK, due to the construction of the parkways. The Local Transport Plan anticipated expenditure totalling around £180 million for the period up to 2010 on major road schemes to accommodate development. The combination of rail connections to the Port of Felixstowe and to the East Coast Main Line as well as a road connection via the A1(M) has led to Peterborough being proposed as the site of a rail-road logistics and distribution centre to be known as Magna Park. Green Wheel and City Cycling The Peterborough Millennium Green Wheel is a 50-mile (80 km) network of cycleways, footpaths and bridleways which provide safe, continuous routes around the city with radiating spokes connecting to the city centre. The project has also created a sculpture trail, which provides functional, landscape artworks along the Green Wheel route and a Living Landmarks project involving the local community in the creation of local landscape features such as mini woodlands, ponds and hedgerows. Another long-distance footpath, the Hereward Way, runs from Oakham in Rutland, through Peterborough, to East Harling in Norfolk. While cycling within the city received a boost during the COVID-19 pandemic with the introduction of new cycle lanes in busy streets, plans to connect the villages West of Peterborough with a new cycle track have been refused permission and some cycle lane decisions have been reversed in the city centre during easing of the corona virus lockdowns. Demography Population Peterborough has a population of (). It is forecast to reach 200,000 in 2018–9 and 220,000 by around 2031. Peterborough's population growth was reportedly the second fastest of any British city over the ten years from 2004 to 2013, driven partly by immigration. Ethnicity According to the 2011 Census, 82.5% of Peterborough's residents categorised themselves as white, 2.8% of mixed ethnic groups, 11.7% Asian, 2.3 per cent black and 0.8% other. Amongst the white population, the largest categories were indigenous groups, those being English/Welsh/Scottish/Northern Irish/British (70.9%), and other white (10.6%). Those of Pakistani ethnicity accounted for 6.6% of the population and those of Indian ethnicity 2.5.%. The largest black group were those of African ethnicity (1.4%). Peterborough is home to one of the largest concentrations of Italian immigrants in the UK. This is mainly as a result of labour recruitment in the 1950s by the London Brick Company in the southern Italian regions of Apulia and Campania. By 1960, approximately 3,000 Italian men were employed by London Brick, mostly at the Fletton works. In 1962, the Scalabrini Fathers, who first arrived in 1956, purchased an old school and converted it into a mission church named after the patron saint of workers Saint Joseph (San Giuseppe). By 1991, over 3,000 christenings of second-generation Italians had been carried out there. In 1996, it was estimated that the Italian community of Peterborough numbered 7,000, making it the third largest in the UK after London and Bedford. The 2011 Census recorded 1,179 residents born in Italy. In the late twentieth century the main source of immigration was from new Commonwealth countries. The 2011 Census showed that a total of 24,166 migrants moved to Peterborough between 2001 and 2011. The city has experienced significant immigration from the A8 countries that joined the European Union in 2004, and in 2011, 14,134 residents of the city were people born in Central and Eastern Europe. According to a report published by the police in 2007, recent migration had resulted in increased translation costs and a change in the nature of crime in the county, with an increase in drink-driving offences, knife crime and an international dimension added to activities such as running cannabis factories and human trafficking. The number of foreign nationals arrested in the north of the county rose from 894 in 2003, to 2,435 in 2006, but the report also said that "inappropriately negative" community perceptions about migrant workers often complicate routine incidents, raising tensions and turning them "critical". It also noted there was "little evidence that the increased numbers of migrant workers have caused significant or systematic problems in respect of community safety or cohesion". In 2007, Julie Spence, the then Chief Constable emphasised that the fact that the demographic profile of Cambridgeshire had changed dramatically from one where 95% of teenagers were white four years previously to one of the country's fastest growing diverse populations, had had a positive impact on jobs and economic development. In 2008, the BBC broadcast The Poles are Coming!, a controversial documentary on the impact of Polish migration to Peterborough by Tim Samuels, as part of its White Season. The number of languages in use is growing where previously few languages other than English were spoken. , Peterborough offered classes in Italian, Urdu and Punjabi in its primary schools. Religion Christianity has the largest following in Peterborough, in particular the Church of England, with a significant number of parish churches and a cathedral. 56.7% of Peterborough's residents classified themselves as Christian in the 2011 Census. Recent immigration to the city has also seen the Roman Catholic population increase substantially. Other denominations are also in evidence; the latest church to be constructed is a £7 million "superchurch," KingsGate, formerly Peterborough Community Church, which can seat up to 1,800 worshippers. In comparison with the rest of England, Peterborough has a lower proportion of Christians, Buddhists, Hindus, Jews and Sikhs. The city has a higher percentage of Muslims than England as a whole (9.4% compared to 5% nationally). The majority of Muslims reside in the Millfield, West Town and New England areas of the city, where two large mosques (including the Faidhan-e-Madina Mosque and Husaini Islamic Center-Peterborough) are based. Peterborough also has both Hindu (Bharat Hindu Samaj) and Sikh (Singh Sabha Gurdwara) temples in these areas. The Anglican Diocese of Peterborough covers roughly 1,200 square miles (3,100 km2), including the whole of Northamptonshire, Rutland and the Soke of Peterborough. The parts of the city that lie south of the river, which were historically in Huntingdonshire, fall within the Diocese of Ely, which covers the remainder of Cambridgeshire and western Norfolk. The current Bishop of Peterborough has been appointed Assistant Bishop in the Diocese of Ely, with pastoral care for these parishes delegated to him by the Bishop of Ely. The city falls wholly within the Roman Catholic Diocese of East Anglia (which has its seat at the Cathedral Church of Saint John the Baptist, Norwich) and is served by Saint Peter and All Souls Church, built in 1896 and decorated in the Gothic style. The Greek Orthodox Community of Saint Cyril, Patriarch of Jerusalem was established in 1991 under the Orthodox Archdiocese of Thyateira and Great Britain. Culture Education Peterborough has one independent boarding school: The Peterborough School at Westwood House, founded in 1895. The school caters for girls and now boys up to the age of 18. Peterborough's state schools have recently undergone immense change. Five of the city's 15 secondary schools were closed in July 2007, to be demolished over the coming years. John Mansfield (now an adult learning centre), Hereward (formerly Eastholm, now City of Peterborough Academy, sponsored by the Greenwood Dale Foundation Trust) and Deacon's were replaced with the flagship Thomas Deacon Academy, designed by Lord Foster of Thames Bank which opened in September 2007. Queen Katharine Academy (previously The Voyager School), which has specialist media arts status, replaced Bretton Woods and Walton Community School. It is part of the Thomas Deacon Education Trust. The schools that remain have been extended and enlarged. Over £200 million was spent and the changes on-going to 2010. The King's School is one of seven schools established, or in some cases re-endowed and renamed, by King Henry VIII during the Dissolution of the Monasteries to pray for his soul. In 2006, 39.4% of Peterborough local education authority pupils attained five grades A* to C, including English and Mathematics, in the General Certificate of Secondary Education, lower than the national average of 45.8%. The city has two colleges of further and higher education, Peterborough College (established in 1946 as Peterborough Technical College) and City College Peterborough (known as Peterborough College of Adult Education until 2010). By 2004, Peterborough College attracted over 15,000 students each year from the UK and abroad and was ranked in the top five per cent of colleges in the UK. Greater Peterborough University Technical College is a new education facility set to open in September 2015. The city is currently without a university, after Loughborough University closed its Peterborough campus in 2003. Consequently, it became the second largest centre of population in the UK (after Swindon) without its own higher education institution. In 2006, however, Peterborough Regional College began talks with Anglia Ruskin University to develop a new university campus for the city. The college and the university completed the legal contracts for the creation of a new joint venture company in 2007, marking the culmination of legal negotiations and securing of funds required in order to build the new higher education centre. University Centre Peterborough opened to the first 850 students in 2009. The former public library on Broadway was funded by Scottish philanthropist Andrew Carnegie and opened in 1906; Carnegie was made first freeman of the city on the day of the opening ceremony. Arts Peterborough enjoys a wide range of events including the annual East of England Show, Peterborough Festival and CAMRA beer festival, which takes place on the river embankment in late August. The yearly festivals have attracted arts funding and enabled further community projects within the city. The city acts as the central hub for the regions visual arts community, with the Peterborough Artists Open Studio organisation (PAOS), celebrating its 21st anniversary year as of 2021. A number of statues by the British sculptor Antony Gormley were re-installed in the city in 2018. Removed for repair works from their original setting on concrete pillars next to the rowing lake in Nene Park, they can now be seen on top of buildings surrounding Cathedral Square in the town centre. The Key Theatre, built in 1973, is situated on the embankment, next to the River Nene. The theatre aims to provide entertainment, enlightenment and education by reflecting the rich culture Peterborough has to offer. The programme is made up of home-grown productions, national touring shows, local community productions and one-off concerts. There is disabled access, an infrared hearing system for the deaf and hard of hearing and there are also regular signed performances. In 1937, the Odeon Cinema opened on Broadway, where it operated successfully for more than half a century. In 1991, the Odeon showed its last film to the public and was left to fall into a state of disrepair, until 1997, when a local entrepreneur purchased the building as part of a larger project, including a restaurant and art gallery. The Broadway, designed by Tim Foster Architects, was one of the largest theatres in the region and offered a selection of live entertainment, including music, comedy and films. In 2009, it was severely damaged by arsonists, resulting in closure when its insurers refused to pay the claim due to faulty fire detection systems. The Embassy Theatre, a large Art Deco building designed by David Evelyn Nye, also opened on Broadway in 1937. Nye was usually a cinema architect, and this was his only theatre. The Embassy was converted into a cinema in 1953, becoming the ABC and later the Cannon Cinema, before it was closed in 1989. Since 1996, the premises have been occupied by the Edwards bar chain. The John Clare Theatre within the new central library, again on Broadway, is home to the Peterborough Film Society. One of the region's leading venues, the Cresset in Bretton, provides a wide range of events for the residents of the city and beyond, including theatre, comedy, music and dance. Peterborough has a 13-screen Showcase Cinema, an ice rink and two indoor swimming pools open to the general public. A diverse range of restaurants can be found throughout the city, including Chinese & Cantonese, Indian & Nepalese, Thai and many Italian restaurants. Peterborough has recently been used as the setting in popular literature: A Short History of Tractors in Ukrainian by Marina Lewycka, A Spot of Bother by Mark Haddon and, the first in a projected series, Long Way Home, a debut novel by Eva Doran. Sport Peterborough United Football Club, known as The Posh, has been the local football team since 1934. The ground is situated at London Road on the south bank of the River Nene. Peterborough United have a history of cup giant-killings. They set the record for |
PRC may also refer to: Organizations Political Communist Refoundation Party, (Partito della Rifondazione Comunista), Italy Regionalist Party of Cantabria Popular Resistance Committees, Palestinian militant organizations People's Redemption Council, Liberian early 1980s military regime Pasadena Republican Club People's Republic of the Congo Other organizations Pew Research Center Philippine Red Cross Postal Regulatory Commission, an independent regulatory agency in the US Presbyterian Reformed Church (Australia) Producers Releasing Corporation, Hollywood film studio 1939–1947 Professional | MOBI and Kindle AZW PRC (file format), a way to store 3D data in a PDF file Primary reference clock, for synchronization in telecommunications LCD display Panel Response Correction (PRC) Other uses in science and technology Practical reserve capacity, for traffic at a traffic signal junction Prestressed reinforced concrete, a prestressed concrete Precast reinforced concrete Other uses Ernest A. Love Field (IATA airport code), an airport near Prescott, Arizona, US Premier's |
Aristophanes parodied it in his comedy Plutus (Wealth); and probably after 406 BC, when Dionysius I became tyrant of Syracuse. Philoxenus lived in that city and was the court poet of Dionysius I. According to ancient commentators, either because of his frankness regarding Dionysius' poetry, or because of a conflict with the tyrant over a female aulos player named Galatea, Philoxenus was imprisoned in the quarries and had there composed his Cyclops in the manner of a Roman à clef, where the poem's characters, Polyphemus, Odysseus and Galatea, were meant to represent Dionysius, Philoxenus, and the aulos-player. Philoxenus had his Polyphemus perform on the cithara, a professional lyre requiring great skill. The Cyclops playing such a sophisticated and fashionable instrument would have been quite a surprising juxtaposition for Philoxenus' audience. Philoxenus' Cyclops is also referred to in Aristotle's Poetics in a section that discusses representations of people in tragedy and comedy, citing as comedic examples the Cyclops of both Timotheus and Philoxenus. Aristophanes The text of Aristophanes' last extant play Plutus (Wealth) has survived with almost all of its choral odes missing. What remains shows Aristophanes (as he does to some extent in all his plays) parodying a contemporary literary work — in this case Philoxenus’ Cyclops. While making fun of literary aspects of Philoxenus' dithyramb, Aristophanes is at the same time commenting on musical developments occurring in the fourth century BC, developing themes that run through the whole play. It also contains lines and phrases taken directly from the Cyclops. The slave Cario, tells the chorus that his master has brought home with him the god Wealth, and because of this they will all now be rich. The chorus wants to dance for joy, so Cario takes the lead by parodying Philoxenus' Cyclops. As a solo performer leading a chorus that sings and dances, Cario recreates the form of a dithyramb. He first casts himself in the role of Polyphemus while assigning to the chorus the roles of sheep and goats, at the same time imitating the sound of a lyre: "And now I wish — threttanello! — to imitate the Cyclops and, swinging my feet to and fro like this, to lead you in the dance. But come on, children, shout and shout again the songs of bleating sheep and smelly goats." The chorus, however, does not want to play sheep and goats, they would rather be Odysseus and his men, and they threaten to blind Cario (as had Odysseus the drunken Cyclops) with a wooden stake. Hellenistic pastoral poets The romantic element, originated by Philoxenus, was revived by later Hellenistic poets, including Theocritus, Callimachus, Hermesianax, and Bion of Smyrna. Theocritus is credited with creating the genre of pastoral poetry. His works are titled Idylls and of these Idyll XI tells the story of the Cyclops' love for Galatea. Though the character of Polyphemus derives from Homer, there are notable differences. Where Homer's Cyclops was beastly and wicked, Theocritus' is absurd, lovesick and comic. Polyphemus loves the sea nymph Galatea, but she rejects him because of his ugliness. However, in a borrowing from Philoxenus’ poem, Polyphemus has discovered that music will heal lovesickness, and so he plays the panpipes and sings of his woes, for "I am skilled in piping as no other Cyclops here”. His longing is to overcome the antithetic elements that divide them, he of earth and she of water: The love of the mismatched pair was later taken up by other pastoral poets. The same trope of music being the cure for love was introduced by Callimachus in his Epigram 47: "How excellent was the charm that Polyphemus discovered for the lover. By Earth, the Cyclops was no fool!" A fragment of a lost idyll by Bion also portrays Polyphemus declaring his undying love for Galatea. Referring back to this, an elegy on Bion's death that was once attributed to Moschus takes the theme further in a piece of hyperbole. Where Polyphemus had failed, the poet declares, Bion's greater artistry had won Galatea's heart, drawing her from the sea to tend his herds. This reflected the situation in Idyll VI of Theocritus. There two herdsmen engage in a musical competition, one of them playing the part of Polyphemus, who asserts that since he has adopted the ruse of ignoring Galatea, she has now become the one who pursues him. Latin poets The successful outcome of Polyphemus' love was also alluded to in the course of a 1st-century BC love elegy on the power of music by the Latin poet Propertius. Listed among the examples he mentions is that "Even Galatea, it’s true, below wild Etna, wheeled her brine-wet horses, Polyphemus, to your songs." The division of contrary elements between the land-based monster and the sea nymph, lamented in Theocritus’ Idyll 11, is brought into harmony by this means. While Ovid’s treatment of the story that he introduced into the Metamorphoses is reliant on the idylls of Theocritus, it is complicated by the introduction of Acis, who has now become the focus of Galatea’s love. There is also a reversion to the Homeric vision of the hulking monster, whose attempt to play the tender shepherd singing love songs is made a source of humour by Galatea: In his own character, too, Polyphemus mentions the transgression of heavenly laws that once characterised his actions and is now overcome by Galatea: "I, who scorn Jove and his heaven and his piercing lightning bolt, submit to you alone." Galatea listens to the love song of Polyphemus while she and Acis lie hidden by a rock. In his song, Polyphemus scolds her for not loving him in return, offers her rustic gifts and points out what he considers his best feature — the single eye that is, he boasts, the size of a great shield. But when Polyphemus discovers the hiding place of the lovers, he becomes enraged with jealousy. Galatea, terrified, dives into the ocean, while the Cyclops wrenches off a piece of the mountain and crushes Acis with it. But on her return, Galatea changes her dead lover into the spirit of the Sicilian river Acis. First-century AD art That the story sometimes had a more successful outcome for Polyphemus is also attested in the arts. In one of the murals rescued from the site of Pompeii, Polyphemus is pictured seated on a rock with a cithara (rather than a syrinx) by his side, holding out a hand to receive a love letter from Galatea, which is carried by a winged Cupid riding on a dolphin. In another fresco, also dating from the 1st century AD, the two stand locked in a naked embrace (see below). From their union came the ancestors of various wild and war-like races. According to some accounts, the Celts (Galati in Latin, Γάλλοi in Greek) were descended from their son Galatos, while Appian credited them with three children, Celtus, Illyrius and Galas, from whom descend the Celts, the Illyrians and the Gauls respectively. Lucian There are indications that Polyphemus’ courtship also had a more successful outcome in one of the dialogues of Lucian of Samosata. There Doris, one of Galatea's sisters, spitefully congratulates her on her love conquest and she defends Polyphemus. From the conversation, one understands that Doris is chiefly jealous that her sister has a lover. Galatea admits that she does not love Polyphemus but is pleased to have been chosen by him in preference to all her companions. Nonnus That their conjunction was fruitful is also implied in a later Greek epic from the turn of the 5th century AD. In the course of his Dionysiaca, Nonnus gives an account of the wedding of Poseidon and Beroe, at which the Nereid "Galatea twangled a marriage dance and restlessly twirled in capering step, and she sang the marriage verses, for she had learnt well how to sing, being taught by Polyphemos with a shepherd’s syrinx." Later European interpretations Literature and music During Renaissance and Baroque times Ovid's story emerged again as a popular theme. In Spain Luis de Góngora y Argote wrote the much admired narrative poem, Fábula de Polifemo y Galatea, published in 1627. It is particularly noted for its depiction of landscape and for the sensual description of the love of Acis and Galatea. It was written in homage to an earlier and rather shorter narrative with the same title by Luis Carillo y Sotomayor (1611). The story was also given operatic treatment in the very popular zarzuela of Antoni Lliteres Carrió (1708). The atmosphere here is lighter and enlivened by the inclusion of the clowns Momo and Tisbe. In France the story was condensed to the fourteen lines of Tristan L'Hermite's sonnet Polyphème en furie (1641). In it the giant expresses his fury upon viewing the loving couple, ultimately throwing the huge rock that kills Acis and even injures Galatea. Later in the century, Jean-Baptiste Lully composed his opera Acis et Galatée (1686) on the theme. In Italy Giovanni Bononcini composed the one-act opera Polifemo (1703). Shortly afterwards George Frideric Handel worked in that country and composed the cantata Aci, Galatea e Polifemo (1708), laying as much emphasis on the part of Polifemo as on the lovers. Written in Italian, Polifemo's deep bass solo Fra l'ombre e gl'orrori (From horrid shades) establishes his character from the start. After Handel's move to England, he gave the story a new treatment in his pastoral opera Acis and Galatea with an English libretto provided by John Gay. Initially composed in 1718, the work went through many revisions and | is credited with creating the genre of pastoral poetry. His works are titled Idylls and of these Idyll XI tells the story of the Cyclops' love for Galatea. Though the character of Polyphemus derives from Homer, there are notable differences. Where Homer's Cyclops was beastly and wicked, Theocritus' is absurd, lovesick and comic. Polyphemus loves the sea nymph Galatea, but she rejects him because of his ugliness. However, in a borrowing from Philoxenus’ poem, Polyphemus has discovered that music will heal lovesickness, and so he plays the panpipes and sings of his woes, for "I am skilled in piping as no other Cyclops here”. His longing is to overcome the antithetic elements that divide them, he of earth and she of water: The love of the mismatched pair was later taken up by other pastoral poets. The same trope of music being the cure for love was introduced by Callimachus in his Epigram 47: "How excellent was the charm that Polyphemus discovered for the lover. By Earth, the Cyclops was no fool!" A fragment of a lost idyll by Bion also portrays Polyphemus declaring his undying love for Galatea. Referring back to this, an elegy on Bion's death that was once attributed to Moschus takes the theme further in a piece of hyperbole. Where Polyphemus had failed, the poet declares, Bion's greater artistry had won Galatea's heart, drawing her from the sea to tend his herds. This reflected the situation in Idyll VI of Theocritus. There two herdsmen engage in a musical competition, one of them playing the part of Polyphemus, who asserts that since he has adopted the ruse of ignoring Galatea, she has now become the one who pursues him. Latin poets The successful outcome of Polyphemus' love was also alluded to in the course of a 1st-century BC love elegy on the power of music by the Latin poet Propertius. Listed among the examples he mentions is that "Even Galatea, it’s true, below wild Etna, wheeled her brine-wet horses, Polyphemus, to your songs." The division of contrary elements between the land-based monster and the sea nymph, lamented in Theocritus’ Idyll 11, is brought into harmony by this means. While Ovid’s treatment of the story that he introduced into the Metamorphoses is reliant on the idylls of Theocritus, it is complicated by the introduction of Acis, who has now become the focus of Galatea’s love. There is also a reversion to the Homeric vision of the hulking monster, whose attempt to play the tender shepherd singing love songs is made a source of humour by Galatea: In his own character, too, Polyphemus mentions the transgression of heavenly laws that once characterised his actions and is now overcome by Galatea: "I, who scorn Jove and his heaven and his piercing lightning bolt, submit to you alone." Galatea listens to the love song of Polyphemus while she and Acis lie hidden by a rock. In his song, Polyphemus scolds her for not loving him in return, offers her rustic gifts and points out what he considers his best feature — the single eye that is, he boasts, the size of a great shield. But when Polyphemus discovers the hiding place of the lovers, he becomes enraged with jealousy. Galatea, terrified, dives into the ocean, while the Cyclops wrenches off a piece of the mountain and crushes Acis with it. But on her return, Galatea changes her dead lover into the spirit of the Sicilian river Acis. First-century AD art That the story sometimes had a more successful outcome for Polyphemus is also attested in the arts. In one of the murals rescued from the site of Pompeii, Polyphemus is pictured seated on a rock with a cithara (rather than a syrinx) by his side, holding out a hand to receive a love letter from Galatea, which is carried by a winged Cupid riding on a dolphin. In another fresco, also dating from the 1st century AD, the two stand locked in a naked embrace (see below). From their union came the ancestors of various wild and war-like races. According to some accounts, the Celts (Galati in Latin, Γάλλοi in Greek) were descended from their son Galatos, while Appian credited them with three children, Celtus, Illyrius and Galas, from whom descend the Celts, the Illyrians and the Gauls respectively. Lucian There are indications that Polyphemus’ courtship also had a more successful outcome in one of the dialogues of Lucian of Samosata. There Doris, one of Galatea's sisters, spitefully congratulates her on her love conquest and she defends Polyphemus. From the conversation, one understands that Doris is chiefly jealous that her sister has a lover. Galatea admits that she does not love Polyphemus but is pleased to have been chosen by him in preference to all her companions. Nonnus That their conjunction was fruitful is also implied in a later Greek epic from the turn of the 5th century AD. In the course of his Dionysiaca, Nonnus gives an account of the wedding of Poseidon and Beroe, at which the Nereid "Galatea twangled a marriage dance and restlessly twirled in capering step, and she sang the marriage verses, for she had learnt well how to sing, being taught by Polyphemos with a shepherd’s syrinx." Later European interpretations Literature and music During Renaissance and Baroque times Ovid's story emerged again as a popular theme. In Spain Luis de Góngora y Argote wrote the much admired narrative poem, Fábula de Polifemo y Galatea, published in 1627. It is particularly noted for its depiction of landscape and for the sensual description of the love of Acis and Galatea. It was written in homage to an earlier and rather shorter narrative with the same title by Luis Carillo y Sotomayor (1611). The story was also given operatic treatment in the very popular zarzuela of Antoni Lliteres Carrió (1708). The atmosphere here is lighter and enlivened by the inclusion of the clowns Momo and Tisbe. In France the story was condensed to the fourteen lines of Tristan L'Hermite's sonnet Polyphème en furie (1641). In it the giant expresses his fury upon viewing the loving couple, ultimately throwing the huge rock that kills Acis and even injures Galatea. Later in the century, Jean-Baptiste Lully composed his opera Acis et Galatée (1686) on the theme. In Italy Giovanni Bononcini composed the one-act opera Polifemo (1703). Shortly afterwards George Frideric Handel worked in that country and composed the cantata Aci, Galatea e Polifemo (1708), laying as much emphasis on the part of Polifemo as on the lovers. Written in Italian, Polifemo's deep bass solo Fra l'ombre e gl'orrori (From horrid shades) establishes his character from the start. After Handel's move to England, he gave the story a new treatment in his pastoral opera Acis and Galatea with an English libretto provided by John Gay. Initially composed in 1718, the work went through many revisions and was later to be given updated orchestrations by both Mozart and Mendelssohn.* As a pastoral work it is suffused with Theocritan atmosphere but largely centres on the two lovers. When Polyphemus declares his love in the lyric “O ruddier than the cherry”, the effect is almost comic. Handel's rival for a while on the London scene, Nicola Porpora, also made the story the subject of his opera Polifemo (1735). Later in the century Joseph Haydn composed Acide e Galatea (1763) as his first opera while in Vienna. Designed for an imperial wedding, it was given a happy ending centred on the transformation scene after the murder of Acis as the pair declare their undying love. Johann Gottlieb Naumann was to turn the story into a comic opera, Aci e Galatea, with the subtitle i ciclopi amanti (the amorous cyclops). The work was first performed in Dresden in 1801 and its plot was made more complicated by giving Polifemo a companion, Orgonte. There were also two other lovers, Dorinda and Lisia, with Orgonte Lisia's rival for Dorinda's love. After John Gay's libretto in Britain, it was not until the 19th century that the subject was given further poetical treatment. In 1819 appeared "The Death of Acis" by Bryan Procter, writing under the name of Barry Cornwall. A blank verse narrative with lyric episodes, it celebrates the musicianship of Polyphemus, which draws the lovers to expose themselves from their hiding place in a cave and thus brings about the death of Acis. At the other end of the century, there was Alfred Austin's dramatic poem "Polyphemus", which is set after the murder and transformation of the herdsman. The giant is tortured by hearing the happy voices of Galatea and Acis as they pursue their love duet. Shortly afterwards Albert Samain wrote the 2-act verse drama Polyphème with the additional character of Lycas, Galatea's younger brother. In this the giant is humanised; sparing the lovers when he discovers them, he blinds himself and wades to his death in the sea. The play was first performed posthumously in 1904 with incidental music by Raymond Bonheur. On this the French composer Jean Cras based his operatic ‘lyric tragedy’, composed in 1914 and first performed in 1922. Cras took Samain's text almost unchanged, subdividing the play's two acts into four and cutting a few lines from Polyphemus' final speech. There have also been two Spanish musical items that reference Polyphemus' name. Reginald Smith Brindle's four fragments for guitar, El Polifemo de Oro (1956), takes its title from Federico García Lorca's poem, “The riddle of the guitar”. That speaks of six dancing maidens (the guitar strings) entranced by ‘a golden Polyphemus’ (the one-eyed sound-hole). The Spanish composer Andres Valero Castells takes the inspiration for his Polifemo i Galatea from Gongora's work. Originally written for brass band in 2001, he rescored it for orchestra in 2006. Painting and sculpture Paintings that include Polyphemus in the story of Acis and Galatea can be grouped according to their themes. Most notably the story takes place within a pastoral landscape in which the figures are almost incidental. This is particularly so in Nicolas Poussin's 1649 "Landscape with Polyphemus" (see gallery below) in which the lovers play a minor part in the foreground. To the right, Polyphemus merges with a distant mountain top on which he plays his pipes. In an earlier painting by Poussin from 1630 (now housed at the Dublin National Gallery) the couple are among several embracing figures in the foreground, shielded from view of Polyphemus, who is playing his flute higher up the slope. Another variation on the theme was painted by Pietro Dandini during this period. An earlier fresco by Giulio Romano from 1528 seats Polyphemus against a rocky foreground with a lyre in his raised right hand. The lovers can just be viewed through a gap in the rock that gives onto the sea at the lower right. (1681) represents a seated Polyphemus in |
of northern Paraná is closer to that of inland São Paulo. Florianopolitano – Variants heavily influenced by European Portuguese spoken in Florianópolis city (due to a heavy immigration movement from Portugal, mainly its insular regions) and much of its metropolitan area, Grande Florianópolis, said to be a continuum between those whose speech most resemble sulista dialects and those whose speech most resemble fluminense and European ones, called, often pejoratively, manezinho da ilha. Carioca – Not a dialect, but sociolects of the fluminense variant spoken in an area roughly corresponding to Greater Rio de Janeiro. It appeared after locals came in contact with the Portuguese aristocracy amidst the Portuguese royal family fled in the early 19th century. There is actually a continuum between Vernacular countryside accents and the carioca sociolect, and the educated speech (in Portuguese norma culta, which most closely resembles other Brazilian Portuguese standards but with marked recent Portuguese influences, the nearest ones among the country's dialects along florianopolitano), so that not all people native to the state of Rio de Janeiro speak the said sociolect, but most carioca speakers will use the standard variant not influenced by it that is rather uniform around Brazil depending on context (emphasis or formality, for example). Brasiliense – used in Brasília and its metropolitan area. It is not considered a dialect, but more of a regional variant – often deemed to be closer to fluminense than the dialect commonly spoken in most of Goiás, sertanejo. Arco do desflorestamento or serra amazônica – Known in its region as the "accent of the migrants", it has similarities with caipira, sertanejo and often sulista that make it differing from amazofonia (in the opposite group of Brazilian dialects, in which it is placed along nordestino, baiano, mineiro and fluminense). It is the most recent dialect, which appeared by the settlement of families from various other Brazilian regions attracted by the cheap land offer in recently deforested areas. Recifense – used in Recife and its metropolitan area. Portugal Micaelense (Açores) (São Miguel) – Azores. Alentejano – Alentejo (Alentejan Portuguese) Algarvio – Algarve (there is a particular dialect in a small part of western Algarve). Minhoto – Districts of Braga and Viana do Castelo (hinterland). Beirão; Alto-Alentejano – Central Portugal (hinterland). Beirão – Central Portugal. Estremenho – Regions of Coimbra and Lisbon (this is a disputed denomination, as Coimbra and is not part of "Estremadura", and the Lisbon dialect has some peculiar features that are not only not shared with that of Coimbra, but also significantly distinct and recognizable to most native speakers from elsewhere in Portugal). Madeirense (Madeiran) – Madeira. Portuense – Regions of the district of Porto and parts of Aveiro. Transmontano – Trás-os-Montes e Alto Douro. Other countries and dependencies – Angolano (Angolan Portuguese) – Cabo-verdiano (Cape Verdean Portuguese) – Timorense (East Timorese Portuguese) – Damaense (Damanese Portuguese) and Goês (Goan Portuguese) – Guineense (Guinean Portuguese) – Macaense (Macanese Portuguese) – Moçambicano (Mozambican Portuguese) – Santomense (São Tomean Portuguese) – Dialectos Portugueses del Uruguay (DPU) Differences between dialects are mostly of accent and vocabulary, but between the Brazilian dialects and other dialects, especially in their most colloquial forms, there can also be some grammatical differences. The Portuguese-based creoles spoken in various parts of Africa, Asia, and the Americas are independent languages. Characterization and peculiarities Portuguese, like Catalan, preserves the stressed vowels of Vulgar Latin which became diphthongs in most other Romance languages; cf. Port., Cat., Sard. pedra ; Fr. , Sp. , It. , Ro. , from Lat. ("stone"); or Port. , Cat. , Sard. ; Sp. , It. , Fr. , Ro. , from Lat. ("fire"). Another characteristic of early Portuguese was the loss of intervocalic l and n, sometimes followed by the merger of the two surrounding vowels, or by the insertion of an epenthetic vowel between them: cf. Lat. ("to exit"), ("to have"), ("jail"), Port. , , . When the elided consonant was n, it often nasalized the preceding vowel: cf. Lat. ("hand"), ("frog"), ("good"), Old Portuguese , , (Portuguese: , , ). This process was the source of most of the language's distinctive nasal diphthongs. In particular, the Latin endings -anem, and became in most cases, cf. Lat. ("dog"), ("brother"), ("reason") with Modern Port. , , , and their plurals -anes, -anos, -ones normally became -ães, -ãos, -ões, cf. cães, irmãos, razões. The Portuguese language is the only Romance language that preserves the clitic case mesoclisis: cf. (I'll give thee), (I'll love you), (I'll contact them). Like Galician, it also retains the Latin synthetic pluperfect tense: (I had been), (I had lived), (you had lived). Romanian also has this tense, but uses the -s- form. Vocabulary Most of the lexicon of Portuguese is derived, directly or through other Romance languages, from Latin. Nevertheless, because of its original Lusitanian and Celtic Gallaecian heritage, and the later participation of Portugal in the Age of Discovery, it has a relevant number of words from the ancient Hispano-Celtic group and adopted loanwords from other languages around the world. A number of Portuguese words can still be traced to the pre-Roman inhabitants of Portugal, which included the Gallaeci, Lusitanians, Celtici and Cynetes. Most of these words derived from the Hispano-Celtic Gallaecian language of northwestern Iberia, and are very often shared with Galician since both languages have the same origin in the medieval language of Galician-Portuguese. A few of these words existed in Latin as loanwords from other Celtic sources, often Gaulish. Altogether these are over 2,000 words, some verbs and toponymic names of towns, rivers, utensils and plants. In the 5th century, the Iberian Peninsula (the Roman Hispania) was conquered by the Germanic, Suebi and Visigoths. As they adopted the Roman civilization and language, however, these people contributed with some 500 Germanic words to the lexicon. Many of these words are related to warfare – such as 'spur', ('stake'), and ('war'), from Gothic *spaúra, *stakka, and *wirro respectively; the natural world i.e. ('swine') from *sweina, ('hawk') from *gabilans, ('wave') from *vigan human emotions such as or ('pride', 'proud') from Old Germanic *urguol or verbs like ('to craft, record, graft') from *graba or ('to squeeze, quash, grind') from Suebian *magōn or ('to shred') from *harpō. The Germanic languages influence also exists in toponymic surnames and patronymic surnames borne by Visigoth sovereigns and their descendants, and it dwells on placenames such as Ermesinde, Esposende and Resende where sinde and sende are derived from the Germanic sinths ('military expedition') and in the case of Resende, the prefix re comes from Germanic reths ('council'). Other examples of Portuguese names, surnames and town names of Germanic toponymic origin include Henrique, Henriques, Vermoim, Mandim, Calquim, Baguim, Gemunde, Guetim, Sermonde and many more, are quite common mainly in the old Suebi and later Visigothic dominated regions, covering today's Northern half of Portugal and Galicia. Between the 9th and early 13th centuries, Portuguese acquired some 400 to 600 words from Arabic by influence of Moorish Iberia. They are often recognizable by the initial Arabic article a(l)-, and include common words such as ('village') from الضيعة alḍaiʿa, ('lettuce') from الخس alkhass, ('warehouse') from المخزن almakhzan, and ('olive oil') from الزيت azzait. Starting in the 15th century, the Portuguese maritime explorations led to the introduction of many loanwords from Asian languages. For instance, ('cutlass') from Japanese katana, ('tea') from Chinese chá, and canja ('chicken-soup, piece of cake') from Malay. From the 16th to the 19th centuries, because of the role of Portugal as intermediary in the Atlantic slave trade, and the establishment of large Portuguese colonies in Angola, Mozambique, and Brazil, Portuguese acquired several words of African and Amerind origin, especially names for most of the animals and plants found in those territories. While those terms are mostly used in the former colonies, many became current in European Portuguese as well. From Kimbundu, for example, came kifumate > ('head caress') (Brazil), kusula > ('youngest child') (Brazil), ('tropical wasp') (Brazil), and kubungula > ('to dance like a wizard') (Angola). From South America came ('potato'), from Taino; and , from Tupi–Guarani naná and Tupi ibá cati, respectively (two species of pineapple), and ('popcorn') from Tupi and ('toucan') from Guarani tucan. Finally, it has received a steady influx of loanwords from other European languages, especially French and English. These are by far the most important languages when referring to loanwords. There are many examples such as: / ('bracket'/'crochet'), ('jacket'), ('lipstick'), and / ('steak'/'slice'), ('street'), respectively, from French , , , , ; and ('steak'), , , /, , from English "beef", "football", "revolver", "stock", "folklore". Examples from other European languages: ('pasta'), ('pilot'), ('carriage'), and ('barrack'), from Italian , , , and ; ('hair lock'), ('wet-cured ham') (in Portugal, in contrast with presunto 'dry-cured ham' from Latin prae-exsuctus 'dehydrated') or ('canned ham') (in Brazil, in contrast with non-canned, wet-cured (presunto cozido) and dry-cured (presunto cru)), or castelhano ('Castilian'), from Spanish melena ('mane'), fiambre and castellano. Classification and related languages Portuguese belongs to the West Iberian branch of the Romance languages, and it has special ties with the following members of this group: Galician, Fala and portunhol do pampa (the way riverense and its sibling dialects are referred to in Portuguese), its closest relatives. Mirandese, Leonese, Asturian, Extremaduran and Cantabrian (Astur-Leonese languages). Mirandese is the only recognised regional language spoken in Portugal (beside Portuguese, the only official language in Portugal). Spanish and calão (the way caló, language of the Iberian Romani, is referred to in Portuguese). Portuguese and other Romance languages (namely French and Italian) share considerable similarities in both vocabulary and grammar. Portuguese speakers will usually need some formal study before attaining strong comprehension in those Romance languages, and vice versa. However, Portuguese and Galician are fully mutually intelligible, and Spanish is considerably intelligible for lusophones, owing to their genealogical proximity and shared genealogical history as West Iberian (Ibero-Romance languages), historical contact between speakers and mutual influence, shared areal features as well as modern lexical, structural, and grammatical similarity (89%) between them. Portuñol/Portunhol, a form of code-switching, has a more lively use and is more readily mentioned in popular culture in South America. Said code-switching is not to be confused with the Portuñol spoken on the borders of Brazil with Uruguay () and Paraguay (), and of Portugal with Spain (), that are Portuguese dialects spoken natively by thousands of people, which have been heavily influenced by Spanish. Portuguese and Spanish are the only Ibero-Romance languages, and perhaps the only Romance languages with such thriving inter-language forms, in which visible and lively bilingual contact dialects and code-switching have formed, in which functional bilingual communication is achieved through attempting an approximation to the target foreign language (known as 'Portuñol') without a learned acquisition process, but nevertheless facilitates communication. There is an emerging literature focused on such phenomena (including informal attempts of standardization of the linguistic continua and their usage). Galician-Portuguese in Spain The closest relative of Portuguese is Galician, which is spoken in the autonomous community (region) and historical nationality of Galicia (northwestern Spain). The two were at one time a single language, known today as Galician-Portuguese, but they have diverged especially in pronunciation and vocabulary due to the political separation of Portugal from Galicia. There is, however, still a linguistic continuity consisting of the variant of Galician referred to as galego-português baixo-limiao, which is spoken in several Galician and Portuguese villages within the transboundary biosphere reserve of Gerês-Xurés. It is "considered a rarity, a living vestige of the medieval language that ranged from Cantabria to Mondego [...]". As reported by UNESCO, due to the pressure of Spanish on the standard official version of Galician and centuries-old Hispanization, the Galician language was on the verge of disappearing. According to the UNESCO philologist Tapani Salminen, the proximity to Portuguese protects Galician. The core vocabulary and grammar of Galician are noticeably closer to Portuguese than to those of Spanish and within the EU context, Galician is often considered the same language as Portuguese. Galician like Portuguese, uses the future subjunctive, the personal infinitive, and the synthetic pluperfect. Mutual intelligibility (estimated at 90% by R. A. Hall, Jr., 1989) is excellent between Galicians and northern Portuguese. Despite political efforts in Spain to define them as separate languages, many linguists consider Galician to be a co-dialect of the Portuguese language with regional variations. Another member of the Galician-Portuguese group, most commonly thought of as a Galician dialect, is spoken in the Eonavian region in a western strip in Asturias and the westernmost parts of the provinces of León and Zamora, along the frontier with Galicia, between the Eo and Navia rivers (or more exactly Eo and Frexulfe rivers). It is called eonaviego or gallego-asturiano by its speakers. The Fala language, known by its speakers as xalimés, mañegu, a fala de Xálima and chapurráu and in Portuguese as a fala de Xálima, a fala da Estremadura, o galego da Estremadura, valego or galaico-estremenho, is another descendant of Galician-Portuguese, spoken by a small number of people in the Spanish towns of Valverde del Fresno (Valverdi du Fresnu), Eljas (As Ellas) and San Martín de Trevejo (Sa Martín de Trevellu) in the autonomous community of Extremadura, near the border with Portugal. There are a number of other places in Spain in which the native language of the common people is a descendant of the Galician-Portuguese group, such as La Alamedilla, Cedillo (Cedilho), Herrera de Alcántara (Ferreira d'Alcântara) and Olivenza (Olivença), but in these municipalities, what is spoken is actually Portuguese, not disputed as such in the mainstream. The diversity of dialects of the Portuguese language is known since the time of medieval Portuguese-Galician language when it coexisted with the Lusitanian-Mozarabic dialect, spoken in the south of Portugal. The dialectal diversity becomes more evident in the work of Fernão d'Oliveira, in the Grammatica da Lingoagem Portuguesa, (1536), where he remarks that the people of Portuguese regions of Beira, Alentejo, Estremadura, and Entre Douro e Minho, all speak differently from each other. Also Contador d'Argote (1725) distinguishes three main varieties of dialects: the local dialects, the dialects of time, | European languages, Portuguese has adopted a significant number of loanwords from Greek, mainly in technical and scientific terminology. These borrowings occurred via Latin, and later during the Middle Ages and the Renaissance. Portuguese evolved from the medieval language, known today by linguists as Galician-Portuguese, Old Portuguese or Old Galician, of the northwestern medieval Kingdom of Galicia and County of Portugal.It is in Latin administrative documents of the 9th century that written Galician-Portuguese words and phrases are first recorded. This phase is known as Proto-Portuguese, which lasted from the 9th century until the 12th-century independence of the County of Portugal from the Kingdom of León, which had by then assumed reign over Galicia. In the first part of the Galician-Portuguese period (from the 12th to the 14th century), the language was increasingly used for documents and other written forms. For some time, it was the language of preference for lyric poetry in Christian Hispania, much as Occitan was the language of the poetry of the troubadours in France. The Occitan digraphs lh and nh, used in its classical orthography, were adopted by the orthography of Portuguese, presumably by Gerald of Braga, a monk from Moissac, who became bishop of Braga in Portugal in 1047, playing a major role in modernizing written Portuguese using classical Occitan norms. Portugal became an independent kingdom in 1139, under King Afonso I of Portugal. In 1290, King Denis of Portugal created the first Portuguese university in Lisbon (the Estudos Gerais, which later moved to Coimbra) and decreed for Portuguese, then simply called the "common language", to be known as the Portuguese language and used officially. In the second period of Old Portuguese, in the 15th and 16th centuries, with the Portuguese discoveries, the language was taken to many regions of Africa, Asia, and the Americas. By the mid-16th century, Portuguese had become a lingua franca in Asia and Africa, used not only for colonial administration and trade but also for communication between local officials and Europeans of all nationalities. The Portuguese expanded across South America, across Africa to the Pacific Ocean, taking their language with them. Its spread was helped by mixed marriages between Portuguese and local people and by its association with Roman Catholic missionary efforts, which led to the formation of creole languages such as that called Kristang in many parts of Asia (from the word cristão, "Christian"). The language continued to be popular in parts of Asia until the 19th century. Some Portuguese-speaking Christian communities in India, Sri Lanka, Malaysia, and Indonesia preserved their language even after they were isolated from Portugal. The end of the Old Portuguese period was marked by the publication of the Cancioneiro Geral by Garcia de Resende, in 1516. The early times of Modern Portuguese, which spans the period from the 16th century to the present day, were characterized by an increase in the number of learned words borrowed from Classical Latin and Classical Greek because of the Renaissance (learned words borrowed from Latin also came from Renaissance Latin, the form of Latin during that time), which greatly enriched the lexicon. Most literate Portuguese speakers were also literate in Latin; and thus they easily adopted Latin words into their writing – and eventually speech – in Portuguese. Spanish author Miguel de Cervantes once called Portuguese "the sweet and gracious language", while the Brazilian poet Olavo Bilac described it as ("the last flower of Latium, naive and beautiful"). Portuguese is also termed "the language of Camões", after Luís Vaz de Camões, one of the greatest literary figures in the Portuguese language and author of the Portuguese epic poem The Lusiads. In March 2006, the Museum of the Portuguese Language, an interactive museum about the Portuguese language, was founded in São Paulo, Brazil, the city with the greatest number of Portuguese language speakers in the world. The museum is the first of its kind in the world. In 2015 the museum was partially destroyed in a fire, but restored and reopened in 2020. Geographic distribution Portuguese is the native language of the vast majority of the people in Portugal, Brazil and São Tomé and Príncipe (95%). Perhaps 75% of the population of urban Angola speaks Portuguese natively, with approximately 85% fluent; these rates are lower in the countryside. Just over 50% (and rapidly increasing) of the population of Mozambique are native speakers of Portuguese, and 70% are fluent, according to the 2007 census. Portuguese is also spoken natively by 30% of the population in Guinea-Bissau, and a Portuguese-based creole is understood by all. No data is available for Cape Verde, but almost all the population is bilingual, and the monolingual population speaks the Portuguese-based Cape Verdean Creole. Portuguese is mentioned in the Constitution of South Africa as one of the languages spoken by communities within the country for which the Pan South African Language Board was charged with promoting and ensuring respect. There are also significant Portuguese-speaking immigrant communities in many countries including Andorra (15.4%), Bermuda, Canada (400,275 people in the 2006 census), France (900,000 people), Japan (400,000 people), Jersey, Luxembourg (about 18% of the population as of 2017), Namibia (about 4–5% of the population, mainly refugees from Angola in the north of the country), Paraguay (10.7% or 636,000 people), Macau (0.6% or 12,000 people), Switzerland (196,000 nationals in 2008), Venezuela (554,000). and the United States (0.35% of the population or 1,228,126 speakers according to the 2007 American Community Survey). In some parts of former Portuguese India, namely Goa and Daman and Diu, the language is still spoken by about 10,000 people. In 2014, an estimated 1,500 students were learning Portuguese in Goa. Official status The Community of Portuguese Language Countries (in Portuguese Comunidade dos Países de Língua Portuguesa, with the Portuguese acronym CPLP) consists of the nine independent countries that have Portuguese as an official language: Angola, Brazil, Cape Verde, East Timor, Equatorial Guinea, Guinea-Bissau, Mozambique, Portugal and São Tomé and Príncipe. Equatorial Guinea made a formal application for full membership to the CPLP in June 2010, a status given only to states with Portuguese as an official language. In 2011, Portuguese became its third official language (besides Spanish and French) and, in July 2014, the country was accepted as a member of the CPLP. Portuguese is also one of the official languages of the Special Administrative Region of the People's Republic of China of Macau (alongside Chinese) and of several international organizations, including Mercosur, the Organization of Ibero-American States, the Union of South American Nations, the Organization of American States, the African Union, the Economic Community of West African States, the Southern African Development Community and the European Union. Lusophone countries According to The World Factbooks country population estimates for 2018, the population of each of the ten jurisdictions is as follows (by descending order): Notes: Macau is one of the two autonomous Special Administrative Regions of the People's Republic of China (the other being Anglophone Hong Kong, a former British colony). Equatorial Guinea adopted Portuguese as one of its official languages in 2007, being admitted to CPLP in 2014. The use of the Portuguese language in this country is limited. The combined population of the entire Lusophone area was estimated at 279 million in July 2017. This number does not include the Lusophone diaspora, estimated at approximately 10 million people (including 4.5 million Portuguese, 3 million Brazilians, although it is hard to obtain official accurate numbers of diasporic Portuguese speakers because a significant portion of these citizens are naturalized citizens born outside of Lusophone territory or are children of immigrants, and may have only a basic command of the language. Additionally, a large part of the diaspora is a part of the already-counted population of the Portuguese-speaking countries and territories, such as the high number of Brazilian and PALOP emigrant citizens in Portugal or the high number of Portuguese emigrant citizens in the PALOP and Brazil. The Portuguese language therefore serves more than 250 million people daily, who have direct or indirect legal, juridical and social contact with it, varying from the only language used in any contact, to only education, contact with local or international administration, commerce and services or the simple sight of road signs, public information and advertising in Portuguese. Portuguese as a foreign language Portuguese is a mandatory subject in the school curriculum in Uruguay. Other countries where Portuguese is commonly taught in schools or where it has been introduced as an option include Venezuela, Zambia, the Republic of the Congo, Senegal, Namibia, Eswatini (Swaziland), South Africa, Ivory Coast, and Mauritius. In 2017, a project was launched to introduce Portuguese as a school subject in Zimbabwe. Also, according to Portugal's Minister of Foreign Affairs, the language will be part of the school curriculum of a total of 32 countries by 2020. In the countries listed below, Portuguese is spoken either as a native language by vast majorities due to the Portuguese colonial past or as a lingua franca in bordering and multilingual regions, such as on the border between Brazil and Uruguay & Paraguay, as well as Angola and Namibia. In many other countries, Portuguese is spoken by majorities as a second language. And there are still communities of thousands of Portuguese (or Creole) first language speakers in Goa, Sri Lanka, Kuala Lumpur, Daman and Diu, etc. due to Portuguese colonization. In East Timor, the number of Portuguese speakers is quickly increasing as Portuguese and Brazilian teachers are making great strides in teaching Portuguese in the schools all over the island. Additionally, there are many large Portuguese immigrant communities all over the world. Future According to estimates by UNESCO, Portuguese is the fastest-growing European language after English and the language has, according to the newspaper The Portugal News publishing data given from UNESCO, the highest potential for growth as an international language in southern Africa and South America. Portuguese is a globalized language spoken officially on four continents, and as a second language by millions worldwide. Since 1991, when Brazil signed into the economic community of Mercosul with other South American nations, namely Argentina, Uruguay and Paraguay, Portuguese is either mandatory, or taught, in the schools of those South American countries. Although early in the 21st century, after Macau was returned to China and Brazilian immigration to Japan slowed down, the use of Portuguese was in decline in Asia, it is once again becoming a language of opportunity there, mostly because of increased diplomatic and financial ties with economically powerful Portuguese-speaking countries (Brazil, Angola, Mozambique, etc.) in the world. Current status and importance Portuguese, being a language spread on all continents, is official in several international organizations; one of twenty official of the European Union, an official language of NATO, Organization of American States (alongside Spanish, French and English), one of eighteen official languages of the European Space Agency. It is also a working language in nonprofit organisations such as the Red Cross (alongside English, German, Spanish, French, Arabic and Russian), Amnesty International (alongside 32 other languages of which English is the most used, followed by Spanish, French, German, and Italian), and Médecins sans Frontières (used alongside English, Spanish, French and Arabic), in addition to being the official legal language in the African Court on Human and Peoples' Rights, also in Community of Portuguese Language Countries, an international organization formed essentially by lusophone countries. Dialects, accents and varieties , a pronoun meaning "you", is used for educated, formal, and colloquial respectful speech in most Portuguese-speaking regions. In a few Brazilian states such as Rio Grande do Sul, Pará, among others, is virtually absent from the spoken language. Riograndense and European Portuguese normally distinguishes formal from informal speech by verbal conjugation. Informal speech employs followed by second person verbs, formal language retains the formal , followed by the third person conjugation. Conjugation of verbs in has three different forms in Brazil (verb "to see": , in the traditional second person, , in the third person, and , in the innovative second person), the conjugation used in the Brazilian states of Pará, Santa Catarina and Maranhão being generally traditional second person, the kind that is used in other Portuguese-speaking countries and learned in Brazilian schools. The predominance of Southeastern-based media products has established as the pronoun of choice for the second person singular in both writing and multimedia communications. However, in the city of Rio de Janeiro, the country's main cultural center, the usage of has been expanding ever since the end of the 20th century, being most frequent among youngsters, and a number of studies have also shown an increase in its use in a number of other Brazilian dialects. Modern Standard European Portuguese ( or ) is based on the Portuguese spoken in the area including and surrounding the cities of Coimbra and Lisbon, in central Portugal. Standard European Portuguese is also the preferred standard by the Portuguese-speaking African countries. As such, and despite the fact that its speakers are dispersed around the world, Portuguese has only two dialects used for learning: the European and the Brazilian. Some aspects and sounds found in many dialects of Brazil are exclusive to South America, and cannot be found in Europe. The same occur with the Santomean, Mozambican, Bissau-Guinean, Angolan and Cape Verdean dialects, being exclusive to Africa. See Portuguese in Africa. Audio samples of some dialects and accents of Portuguese are available below. There are some differences between the areas but these are the best approximations possible. IPA transcriptions refer to the names in local pronunciation. Brazil Caipira – Spoken in the states of São Paulo (most markedly on the countryside and rural areas); southern Minas Gerais, northern Paraná and southeastern Mato Grosso do Sul. Depending on the vision of what constitutes caipira, Triângulo Mineiro, border areas of Goiás and the remaining parts of Mato Grosso do Sul are included, and the frontier of caipira in Minas Gerais is expanded further northerly, though not reaching metropolitan Belo Horizonte. It is often said that caipira appeared by decreolization of the língua brasílica and the related língua geral paulista, then spoken in almost all of what is now São Paulo, a former lingua franca in most of the contemporary Centro-Sul of Brazil before the 18th century, brought by the bandeirantes, interior pioneers of Colonial Brazil, closely related to its northern counterpart Nheengatu, and that is why the dialect shows many general differences from other variants of the language. It has striking remarkable differences in comparison to other Brazilian dialects in phonology, prosody and grammar, often stigmatized as being strongly associated with a substandard variant, now mostly rural. Cearense or Costa norte – is a dialect spoken more sharply in the states of Ceará and Piauí. The variant of Ceará includes fairly distinctive traits it shares with the one spoken in Piauí, though, such as distinctive regional phonology and vocabulary (for example, a debuccalization process stronger than that of Portuguese, a different system of the vowel harmony that spans Brazil from fluminense and mineiro to amazofonia but is |
series was digitally remastered from the original 35mm film elements and original audio tracks. Pee-wee's small glen plaid suits seemed ridiculous during the 1980s, but since the late 1990s have made him a "style icon", with fashion houses and designers like Christopher Bailey, Ennio Capasa, Miuccia Prada, Viktor & Rolf, and Thom Browne creating tightly cut suits with high armholes and short trousers that have been compared to Pee-wee's. In early 2007 Nike released a collection of Nike SB sneakers called "Fallen Heroes". The collection was loosely inspired by Milli Vanilli, MC Hammer, Vanilla Ice, and Pee-wee Herman. Pee-wee's sneakers use a gray and white color scheme with red detail, with an illustration on the insole of a man in a suit sitting alone in a theatre with his hand on his lap suggesting Reubens's 1991 theatre arrest. Reubens has mentioned he has plans for a museum, which would contain many of the Playhouse sets and props he still owns. 1991 arrest and retreat from public eye In July 1991, Reubens was arrested in Sarasota, Florida, for masturbating during a film at an adult movie theater. During a random police inspection, a detective who had observed Reubens detained him as he was readying to leave. (This sweep also resulted in three other arrests.) When detectives examined his driver's license, Reubens told them, "I'm Pee-wee Herman", and offered to do a children's benefit for the sheriff's office, "to take care of this". The next day, after a local reporter recognized Reubens's name, Reubens's attorney made the same offer to the Sarasota Herald-Tribune in exchange for withholding the story. In 1971, Reubens had been arrested in the same county for loitering and prowling near an adult theater, though charges were dropped. His second arrest was in 1983 when Reubens was placed on two years' probation for possession of marijuana, although adjudication was withheld. On the night of the arrest, Reubens went to Nashville, where his sister and lawyer lived, and then to New Jersey, where he would stay for the following months at his friend Doris Duke's estate. The 1991 arrest was widely covered, and Reubens and his character both became the subject of ridicule. Disney-MGM Studios suspended a video that showed Pee-wee explaining how voice-over tracks were made from its studio tour. Toys "R" Us removed Pee-wee toys from its stores. It was commonly thought that Pee-wee's Playhouse got cancelled due to the arrest; in reality the show was already retired as Reubens, claiming an overworked crew and fear of decline of quantity and quality in material, had decided against a sixth season. However, the popularity of the show had put it into syndication, which CBS revoked on July 29, 1991. Reubens released a statement denying the charges. On November 7, 1991, Reubens pleaded no contest. The plea kept the charge off Reubens's record and obligated him to spend 75 hours performing community service, where he made two anti-drug public service announcements that were self-produced and financed. One PSA had Pee-Wee explaining the dangers of crack cocaine, and a lesser-known one featured a claymation character called "Penny" who had been a staple of Pee-Wee's Playhouse. Both PSAs were praised for showing the dangers of drugs in a manner kids could understand. Despite the negative publicity, many artists who knew Reubens, such as Cyndi Lauper, Annette Funicello, Zsa Zsa Gabor, and Valeria Golino, spoke out in his support. Bill Cosby defended Reubens, saying, "Whatever [Reubens has] done, this is being blown all out of proportion." Other people who knew Reubens, such as Playhouse production designer Gary Panter, S. Epatha Merkerson, and Big Top Pee-wee director Randal Kleiser, also spoke in support. Reubens's fans organized support rallies after CBS canceled the reruns, picketing in Los Angeles, New York, and San Francisco. The TV news magazine A Current Affair received "tens of thousands" of responses to a Pee-wee telephone survey, in which callers supported Reubens by nine-to-one. Reubens, who for years would not give interviews or appear on talk shows, did make a subsequent public appearance as Pee-wee at the 1991 MTV Video Music Awards on September 5, where he asked the audience, "Heard any good jokes lately?" He received a standing ovation. Reubens then appeared as Pee-wee once in 1992, when he participated in a Grand Ole Opry tribute to Minnie Pearl. 1990s and comeback in Blow During the 1990s, Reubens kept a low profile, dedicating himself to writing and collecting a variety of things, "everything from fake food, to lamps", although he did do some dubbing and took small parts in films such as 1992's Buffy the Vampire Slayer and Tim Burton's Batman Returns (Reubens portrayed the Penguin's father) and 1996's Matilda and Dunston Checks In. In 1993, he voiced for a character in another one of Burton's productions, The Nightmare Before Christmas. (Reubens would later voice Lock for the video game The Nightmare Before Christmas: Oogie's Revenge in 2004.) Reubens dated actress Debi Mazar in 1993 after he started attending film premieres with her. Reubens has since credited Mazar with ending his depression from his arrest. During the mid-1990s, Reubens played a recurring role on the TV series Murphy Brown. The role earned him positive reviews and his first and only non-Pee-wee Emmy nomination, for Outstanding Guest Actor in a Comedy Series. He appeared six times on the show between 1995 and 1997. Afterward, Reubens began working on an NBC pilot entitled Meet the Muckles, a show that would be based on You Can't Take It with You. The project got stuck in development hell, and was later dropped when Reubens's ideas grew too elaborate and expensive, although Philip Rosenthal blamed NBC's negative response on Reubens being on a "blacklist". By 1999, Reubens had given several interviews as himself and made public appearances while promoting the movie Mystery Men, the first being on The Tonight Show with Jay Leno in 1999. He also starred in Dwight Yoakam's Western South of Heaven, West of Hell, portraying a rapist and killer. In 2001, Reubens had his first extended television role since Playhouse, as the host of the short-lived ABC game show You Don't Know Jack, based on the game of the same name. It was cancelled after six episodes due to low ratings. Reubens played a flamboyant hairdresser turned drug dealer in Ted Demme's 2001 drama Blow, which starred Penélope Cruz and Johnny Depp. His performance was praised and he began receiving scripts for potential movie projects. 2002 pornography arrest In November 2002, while filming David LaChapelle's video for Elton John's "This Train Don't Stop There Anymore", Reubens learned that police were at his home with a search warrant, acting on a tip from a witness in the pornography case against actor Jeffrey Jones, finding among over 70,000 items of kitsch memorabilia, two grainy videotapes and dozens of photographs that the city attorney's office characterized as a collection of child pornography. Kelly Bush, Reubens's personal representative at the time, said the description of the items was inaccurate and claimed the objects were "Rob Lowe's sex videotape, and a few 30- to 100-year-old kitsch collectible images." Reubens turned himself in to the Hollywood division of the and was charged with possession of obscene material improperly depicting a child under the age of 18 in sexual conduct. The district attorney looked at Reubens's collection and computer and found no grounds for bringing any felony charges against him, while the city attorney, Rocky Delgadillo brought misdemeanor charges against Reubens on the last day allowed by the statute. Reubens was represented by Hollywood criminal defense lawyer Blair Berk. In December he pleaded not guilty through Berk, who also complained that the city attorney failed to turn over evidence to the defense, which City Attorney Richard Katz countered that prosecutors were not required to do until after arraignment, after which they did; neither side disclosed the contents. In March 2004, child pornography charges were dropped in exchange for Reubens's guilty plea to a lesser misdemeanor obscenity charge. For the next three years, he was required to register his address with the sheriff's office and he could not be in the company of minors without the permission of a parent or legal guardian. Reubens later stated that he was a collector of erotica, including films, muscle magazines and a sizable collection of mostly homosexual vintage erotica, such as photographic studies of teen nudes. Reubens said that what the city attorney's office viewed as pornography, he considered to be innocent art and that what they described as people underage engaged in masturbation or oral copulation was, in fact, a judgmental point of view of the nudes that Reubens described as people "one hundred percent not" performing sexual acts. Being an avid collector, Reubens had often purchased bulk lots, and one of his vintage magazine dealers declared that "there's no way" he could have known the content of each page in the publications he bought and that he recalled Reubens asking for "physique magazines, vintage 1960s material, but not things featuring kids". He spent the next two years in Florida caring for his terminally ill father, who died in February 2004 of cancer. Later career 2004–2008 Reubens has made cameos and guest appearances in numerous projects. He played Rick of the citizen's patrol on the popular Comedy Central series Reno 911!, which gained him a small role in the 2007 film Reno 911!: Miami. That same year he appeared in the second music video version of The Raconteurs song "Steady, As She Goes". The video has the band engaging in a comical soapbox car race, with Reubens playing the bad guy who sabotages the race. In 2007, Reubens attended his own tribute at the SF Sketchfest, where he talked about his career with Ben Fong-Torres. He also signed with NBC to make a pilot on a show called Area 57, a sitcom about a passive-aggressive alien, but it was not picked up for the 2007–2008 season. Reubens did, however, appear on the hit NBC series 30 Rock as an inbred Austrian prince, a character Tina Fey created for him. He also made three guest appearances on FX's series Dirt. This time he was recommended for the role by Dirt star and close friend Courteney Cox. Cox's husband, David Arquette, would then cast Reubens for his directorial debut, the 2007 film The Tripper. Reubens has also had small parts dubbing or making cameos in a series of Cartoon Network projects such as the 2006 television film Re-Animated, the animated cartoon series Chowder, Tom Goes to the Mayor, and Tim and Eric Awesome Show, Great Job!. In 2008, Reubens was slated to appear as homeopathic antidepressant salesman Alfredo Aldarisio in the third episode of Pushing Daisies, but the role was recast with Raúl Esparza. Reubens instead appeared in the role of Oscar Vibenius in the series' 7th and 9th episodes. Also during 2008, Reubens did a PSA for Unscrew America, a website that aims to get people to change regular light bulbs for more energy-efficient ones in the form of CFLs and LED. He also appeared in Todd Solondz's Life During Wartime. In 2009, Reubens voiced Bat-Mite in the Batman: The Brave and the Bold episode "Legends of the Dark Mite". 2009–present: the new Pee-wee Herman Show and future films In January 2009, Reubens hinted that negotiations were under way for his stage show to come back, and in August the return of The Pee-wee Herman Show was announced. Reubens said he felt Pee-wee calling, "I just got up one day and felt like I'm gonna come back, that was it." The show is also a way to "introduce Pee-wee to the new generation that didn't know about it", preparing the way for Reubens's main project, the Playhouse movie. Before this comeback, Reubens's present age and shape had been pointed out as a possible issue, since Pee-wee's slim figure and clean skin have been one of his trademarks. But after appearing for the first time since 1992 as Pee-wee at Spike TV's 2007 Guys' Choice Awards, Reubens had remained optimistic and had jokingly said he's no longer nervous about being young Pee-wee again thanks to digital retouching. The show was originally scheduled to begin November 8 and continue until the 29th at the Music Box Theater in Hollywood. Due to high demand, the show moved to Club Nokia @ LA Live and was scheduled to run between January 12, 2010, and February 7. To promote the show Reubens once again gave interviews in character, appearing as a guest on The Jay Leno Show, The Tonight Show with Conan O'Brien (as well as O'Brien's subsequent Legally Prohibited Tour) and Jimmy Kimmel Live! among others. A Twitter account, a Facebook account and a new website were made for Pee-wee after the show changed venues. On November 11, 2010, the show relocated to New York for a limited run at the Stephen Sondheim Theatre, selling over $3 million in advance tickets. An extra performance was taped for the HBO network on January 6, 2011, and debuted March 19. From 2012 to 2013 Reubens contributed his voice talents to the animated series Tron: Uprising as Pavel. In 2014, Reubens appeared in TV on the Radio's music video for Happy Idiot. Reubens went on to reprise his role as pilot droid Rex in Star Wars: Galaxy's Edge, a Star Wars-themed land that opened at Disneyland and Disney's Hollywood Studios at Walt Disney World in 2019. Reubens previously portrayed the character in the original Star Tours attraction in 1987, and Star Wars Rebels in 2014. In Galaxy's Edge, the former Star Tours pilot droid RX-24 – "Rex" – has been reprogrammed into DJ R-3X, the house DJ of a bar and restaurant called Oga's Cantina. Pee-wee's Big Holiday and undeveloped scripts Ever since Reubens started giving interviews again after his 2002 arrest, he has talked about the two scripts he has written for future Pee-wee Herman films. Reubens once called his first script The Pee-wee Herman Story, describing it as a black comedy. He has also referred to the script as "dark Pee-wee" or "adult Pee-wee", with the plot involving Pee-wee becoming famous as a singer after making a hit single and moving to Hollywood, where "he does everything wrong and becomes a big jerk". Reubens further explained the film has many "Valley of the Dolls moments". Reubens thought this script | quickly acquired a dual audience of kids and grownups. Reubens, always trying to make Pee-wee a positive role model, created a consciously moral show, one that would teach children the ethics of reciprocity. Reubens believed that children liked the Playhouse because it was fast-paced, colorful and "never talked them down"; while parents liked the Playhouse because it reminded them of the past. In 1986, Reubens (billed as Paul Mall) was the voice of the ship's computer in Flight of the Navigator. In 1987, Reubens provided the voice for the pilot droid RX-24 a.k.a. Captain "Rex" in Star Tours, a Star Wars-themed motion simulator attraction at Disneyland and Disney-MGM Studios at Walt Disney World, and Disneyland Paris. and reprised the role of Pee-wee Herman in cameo appearances in the film Back to the Beach and TV show Sesame Street, the latter of which made a cameo in Playhouse. Right after the success of Pee-wee's Big Adventure, Reubens began working with Paramount Pictures on a sequel entitled Big Top Pee-wee. Reubens and George McGrath's script was directed by Grease director Randal Kleiser. The film was not as successful as its predecessor, receiving mild reviews and doing just over one third as well in the box office, earning only $15 million. Reubens attended 1988 Academy Awards with Top co-star Valeria Golino, which stirred rumors that the two were dating. The following year Reubens exchanged vows with Doris Duke's adopted daughter, Chandi Heffner, at a mock wedding over which Imelda Marcos presided, in Shangri-La, Doris Duke's mansion in Honolulu, Hawaii. Pee-wee's Playhouse aired from September 13, 1986, until November 10, 1990. Reubens had originally agreed to do two more seasons after the third, and when CBS asked Reubens about the possibility of a sixth season he declined, wanting to take a sabbatical. Reubens had been suffering from burnout from playing Pee-wee full-time and had been warning that Pee-wee was temporary and that he had other ideas he would like to work on. The parties agreed to end the show after five seasons, which included 45 episodes and a Christmas Special. Playhouse garnered 15 Emmy Awards, all of them in the Creative Arts Emmy Award category. Pee-wee's legacy Reubens had not always thought of his character as one for children, but sometime during the mid-1980s, he started forming Pee-wee into the best role model he possibly could, making the program a morally positive show that cared about issues like racial diversity. Reubens was also careful of what should and should not be associated with Pee-wee. Being a heavy smoker, he went to great lengths never to be photographed with a cigarette in his mouth, even refusing to endorse candy bars and other kinds of junk food, all the while trying to release his own sugar-free cereal "Ralston Purina Pee-wee Chow cereal", a project that died after a blind test. With his positive attitude and quirkiness, Pee-wee became an instant cult figure, earning a star on the Hollywood Walk of Fame by 1989, and successfully building a Pee-wee franchise, with toys, clothes and other items generating more than $25 million at its peak in 1988. Reubens also published a book as Pee-wee in 1989 called Travels with Pee-Wee. CBS aired reruns of Playhouse until July 1991, when Reubens was arrested, pulling from their schedule the last two remaining reruns. Fox Family Channel briefly aired reruns of the Playhouse in 1998. In early July 2006, Cartoon Network began running a teaser promo during its Adult Swim lineup. A later press release and many other promos confirmed that the show's 45 original episodes would nightly air from Monday to Thursday starting on that date. Playhouse attracted 1.5 million viewers nightly. In 2007, TV Guide named Playhouse one of the top 10 TV cult classics of all time. Several children's television personas cite Pee-wee Herman as an inspiration, including Blue's Clues' Steve Burns and SpongeBob SquarePants' Stephen Hillenburg. In November 2004, all 45 episodes of the Playhouse, plus six episodes that had never before been released on home video, were released on DVD split between two box set collections. On July 3, 2013, Shout! Factory announced that they had acquired the rights to the entire series from Reubens, which was released on Blu-ray on October 21, 2014. In addition, the entire series was digitally remastered from the original 35mm film elements and original audio tracks. Pee-wee's small glen plaid suits seemed ridiculous during the 1980s, but since the late 1990s have made him a "style icon", with fashion houses and designers like Christopher Bailey, Ennio Capasa, Miuccia Prada, Viktor & Rolf, and Thom Browne creating tightly cut suits with high armholes and short trousers that have been compared to Pee-wee's. In early 2007 Nike released a collection of Nike SB sneakers called "Fallen Heroes". The collection was loosely inspired by Milli Vanilli, MC Hammer, Vanilla Ice, and Pee-wee Herman. Pee-wee's sneakers use a gray and white color scheme with red detail, with an illustration on the insole of a man in a suit sitting alone in a theatre with his hand on his lap suggesting Reubens's 1991 theatre arrest. Reubens has mentioned he has plans for a museum, which would contain many of the Playhouse sets and props he still owns. 1991 arrest and retreat from public eye In July 1991, Reubens was arrested in Sarasota, Florida, for masturbating during a film at an adult movie theater. During a random police inspection, a detective who had observed Reubens detained him as he was readying to leave. (This sweep also resulted in three other arrests.) When detectives examined his driver's license, Reubens told them, "I'm Pee-wee Herman", and offered to do a children's benefit for the sheriff's office, "to take care of this". The next day, after a local reporter recognized Reubens's name, Reubens's attorney made the same offer to the Sarasota Herald-Tribune in exchange for withholding the story. In 1971, Reubens had been arrested in the same county for loitering and prowling near an adult theater, though charges were dropped. His second arrest was in 1983 when Reubens was placed on two years' probation for possession of marijuana, although adjudication was withheld. On the night of the arrest, Reubens went to Nashville, where his sister and lawyer lived, and then to New Jersey, where he would stay for the following months at his friend Doris Duke's estate. The 1991 arrest was widely covered, and Reubens and his character both became the subject of ridicule. Disney-MGM Studios suspended a video that showed Pee-wee explaining how voice-over tracks were made from its studio tour. Toys "R" Us removed Pee-wee toys from its stores. It was commonly thought that Pee-wee's Playhouse got cancelled due to the arrest; in reality the show was already retired as Reubens, claiming an overworked crew and fear of decline of quantity and quality in material, had decided against a sixth season. However, the popularity of the show had put it into syndication, which CBS revoked on July 29, 1991. Reubens released a statement denying the charges. On November 7, 1991, Reubens pleaded no contest. The plea kept the charge off Reubens's record and obligated him to spend 75 hours performing community service, where he made two anti-drug public service announcements that were self-produced and financed. One PSA had Pee-Wee explaining the dangers of crack cocaine, and a lesser-known one featured a claymation character called "Penny" who had been a staple of Pee-Wee's Playhouse. Both PSAs were praised for showing the dangers of drugs in a manner kids could understand. Despite the negative publicity, many artists who knew Reubens, such as Cyndi Lauper, Annette Funicello, Zsa Zsa Gabor, and Valeria Golino, spoke out in his support. Bill Cosby defended Reubens, saying, "Whatever [Reubens has] done, this is being blown all out of proportion." Other people who knew Reubens, such as Playhouse production designer Gary Panter, S. Epatha Merkerson, and Big Top Pee-wee director Randal Kleiser, also spoke in support. Reubens's fans organized support rallies after CBS canceled the reruns, picketing in Los Angeles, New York, and San Francisco. The TV news magazine A Current Affair received "tens of thousands" of responses to a Pee-wee telephone survey, in which callers supported Reubens by nine-to-one. Reubens, who for years would not give interviews or appear on talk shows, did make a subsequent |
rule, since that rule is exact for integration of polynomials of degree up to 3, and in this case the area is at most a quadratic function in the height.) Prismatoid families Families of prismatoids include: Pyramids, in which one plane contains only a single point; Wedges, in which one plane contains only two points; Prisms, whose polygons in each plane are congruent and joined by rectangles or parallelograms; Antiprisms, whose polygons in each plane are congruent and joined by an alternating strip of triangles; Star antiprisms; Cupolae, in which the polygon in one plane contains twice as many points as the other and is joined to it by alternating triangles and rectangles; Frusta obtained by | two planes of vertices by Simpson's rule, since that rule is exact for integration of polynomials of degree up to 3, and in this case the area is at most a quadratic function in the height.) Prismatoid families Families of prismatoids include: Pyramids, in which one plane contains only a single point; Wedges, in which one plane contains only two points; Prisms, whose polygons in each plane are congruent and joined by rectangles or parallelograms; Antiprisms, whose polygons in each plane are congruent and joined by an alternating strip of triangles; Star antiprisms; Cupolae, in which the |
typically unaggressive and vegetarian. A witness described the animal as looking "like a large kangaroo, running and leaping across a field." A search party followed the animal's tracks to a mountainside cave where they stopped. The animal was never found, and national news coverage drew widespread ridicule. In 1974 in Chicago, Illinois, two Chicago police officers were called to investigate a report that a kangaroo was standing in someone's porch. After a brief search, the officers located the animal in an alleyway, but were unable to capture it. Over the next month, numerous kangaroo sightings were reported in Illinois and the neighboring states of Indiana and Wisconsin, with timing suggesting more than one animal if reports were accurate. A kangaroo was seen the next day by a paperboy, the next week in Schiller Woods, Illinois, and the week after that just outside Plano, Illinois, reported by a police officer who said it jumped eight feet from a field into the road. Thirty minutes later, a kangaroo was reported back in Chicago, then reported on the following three days in the surrounding countryside. A few days later, there were a rash of sightings in Indiana. Reports ceased about a month after the original story. In 1978 in Menomonee Falls, Wisconsin, two men photographed a large kangaroo beside the highway. Author Loren Coleman, described as the "leading authority on North American kangaroo sightings", suggested the animal looked like a Bennett's wallaby. In 2013 in Oklahoma, a kangaroo was reportedly recorded by hunters in a field. The video was published on the website YouTube, and prompted | to have killed and partially devoured several animals, including ducks, geese, a German Shepherd dog and other dogs. Kangaroos are typically unaggressive and vegetarian. A witness described the animal as looking "like a large kangaroo, running and leaping across a field." A search party followed the animal's tracks to a mountainside cave where they stopped. The animal was never found, and national news coverage drew widespread ridicule. In 1974 in Chicago, Illinois, two Chicago police officers were called to investigate a report that a kangaroo was standing in someone's porch. After a brief search, the officers located the animal in an alleyway, but were unable to capture it. Over the next month, numerous kangaroo sightings were reported in Illinois and the neighboring states of Indiana and Wisconsin, with timing suggesting more than one animal if reports were accurate. A kangaroo was seen the next day by a paperboy, the next week in Schiller Woods, Illinois, and the week after that just outside Plano, Illinois, reported by a police officer who said it jumped eight feet from a field into the road. Thirty minutes later, a kangaroo was reported back in Chicago, then reported on the following three days in the surrounding countryside. A few days later, there were a rash of sightings in Indiana. Reports ceased about a month after the original story. In 1978 in Menomonee Falls, Wisconsin, two men photographed a large kangaroo beside the highway. Author Loren Coleman, described as the "leading authority on North American kangaroo sightings", suggested the animal looked like a Bennett's wallaby. In 2013 in Oklahoma, a kangaroo was reportedly recorded by hunters in a field. The video was published on the website YouTube, and prompted speculation that the animal may be a pet kangaroo who went missing in the state just over a year earlier. Also in 2013, The Ridgefield Press reported that a motorist in North Salem, New York captured on video what he thought was a kangaroo, and published the video on their website. The newspaper noted that escaped wallabies, smaller than kangaroos, were known in Westchester County, which encompasses |
Grier Hibben became president in 1912 and would remain in the post for two decades. On October 2, 1913, the Princeton University Graduate College was dedicated. When the United States entered World War I in 1917, Hibben allocated all available University resources to the government. As a result, military training schools opened on campus and laboratories and other facilities were used for research and operational programs. Overall, more than 6,000 students served in the armed forces, with 151 dying during the war. After the war, enrollment spiked and the trustees established the system of selective admission in 1922. From the 1920s to the 1930s, the student body featured many students from preparatory schools, zero Black students, and dwindling Jewish enrollment because of quotas. Aside from managing Princeton during WWI, Hibben introduced the senior thesis in 1923 as a part of The New Plan of Study. He also brought about great expansion to the university, with the creation of the School of Architecture in 1919, the School of Engineering in 1921, and the School of Public and International Affairs in 1930. By the end of his presidency, the endowment had increased by 374 percent, the total area of the campus doubled, the faculty experienced impressive growth, and the enrollment doubled. Hibben's successor, Harold Willis Dodds would lead the university through the Great Depression, World War II, and the Korean Conflict. With the Great Depression, many students were forced to withdraw due to financial reasons. At the same time, Princeton's reputation in physics and mathematics surged as many European scientists left for the United States due to uneasy tension caused by Nazi Germany. In 1930, the Institute for Advanced Study was founded to provide a space for the influx of scientists, such as Albert Einstein. Many Princeton scientists would work on the Manhattan Project during the war, including the entire physics department. During World War II, Princeton offered an accelerated program for students to graduate early before entering the armed forces. Student enrollment fluctuated from month to month, and many faculty were forced to teach unfamiliar subjects. Still, Dodds maintained academic standards and would establish a program for servicemen, so they could resume their education once discharged. Post-war to present Post-war years saw scholars renewing broken bonds through numerous conventions, expansion of the campus, and the introduction of distribution requirements. The period saw the desegregation of Princeton, which was stimulated by changes to the New Jersey constitution. Princeton began undertaking a sharper focus towards research in the years after the war, with the construction of Firestone Library in 1948 and the establishment of the Forrestal Research Center in the 1950s. Government sponsored research increased sharply, particularly in the physics and engineering departments, with much of it occurring at the new Forrestal campus. Though, as the years progressed, scientific research at the Forrestal campus declined, and in 1973, some of the land was converted to commercial and residential spaces. Robert Goheen would succeed Dodds by unanimous vote and serve as president until 1972. Goheen's presidency was characterized as being more liberal than previous presidents, and his presidency would see a rise in Black applicants, as well as the eventual coeducation of the university in 1969. During this period of rising diversity, the Third World Center (now known as the Carl A. Fields Center) was dedicated in 1971. Goheen also oversaw great expansion for the university, with square footage increasing by 80 percentage. Throughout the 1960s and 1970s, Princeton experienced unprecedented activism, with most of it centered on the Vietnam War. While Princeton activism initially remained relatively timid compared to other institutions, protests began to grow with the founding of a local chapter of Students for a Democratic Society (SDS) in 1965, which organized many of the later Princeton protests. In 1966, the SDS gained prominence on campus following picketing against a speech by President Lyndon B. Johnson, which gained frontpage coverage by the New York Times. A notable point of contention on campus was the Institute for Defense Analyses (IDA) and would feature multiple protests, some of which required police action. As the years went on, the protests' agenda broadened to investments in South Africa, environmental issues, and women's rights. In response to these broadening protests, the Council of the Princeton University Community (CPUC) was founded to serve as a method for greater student voice in governance. Activism culminated in 1970 with a student, faculty, and staff member strike, so the university could become an "institution against expansion of the war." Princeton's protests would taper off later that year, with The Daily Princetonian saying that, "Princeton 1970–71 was an emotionally burned out university." In 1982, the residential college system was officially established under Goheen's successor William G. Bowen, who would serve until 1988. During his presidency, Princeton's endowment increased from $625 million to $2 billion, and a major fundraising drive known as "A Campaign for Princeton" was conducted. President Harold T. Shapiro would succeed Bowen and remain president until 2001. Shapiro would continue to increase the endowment, expand academic programs, raise student diversity, and oversaw the most renovations in Princeton's history. In 2001, Princeton shifted the financial aid policy to a system that replaced all loans with grants. That same year, Princeton elected its first female president, Shirley M. Tilghman. Before retiring in 2012, Tilghman expanded financial aid offerings and conducted several major construction projects. Princeton's 20th and current president Christopher Eisgruber was elected in 2013. In 2017, Princeton University unveiled a large-scale public history and digital humanities investigation into its historical involvement with slavery called the Princeton & Slavery Project. The project saw the publication of hundreds of primary sources, 80 scholarly essays, a scholarly conference, a series of short plays, and an art project. In April 2018, university trustees announced that they would name two public spaces for James Collins Johnson and Betsey Stockton, enslaved people who lived and worked on Princeton's campus and whose stories were publicized by the project. In 2019, large-scale student activism again entered the mainstream concerning the school's implementation of federal Title IX policy relating to Campus sexual assault. The activism consisted of sit-ins in response to a student's disciplinary sentence. Coeducation History of coeducation at the university dates back to the 19th century. Founded in 1887, the Evelyn College for Women in Princeton provided education to largely the daughters of professors and sisters of Princeton undergraduates. While no legal connection ever existed, many Princeton professors taught there and several Princeton administrations, like Francis Patton, were part of its board of trustees. It closed in 1897 following the death of its founder, Joshua McIlvaine. Coeducation at Princeton wouldn't resume until the 20th century. In 1947, three female members of the library staff enrolled in beginner Russian courses to deal with an increase in Russian literature in the library. In 1961, Princeton admitted its first female graduate student, Sabra Follett Meservey, who would go on to be the first woman to earn a master's degree. Eight more women would enroll next year at the Graduate School, and in 1964, T'sai-ying Cheng became the first woman at Princeton to receive a Ph.D. The first undergraduate female students came in 1963 when five women came to Princeton to study "critical languages." They were considered regular students for their year on campus, but were not candidates for a Princeton degree. Following abortive discussions with Sarah Lawrence College to relocate the women's college to Princeton and merge it with the university in 1967, the administration commissioned a report on admitting women. The final report was issued in January 1969, supporting the idea. That same month, the trustees voted 24–8 in favor of coeducation and began preparing the institution for the transition. The university finished these plans in April 1969 and announced there would be coeducation in September. Ultimately, 101 female freshman and 70 female transfer students enrolled at Princeton on September 1969. Those admitted were housed in Pyne Hall, a fairly isolated dormitory; a security system were added, although the women deliberately broke it within a day. In 1971, Mary St. John Douglas and Susan Savage Speers became the first female trustees, and in 1974 quotas for men and women were eliminated. Following a 1979 lawsuit, the eating clubs were required to go coeducational in 1991 after an appeal to the U.S. Supreme Court was denied. In 2001, Princeton elected its first female president. Campus The main campus consists of more than 200 buildings on in Princeton, New Jersey. The James Forrestal Campus, a smaller location designed mainly as a research and instruction complex, is split between nearby Plainsboro and South Brunswick. The campuses are situated about one hour from both New York City and Philadelphia on the train. The university also owns more than of property in West Windsor Township, and is where Princeton is planning to construct a graduate student housing complex, which will be known as "Lake Campus North". The first building on campus was Nassau Hall, completed in 1756 and situated on the northern edge of the campus facing Nassau Street. The campus expanded steadily around Nassau Hall during the early and middle 19th century. The McCosh presidency (1868–88) saw the construction of a number of buildings in the High Victorian Gothic and Romanesque Revival styles, although many of them are now gone, leaving the remaining few to appear out of place. At the end of the 19th century, much of Princeton's architecture was designed by the Cope and Stewardson firm (the same architects who designed a large part of Washington University in St. Louis and University of Pennsylvania) resulting in the Collegiate Gothic style for which the university is known for today. Implemented initially by William Appleton Potter, and later enforced by the university's supervising architect, Ralph Adams Cram, the Collegiate Gothic style remained the standard for all new building on the Princeton campus until 1960. A flurry of construction projects in the 1960s produced a number of new buildings on the south side of the main campus, many of which have been poorly received. Several prominent architects have contributed some more recent additions, including Frank Gehry (Lewis Library), I. M. Pei (Spelman Halls), Demetri Porphyrios (Whitman College, a Collegiate Gothic project), Robert Venturi and Denise Scott Brown (Frist Campus Center, among several others), and Rafael Viñoly (Carl Icahn Laboratory). A group of 20th-century sculptures scattered throughout the campus forms the Putnam Collection of Sculpture. It includes works by Alexander Calder (Five Disks: One Empty), Jacob Epstein (Albert Einstein), Henry Moore (Oval with Points), Isamu Noguchi (White Sun), and Pablo Picasso (Head of a Woman). Richard Serra's The Hedgehog and The Fox is located between Peyton and Fine halls next to Princeton Stadium and the Lewis Library. At the southern edge of the campus is Lake Carnegie, an artificial lake named for Andrew Carnegie. Carnegie financed the lake's construction in 1906 at the behest of a friend and his brother who were both Princeton alumni. Carnegie hoped the opportunity to take up rowing would inspire Princeton students to forsake football, which he considered "not gentlemanly." The Shea Rowing Center on the lake's shore continues to serve as the headquarters for Princeton rowing. Princeton's grounds were designed by Beatrix Farrand between 1912 and 1943. Her contributions were most recently recognized with the naming of a courtyard for her. Subsequent changes to the landscape were introduced by Quennell Rothschild & Partners in 2000. In 2005, Michael Van Valkenburgh was hired as the new consulting landscape architect for Princeton's 2016 Campus Plan. Lynden B. Miller was invited to work with him as Princeton's consulting gardening architect, focusing on the 17 gardens that are distributed throughout the campus. Buildings Nassau Hall Nassau Hall is the oldest building on campus. Begun in 1754 and completed in 1756, it was the first seat of the New Jersey Legislature in 1776, was involved in the Battle of Princeton in 1777, and was the seat of the Congress of the Confederation (and thus capitol of the United States) from June 30, 1783, to November 4, 1783. Since 1911, the front entrance has been flanked by two bronze tigers, a gift of the Princeton Class of 1879, which replaced two lions previously given in 1889. Starting in 1922, commencement has been held on the front lawn of Nassau Hall when there is good weather. In 1966, Nassau Hall was added to the National Register of Historic Places. Nowadays, it houses the office of the university president and other administrative offices. To the south of Nassau Hall lies a courtyard that is known as Cannon Green. Buried in the ground at the center is the "Big Cannon," which was left in Princeton by British troops as they fled following the Battle of Princeton. It remained in Princeton until the War of 1812, when it was taken to New Brunswick. In 1836 the cannon was returned to Princeton and placed at the eastern end of town. Two years later, it was moved to the campus under cover of night by Princeton students, and in 1840, it was buried in its current location. A second "Little Cannon" is buried in the lawn in front of nearby Whig Hall. The cannon, which may also have been captured in the Battle of Princeton, was stolen by students of Rutgers University in 1875. The theft ignited the Rutgers-Princeton Cannon War. A compromise between the presidents of Princeton and Rutgers ended the war and forced the return of the Little Cannon to Princeton. The protruding cannons are occasionally painted scarlet by Rutgers students who continue the traditional dispute. Art Museum Though art collection at the university dates back to its very founding, the Princeton University Art Museum wasn't officially established until 1882 by President McCosh. Its establishment arose from a desire to provide direct access to works of art in a museum for a curriculum in the arts, an education system familiar to many European universities at the time. The museum took on the purposes of providing "exposure to original works of art and to teach the history of art through an encyclopedic collection of world art." Numbering over 112,000 objects, the collections range from ancient to contemporary art and come from Europe, Asia, Africa, and the Americas. The museum's art is divided into ten extensive curatorial areas. There is a collection of Greek and Roman antiquities, including ceramics, marbles, bronzes, and Roman mosaics from faculty excavations in Antioch, as well as other art from the ancient Egyptian, Byzantium, and Islamic worlds. Medieval Europe is represented by sculpture, metalwork, and stained glass. The collection of Western European paintings includes examples from the early Renaissance through the 19th century, with pieces by Monet, Cézanne, and Van Gogh, and features a growing collection of 20th-century and contemporary art, including paintings such as Andy Warhol's Blue Marilyn. The museum features a collection of Chinese and Japanese art, with holdings in bronzes, tomb figurines, painting, and calligraphy, as well as collections of Korean, Southeast, and Central Asian art. Its collection of pre-Columbian art includes examples of Mayan and Olmec art, and its indigenous art ranges from Chile to Alaska to Greenland. The museum has collections of old master prints and drawings, and it has a comprehensive collection of over 20,000 photographs. Approximately 750 works of African art are represented. The Museum oversees the outside John B. Putnam, Jr., Memorial Collection of Sculpture. University Chapel The Princeton University Chapel is located on the north side of campus near Nassau Street. It was built between 1924 and 1928 at a cost of $2.3 million, approximately $ million adjusted for inflation in 2020. Ralph Adams Cram, the university's supervising architect, designed the chapel, which he viewed as the crown jewel for the Collegiate Gothic motif he had championed for the campus. At the time of its construction, it was the second largest university chapel in the world, after King's College Chapel, Cambridge. It underwent a two-year, $10 million restoration campaign between 2000 and 2002. The Chapel seats around 2,000 and serves as a site for religious services and local celebrations. Measured on the exterior, the chapel is long, wide at its transepts, and high. The exterior is Pennsylvania sandstone, trimmed with Indiana limestone, and the interior is made of limestone and Aquia Creek sandstone. The design evokes characteristics of an English church of the Middle Ages. The extensive iconography, in stained glass, stonework, and wood carvings, has the common theme of connecting religion and scholarship. Sustainability Published in 2008, the Sustainability Action Plan was the first formal plan for sustainability enacted by the university. It focused on reducing greenhouse gas emissions, conservation of resources, and research, education, and civic engagement for sustainability through 10 year objectives. Since the 2008 plan, Princeton has aimed at reducing its carbon dioxide emissions to 1990 levels without the purchase of market offsets and predicts to meet the goal by 2026 (the former goal was by 2020 but COVID-19 requirements delayed this). Princeton released its second Sustainability Action Plan in 2019 on Earth Day with its main goal being reducing campus greenhouse gases to net zero by 2046 as well as other objectives building on those in the 2008 plan. In 2021, the university agreed to divest from thermal coal and tar sand segments of the fossil fuel industry and from companies that are involved in climate disinformation after student protest. Princeton's Sustainability Action Plan also aims to have zero waste through recycling programs, sustainable purchasing, and behavioral and operational strategies. Organization and administration Governance and structure Princeton's 20th and current president is Christopher Eisgruber, who was appointed by the university's board of trustees in 2013. The board is responsible for the overall direction of the university. It consists of no fewer than 23 and no more than 40 members at any one time, with the president of the university and the Governor of New Jersey serving as ex officio members. It approves the operating and capital budgets, supervises the investment of the university's endowment, and oversees campus real estate and long-range physical planning. The trustees also exercise prior review and approval concerning changes in major policies such as those in instructional programs and admission as well as tuition and fees and the hiring of faculty members. The university is composed of the Undergraduate College, the Graduate School, the School of Architecture, the School of Engineering and Applied Science, and the School of Public and International Affairs. Additionally, the school's Bendheim Center for Finance provides education for the area of money and finance in lieu of a business school. Princeton did host a Princeton Law School for a short period, before eventually closing in 1852 due to poor income. Princeton's lack of other professional schools can be attributed to a university focus on undergraduates. The university has ties with the Institute for Advanced Study, Princeton Theological Seminary, Rutgers University, and the Westminster Choir College of Rider University. Princeton is a member of the Association of American Universities, the Universities Research Association, and the National Association of Independent Colleges and Universities. The university is accredited by the Middle States Commission on Higher Education (MSCHE), with its last reaffirmation in 2014. Finances Princeton University's endowment of $37.7 billion (per 2021 figures) was ranked as the fourth largest endowment in the United States, and it had the greatest per-student endowment in the world at over $4.4 million per student. The endowment is sustained through continued donations and is maintained by investment advisers. Princeton's operating budget is over $2 billion per year, with 50% going to academic departments and programs, 33% to administrative and student service departments, 10% to financial aid departments, and 7% to the Princeton Plasma Physics Laboratory. Academics Undergraduate Princeton follows a liberal arts curriculum, and offers two bachelor's degrees to students: a Bachelor of Arts (A.B.) and a Bachelor of Science in Engineering (B.S.E.). Typically, A.B. students choose a major (called a concentration) at the end of sophomore year, while B.S.E students declare at the end of their freshman year. Students must complete distribution requirements, departmental requirements, and independent work to graduate with either degree. A.B. students must complete distribution requirements in literature and the arts, science and engineering, social analysis, cultural difference, epistemology and cognition, ethical thought and moral values, historical analysis, and quantitative and computational reasoning; they must also have satisfactory ability in a foreign language. Additionally, they must complete two papers of independent work during their junior year—known as the junior papers—and craft a senior thesis to graduate. Both revolve around the concentration they are pursuing. B.S.E majors complete fewer courses in the humanities and social sciences and instead fulfill requirements in mathematics, physics, chemistry, and computer programming. They likewise must complete independent work, which typically involves a design project or senior thesis, but not the junior papers. A.B. majors must complete 31 courses, whereas B.S.E majors must complete 36 courses. Students can choose from either 36 concentrations or create their own. They can also participate in 55 interdisciplinary certificate programs; since Princeton does not offer an academic minor, the certificates effectively serve as one. Course structure is determined by the instructor and department. Classes vary in their format, ranging from small seminars to medium-sized lecture courses to large lecture courses. The latter two typically have precepts, which are extra weekly discussion sessions that are led by either the professor or a graduate student. The average class meeting time is 3–4 hours a week, although this can vary depending on the course. The student to faculty ratio is 5 to 1, and a majority of classes have fewer than 20 students. In the Fiske Guide to Colleges, academic culture is considered as "tight-knit, extremely hardworking, highly cooperative, and supportive." Undergraduates agree to adhere to an academic integrity policy called the Honor Code. Under the Honor Code, faculty do not proctor examinations; instead, the students proctor one another and must report any suspected violation to an Honor Committee made up of undergraduates. The Committee investigates reported violations and holds a hearing if it is warranted. An acquittal at such a hearing results in the destruction of all records of the hearing; a conviction results in the student's suspension or expulsion. Violations pertaining to all other academic work fall under the jurisdiction of the Faculty-Student Committee on Discipline. Undergraduates are expected to sign a pledge on their written work affirming that they have not plagiarized the work. Grade deflation policy The first focus on issues of grade inflation by the Princeton administration began in 1998 when a university report was released showcasing a steady rise in undergraduate grades from 1973 to 1997. Subsequent reports and discussion from the report culminated to when in 2004, Nancy Weiss Malkiel, the Dean of the College, implemented a grade deflation policy to address the findings. Malkiel's reason for the policy was that an A was becoming devalued as a larger percentage of the student body received one. Following its introduction, the number of A's and average GPA on campus dropped, although A's and B's were still the most frequent grades awarded. The policy received mixed approval from both faculty and students when first instituted. Criticism for grade deflation continued through the years, with students alleging negative effects like increased competition and lack of willingness to choose challenging classes. Other criticism included job market and graduate school prospects, although Malkiel responded by saying that she sent 3,000 letters to numerous institutions and employers informing them. In 2009, transcripts began including a statement about the policy. In October 2013, Princeton President Christopher Eisgruber created a faculty committee to review the deflation policy. In August 2014, the committee released a report recommending the removal of the policy and instead develop consistent standards for grading across individual departments. In October 2014, following a faculty vote, the numerical targets were removed in response to the report. In a 2020 analysis of undergraduate grades following the removal of a policy, there were no long-lasting effects, with the percent of students receiving A's higher than in 1998. Graduate For the 2019–2020 academic year, the Graduate School enrolled 2,971 students. Approximately 40% of the students were female, 42% were international, and 35% of domestic students were a member of a U.S. minority group. The average time to complete a doctoral degree was 5.7 years. The university awarded 318 Ph.D. degrees and 174 final master's degrees for the 2019–2020 academic year. The Graduate School offers degrees in 42 academic departments and programs, which span the humanities, social sciences, natural sciences, and engineering. Doctoral education is available for all departments while master's degrees are only available in the architecture, engineering, finance, and public policy departments. Doctoral education focuses on original, independent scholarship whereas master's degrees focus more on career preparation in both public life and professional practice. Graduate students can also concentrate in an interdisciplinary program and be granted a certificate. Joint degrees are available for several disciplines, as are dual M.D./Ph.D. or M.P.A./J.D. programs. Students in the graduate school can participate in regional cross-registration agreements, domestic exchanges with other Ivy League schools and similar institutions, and in international partnerships and exchanges. Rankings Princeton ranked first in the 2021 U.S. News rankings for the tenth consecutive year. Princeton ranked fourth for undergrad teaching for 2021, falling from first place in the 2020 rankings. In the 2022 Times Higher Education assessment of the world's best universities, Princeton was ranked 7th. In the 2022 QS World University Rankings, it was ranked 20th overall in the world. In the 2021 U.S. News & World Report "Graduate School Rankings," 13 of Princeton's 14 graduate programs were ranked in their respective top 10 (with Engineering 22nd), 7 of them in the top 5, and two in the top spot (Economics and Mathematics). Research Princeton is classified among "R1: Doctoral Universities – Very high research activity." Based on data for the 2020 fiscal year, the university received approximately $250 million in sponsored research for its main campus, with 81.4% coming from the government, 12.1% from foundations, 5.5% from industry, and 1.0% from private and other. An additional $120 million in sponsored research was for the Plasma Physics Lab; the main campus and the lab combined totaled to $370 million for sponsored research. Based on 2017 data, the university ranked 72nd among 902 institutions for research expenditures. Based on 2018 data, Princeton's National Academy Membership totaled to 126, ranking 9th in the nation. The university hosts 75 research institutes and centers and two national laboratories. Princeton is a member of the New Jersey Space Grant Consortium. Library system The Princeton University Library system houses over 13 million holdings through 11 buildings, including seven million bound volumes, making it one of the largest university libraries in the world. Built in 1948, the main campus library is Firestone Library and serves as the main repository for the humanities and social sciences. Its collections include the autographed manuscript of F. Scott Fitzgerald's The Great Gatsby and George F. Kennan's Long Telegram. In addition to Firestone library, specialized libraries exist for architecture, art and archaeology, East Asian studies, engineering, music, public and international affairs, public policy and university archives, and the sciences. The library system provides access to subscription-based electronic resources and databases to students. National laboratories The Department of Energy's Princeton Plasma Physics Laboratory (PPPL) stemmed from Project Matterhorn, a top secret cold war project created in 1951 aimed at achieving controlled nuclear fusion. Princeton astrophysics professor Lyman Spitzer became the first director of the project and remained director until the lab's declassification in 1961 when it received its current name. Today, it is an institute for fusion energy research and plasma physics research. Founded in 1955 and located at Princeton's Forrestal Campus since 1968, the NOAA's Geophysical Fluid Dynamics Laboratory (GFDL) conducts climate research and modeling. Princeton faculty, research scientists, and graduate scientists can participate in research with the lab. Admissions and financial aid Admissions Princeton offers several methods to apply: the Common Application, the Coalition Application, and the QuestBridge Application. Princeton's application requires several writing supplements and submitting a graded written paper. Princeton's undergraduate program is highly selective, admitting 5.8% of undergraduate applicants in the 2019–2020 admissions cycle (for the Class of 2024). The middle 50% range of SAT scores was 1470–1560, the middle 50% range of the ACT composite score was 33–35, and the average high school GPA was a 3.91. For graduate admissions, in the 2021–2022 academic year, Princeton received 12,553 applications for admission and accepted 1,322 applicants, with a yield rate of 51%. In the 1950s, Princeton used an ABC system to function as a precursory early program, where admission officers would visit feeder schools and assign A, B, or C ratings to students. From 1977 to 1995, Princeton employed an early action program, and in 1996, transitioned to an early decision program. In September 2006, the university announced that all applicants for the Class of 2012 would be considered in a single pool, ending the school's early decision program. In February 2011, following decisions by the University of Virginia and Harvard University to reinstate their early admissions programs, Princeton announced it would institute a single-choice early action option for applicants, which it still uses. Princeton reinstated its transfer students program in 2018 after a three decades moratorium; the program encourages applicants from low-income families, the military, and community colleges. Costs and financial aid As of the 2021–2022 academic year, the total cost of attendance is $77,690. 61% of all undergraduates receive financial aid, with the average financial aid grant being $57,251. Tuition, room, and board is free for families making up to $65,000, and financial aid is offered to families making up to $180,000. In 2001, expanding on earlier reforms, Princeton became the first university to eliminate the use of student loans in financial aid, replacing them with grants. In addition, all admissions are need-blind, and financial aid meets 100% of demonstrated financial need. The university does not use academic or athletic merit scholarships. Kiplinger magazine in 2019 ranked Princeton as the fifth best value school in a combined list comparing private universities, private liberal arts colleges, and public colleges, noting that the average graduating debt was $9,005. For its 2021 rankings, the U.S. News & World Report ranked it second in its category for "Best Value Schools." Student life and culture Residential colleges The university guarantees housing for students for all | with a single instructor, or preceptor, in their field of interest. The changes brought about many new faculty and cemented Princeton's academics for the first half of the 20th century. Due to the tightening of academic standards, enrollment declined severely until 1907. In 1906, the reservoir Lake Carnegie was created by Andrew Carnegie, and the university officially became nonsectarian. Before leaving office, Wilson strengthened the science program to focus on "pure" research and broke the Presbyterian lock on the board of trustees. However, he did fail in winning support for the permanent location of the Graduate School and the elimination of the eating clubs, which he proposed replacing with quadrangles, a precursor to the residential college system. Wilson also continued to keep Princeton closed off from accepting Black students. When an aspiring Black student wrote a letter to Wilson, he got his secretary to reply telling him to attend a university where he would be more welcome. John Grier Hibben became president in 1912 and would remain in the post for two decades. On October 2, 1913, the Princeton University Graduate College was dedicated. When the United States entered World War I in 1917, Hibben allocated all available University resources to the government. As a result, military training schools opened on campus and laboratories and other facilities were used for research and operational programs. Overall, more than 6,000 students served in the armed forces, with 151 dying during the war. After the war, enrollment spiked and the trustees established the system of selective admission in 1922. From the 1920s to the 1930s, the student body featured many students from preparatory schools, zero Black students, and dwindling Jewish enrollment because of quotas. Aside from managing Princeton during WWI, Hibben introduced the senior thesis in 1923 as a part of The New Plan of Study. He also brought about great expansion to the university, with the creation of the School of Architecture in 1919, the School of Engineering in 1921, and the School of Public and International Affairs in 1930. By the end of his presidency, the endowment had increased by 374 percent, the total area of the campus doubled, the faculty experienced impressive growth, and the enrollment doubled. Hibben's successor, Harold Willis Dodds would lead the university through the Great Depression, World War II, and the Korean Conflict. With the Great Depression, many students were forced to withdraw due to financial reasons. At the same time, Princeton's reputation in physics and mathematics surged as many European scientists left for the United States due to uneasy tension caused by Nazi Germany. In 1930, the Institute for Advanced Study was founded to provide a space for the influx of scientists, such as Albert Einstein. Many Princeton scientists would work on the Manhattan Project during the war, including the entire physics department. During World War II, Princeton offered an accelerated program for students to graduate early before entering the armed forces. Student enrollment fluctuated from month to month, and many faculty were forced to teach unfamiliar subjects. Still, Dodds maintained academic standards and would establish a program for servicemen, so they could resume their education once discharged. Post-war to present Post-war years saw scholars renewing broken bonds through numerous conventions, expansion of the campus, and the introduction of distribution requirements. The period saw the desegregation of Princeton, which was stimulated by changes to the New Jersey constitution. Princeton began undertaking a sharper focus towards research in the years after the war, with the construction of Firestone Library in 1948 and the establishment of the Forrestal Research Center in the 1950s. Government sponsored research increased sharply, particularly in the physics and engineering departments, with much of it occurring at the new Forrestal campus. Though, as the years progressed, scientific research at the Forrestal campus declined, and in 1973, some of the land was converted to commercial and residential spaces. Robert Goheen would succeed Dodds by unanimous vote and serve as president until 1972. Goheen's presidency was characterized as being more liberal than previous presidents, and his presidency would see a rise in Black applicants, as well as the eventual coeducation of the university in 1969. During this period of rising diversity, the Third World Center (now known as the Carl A. Fields Center) was dedicated in 1971. Goheen also oversaw great expansion for the university, with square footage increasing by 80 percentage. Throughout the 1960s and 1970s, Princeton experienced unprecedented activism, with most of it centered on the Vietnam War. While Princeton activism initially remained relatively timid compared to other institutions, protests began to grow with the founding of a local chapter of Students for a Democratic Society (SDS) in 1965, which organized many of the later Princeton protests. In 1966, the SDS gained prominence on campus following picketing against a speech by President Lyndon B. Johnson, which gained frontpage coverage by the New York Times. A notable point of contention on campus was the Institute for Defense Analyses (IDA) and would feature multiple protests, some of which required police action. As the years went on, the protests' agenda broadened to investments in South Africa, environmental issues, and women's rights. In response to these broadening protests, the Council of the Princeton University Community (CPUC) was founded to serve as a method for greater student voice in governance. Activism culminated in 1970 with a student, faculty, and staff member strike, so the university could become an "institution against expansion of the war." Princeton's protests would taper off later that year, with The Daily Princetonian saying that, "Princeton 1970–71 was an emotionally burned out university." In 1982, the residential college system was officially established under Goheen's successor William G. Bowen, who would serve until 1988. During his presidency, Princeton's endowment increased from $625 million to $2 billion, and a major fundraising drive known as "A Campaign for Princeton" was conducted. President Harold T. Shapiro would succeed Bowen and remain president until 2001. Shapiro would continue to increase the endowment, expand academic programs, raise student diversity, and oversaw the most renovations in Princeton's history. In 2001, Princeton shifted the financial aid policy to a system that replaced all loans with grants. That same year, Princeton elected its first female president, Shirley M. Tilghman. Before retiring in 2012, Tilghman expanded financial aid offerings and conducted several major construction projects. Princeton's 20th and current president Christopher Eisgruber was elected in 2013. In 2017, Princeton University unveiled a large-scale public history and digital humanities investigation into its historical involvement with slavery called the Princeton & Slavery Project. The project saw the publication of hundreds of primary sources, 80 scholarly essays, a scholarly conference, a series of short plays, and an art project. In April 2018, university trustees announced that they would name two public spaces for James Collins Johnson and Betsey Stockton, enslaved people who lived and worked on Princeton's campus and whose stories were publicized by the project. In 2019, large-scale student activism again entered the mainstream concerning the school's implementation of federal Title IX policy relating to Campus sexual assault. The activism consisted of sit-ins in response to a student's disciplinary sentence. Coeducation History of coeducation at the university dates back to the 19th century. Founded in 1887, the Evelyn College for Women in Princeton provided education to largely the daughters of professors and sisters of Princeton undergraduates. While no legal connection ever existed, many Princeton professors taught there and several Princeton administrations, like Francis Patton, were part of its board of trustees. It closed in 1897 following the death of its founder, Joshua McIlvaine. Coeducation at Princeton wouldn't resume until the 20th century. In 1947, three female members of the library staff enrolled in beginner Russian courses to deal with an increase in Russian literature in the library. In 1961, Princeton admitted its first female graduate student, Sabra Follett Meservey, who would go on to be the first woman to earn a master's degree. Eight more women would enroll next year at the Graduate School, and in 1964, T'sai-ying Cheng became the first woman at Princeton to receive a Ph.D. The first undergraduate female students came in 1963 when five women came to Princeton to study "critical languages." They were considered regular students for their year on campus, but were not candidates for a Princeton degree. Following abortive discussions with Sarah Lawrence College to relocate the women's college to Princeton and merge it with the university in 1967, the administration commissioned a report on admitting women. The final report was issued in January 1969, supporting the idea. That same month, the trustees voted 24–8 in favor of coeducation and began preparing the institution for the transition. The university finished these plans in April 1969 and announced there would be coeducation in September. Ultimately, 101 female freshman and 70 female transfer students enrolled at Princeton on September 1969. Those admitted were housed in Pyne Hall, a fairly isolated dormitory; a security system were added, although the women deliberately broke it within a day. In 1971, Mary St. John Douglas and Susan Savage Speers became the first female trustees, and in 1974 quotas for men and women were eliminated. Following a 1979 lawsuit, the eating clubs were required to go coeducational in 1991 after an appeal to the U.S. Supreme Court was denied. In 2001, Princeton elected its first female president. Campus The main campus consists of more than 200 buildings on in Princeton, New Jersey. The James Forrestal Campus, a smaller location designed mainly as a research and instruction complex, is split between nearby Plainsboro and South Brunswick. The campuses are situated about one hour from both New York City and Philadelphia on the train. The university also owns more than of property in West Windsor Township, and is where Princeton is planning to construct a graduate student housing complex, which will be known as "Lake Campus North". The first building on campus was Nassau Hall, completed in 1756 and situated on the northern edge of the campus facing Nassau Street. The campus expanded steadily around Nassau Hall during the early and middle 19th century. The McCosh presidency (1868–88) saw the construction of a number of buildings in the High Victorian Gothic and Romanesque Revival styles, although many of them are now gone, leaving the remaining few to appear out of place. At the end of the 19th century, much of Princeton's architecture was designed by the Cope and Stewardson firm (the same architects who designed a large part of Washington University in St. Louis and University of Pennsylvania) resulting in the Collegiate Gothic style for which the university is known for today. Implemented initially by William Appleton Potter, and later enforced by the university's supervising architect, Ralph Adams Cram, the Collegiate Gothic style remained the standard for all new building on the Princeton campus until 1960. A flurry of construction projects in the 1960s produced a number of new buildings on the south side of the main campus, many of which have been poorly received. Several prominent architects have contributed some more recent additions, including Frank Gehry (Lewis Library), I. M. Pei (Spelman Halls), Demetri Porphyrios (Whitman College, a Collegiate Gothic project), Robert Venturi and Denise Scott Brown (Frist Campus Center, among several others), and Rafael Viñoly (Carl Icahn Laboratory). A group of 20th-century sculptures scattered throughout the campus forms the Putnam Collection of Sculpture. It includes works by Alexander Calder (Five Disks: One Empty), Jacob Epstein (Albert Einstein), Henry Moore (Oval with Points), Isamu Noguchi (White Sun), and Pablo Picasso (Head of a Woman). Richard Serra's The Hedgehog and The Fox is located between Peyton and Fine halls next to Princeton Stadium and the Lewis Library. At the southern edge of the campus is Lake Carnegie, an artificial lake named for Andrew Carnegie. Carnegie financed the lake's construction in 1906 at the behest of a friend and his brother who were both Princeton alumni. Carnegie hoped the opportunity to take up rowing would inspire Princeton students to forsake football, which he considered "not gentlemanly." The Shea Rowing Center on the lake's shore continues to serve as the headquarters for Princeton rowing. Princeton's grounds were designed by Beatrix Farrand between 1912 and 1943. Her contributions were most recently recognized with the naming of a courtyard for her. Subsequent changes to the landscape were introduced by Quennell Rothschild & Partners in 2000. In 2005, Michael Van Valkenburgh was hired as the new consulting landscape architect for Princeton's 2016 Campus Plan. Lynden B. Miller was invited to work with him as Princeton's consulting gardening architect, focusing on the 17 gardens that are distributed throughout the campus. Buildings Nassau Hall Nassau Hall is the oldest building on campus. Begun in 1754 and completed in 1756, it was the first seat of the New Jersey Legislature in 1776, was involved in the Battle of Princeton in 1777, and was the seat of the Congress of the Confederation (and thus capitol of the United States) from June 30, 1783, to November 4, 1783. Since 1911, the front entrance has been flanked by two bronze tigers, a gift of the Princeton Class of 1879, which replaced two lions previously given in 1889. Starting in 1922, commencement has been held on the front lawn of Nassau Hall when there is good weather. In 1966, Nassau Hall was added to the National Register of Historic Places. Nowadays, it houses the office of the university president and other administrative offices. To the south of Nassau Hall lies a courtyard that is known as Cannon Green. Buried in the ground at the center is the "Big Cannon," which was left in Princeton by British troops as they fled following the Battle of Princeton. It remained in Princeton until the War of 1812, when it was taken to New Brunswick. In 1836 the cannon was returned to Princeton and placed at the eastern end of town. Two years later, it was moved to the campus under cover of night by Princeton students, and in 1840, it was buried in its current location. A second "Little Cannon" is buried in the lawn in front of nearby Whig Hall. The cannon, which may also have been captured in the Battle of Princeton, was stolen by students of Rutgers University in 1875. The theft ignited the Rutgers-Princeton Cannon War. A compromise between the presidents of Princeton and Rutgers ended the war and forced the return of the Little Cannon to Princeton. The protruding cannons are occasionally painted scarlet by Rutgers students who continue the traditional dispute. Art Museum Though art collection at the university dates back to its very founding, the Princeton University Art Museum wasn't officially established until 1882 by President McCosh. Its establishment arose from a desire to provide direct access to works of art in a museum for a curriculum in the arts, an education system familiar to many European universities at the time. The museum took on the purposes of providing "exposure to original works of art and to teach the history of art through an encyclopedic collection of world art." Numbering over 112,000 objects, the collections range from ancient to contemporary art and come from Europe, Asia, Africa, and the Americas. The museum's art is divided into ten extensive curatorial areas. There is a collection of Greek and Roman antiquities, including ceramics, marbles, bronzes, and Roman mosaics from faculty excavations in Antioch, as well as other art from the ancient Egyptian, Byzantium, and Islamic worlds. Medieval Europe is represented by sculpture, metalwork, and stained glass. The collection of Western European paintings includes examples from the early Renaissance through the 19th century, with pieces by Monet, Cézanne, and Van Gogh, and features a growing collection of 20th-century and contemporary art, including paintings such as Andy Warhol's Blue Marilyn. The museum features a collection of Chinese and Japanese art, with holdings in bronzes, tomb figurines, painting, and calligraphy, as well as collections of Korean, Southeast, and Central Asian art. Its collection of pre-Columbian art includes examples of Mayan and Olmec art, and its indigenous art ranges from Chile to Alaska to Greenland. The museum has collections of old master prints and drawings, and it has a comprehensive collection of over 20,000 photographs. Approximately 750 works of African art are represented. The Museum oversees the outside John B. Putnam, Jr., Memorial Collection of Sculpture. University Chapel The Princeton University Chapel is located on the north side of campus near Nassau Street. It was built between 1924 and 1928 at a cost of $2.3 million, approximately $ million adjusted for inflation in 2020. Ralph Adams Cram, the university's supervising architect, designed the chapel, which he viewed as the crown jewel for the Collegiate Gothic motif he had championed for the campus. At the time of its construction, it was the second largest university chapel in the world, after King's College Chapel, Cambridge. It underwent a two-year, $10 million restoration campaign between 2000 and 2002. The Chapel seats around 2,000 and serves as a site for religious services and local celebrations. Measured on the exterior, the chapel is long, wide at its transepts, and high. The exterior is Pennsylvania sandstone, trimmed with Indiana limestone, and the interior is made of limestone and Aquia Creek sandstone. The design evokes characteristics of an English church of the Middle Ages. The extensive iconography, in stained glass, stonework, and wood carvings, has the common theme of connecting religion and scholarship. Sustainability Published in 2008, the Sustainability Action Plan was the first formal plan for sustainability enacted by the university. It focused on reducing greenhouse gas emissions, conservation of resources, and research, education, and civic engagement for sustainability through 10 year objectives. Since the 2008 plan, Princeton has aimed at reducing its carbon dioxide emissions to 1990 levels without the purchase of market offsets and predicts to meet the goal by 2026 (the former goal was by 2020 but COVID-19 requirements delayed this). Princeton released its second Sustainability Action Plan in 2019 on Earth Day with its main goal being reducing campus greenhouse gases to net zero by 2046 as well as other objectives building on those in the 2008 plan. In 2021, the university agreed to divest from thermal coal and tar sand segments of the fossil fuel industry and from companies that are involved in climate disinformation after student protest. Princeton's Sustainability Action Plan also aims to have zero waste through recycling programs, sustainable purchasing, and behavioral and operational strategies. Organization and administration Governance and structure Princeton's 20th and current president is Christopher Eisgruber, who was appointed by the university's board of trustees in 2013. The board is responsible for the overall direction of the university. It consists of no fewer than 23 and no more than 40 members at any one time, with the president of the university and the Governor of New Jersey serving as ex officio members. It approves the operating and capital budgets, supervises the investment of the university's endowment, and oversees campus real estate and long-range physical planning. The trustees also exercise prior review and approval concerning changes in major policies such as those in instructional programs and admission as well as tuition and fees and the hiring of faculty members. The university is composed of the Undergraduate College, the Graduate School, the School of Architecture, the School of Engineering and Applied Science, and the School of Public and International Affairs. Additionally, the school's Bendheim Center for Finance provides education for the area of money and finance in lieu of a business school. Princeton did host a Princeton Law School for a short period, before eventually closing in 1852 due to poor income. Princeton's lack of other professional schools can be attributed to a university focus on undergraduates. The university has ties with the Institute for Advanced Study, Princeton Theological Seminary, Rutgers University, and the Westminster Choir College of Rider University. Princeton is a member of the Association of American Universities, the Universities Research Association, and the National Association of Independent Colleges and Universities. The university is accredited by the Middle States Commission on Higher Education (MSCHE), with its last reaffirmation in 2014. Finances Princeton University's endowment of $37.7 billion (per 2021 figures) was ranked as the fourth largest endowment in the United States, and it had the greatest per-student endowment in the world at over $4.4 million per student. The endowment is sustained through continued donations and is maintained by investment advisers. Princeton's operating budget is over $2 billion per year, with 50% going to academic departments and programs, 33% to administrative and student service departments, 10% to financial aid departments, and 7% to the Princeton Plasma Physics Laboratory. Academics Undergraduate Princeton follows a liberal arts curriculum, and offers two bachelor's degrees to students: a Bachelor of Arts (A.B.) and a Bachelor of Science in Engineering (B.S.E.). Typically, A.B. students choose a major (called a concentration) at the end of sophomore year, while B.S.E students declare at the end of their freshman year. Students must complete distribution requirements, departmental requirements, and independent work to graduate with either degree. A.B. students must complete distribution requirements in literature and the arts, science and engineering, social analysis, cultural difference, epistemology and cognition, ethical thought and moral values, historical analysis, and quantitative and computational reasoning; they must also have satisfactory ability in a foreign language. Additionally, they must complete two papers of independent work during their junior year—known as the junior papers—and craft a senior thesis to graduate. Both revolve around the concentration they are pursuing. B.S.E majors complete fewer courses in the humanities and social sciences and instead fulfill requirements in mathematics, physics, chemistry, and computer programming. They likewise must complete independent work, which typically involves a design project or senior thesis, but not the junior papers. A.B. majors must complete 31 courses, whereas B.S.E majors must complete 36 courses. Students can choose from either 36 concentrations or create their own. They can also participate in 55 interdisciplinary certificate programs; since Princeton does not offer an academic minor, the certificates effectively serve as one. Course structure is determined by the instructor and department. Classes vary in their format, ranging from small seminars to medium-sized lecture courses to large lecture courses. The latter two typically have precepts, which are extra weekly discussion sessions that are led by either the professor or a graduate student. The average class meeting time is 3–4 hours a week, although this can vary depending on the course. The student to faculty ratio is 5 to 1, and a majority of classes have fewer than 20 students. In the Fiske Guide to Colleges, academic culture is considered as "tight-knit, extremely hardworking, highly cooperative, and supportive." Undergraduates agree to adhere to an academic integrity policy called the Honor Code. Under the Honor Code, faculty do not proctor examinations; instead, the students proctor one another and must report any suspected violation to an Honor Committee made up of undergraduates. The Committee investigates reported violations and holds a hearing if it is warranted. An acquittal at such a hearing results in the destruction of all records of the hearing; a conviction results in the student's suspension or expulsion. Violations pertaining to all other academic work fall under the jurisdiction of the Faculty-Student Committee on Discipline. Undergraduates are expected to sign a pledge on their written work affirming that they have not plagiarized the work. Grade deflation policy The first focus on issues of grade inflation by the Princeton administration began in 1998 when a university report was released showcasing a steady rise in undergraduate grades from 1973 to 1997. Subsequent reports and discussion from the report culminated to when in 2004, Nancy Weiss Malkiel, the Dean of the College, implemented a grade deflation policy to address the findings. Malkiel's reason for the policy was that an A was becoming devalued as a larger percentage of the student body received one. Following its introduction, the number of A's and average GPA on campus dropped, although A's and B's were still the most frequent grades awarded. The policy received mixed approval from both faculty and students when first instituted. Criticism for grade deflation continued through the years, with students alleging negative effects like increased competition and lack of willingness to choose challenging classes. Other criticism included job market and graduate school prospects, although Malkiel responded by saying that she sent 3,000 letters to numerous institutions and employers informing them. In 2009, transcripts began including a statement about the policy. In October 2013, Princeton President Christopher Eisgruber created a faculty committee to review the deflation policy. In August 2014, the committee released a report recommending the removal of the policy and instead develop consistent standards for grading across individual departments. In October 2014, following a faculty vote, the numerical targets were removed in response to the report. In a 2020 analysis of undergraduate grades following the removal of a policy, there were no long-lasting effects, with the percent of students receiving A's higher than in 1998. Graduate For the 2019–2020 academic year, the Graduate School enrolled 2,971 students. Approximately 40% of the students were female, 42% were international, and 35% of domestic students were a member of a U.S. minority group. The average time to complete a doctoral degree was 5.7 years. The university awarded 318 Ph.D. degrees and 174 final master's degrees for the 2019–2020 academic year. The Graduate School offers degrees in 42 academic departments and programs, which span the humanities, social sciences, natural sciences, and engineering. Doctoral education is available for all departments while master's degrees are only available in the architecture, engineering, finance, and public policy departments. Doctoral education focuses on original, independent scholarship whereas master's degrees focus more on career preparation in both public life and professional practice. Graduate students can also concentrate in an interdisciplinary program and be granted a certificate. Joint degrees are available for several disciplines, as are dual M.D./Ph.D. or M.P.A./J.D. programs. Students in the graduate school can participate in regional cross-registration agreements, domestic exchanges with other Ivy League schools and similar institutions, and in international partnerships and exchanges. Rankings Princeton ranked first in the 2021 U.S. News rankings for the tenth consecutive year. Princeton ranked fourth for undergrad teaching for 2021, falling from first place in the 2020 rankings. In the 2022 Times Higher Education assessment of the world's best universities, Princeton was ranked 7th. In the 2022 QS World University Rankings, it was ranked 20th overall in the world. In the 2021 U.S. News & World Report "Graduate School Rankings," 13 of Princeton's 14 graduate programs were ranked in their respective top 10 (with Engineering 22nd), 7 of them in the top 5, and two in the top spot (Economics and Mathematics). Research Princeton is classified among "R1: Doctoral Universities – Very high research activity." Based on data for the 2020 fiscal year, the university received approximately $250 million in sponsored research for its main campus, with 81.4% coming from the government, 12.1% from foundations, 5.5% from industry, and 1.0% from private and other. An additional $120 million in sponsored research was for the Plasma Physics Lab; the main campus and the lab combined totaled to $370 million for sponsored research. Based on 2017 data, the university ranked 72nd among 902 institutions for research expenditures. Based on 2018 data, Princeton's National Academy Membership totaled to 126, ranking 9th in the nation. The university hosts 75 research institutes and centers and two national laboratories. Princeton is a member of the New Jersey Space Grant Consortium. Library system The Princeton University Library system houses over 13 million holdings through 11 buildings, including seven million bound volumes, making it one of the largest university libraries in the world. Built in 1948, the main campus library is Firestone Library and serves as the main repository for the humanities and social sciences. Its collections include the autographed manuscript of F. Scott Fitzgerald's The Great Gatsby and George F. Kennan's Long Telegram. In addition to Firestone library, specialized libraries exist for architecture, art and archaeology, East Asian studies, engineering, music, public and international affairs, public policy and university archives, and the sciences. The library system provides access to subscription-based electronic resources and databases to students. National laboratories The Department of Energy's Princeton Plasma Physics Laboratory (PPPL) stemmed from Project Matterhorn, a top secret cold war project created in 1951 aimed at achieving controlled nuclear fusion. Princeton astrophysics professor Lyman Spitzer became the first director of the project and remained director until the lab's declassification in 1961 when it received its current name. Today, it is an institute for fusion energy research and plasma physics research. Founded in 1955 and located at Princeton's Forrestal Campus since 1968, the NOAA's Geophysical Fluid Dynamics Laboratory (GFDL) conducts climate research and modeling. Princeton faculty, research scientists, and graduate scientists can participate in research with the lab. Admissions and financial aid Admissions Princeton offers several methods to apply: the Common Application, the Coalition Application, and the QuestBridge Application. Princeton's application requires several writing supplements and submitting a graded written paper. Princeton's undergraduate program is highly selective, admitting 5.8% of undergraduate applicants in the 2019–2020 admissions cycle (for the Class of 2024). The middle 50% range of SAT scores was 1470–1560, the middle 50% range of the ACT composite score was 33–35, and the average high school GPA was a 3.91. For graduate admissions, in the 2021–2022 academic year, Princeton received 12,553 applications for admission and accepted 1,322 applicants, with a yield rate of 51%. In the 1950s, Princeton used an ABC system to function as a precursory early program, where admission officers would visit feeder schools and assign A, B, or C ratings to students. From 1977 to 1995, Princeton employed an early action program, and in 1996, transitioned to an early decision program. In September 2006, the university announced that all applicants for the Class of 2012 would be considered in a single pool, ending the school's early decision program. In February 2011, following decisions by the University of Virginia and Harvard University to reinstate their early admissions programs, Princeton announced it would institute a single-choice early action option for applicants, which it still uses. Princeton reinstated its transfer students program in 2018 after a three decades moratorium; the program encourages applicants from low-income families, the military, and community colleges. Costs and financial aid As of the 2021–2022 academic year, the total cost of attendance is $77,690. 61% of all undergraduates receive financial aid, with the average financial aid grant being $57,251. Tuition, room, and board is free for families making up to $65,000, and financial aid is offered to families making up to $180,000. In 2001, expanding on earlier reforms, Princeton became the first university to eliminate the use of student loans in financial aid, replacing them with grants. In addition, all admissions are need-blind, and financial aid meets 100% of demonstrated financial need. The university does not use academic or athletic merit scholarships. Kiplinger magazine in 2019 ranked Princeton as the fifth best value school in a combined list comparing private universities, private liberal arts colleges, and public colleges, noting that the average graduating debt was $9,005. For its 2021 rankings, the U.S. News & World Report ranked it second in its category for "Best Value Schools." Student life and culture Residential colleges The university guarantees housing for students for all four years, with more than 98% of undergraduates living on campus. Freshman and sophomores are required to live on campus, specifically in one of the University's six residential colleges. Once put into a residential college, students have an upperclassmen residential college adviser to adjust to college life and a faculty academic adviser |
highway in Klang Valley region, Selangor, Malaysia. List of interchanges | Road/Sultan Abdul Aziz Shah Airport Highway or Federal Route 15 is a major highway in Klang Valley region, |
the Impaler (1431–1476) was beheaded following his assassination. Jacopo Bonfadio (1508–1550) was beheaded for sodomy and then his corpse was burned at the stake for heresy. Nils Dacke, leader of a 16th-century peasant revolt in southern Sweden, was decapitated and dismembered after his death in combat. By order of Mary I, the body of Martin Bucer (1491–1551) was exhumed and burned at the Market Square in Cambridge, England. In 1600, after the failure of the Gowrie conspiracy, the corpses of John, Earl of Gowrie and his brother Alexander Ruthven were hanged and quartered at the Mercat Cross, Edinburgh. Their heads were put on spikes at Edinburgh's Old Tolbooth and their limbs upon spikes at various locations around Perth, Scotland. Gilles van Ledenberg, whose embalmed corpse was hanged from a gibbet in 1619, after his conviction of treason in the trial of Johan van Oldenbarnevelt. A number of the 59 regicides of Charles I of England, including the most prominent of the regicides, the former Lord Protector Oliver Cromwell, died before the Restoration of his son Charles II in 1660. Parliament passed an order of attainder for High Treason on the four most prominent deceased regicides: John Bradshaw the court president; Oliver Cromwell; Henry Ireton; and Thomas Pride. The bodies were exhumed and three were hanged for a day at Tyburn and then beheaded. The three bodies were then thrown into a pit close to the gallows, while the heads were placed, with Bradshaw's in the middle, at the end of Westminster Hall (the symbolism was lost on no one as that was the building where the trial of Charles I had taken place). Oliver Cromwell's head was finally buried in 1960. The body of Pride was not "punished", perhaps because it had decayed too much. Edward Teach (1680–1718), better known as "Blackbeard", was killed by the sailors of HMS Pearl who boarded on his ship, the Adventure. British First Lieutenant Robert Maynard examined Edward Teach's body, decapitated and tied his head to the bowsprit of his ship for the trip back to Virginia. Upon returning to his home port of Hampton, the head was placed on a stake near the mouth of the Hampton River as a warning | one as that was the building where the trial of Charles I had taken place). Oliver Cromwell's head was finally buried in 1960. The body of Pride was not "punished", perhaps because it had decayed too much. Edward Teach (1680–1718), better known as "Blackbeard", was killed by the sailors of HMS Pearl who boarded on his ship, the Adventure. British First Lieutenant Robert Maynard examined Edward Teach's body, decapitated and tied his head to the bowsprit of his ship for the trip back to Virginia. Upon returning to his home port of Hampton, the head was placed on a stake near the mouth of the Hampton River as a warning to other pirates. Joseph Warren (1741–1775), a physician and major general of American colonial militas, was stripped of his clothing, bayoneted until unrecognizable, and then he was shoved into a shallow ditch, after he was killed at the Battle of Bunker and Breed's Hill. Days later, British Lieutenant James Drew had Joseph Warren's body exhumed again; his body was stomped on, beaten, decapitated and humiliated on the area, according to eyewitness testimonies. In 1917, the body of Rasputin, the Russian mystic, was exhumed from the ground by a mob and burned. In 1918, the body of Lavr Kornilov, the Russian general, was exhumed by a pro-Bolshevik |
oaks today). A study released in 2018 concluded that the "vast numbers" of passenger pigeons present for "tens of thousands of years" would have influenced the evolution of the tree species that they ate the seeds of — specifically, that masting trees that produced seeds during the spring nesting season (such as red oaks) evolved so that some portion of their seeds would be too large for passenger pigeons to swallow (thus allowing some of their seeds to escape predation and grow new trees), while white oaks, with its seeds sized consistently in the edible range, evolved an irregular masting pattern that took place in the fall, when fewer passenger pigeons would have been present. The study further concluded that this allowed white oaks to be the dominant tree species in regions where passenger pigeons were commonly present in the spring. With the large numbers in passenger pigeon flocks, the excrement they produced was enough to destroy surface-level vegetation at long-term roosting sites, while adding high quantities of nutrients to the ecosystem. Because of this — along with the breaking of tree limbs under their collective weight and the great amount of mast they consumed — passenger pigeons are thought to have influenced both the structure of eastern forests and the composition of the species present there. Due to these influences, some ecologists have considered the passenger pigeon a keystone species, with the disappearance of their vast flocks leaving a major gap in the ecosystem. Their role in creating forest disturbances has been linked to greater vertebrate diversity in forests by creating more niches for animals to fill, as well as contributing to a healthy forest fire cycle in the forests, as it has been found that forest fires have increased in prevalence since the extinction of the passenger pigeon, which seems to go against the idea that the tree limbs and branches they would bring down served as fuel for the fires. To help fill that ecological gap, it has been proposed that modern land managers attempt to replicate some of their effects on the ecosystem by creating openings in forest canopies to provide more understory light. The American chestnut trees that provided much of the mast on which the passenger pigeon fed was itself almost driven to extinction by an imported Asian fungus (chestnut blight) around 1905. As many as thirty billion trees are thought to have died as a result in the following decades, but this did not affect the passenger pigeon, which was already extinct in the wild at the time. After the disappearance of the passenger pigeon, the population of another acorn feeding species, the white-footed mouse, grew exponentially because of the increased availability of the seeds of the oak, beech and chestnut trees. It has been speculated that the extinction of passenger pigeons may have increased the prevalence of tick-borne lyme disease in modern times as white-footed mice are the reservoir hosts of Borrelia burgdorferi. Diet Beeches and oaks produced the mast needed to support nesting and roosting flocks. The passenger pigeon changed its diet depending on the season. In the fall, winter, and spring, it mainly ate beechnuts, acorns, and chestnuts. During the summer, berries and softer fruits, such as blueberries, grapes, cherries, mulberries, pokeberries, and bunchberry, became the main objects of its consumption. It also ate worms, caterpillars, snails, and other invertebrates, particularly while breeding. It took advantage of cultivated grains, particularly buckwheat, when it found them. It was especially fond of salt, which it ingested either from brackish springs or salty soil. Mast occurs in large quantities in different places at different times, and rarely in consecutive years, which is one of the reasons why the large flocks were constantly on the move. As mast is produced during autumn, there would have to be a large amount of it left by the summer, when the young were reared. It is unknown how they located this fluctuating food source, but their eyesight and flight powers helped them survey large areas for places that could provide food enough for a temporary stay. The passenger pigeon foraged in flocks of tens or hundreds of thousands of individuals that overturned leaves, dirt, and snow with their bills in search of food. One observer described the motion of such a flock in search of mast as having a rolling appearance, as birds in the back of the flock flew overhead to the front of the flock, dropping leaves and grass in flight. The flocks had wide leading edges to better scan the landscape for food sources. When nuts on a tree loosened from their caps, a pigeon would land on a branch and, while flapping vigorously to stay balanced, grab the nut, pull it loose from its cap, and swallow it whole. Collectively, a foraging flock was capable of removing nearly all fruits and nuts from their path. Birds in the back of the flock flew to the front in order to pick over unsearched ground; however, birds never ventured far from the flock and hurried back if they became isolated. It is believed that the pigeons used social cues to identify abundant sources of food, and a flock of pigeons that saw others feeding on the ground often joined them. During the day, the birds left the roosting forest to forage on more open land. They regularly flew away from their roost daily in search of food, and some pigeons reportedly traveled as far as , leaving the roosting area early and returning at night. The passenger pigeon had a very elastic mouth and throat, allowing for increased capacity, and a joint in the lower bill enabled it to swallow acorns whole. It could store large quantities of food in its crop, which could expand to about the size of an orange, causing the neck to bulge and allowing a bird quickly to grab any food it discovered. The crop was described as being capable of holding at least 17 acorns or 28 beechnuts, 11 grains of corn, 100 maple seeds, plus other material; it was estimated that a passenger pigeon needed to eat about of food a day to survive. If shot, a pigeon with a crop full of nuts would fall to the ground with a sound described as like the rattle of a bag of marbles. After feeding, the pigeons perched on branches and digested the food stored in their crop overnight. The pigeon could eat and digest of acorns per day. At the historic population of three billion passenger pigeons, this amounted to of food a day. The pigeon could regurgitate food from its crop when more desirable food became available. A 2018 study found that the dietary range of the passenger pigeon was restricted to certain sizes of seed, due to the size of its gape. This would have prevented it from eating some of the seeds of trees such as red oaks, the black oak, and the American chestnut. Specifically, the study found that between 13% and 69% of red oak seeds were too large for passenger pigeons to have swallowed, that only a "small proportion" of the seeds of black oaks and American chestnuts were too large for the birds to consume, and that all white oak seeds were sized within an edible range. They also found that seeds would be completely destroyed during digestion, which therefore hindered dispersal of seeds this way. Instead, passenger pigeons may have spread seeds by regurgitation, or after dying. Reproduction Other than finding roosting sites, the migrations of the passenger pigeon were connected with finding places appropriate for this communally breeding bird to nest and raise its young. It is not certain how many times a year the birds bred; once seems most likely, but some accounts suggest more. The nesting period lasted around four to six weeks. The flock arrived at a nesting ground around March in southern latitudes, and some time later in more northern areas. The pigeon had no site fidelity, often choosing to nest in a different location each year. The formation of a nesting colony did not necessarily take place until several months after the pigeons arrived on their breeding grounds, typically during late March, April, or May. The colonies, which were known as "cities", were immense, ranging from to thousands of hectares in size, and were often long and narrow in shape (L-shaped), with a few areas untouched for unknown reasons. Due to the topography, they were rarely continuous. Since no accurate data was recorded, it is not possible to give more than estimates on the size and population of these nesting areas, but most accounts mention colonies containing millions of birds. The largest nesting area ever recorded was in central Wisconsin in 1871; it was reported as covering , with the number of birds nesting there estimated to be around 136,000,000. As well as these "cities", there were regular reports of much smaller flocks or even individual pairs setting up a nesting site. The birds do not seem to have formed as vast breeding colonies at the periphery of their range. Courtship took place at the nesting colony. Unlike other pigeons, courtship took place on a branch or perch. The male, with a flourish of the wings, made a "keck" call while near a female. The male then gripped tightly to the branch and vigorously flapped his wings up and down. When the male was close to the female, he then pressed against her on the perch with his head held high and pointing at her. If receptive, the female pressed back against the male. When ready to mate, the pair preened each other. This was followed by the birds billing, in which the female inserted its bill into and clasped the male's bill, shook for a second, and separated quickly while standing next to each other. The male then scrambled onto the female's back and copulated, which was then followed by soft clucking and occasionally more preening. John James Audubon described the courtship of the passenger pigeon as follows: After observing captive birds, Wallace Craig found that this species did less charging and strutting than other pigeons (as it was awkward on the ground), and thought it probable that no food was transferred during their brief billing (unlike in other pigeons), and he therefore considered Audubon's description partially based on analogy with other pigeons as well as imagination. Nests were built immediately after pair formation and took two to four days to construct; this process was highly synchronized within a colony. The female chose the nesting site by sitting on it and flicking its wings. The male then carefully selected nesting materials, typically twigs, and handed them to the female over her back. The male then went in search of more nesting material while the female constructed the nest beneath herself. Nests were built between above the ground, though typically above , and were made of 70 to 110 twigs woven together to create a loose, shallow bowl through which the egg could easily be seen. This bowl was then typically lined with finer twigs. The nests were about wide, high, and deep. Though the nest has been described as crude and flimsy compared to those of many other birds, remains of nests could be found at sites where nesting had taken place several years prior. Nearly every tree capable of supporting nests had them, often more than 50 per tree; one hemlock was recorded as holding 317 nests. The nests were placed on strong branches close to the tree trunks. Some accounts state that ground under the nesting area looked as if it had been swept clean, due to all the twigs being collected at the same time, yet this area would also have been covered in dung. As both sexes took care of the nest, the pairs were monogamous for the duration of the nesting. Generally, the eggs were laid during the first two weeks of April across the pigeon's range. Each female laid its egg immediately or almost immediately after the nest was completed; sometimes the pigeon was forced to lay it on the ground if the nest was not complete. The normal clutch size appears to have been a single egg, but there is some uncertainty about this, as two have also been reported from the same nests. Occasionally, a second female laid its egg in another female's nest, resulting in two eggs being present. The egg was white and oval shaped and averaged in size. If the egg was lost, it was possible for the pigeon to lay a replacement egg within a week. A whole colony was known to re-nest after a snowstorm forced them to abandon their original colony. The egg was incubated by both parents for 12 to 14 days, with the male incubating it from midmorning to midafternoon and the female incubating it for the rest of the time. Upon hatching, the nestling (or squab) was blind and sparsely covered with yellow, hairlike down. The nestling developed quickly and within 14 days weighed as much as its parents. During this brooding period both parents took care of the nestling, with the male attending in the middle of the day and the female at other times. The nestlings were fed crop milk (a substance similar to curd, produced in the crops of the parent birds) exclusively for the first days after hatching. Adult food was gradually introduced after three to six days. After 13 to 15 days, the parents fed the nestling for a last time and then abandoned it, leaving the nesting area en masse. The nestling begged in the nest for a day or two, before climbing from the nest and fluttering to the ground, whereafter it moved around, avoided obstacles, and begged for food from nearby adults. It was another three or four days before it fledged. The entire nesting cycle lasted about 30 days. It is unknown whether colonies re-nested after a successful nesting. The passenger pigeon sexually matured during its first year and bred the following spring. Predators and parasites Nesting colonies attracted large numbers of predators, including American minks (Neogale vison), long-tailed weasels (Neogale frenata), American martens (Martes americana), and raccoons (Procyon lotor) that preyed on eggs and nestlings, birds of prey, such as owls, hawks, and eagles that preyed on nestlings and adults, and wolves (Canis lupus), foxes (Urocyon cinereoargenteus and Vulpes vulpes), bobcats (Lynx rufus), American black bears (Ursus americanus), and cougars (Puma concolor) that preyed on injured adults and fallen nestlings. Hawks of the genus Accipiter and falcons pursued and preyed upon pigeons in flight, which in turn executed complex aerial maneuvers to avoid them; Cooper's hawk (Accipiter cooperii) was known as the "great pigeon hawk" due to its successes, and these hawks allegedly followed migrating passenger pigeons. While many predators were drawn to the flocks, individual pigeons were largely protected due to the sheer size of the flock, and overall little damage could be inflicted on the flock by predation. Despite the number of predators, nesting colonies were so large that they were estimated to have a 90% success rate if not disturbed. After being abandoned and leaving the nest, the very fat juveniles were vulnerable to predators until they were able to fly. The sheer number of juveniles on the ground meant that only a small percentage of them were killed; predator satiation may therefore be one of the reasons for the extremely social habits and communal breeding of the species. Two parasites have been recorded on passenger pigeons. One species of phtilopterid louse, Columbicola extinctus, was originally thought to have lived on just passenger pigeons and to have become coextinct with them. This was proven inaccurate in 1999 when C. extinctus was rediscovered living on band-tailed pigeons. This, and the fact that the related louse C. angustus is mainly found on cuckoo-doves, further supports the relation between these pigeons, as the phylogeny of lice broadly mirrors that of their hosts. Another louse, Campanulotes defectus, was thought to have been unique to the passenger pigeon, but is now believed to have been a case of a contaminated specimen, as the species is considered to be the still-extant Campanulotes flavus of Australia. There is no record of a wild pigeon dying of either disease or parasites. Relationship with humans For fifteen thousand years or more before the arrival of Europeans in the Americas, passenger pigeons and Native Americans coexisted in the forests of what would later become the eastern part of the continental United States. A study published in 2008 found that, throughout most of the Holocene, Native American land-use practices greatly influenced forest composition. The regular use of prescribed fire, the girdling of unwanted trees, and the planting and tending of favored trees suppressed the populations of a number of tree species that did not produce nuts, acorns, or fruit, while increasing the populations of numerous tree species that did. In addition, the burning away of forest-floor litter made these foods easier to find, once they had fallen from the trees. Some have argued that such Native American land-use practices increased the populations of various animal species, including the passenger pigeon, by increasing the food available to them, while elsewhere it has been claimed that, by hunting passenger pigeons and competing with them for some kinds of nuts and acorns, Native Americans suppressed their population size. Genetic research may shed some light on this question. A 2017 study of passenger-pigeon DNA found that the passenger-pigeon population size had been stable for 20,000 years prior to its 19th-century decline and subsequent extinction, while a 2016 study of ancient Native-American DNA found that the Native-American population went through a period of rapid expansion, increasing 60-fold, starting about 13–16 thousand years ago. If both of these studies are correct, then a great change in the size of the Native-American population had no apparent impact on the size of the passenger-pigeon population. This suggests that the net effect of Native-American activities on passenger-pigeon population size was neutral. The passenger pigeon played a religious role for some northern Native American tribes. The Wyandot people (or Huron) believed that every twelve years during the Feast of the Dead, the souls of the dead changed into passenger pigeons, which were then hunted and eaten. Before hunting the juvenile pigeons, the Seneca people made an offering of wampum and brooches to the old passenger pigeons; these were placed in a small kettle or other receptacle by a smoky fire. The Ho-Chunk people considered the passenger pigeon to be the bird of the chief, as they were served whenever the chieftain gave a feast. The Seneca people believed that a white pigeon was the chief of the passenger pigeon colony, and that a Council of Birds had decided that the pigeons had to give their bodies to the Seneca because they were the only birds that nested in colonies. The Seneca developed a pigeon dance as a way of showing their gratitude. French explorer Jacques Cartier was the first European to report on passenger pigeons, during his voyage in 1534. The bird was subsequently observed and noted by historical figures such as Samuel de Champlain and Cotton Mather. Most early accounts dwell on the vast number of pigeons, the resulting darkened skies, and the enormous amount of hunted birds (50,000 birds were reportedly sold at a Boston market in 1771). The early colonists thought that large flights of pigeons would be followed by ill fortune or sickness. When the pigeons wintered outside of their normal range, some believed that they would have "a sickly summer and autumn." In the 18th and 19th centuries, various parts of the pigeon were thought to have medicinal properties. The blood was supposed to be good for eye disorders, the powdered stomach lining was used to treat dysentery, and the dung was used to treat a variety of ailments, including headaches, stomach pains, and lethargy. Though they did not last as long as the feathers of a goose, the feathers of the passenger pigeon were frequently used for bedding. Pigeon feather beds were so popular that for a time in Saint-Jérôme, Quebec, every dowry included a bed and pillows made of pigeon feathers. In 1822, one family in Chautauqua County, New York, killed 4,000 pigeons in a day solely for this purpose. The passenger pigeon was featured in the writings of many significant early naturalists, as well as accompanying illustrations. Mark Catesby's 1731 illustration, the first published depiction of this bird, is somewhat crude, according to some later commentators. The original watercolor that the engraving is based on was bought by the British royal family in 1768, along with the rest of Catesby's watercolors. The naturalists Alexander Wilson and John James Audubon both witnessed large pigeon migrations first hand, and published detailed accounts wherein both attempted to deduce the total number of birds involved. The most famous and often reproduced depiction of the passenger pigeon is Audubon's illustration (handcolored aquatint) in his book The Birds of America, published between 1827 and 1838. Audubon's image has been praised for its artistic qualities, but criticized for its supposed scientific inaccuracies. As Wallace Craig and R. W. Shufeldt (among others) pointed out, the birds are shown perched and billing one above the other, whereas they would instead have done this side by side, the male would be the one passing food to the female, and the male's tail would not be spread. Craig and Shufeldt instead cited illustrations by American artist Louis Agassiz Fuertes and Japanese artist K. Hayashi as more accurate depictions of the bird. Illustrations of the passenger pigeon were often drawn after stuffed birds, and Charles R. Knight is the only "serious" artist known to have drawn the species from life. He did so on at least two occasions; in 1903 he drew a bird possibly in one of the three aviaries with surviving birds, and some time before 1914, he drew Martha, the last individual, in the Cincinnati Zoo. The bird has been written about (including in poems, songs, and fiction) and illustrated by many notable writers and artists, and is depicted in art to this day, for example in Walton Ford's 2002 painting Falling Bough, and National Medal of Arts winner John A. Ruthven's 2014 mural in Cincinnati, which commemorates the 100th anniversary of Martha's death. The centennial of its extinction was used by the "Project Passenger Pigeon" outreach group to spread awareness about human-induced extinction, and to recognize its relevance in the 21st century. It has been suggested that the passenger pigeon could be used as a "flagship" species to spread awareness of other threatened, but less well-known North American birds. Hunting The passenger pigeon was an important source of food for the people of North America. Native Americans ate pigeons, and tribes near nesting colonies would sometimes move to live closer to them and eat the juveniles, killing them at night with long poles. Many Native Americans were careful not to disturb the adult pigeons, and instead ate only the juveniles as they were afraid that the adults might desert their nesting grounds; in some tribes, disturbing the adult pigeons was considered a crime. Away from the nests, large nets were used to capture adult pigeons, sometimes up to 800 at a time. Low-flying pigeons could be killed by throwing sticks or stones. At one site in Oklahoma, the pigeons leaving their roost every morning flew low enough that the Cherokee could throw clubs into their midst, which caused the lead pigeons to try to turn aside and in the process created a blockade that resulted in a large mass of flying, easily hit pigeons. Among the game birds, passenger pigeons were second only to the wild turkey (Meleagris gallopavo) in terms of importance for the Native Americans living in the southeastern United States. The bird's fat was stored, often in large quantities, and used as butter. Archaeological evidence supports the idea that Native Americans ate the pigeons frequently prior to colonization. What may be the earliest account of Europeans hunting passenger pigeons dates to January 1565, when the French explorer René Laudonnière wrote of killing close to 10,000 of them around Fort Caroline in a matter of weeks: There came to us a manna of wood pigeons in such great numbers, that over a span of about seven weeks, each day we killed more than two hundred with arquebuses in the woods around our fort. This amounted to about one passenger pigeon per day for each person in the fort. After European colonization, the passenger pigeon was hunted more intensively and with more sophisticated methods than the more sustainable methods practiced by the natives. Yet it has also been suggested that the species was rare prior to 1492, and that the subsequent increase in their numbers may be due to the decrease in the Native American population (who, as well as hunting the birds, competed with them for mast) caused by European immigration, and the supplementary food (agricultural crops) the immigrants imported (a theory for which Joel Greenberg offered a detailed rebuttal in his book, A Feathered River Across the Sky). The passenger pigeon was of particular value on the frontier, and some settlements counted on its meat to support their population. The flavor of the flesh of passenger pigeons varied depending on how they were prepared. In general, juveniles were thought to taste the best, followed by birds fattened in captivity and birds caught in September and October. It was common practice to fatten trapped pigeons before eating them or storing their bodies for winter. Dead pigeons were commonly stored by salting or pickling the bodies; other times, only the breasts of the pigeons were kept, in which case they were typically smoked. In the early 19th century, commercial hunters began netting and shooting the birds to sell as food in city markets, and even as pig fodder. Once pigeon meat became popular, commercial hunting started on a prodigious scale. Passenger pigeons were shot with such ease that many did not consider them to be a game bird, as an amateur hunter could easily bring down six with one shotgun blast; a particularly good shot with both barrels of a shotgun at a roost could kill 61 birds. The birds were frequently shot either in flight during migration or immediately after, when they commonly perched in dead, exposed trees. Hunters only had to shoot toward the sky without aiming, and many pigeons would be brought down. The pigeons proved difficult to shoot head-on, so hunters typically waited for the flocks to pass overhead before shooting them. Trenches were sometimes dug and filled with grain so that a hunter could shoot the pigeons along this trench. Hunters largely outnumbered trappers, and hunting passenger pigeons was a popular sport for young boys. In 1871, a single seller of ammunition provided three tons of powder and 16 tons (32,000 lb) of shot during a nesting. In the latter half of the 19th century, thousands of passenger pigeons were captured for use in the sports shooting industry. The pigeons were used as living targets in shooting tournaments, such as "trap-shooting", the controlled release of birds from special traps. Competitions could also consist of people standing regularly spaced while trying to shoot down as many birds as possible in a passing flock. The pigeon was considered so numerous that 30,000 birds had to be killed to claim the prize in one competition. There were a wide variety of other methods used to capture and kill passenger pigeons. Nets were propped up to allow passenger pigeons entry, then closed by knocking loose the stick that supported the opening, trapping twenty or more pigeons inside. Tunnel nets were also used to great effect, and one particularly large net was capable of catching 3,500 pigeons at a time. These nets were used by many farmers on their own property as well as by professional trappers. Food would be placed on the ground near the nets to attract the pigeons. Decoy or "stool pigeons" (sometimes blinded by having their eyelids sewn together) were tied to a stool. When a flock of pigeons passed by, a cord would be pulled that made the stool pigeon flutter to the ground, making it seem as if it had found food, and the flock would be lured into the trap. Salt was also frequently used as bait, and many trappers set up near salt springs. At least one trapper used alcohol-soaked grain as bait to intoxicate the birds and make them easier to kill. Another method of capture was to hunt at a nesting colony, particularly during the period of a few days after the adult pigeons abandoned their nestlings, but before the nestlings could fly. Some hunters used sticks to poke the nestlings out of the nest, while others shot the bottom of a nest with a blunt arrow to dislodge the pigeon. Others cut down a nesting tree in such a way that when it fell, it would also hit a second nesting tree and dislodge the pigeons within. In one case, of large trees were speedily cut down to get birds, and such methods were common. A severe method was to set fire to the base of a tree nested with pigeons; the adults would flee and the juveniles would fall to the ground. Sulfur was sometimes burned beneath the nesting tree to suffocate the birds, which fell out of the tree in a weakened state. By the mid-19th century, railroads had opened new opportunities for pigeon hunters. While previously it had proved too difficult to ship masses of pigeons to eastern cities, the access provided by the railroad permitted pigeon hunting to become commercialized. An extensive telegraph system was introduced in the 1860s, which improved communication across the United States, making it easier to spread information about the whereabouts of pigeon flocks. After being opened up to the railroads, the town of Plattsburgh, New York is estimated to have shipped 1.8 million pigeons to larger cities in 1851 alone at a price of 31 to 56 cents a dozen. By the late 19th century, the trade of passenger pigeons had become commercialized. Large commission houses employed trappers (known as "pigeoners") to follow the flocks of pigeons year-round. A single hunter is reported to have sent three million birds to eastern cities during his career. In 1874, at least 600 people were employed as pigeon trappers, a number which grew to 1,200 by 1881. Pigeons were caught in such numbers that by 1876, shipments of dead pigeons were unable to recoup the costs of the barrels and ice needed to ship them. The price of a barrel full of pigeons dropped to below fifty cents, due to overstocked markets. Passenger pigeons were instead kept alive so their meat would be fresh when the birds were killed, and sold once their market value had increased again. Thousands of birds were kept in large pens, though the bad conditions led many to die from lack of food and water, and by fretting (gnawing) themselves; many rotted away before they could be sold. Hunting of passenger pigeons was documented and depicted in contemporaneous newspapers, wherein various trapping methods and uses were featured. The most often reproduced of these illustrations was captioned "Winter sports in northern Louisiana: shooting wild pigeons", and published in 1875. Passenger pigeons were also seen as agricultural pests, since entire crops could be destroyed by feeding flocks. The bird was described as a "perfect scourge" by some farming communities, and hunters were employed to "wage warfare" on the birds to save grain, as shown in another newspaper illustration from 1867 captioned as "Shooting wild pigeons in Iowa". When comparing these "pests" to the bison of the Great Plains, the valuable resource needed was not the species of animals but the agriculture which was consumed by said animal. The crops that were eaten were seen as marketable calories, proteins, and nutrients all grown for the wrong species. Decline and conservation attempts The notion that the species could be driven to extinction was alien to the early colonists, because the number of birds did not appear to diminish, and also because the concept of extinction was yet to be defined. The bird seems to have been slowly pushed westwards after the arrival of Europeans, becoming scarce or absent in the east, though there were still millions of birds in the 1850s. The population must have been decreasing in numbers for many years, though this went unnoticed due to the apparent vast number of birds, which clouded their decline. In 1856 Bénédict Henry Révoil may have been one of the first writers to voice concern about the fate of the passenger pigeon, after witnessing a hunt in 1847: By the 1870s, the decrease in birds was noticeable, especially after the last large-scale nestings and subsequent slaughters of millions of birds in 1874 and 1878. By this time, large nestings only took place in the north, around the Great Lakes. The last large nesting was in Petoskey, Michigan, in 1878 (following one in Pennsylvania a few days earlier), where 50,000 birds were killed each day for nearly five months. The surviving adults attempted a second nesting at new sites, but were killed by professional hunters before they had a chance to raise any young. Scattered nestings were reported into the 1880s, but the birds were now wary, and commonly abandoned their nests if persecuted. By the time of these last nestings, laws had already been enacted to protect the passenger pigeon, but these proved ineffective, as they were unclearly framed and hard to enforce. H. B. Roney, who had witnessed the Petoskey slaughter, led campaigns to protect the pigeon, but was met with resistance, and accusations that he was exaggerating the severity of the situation. Few offenders were prosecuted, mainly some poor trappers, but the large enterprises were not affected. In 1857, a bill was brought forth to the Ohio State Legislature seeking protection for the passenger pigeon, yet a Select Committee of the Senate filed a report stating that the bird did not need protection, being "wonderfully prolific", and dismissing the suggestion that the species could be destroyed. Public protests against trap-shooting erupted in the 1870s, as the birds were badly treated before and after such contests. Conservationists were ineffective in stopping the slaughter. A bill was passed in the Michigan legislature making it illegal to net pigeons within of a nesting area. In 1897, a bill was introduced in the Michigan legislature asking for a 10-year closed season on passenger pigeons. Similar legal measures were passed and then disregarded in Pennsylvania. The gestures proved futile, and by the mid-1890s, the passenger pigeon had almost completely disappeared, and was probably extinct as a breeding bird in the wild. Small flocks are known to have existed at this point, since large numbers of birds were still being sold at markets. Thereafter, only small groups or individual birds were reported, many of which were shot on sight. Last survivors The last recorded nest and egg in the wild were collected in 1895 near Minneapolis. The last wild individual in Louisiana was discovered among a flock of mourning doves in 1896, and subsequently shot. Many late sightings are thought to be false or due to confusion with mourning doves. The last fully authenticated record of a wild passenger pigeon was near Oakford, Illinois, on March 12, 1901, when a male bird was killed, stuffed, and placed in Millikin University in Decatur, Illinois, where it remains today. This was not discovered until 2014, when writer Joel Greenberg found out the date of the bird's shooting while doing research for his book A Feathered River Across the Sky. Greenberg also pointed out a record of a male shot near Laurel, Indiana, on April 3, 1902, that was stuffed but later destroyed. For many years, the last confirmed wild passenger pigeon was thought to have been shot near Sargents, Pike County, Ohio, on March 24, 1900, when a female bird was killed by a boy named Press Clay Southworth with a BB gun. The boy had not recognized the bird as a passenger pigeon, but his parents identified it, and sent it to a taxidermist. The specimen, nicknamed "Buttons" due to the buttons used instead of glass eyes, was donated to the Ohio Historical Society by the family in 1915. The reliability of accounts after the Ohio, Illinois, and Indiana birds are in question. U.S. President Theodore Roosevelt claimed to have seen a bird in Michigan in 1907. Ornithologist Alexander Wetmore claimed that he saw a pair flying near Independence, Kansas, in April 1905. In 1910, the American Ornithologists' Union offered a reward of $3,000 for discovering a nest – the equivalent of $76,990 in 2015. Most captive passenger pigeons were kept for exploitative purposes, but some were housed in zoos and aviaries. Audubon alone claimed to have brought 350 birds to England in 1830, distributing them among various noblemen, and the species is also known to have been kept at London Zoo. Being common birds, these attracted little interest, until the species became rare in the 1890s. By the turn of the 20th century, the last known captive passenger pigeons were divided in three groups; one in Milwaukee, one in Chicago, and one in Cincinnati. There are claims of a few further individuals having been kept in various places, but these accounts are not considered reliable today. The Milwaukee group was kept by David Whittaker, who began his collection in 1888, and possessed fifteen birds some years later, all descended from a single pair. The Chicago group was kept by Charles Otis Whitman, whose collection began with passenger pigeons bought from Whittaker beginning in 1896. He had an interest in studying pigeons, and kept his passenger pigeons with other pigeon species. Whitman brought his pigeons with him from Chicago to Massachusetts by railcar each summer. By 1897, Whitman had bought all of Whittaker's birds, and upon reaching a maximum of 19 individuals, he gave seven back to Whittaker in 1898. Around this time, a series of photographs | been based on a female passenger pigeon. In 1827 William John Swainson moved the passenger pigeon from the genus Columba to the new monotypic genus Ectopistes, due in part to the length of the wings and the wedge shape of the tail. In 1906 Outram Bangs suggested that because Linnaeus had wholly copied Catesby's text when coining C. macroura, this name should apply to the passenger pigeon, as E. macroura. In 1918 Harry C. Oberholser suggested that C. canadensis should take precedence over C. migratoria (as E. canadensis), as it appeared on an earlier page in Linnaeus' book. In 1952 Francis Hemming proposed that the International Commission on Zoological Nomenclature (ICZN) secure the specific name macroura for the mourning dove, and the name migratorius for the passenger pigeon, since this was the intended use by the authors on whose work Linnaeus had based his description. This was accepted by the ICZN, which used its plenary powers to designate the species for the respective names in 1955. Evolution The passenger pigeon was a member of the pigeon and dove family, Columbidae. The oldest known fossil of the genus is an isolated humerus (USNM 430960) known from the Lee Creek Mine in North Carolina in sediments belonging to the Yorktown Formation, dating to the Zanclean stage of the Pliocene, between 5.3 and 3.6 million years ago. Its closest living relatives were long thought to be the Zenaida doves, based on morphological grounds, particularly the physically similar mourning dove (now Z. macroura). It was even suggested that the mourning dove belonged to the genus Ectopistes and was listed as E. carolinensis by some authors, including Thomas Mayo Brewer. The passenger pigeon was supposedly descended from Zenaida pigeons that had adapted to the woodlands on the plains of central North America. The passenger pigeon differed from the species in the genus Zenaida in being larger, lacking a facial stripe, being sexually dimorphic, and having iridescent neck feathers and a smaller clutch. In a 2002 study by American geneticist Beth Shapiro et al., museum specimens of the passenger pigeon were included in an ancient DNA analysis for the first time (in a paper focusing mainly on the dodo), and it was found to be the sister taxon of the cuckoo-dove genus Macropygia. The Zenaida doves were instead shown to be related to the quail-doves of the genus Geotrygon and the Leptotila doves. A more extensive 2010 study instead showed that the passenger pigeon was most closely related to the New World Patagioenas pigeons, including the band-tailed pigeon (P. fasciata) of western North America, which are related to the Southeast Asian species in the genera Turacoena, Macropygia and Reinwardtoena. This clade is also related to the Columba and Streptopelia doves of the Old World (collectively termed the "typical pigeons and doves"). The authors of the study suggested that the ancestors of the passenger pigeon may have colonized the New World from South East Asia by flying across the Pacific Ocean, or perhaps across Beringia in the north. In a 2012 study, the nuclear DNA of the passenger pigeon was analyzed for the first time, and its relationship with the Patagioenas pigeon was confirmed. In contrast to the 2010 study, these authors suggested that their results could indicate that the ancestors of the passenger pigeon and its Old World relatives may have originated in the Neotropical region of the New World. The cladogram below follows the 2012 DNA study showing the position of the passenger pigeon among its closest relatives: DNA in old museum specimens is often degraded and fragmentary, and passenger pigeon specimens have been used in various studies to discover improved methods of analyzing and assembling genomes from such material. DNA samples are often taken from the toe pads of bird skins in museums, as this can be done without causing significant damage to valuable specimens. The passenger pigeon had no known subspecies. Hybridization occurred between the passenger pigeon and the Barbary dove (Streptopelia risoria) in the aviary of Charles Otis Whitman (who owned many of the last captive birds around the turn of the 20th century, and kept them with other pigeon species) but the offspring were infertile. Etymology The genus name, Ectopistes, translates as "moving about" or "wandering", while the specific name, migratorius, indicates its migratory habits. The full binomial can thus be translated as "migratory wanderer". The English common name "passenger pigeon" derives from the French word , which means "to pass by" in a fleeting manner. While the pigeon was extant, the name "passenger pigeon" was used interchangeably with "wild pigeon". The bird also gained some less-frequently used names, including blue pigeon, merne rouck pigeon, wandering long-tailed dove, and wood pigeon. In the 18th century, the passenger pigeon was known as tourte in New France (in modern Canada), but to the French in Europe it was known as tourtre. In modern French, the bird is known as tourte voyageuse or pigeon migrateur, among other names. In the Native American Algonquian languages, the pigeon was called amimi by the Lenape, by the Ojibwe, and by the Kaskaskia Illinois. Other names in indigenous American languages include in Mohawk, and , or "lost dove", in Choctaw. The Seneca people called the pigeon , meaning "big bread", as it was a source of food for their tribes. Chief Simon Pokagon of the Potawatomi stated that his people called the pigeon , and that the Europeans did not adopt native names for the bird, as it reminded them of their domesticated pigeons, instead calling them "wild" pigeons, as they called the native peoples "wild" men. Description The passenger pigeon was sexually dimorphic in size and coloration. It weighed between . The adult male was about in length. It had a bluish-gray head, nape, and hindneck. On the sides of the neck and the upper mantle were iridescent display feathers that have variously been described as being a bright bronze, violet or golden-green, depending on the angle of the light. The upper back and wings were a pale or slate gray tinged with olive brown, that turned into grayish-brown on the lower wings. The lower back and rump were a dark blue-gray that became grayish-brown on the upper tail-covert feathers. The greater and median wing-covert feathers were pale gray, with a small number of irregular black spots near the end. The primary and secondary feathers of the wing were a blackish-brown with a narrow white edge on the outer side of the secondaries. The two central tail feathers were brownish gray, and the rest were white. The tail pattern was distinctive as it had white outer edges with blackish spots that were prominently displayed in flight. The lower throat and breast were richly pinkish-rufous, grading into a paler pink further down, and into white on the abdomen and undertail covert feathers. The undertail coverts also had a few black spots. The bill was black, while the feet and legs were a bright coral red. It had a carmine-red iris surrounded by a narrow purplish-red eye-ring. The wing of the male measured , the tail , the bill , and the tarsus was . The adult female passenger pigeon was slightly smaller than the male at in length. It was duller than the male overall, and was a grayish-brown on the forehead, crown, and nape down to the scapulars, and the feathers on the sides of the neck had less iridescence than those of the male. The lower throat and breast were a buff-gray that developed into white on the belly and undertail-coverts. It was browner on the upperparts and paler buff brown and less rufous on the underparts than the male. The wings, back, and tail were similar in appearance to those of the male except that the outer edges of the primary feathers were edged in buff or rufous buff. The wings had more spotting than those of the male. The tail was shorter than that of the male, and the legs and feet were a paler red. The iris was orange red, with a grayish blue, naked orbital ring. The wing of the female was , the tail , the bill , and the tarsus was . The juvenile passenger pigeon was similar in plumage to the adult female, but lacked the spotting on the wings, and was a darker brownish-gray on the head, neck, and breast. The feathers on the wings had pale gray fringes (also described as white tips), giving it a scaled look. The secondaries were brownish-black with pale edges, and the tertial feathers had a rufous wash. The primaries were also edged with a rufous-brown color. The neck feathers had no iridescence. The legs and feet were dull red, and the iris was brownish, and surrounded by a narrow carmine ring. The plumage of the sexes was similar during their first year. Of the hundreds of surviving skins, only one appears to be aberrant in coloran adult female from the collection of Walter Rothschild, Natural History Museum at Tring. It is a washed brown on the upper parts, wing covert, secondary feathers, and tail (where it would otherwise have been gray), and white on the primary feathers and underparts. The normally black spots are brown, and it is pale gray on the head, lower back, and upper-tail covert feathers, yet the iridescence is unaffected. The brown mutation is a result of a reduction in eumelanin, due to incomplete synthesis (oxidation) of this pigment. This sex-linked mutation is common in female wild birds, but it is thought the white feathers of this specimen are instead the result of bleaching due to exposure to sunlight. The passenger pigeon was physically adapted for speed, endurance, and maneuverability in flight, and has been described as having a streamlined version of the typical pigeon shape, such as that of the generalized rock dove (Columba livia). The wings were very long and pointed, and measured from the wing-chord to the primary feathers, and to the secondaries. The tail, which accounted for much of its overall length, was long and wedge-shaped (or graduated), with two central feathers longer than the rest. The body was slender and narrow, and the head and neck were small. The internal anatomy of the passenger pigeon has rarely been described. Robert W. Shufeldt found little to differentiate the bird's osteology from that of other pigeons when examining a male skeleton in 1914, but Julian P. Hume noted several distinct features in a more detailed 2015 description. The pigeon had particularly large breast muscles that indicate powerful flight (musculus pectoralis major for downstroke and the smaller musculus supracoracoideus for upstroke). The coracoid bone (which connects the scapula, furcula, and sternum) was large relative to the size of the bird, , with straighter shafts and more robust articular ends than in other pigeons. The furcula had a sharper V-shape and was more robust, with expanded articular ends. The scapula was long, straight, and robust, and its distal end was enlarged. The sternum was very large and robust compared to that of other pigeons; its keel was deep. The overlapping uncinate processes, which stiffen the ribcage, were very well developed. The wing bones (humerus, radius, ulna, carpometacarpus) were short but robust compared to other pigeons. The leg bones were similar to those of other pigeons. Vocalizations The noise produced by flocks of passenger pigeons was described as deafening, audible for miles away, and the bird's voice as loud, harsh, and unmusical. It was also described by some as clucks, twittering, and cooing, and as a series of low notes, instead of an actual song. The birds apparently made croaking noises when building nests, and bell-like sounds when mating. During feeding, some individuals would give alarm calls when facing a threat, and the rest of the flock would join the sound while taking off. In 1911, American behavioral scientist Wallace Craig published an account of the gestures and sounds of this species as a series of descriptions and musical notations, based on observation of C. O. Whitman's captive passenger pigeons in 1903. Craig compiled these records to assist in identifying potential survivors in the wild (as the physically similar mourning doves could otherwise be mistaken for passenger pigeons), while noting this "meager information" was likely all that would be left on the subject. According to Craig, one call was a simple harsh "keck" that could be given twice in succession with a pause in between. This was said to be used to attract the attention of another pigeon. Another call was a more frequent and variable scolding. This sound was described as "kee-kee-kee-kee" or "tete! tete! tete!", and was used to call either to its mate or towards other creatures it considered to be enemies. One variant of this call, described as a long, drawn-out "tweet", could be used to call down a flock of passenger pigeons passing overhead, which would then land in a nearby tree. "Keeho" was a soft cooing that, while followed by louder "keck" notes or scolding, was directed at the bird's mate. A nesting passenger pigeon would also give off a stream of at least eight mixed notes that were both high and low in tone and ended with "keeho". Overall, female passenger pigeons were quieter and called infrequently. Craig suggested that the loud, strident voice and "degenerated" musicality was the result of living in populous colonies where only the loudest sounds could be heard. Distribution and habitat The passenger pigeon was found across most of North America east of the Rocky Mountains, from the Great Plains to the Atlantic coast in the east, to the south of Canada in the north, and the north of Mississippi in the southern United States, coinciding with its primary habitat, the eastern deciduous forests. Within this range, it constantly migrated in search of food and shelter. It is unclear if the birds favored particular trees and terrain, but they were possibly not restricted to one type, as long as their numbers could be supported. It originally bred from the southern parts of eastern and central Canada south to eastern Kansas, Oklahoma, Mississippi, and Georgia in the United States, but the primary breeding range was in southern Ontario and the Great Lakes states south through states north of the Appalachian Mountains. Though the western forests were ecologically similar to those in the east, these were occupied by band-tailed pigeons, which may have kept out the passenger pigeons through competitive exclusion. The passenger pigeon wintered from Arkansas, Tennessee, and North Carolina south to Texas, the Gulf Coast, and northern Florida, though flocks occasionally wintered as far north as southern Pennsylvania and Connecticut. It preferred to winter in large swamps, particularly those with alder trees; if swamps were not available, forested areas, particularly with pine trees, were favored roosting sites. There were also sightings of passenger pigeons outside of its normal range, including in several Western states, Bermuda, Cuba, and Mexico, particularly during severe winters. It has been suggested that some of these extralimital records may have been due to the paucity of observers rather than the actual extent of passenger pigeons; North America was then unsettled country, and the bird may have appeared anywhere on the continent except for the far west. There were also records of stragglers in Scotland, Ireland, and France, although these birds may have been escaped captives, or the records incorrect. More than 130 passenger pigeon fossils have been found scattered across 25 US states, including in the La Brea Tar Pits of California. These records date as far back as 100,000 years ago in the Pleistocene era, during which the pigeon's range extended to several western states that were not a part of its modern range. The abundance of the species in these regions and during this time is unknown. Ecology and behavior The passenger pigeon was nomadic, constantly migrating in search of food, shelter, or nesting grounds. In his 1831 Ornithological Biography, American naturalist and artist John James Audubon described a migration he observed in 1813 as follows: These flocks were frequently described as being so dense that they blackened the sky and as having no sign of subdivisions. The flocks ranged from only above the ground in windy conditions to as high as . These migrating flocks were typically in narrow columns that twisted and undulated, and they were reported as being in nearly every conceivable shape. A skilled flyer, the passenger pigeon is estimated to have averaged during migration. It flew with quick, repeated flaps that increased the bird's velocity the closer the wings got to the body. It was equally as adept and quick at flying through a forest as through open space. A flock was also adept at following the lead of the pigeon in front of it, and flocks swerved together to avoid a predator. When landing, the pigeon flapped its wings repeatedly before raising them at the moment of landing. The pigeon was awkward when on the ground, and moved around with jerky, alert steps. The passenger pigeon was one of the most social of all land birds. Estimated to have numbered three to five billion at the height of its population, it may have been the most numerous bird on Earth; researcher Arlie W. Schorger believed that it accounted for between 25 and 40 percent of the total land bird population in the United States. The passenger pigeon's historic population is roughly the equivalent of the number of birds that overwinter in the United States every year in the early 21st century. Even within their range, the size of individual flocks could vary greatly. In November 1859, Henry David Thoreau, writing in Concord, Massachusetts, noted that "quite a little flock of [passenger] pigeons bred here last summer," while only seven years later, in 1866, one flock in southern Ontario was described as being wide and long, took 14 hours to pass, and held in excess of 3.5 billion birds. Such a number would likely represent a large fraction of the entire population at the time, or perhaps all of it. Most estimations of numbers were based on single migrating colonies, and it is unknown how many of these existed at a given time. American writer Christopher Cokinos has suggested that if the birds flew single file, they would have stretched around the earth 22 times. A 2014 genetic study (based on coalescent theory and on "sequences from most of the genome" of three individual passenger pigeons) suggested that the passenger pigeon population experienced dramatic fluctuations across the last million years, due to their dependence on availability of mast (which itself fluctuates). The study suggested the bird was not always abundant, mainly persisting at around 1/10,000 the amount of the several billions estimated in the 1800s, with vastly larger numbers present during outbreak phases. Some early accounts also suggest that the appearance of flocks in great numbers was an irregular occurrence. These large fluctuations in population may have been the result of a disrupted ecosystem and have consisted of outbreak populations much larger than those common in pre-European times. The authors of the 2014 genetic study note that a similar analysis of the human population size arrives at an "effective population size" of between 9,000 and 17,000 individuals (or approximately 1/550,000th of the peak total human population size of 7 billion cited in the study). For a 2017 genetic study, the authors sequenced the genomes of two additional passenger pigeons, as well as analyzing the mitochondrial DNA of 41 individuals. This study found evidence that the passenger-pigeon population had been stable for at least the previous 20,000 years. The study also found that the size of the passenger pigeon population over that time period had been larger than the 2014 genetic study had found. However, the 2017 study's "conservative" estimate of an "effective population size" of 13 million birds is still only about 1/300th of the bird's estimated historic population of approximately 3–5 billion before their "19th century decline and eventual extinction." A similar study inferring human population size from genetics (published in 2008, and using human mitochondrial DNA and Bayesian coalescent inference methods) showed considerable accuracy in reflecting overall patterns of human population growth as compared to data deduced by other means — though the study arrived at a human effective population size (as of 1600 AD, for Africa, Eurasia, and the Americas combined) that was roughly 1/1000 of the census population estimate for the same time and area based on anthropological and historical evidence. The 2017 passenger-pigeon genetic study also found that, in spite of its large population size, the genetic diversity was very low in the species. The authors suggested that this was a side-effect of natural selection, which theory and previous empirical studies suggested could have a particular great impact on species with very large and cohesive populations. Natural selection can reduce genetic diversity over extended regions of a genome through 'selective sweeps' or 'background selection'. The authors found evidence of a faster rate of adaptive evolution and faster removal of harmful mutations in passenger pigeons compared to band-tailed pigeons, which are some of passenger pigeons' closest living relatives. They also found evidence of lower genetic diversity in regions of the passenger pigeon genome that have lower rates of genetic recombination. This is expected if natural selection, via selective sweeps or background selection, reduced their genetic diversity, but not if population instability did. The study concluded that earlier suggestion that population instability contributed to the extinction of the species was invalid. Evolutionary biologist A. Townsend Peterson said of the two passenger-pigeon genetic studies (published in 2014 and 2017) that, though the idea of extreme fluctuations in the passenger-pigeon population was "deeply entrenched," he was persuaded by the 2017 study's argument, due to its "in-depth analysis" and "massive data resources." A communally roosting species, the passenger pigeon chose roosting sites that could provide shelter and enough food to sustain their large numbers for an indefinite period. The time spent at one roosting site may have depended on the extent of human persecution, weather conditions, or other, unknown factors. Roosts ranged in size and extent, from a few acres to or greater. Some roosting areas would be reused for subsequent years, others would only be used once. The passenger pigeon roosted in such numbers that even thick tree branches would break under the strain. The birds frequently piled on top of each other's backs to roost. They rested in a slumped position that hid their feet. They slept with their bills concealed by the feathers in the middle of the breast while holding their tail at a 45-degree angle. Dung could accumulate under a roosting site to a depth of over . If the pigeon became alert, it would often stretch out its head and neck in line with its body and tail, then nod its head in a circular pattern. When aggravated by another pigeon, it raised its wings threateningly, but passenger pigeons almost never actually fought. The pigeon bathed in shallow water, and afterwards lay on each side in turn and raised the opposite wing to dry it. The passenger pigeon drank at least once a day, typically at dawn, by fully inserting its bill into lakes, small ponds, and streams. Pigeons were seen perching on top of each other to access water, and if necessary, the species could alight on open water to drink. One of the primary causes of natural mortality was the weather, and every spring many individuals froze to death after migrating north too early. In captivity, a passenger pigeon was capable of living at least 15 years; Martha, the last known living passenger pigeon, was at least 17 and possibly as old as 29 when she died. It is undocumented how long a wild pigeon lived. The bird is believed to have played a significant ecological role in the composition of pre-Columbian forests of eastern North America. For instance, while the passenger pigeon was extant, forests were dominated by white oaks. This species germinated in the fall, therefore making its seeds almost useless as a food source during the spring breeding season, while red oaks produced acorns during the spring, which were devoured by the pigeons. The absence of the passenger pigeon's seed consumption may have contributed to the modern dominance of red oaks. Due to the immense amount of dung present at roosting sites, few plants grew for years after the pigeons left. Also, the accumulation of flammable debris (such as limbs broken from trees and foliage killed by excrement) at these sites may have increased both the frequency and intensity of forest fires, which would have favored fire-tolerant species, such as bur oaks, black oaks, and white oaks over less fire-tolerant species, such as red oaks, thus helping to explain the change in the composition of eastern forests since the passenger pigeon's extinction (from white oaks, bur oaks, and black oaks predominating in presettlement forests, to the "dramatic expansion" of red oaks today). A study released in 2018 concluded that the "vast numbers" of passenger pigeons present for "tens of thousands of years" would have influenced the evolution of the tree species that they ate the seeds of — specifically, that masting trees that produced seeds during the spring nesting season (such as red oaks) evolved so that some portion of their seeds would be too large for passenger pigeons to swallow (thus allowing some of their seeds to escape predation and grow new trees), while white oaks, with its seeds sized consistently in the edible range, evolved an irregular masting pattern that took place in the fall, when fewer passenger pigeons would have been present. The study further concluded that this allowed white oaks to be the dominant tree species in regions where passenger pigeons were commonly present in the spring. With the large numbers in passenger pigeon flocks, the excrement they produced was enough to destroy surface-level vegetation at long-term roosting sites, while adding high quantities of nutrients to the ecosystem. Because of this — along with the breaking of tree limbs under their collective weight and the great amount of mast they consumed — passenger pigeons are thought to have influenced both the structure of eastern forests and the composition of the species present there. Due to these influences, some ecologists have considered the passenger pigeon a keystone species, with the disappearance of their vast flocks leaving a major gap in the ecosystem. Their role in creating forest disturbances has been linked to greater vertebrate diversity in forests by creating more niches for animals to fill, as well as contributing to a healthy forest fire cycle in the forests, as it has been found that forest fires have increased in prevalence since the extinction of the passenger pigeon, which seems to go against the idea that the tree limbs and branches they would bring down served as fuel for the fires. To help fill that ecological gap, it has been proposed that modern land managers attempt to replicate some of their effects on the ecosystem by creating openings in forest canopies to provide more understory light. The American chestnut trees that provided much of the mast on which the passenger pigeon fed was itself almost driven to extinction by an imported Asian fungus (chestnut blight) around 1905. As many as thirty billion trees are thought to have died as a result in the following decades, but this did not affect the passenger pigeon, which was already extinct in the wild at the time. After the disappearance of the passenger pigeon, the population of another acorn feeding species, the white-footed mouse, grew exponentially because of the increased availability of the seeds of the oak, beech and chestnut trees. It has been speculated that the extinction of passenger pigeons may have increased the prevalence of tick-borne lyme disease in modern times as white-footed mice are the reservoir hosts of Borrelia burgdorferi. Diet Beeches and oaks produced the mast needed to support nesting and roosting flocks. The passenger pigeon changed its diet depending on the season. In the fall, winter, and spring, it mainly ate beechnuts, acorns, and chestnuts. During the summer, berries and softer fruits, such as blueberries, grapes, cherries, mulberries, pokeberries, and bunchberry, became the main objects of its consumption. It also ate worms, caterpillars, snails, and other invertebrates, particularly while breeding. It took advantage of cultivated grains, particularly buckwheat, when it found them. It was especially fond of salt, which it ingested either from brackish springs or salty soil. Mast occurs in large quantities in different places at different times, and rarely in consecutive years, which is one of the reasons why the large flocks were constantly on the move. As mast is produced during autumn, there would have to be a large amount of it left by the summer, when the young were reared. It is unknown how they located this fluctuating food source, but their eyesight and flight powers helped them survey large areas for places that could provide food enough for a temporary stay. The passenger pigeon foraged in flocks of tens or hundreds of thousands of individuals that overturned leaves, dirt, and snow with their bills in search of food. One observer described the motion of such a flock in search of mast as having a rolling appearance, as birds in the back of the flock flew overhead to the front of the flock, dropping leaves and grass in flight. The flocks had wide leading edges to better scan the landscape for food sources. When nuts on a tree loosened from their caps, a pigeon would land on a branch and, while flapping vigorously to stay balanced, grab the nut, pull it loose from its cap, and swallow it whole. Collectively, a foraging flock was capable of removing nearly all fruits and nuts from their path. Birds in the back of the flock flew to the front in order to pick over unsearched ground; however, birds never ventured far from the flock and hurried back if they became isolated. It is believed that the pigeons used social cues to identify abundant sources of food, and a flock of pigeons that saw others feeding on the ground often joined them. During the day, the birds left the roosting forest to forage on more open land. They regularly flew away from their roost daily in search of food, and some pigeons reportedly traveled as far as , leaving the roosting area early and returning at night. The passenger pigeon had a very elastic mouth and throat, allowing for increased capacity, and a joint in the lower bill enabled it to swallow acorns whole. It could store large quantities of food in its crop, which could expand to about the size of an orange, causing the neck to bulge and allowing a bird quickly to grab any food it discovered. The crop was described as being capable of holding at least 17 acorns or 28 beechnuts, 11 grains of corn, 100 maple seeds, plus other material; it was estimated that a passenger pigeon needed to eat about of food a day to survive. If shot, a pigeon with a crop full of nuts would fall to the ground with a sound described as like the rattle of a bag of marbles. After feeding, the pigeons perched on branches and digested the food stored in their crop overnight. The pigeon could eat and digest of acorns per day. At the historic population of three billion passenger pigeons, this amounted to of food a day. The pigeon could regurgitate food from its crop when more desirable food became available. A 2018 study found that the dietary range of the passenger pigeon was restricted to certain sizes of seed, due to the size of its gape. This would have prevented it from eating some of the seeds of trees such as red oaks, the black oak, and the American chestnut. Specifically, the study found that between 13% and 69% of red oak seeds were too large for passenger pigeons to have swallowed, that only a "small proportion" of the seeds of black oaks and American chestnuts were too large for the birds to consume, and that all white oak seeds were sized within an edible range. They also found that seeds would be completely destroyed during digestion, which therefore hindered dispersal of seeds this way. Instead, passenger pigeons may have spread seeds by regurgitation, or after dying. Reproduction Other than finding roosting sites, the migrations of the passenger pigeon were connected with finding places appropriate for this communally breeding bird to nest and raise its young. It is not certain how many times a year the birds bred; once seems most likely, but some accounts suggest more. The nesting period lasted around four to six weeks. The flock arrived at a nesting ground around March in southern latitudes, and some time later in more northern areas. The pigeon had no site fidelity, often choosing to nest in a different location each year. The formation of a nesting colony did not necessarily take place until several months after the pigeons arrived on their breeding grounds, typically during late March, April, or May. The colonies, which were known as "cities", were immense, ranging from to thousands of hectares in size, and were often long and narrow in shape (L-shaped), with a few areas untouched for unknown reasons. Due to the topography, they were rarely continuous. Since no accurate data was recorded, it is not possible to give more than estimates on the size and population of these nesting areas, but most accounts mention colonies containing millions of birds. The largest nesting area ever recorded was in central Wisconsin in 1871; it was reported as covering , with the number of birds nesting there estimated to be around 136,000,000. As well as these "cities", there were regular reports of much smaller flocks or even individual pairs setting up a nesting site. The birds do not seem to have formed as vast breeding colonies at the periphery of their range. Courtship took place at the nesting colony. Unlike other pigeons, courtship took place on a branch or perch. The male, with a flourish of the wings, made a "keck" call while near a female. The male then gripped tightly to the branch and vigorously flapped his wings up and down. When the male was close to the female, he then pressed against her on the perch with his head held high and pointing at her. If receptive, the female pressed back against the male. When ready to mate, the pair preened each other. This was followed by the birds billing, in which the female inserted its bill into and clasped the male's bill, shook for a second, and separated quickly while standing next to each other. The male then scrambled onto the female's back and copulated, which was then followed by soft clucking and occasionally more preening. John James Audubon described the courtship of the passenger pigeon as follows: After observing captive birds, Wallace Craig found that this species did less charging and strutting than other pigeons (as it was awkward on the ground), and thought it probable that no food was transferred during their brief billing (unlike in other pigeons), and he therefore considered Audubon's description partially based on analogy with other pigeons as well as imagination. Nests were built immediately after pair formation and took two to four days to construct; this process was highly synchronized within a colony. The female chose the nesting site by sitting on it and flicking its wings. The male then carefully selected nesting materials, typically twigs, and handed them to the female over her back. The male then went in search of more nesting material while the female constructed the nest beneath herself. Nests were built between above the ground, though typically above , and were made of 70 to 110 twigs woven together to create a loose, shallow bowl through which the egg could easily be seen. This bowl was then typically lined with finer twigs. The nests were about wide, high, and deep. Though the nest has been described as crude and flimsy compared to those of many other birds, remains of nests could be found at sites where nesting had taken place several years prior. Nearly every tree capable of supporting nests had them, often more than 50 per tree; one hemlock was recorded as holding 317 nests. The nests were placed on strong branches close to the tree trunks. Some accounts state that ground under the nesting area looked as if it had been swept clean, due to all the twigs being collected at the same time, yet this area would also have been covered in dung. As both sexes took care of the nest, the pairs were monogamous for the duration of the nesting. Generally, the eggs were laid during the first two weeks of April across the pigeon's range. Each female laid its egg immediately or almost immediately after the nest was completed; sometimes the pigeon was forced to lay it on the ground if the nest was not complete. The normal clutch size appears to have been a single egg, but there is some uncertainty about this, as two have also been reported from the same nests. Occasionally, a second female laid its egg in another female's nest, resulting in two eggs being present. The egg was white and oval shaped and averaged in size. If the egg was lost, it was possible for the pigeon to lay a replacement egg within a week. A whole colony was known to re-nest after a snowstorm forced them to abandon their original colony. The egg was incubated by both parents for 12 to 14 days, with the male incubating it from midmorning to midafternoon and the female incubating it for the rest of the time. Upon hatching, the nestling (or squab) was blind and sparsely covered with yellow, hairlike down. The nestling developed quickly and within 14 days weighed as much as its parents. During this brooding period both parents took care of the nestling, with the male attending in the middle of the day and the female at other |
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While the complex consists of at least four distinct squares (Durbar Square, Taumadhi Square, Dattatreya Square and Pottery Square), the whole area is informally known as the Bhakapur Durbar Square and is a highly visited site in the Kathmandu Valley. This palace consists of 55 windows so it is also known as '55 Windowed Palace'. Patan Durbar Square is situated at the centre of the city of Lalitpur in Nepal. It is also one of the three Durbar Squares in the Kathmandu Valley, all of which are UNESCO World Heritage Sites. One of its attraction is the ancient royal palace where the Malla Kings of Lalitpur resided. The Durbar Square is a marvel of Newa architecture. The Square floor is tiled with red bricks. There are many temples and idols in the area. The main temples are aligned opposite of the western face of the palace. The entrance of the temples faces east, towards the palace. There is also a bell situated in the alignment beside the main temples. The Square also holds old Newari residential houses. There are various other temples and structures in and around Patan Durbar Square built by the Newa People. Philippines In pre-Hispanic Philippines, Filipinos built large wooden residences for the ancient nobility and royalty (such as Lakans, Wangs, rajahs and datus) called Torogan or Bahay Lakan ("king's house").The windows of torogan are slits and richly framed in wood panels with okir designs located in front of the house. The communal kitchen is half a meter lower than the main house is both used for cooking and eating. The distinct high gable roof of the torogan, thin at the apex and gracefully flaring out to the eaves, sits on a huge structures enclosed by slabs of timber and lifted more than two meters above the ground by a huge trunk of a tree that was set on a rock. The end floor beams lengthen as panolongs the seemed to lift up the whole house. The torogan is suffused with decorations. There were diongal at the apex of the roof, also an intricately carved tinai a walai, okir designs in the floor, on windows and on panolongs. The people in the Southern part of Philippines, built the same wooden palaces such as langgal of Tausug. In the Sultanate of Sulu, a palace was built for the Sultans which has the name Astana Darul Jambangan (white adobe) which has been destroyed by a typhoon in 1912. A replica of the royal palace was rebuilt as an attraction in Mt. Bayug Eco-Cultural Park in the town of Talipao, Sulu. The Yakan or ranggar in Maranao, specially when Islam was established in Sulu (14th century) and in Mindanao (15th century). During the Spanish Era, the government of the Spanish East Indies built a succession of palaces in and around Manila for high colonial officials and religious authorities. The most famous of these is the 18th-century Malacañang Palace, which originally housed Spanish and American Governors-General and, since the Commonwealth, the President of the Philippines. Former president and strongman Ferdinand Marcos had Coconut Palace constructed in 1978 to showcase the country's varied uses for the coconut. It serves as the home and office of the vice-president. In 2004, President Gloria Macapagal Arroyo converted the former Aduana (customs house) in Cebu City into a small palace, called Malacañang sa Sugbo. Thailand Vietnam Europe Belgium The city of Bruges: The Gruuthusemuseum is a museum of applied arts in Bruges, located in the medieval Gruuthuse, the Palace of Louis de Gruuthuse. The collection ranges from the 15th to the 19th century. Presumably in the 13th century, a rich family from Bruges received the monopoly to levy taxes on gruit, and built a storage for it. The building was changed in the early fifteenth century by Jan IV van der Aa to a luxury house for his family, which subsequently changes its name to "Van Gruuthuse" ("From the Gruit house"). His son Louis de Gruuthuse adds a second wing to the house, and in 1472 a chapel. This connects the house to the adjacent Church of Our Lady, Bruges. The city of Mechelen houses several palaces intra muros: "Hof van Kamerijk" or "Palace of Margaret of York", 15th-century building. Also called "Keizershof" (English; literally "Emperor's Court") because several royal children resided here and received education at this court, including Charles V (Holy Roman Emperor and Archduke of Austria, King of Spain and Duke of Burgundy) "Hof van Savoye" or "Palace of Margaret of Austria", early 16th-century building and one of the first Renaissance buildings in northern Europe. The "Hof van Busleyden", early 16th-century Renaissance palace of Hieronymus van Busleyden; The "Archbishop 's palace", 18th-century building and the official seat of the Archbishop of the Roman Catholic province Belgium; The "Hof van Palermo", 15th-century palace of Jan I Carondelet ; The "Hof van Hoogstraten", 16th-century palace of Antoon I van Lalaing; The "Hof van Nassau", 15th-century building which served as temporary court of Margaret of York when she arrived in Mechelen after her marriage with Charles the Bold; The "Hof van Cortenbach", 16th-century building; The "Hof van Coloma", 18th-century palace of Jean Ernest Coloma, Baron of St-Pieters Leeuw and member of the Coloma family The city of Brussels has also several remaining and notable palaces intra muros: "The Royal Palace of Brussels", the official palace of the King and Queen of the Belgians, The Egmont palace, The Palace of Prince Charles Alexander Emanuel of Lorraine and Hotel Errera. France In France there has been a clear distinction between a château and a palais. The palace has always been urban, like the Palais de la Cité in Paris, which was the royal palace of France and is now the supreme court of justice of France, or the palace of the Popes at Avignon. The château, by contrast, has always been in rural settings, supported by its demesne, even when it was no longer actually fortified. Speakers of English think of the "Palace of Versailles" because it was the residence of the king of France, and the king was the source of power, though the building has always remained the Château de Versailles for the French, and the seat of government under the Ancien Régime remained the Palais du Louvre. The Louvre had begun as a fortified Château du Louvre on the edge of Paris, but as the seat of government and shorn of its fortified architecture and then completely surrounded by the city, it developed into the Palais du Louvre. The hôtel particulier remains the term for an urban residence sited entre cour et jardin, behind a forecourt and opening onto a garden; when fronting directly on streets, they are maisons, "houses". Bishops always had a palais in the town of their diocese, an hôtel in other towns, though they might possess chateaux. The usage is essentially the same in Italy, Spain and Portugal, as well as the former Austrian Empire. In Vienna, Austria, all large mansions belonging to aristocratic or very wealthy families were traditionally called palais, but this never applied to imperial palaces themselves which were called Burg within the city and Schloss when outside it. In Germany, the wider term was a relatively recent importation and was used rather more restrictively. Germany The German term for "palace" is Palast, which is used especially for large palatial complexes and gardens. Large country houses are typically called schloss (chateaux or castle in English). Germany offers a variety of more than 25,000 castles and palaces and thousands of manor houses. The country is known for its fairy tale-like scenery palatial buildings, such as Sanssouci, Linderhof Palace, Herrenchiemsee, Schwetzingen, Nordkirchen and Schwerin Palace. Many of these buildings have a history of over 1000 years, ranging from fortifications to royal residences. Many German castles after the middle ages were mainly built as royal or ducal palaces rather than as a fortified building. Greece The best examples of the Bronze Age Greece palace are seen in the excavations at Mycenae, Tiryns and Pylos. That these were administrative centers is shown by the records found there. From an architectural point of view, they were the heirs of the Minoan palaces and also of other palaces built earlier on the Greek mainland. They were ranged around a group of courtyards each opening upon several rooms of different dimensions, such as storerooms and workshops, as well as reception halls and living quarters. The heart of the palace was the megaron. This was the throne room, laid out around a circular hearth surrounded by four columns, the throne generally being found on the right-hand side upon entering the room. The staircases found in the palace of Pylos indicate palaces had two stories. Located on the top floor were probably the private quarters of the royal family and some storerooms. These palaces have yielded a wealth of artifacts and fragmentary frescoes. Hungary In Hungary distinction is made between urban and rural residencies. Only the urban residencies of the higher aristocracy were called palota (palace), rural stately homes were named kastély (mansion), or in case of smaller country houses kúria. Noble landowner families, like the House of Esterházy, often had several mansions in the countryside and palaces in towns. The office of the President of the Republic of Hungary, Sándor Palace was the residence of the Sándor family in the 19th century. Royal residencies were also called palaces, for example, the Early Renaissance summer palace of King Matthias Corvinus in Visegrád or Buda Castle which was called Királyi-palota (Royal Palace). In the second half of the 19th century splendid new townhouses of the bourgeoisie on Andrássy út and elsewhere in Budapest were named palaces. A typical example is the Art Nouveau Gresham Palace which was built by an insurance company. Grand public buildings and even blocks of flats of higher standard were regularly called palaces (the contemporary term of the latter were bérpalota meaning rent palace). For contemporary buildings the term is seldom used with the notable exemption of the Palace of Arts. Ireland In Ireland, the term "palace" () is rarely used. The main royal residence in Ireland, Dublin Castle, was never called a palace, nor is Hillsborough Castle, the main royal residence of Northern Ireland. The word "palace" is largely restricted to large official dwellings for Church of Ireland bishops: Bishop's Palace at Achadh Úr (modern Freshford), home of the medieval Bishop of Freshford Braganza, Carlow, home of the Bishops of Kildare and Leighlin Archbishop’s Palace, Cashel, County Tipperary, home of the Archbishop of Cashel and Emly; built in 1732, now the Cashel Palace Hotel. Bishop's Palace, Cork, home of the Bishop of Cork, Cloyne and Ross The Palace, Cobh, former home of the Bishop of Cloyne Palace of the Archbishop of Dublin at Saint Sepulchre’s, former home of the Archbishop of Dublin Bishop’s Palace at Elphin, former home of the Bishop of Elphin Bishop's Palace, Ennis, also called Westbourne, home of the Bishop of Killaloe. Bishop's Palace of Kilkenny, a summer house for the Bishops of Ossory, built by Richard Pococke Bishop's Palace, Killarney, former home of the Bishop of Ardfert and Aghadoe Bishop's Palace, Kilmore, County Cavan, also called the "See House", home of the Bishop of Kilmore. Bishop's Palace, Limerick, former home of the Bishop of Limerick Church of Ireland Bishop's Palace, Raphoe Archbishop’s Palace, Tuam, built in 1678 and burnt in 1691; Grove House now stands on the site. Saint Jarlath's, built c.1870, later served as archbishop's palace. Bishop's Palace Waterford, formerly home of the Bishop of Waterford and Lismore Archbishop's Palace, Armagh, formerly home of Archbishop of Armagh There are also some Catholic bishops' palaces: Bishop's Palace, Ballina, County Mayo, home of the Catholic Bishop of Killala. Bishop’s Palace, Cork, on Redemption Road, home of the Roman Catholic Bishop of Cork and Ross. Archbishop's Palace, Drumcondra, home of the Roman Catholic Archbishop of Dublin. It is today referred to as simply the Archbishop's House. Bishop's Palace, Longford, home of the Bishop of Ardagh and Clonmacnoise. Roman Catholic Bishop's Palace, Mullingar, dwelling of the Roman Catholic Bishop of Meath Roman Catholic Bishop’s Palace, Raphoe Archbishop's Palace, Thurles, dwelling of the Catholic Archbishop of Cashel and Emly. Italy In Italy, any urban building built as a grand residence is a palazzo; these are often no larger than a Victorian townhouse. It was not necessary to be a nobleman for one's house to be considered a palazzo; the hundreds of palazzi in Venice nearly all belonged to the patrician class of the city. In the Middle Ages these also functioned as warehouses and places of business, as well as homes. Each family's palazzo was a hive that contained all the family members, though it might not always show a grand architectural public front. In the 20th century, palazzo in Italian came to apply by extension to any large fine apartment building, as many old palazzi were converted to this use. Bishop's townhouses were always palazzi, and the seat of a localized regime would also be so called. Many former capitals display a Ducal Palace, the seat of the local duke or lord. In Florence (just as for other strong communal governments), the seat of government was known as Palazzo della Signoria. When the Medici were made Grand Dukes of Tuscany, however, the centre of power shifted to their new residence in Palazzo Pitti, and the old centre of power began to be referred to as the Palazzo Vecchio. Shops on the ground floor and flats at the top of a modern palazzo are not at all incongruous: historically, the ground floors of even a great family's palazzo could be trade and domestic offices often open to servants, tradesmen, customers and the public, while the smartest and most prestigious floor (known as the piano nobile) was kept for the family along with the upper floors and apartments, all of which were considered cleaner and safer than those on the ground floor. There were (and are) often separate, sometimes external, stairs to the humblest attic rooms and roofs used by the staff. The most important royal palazzi in Italy are those in Caserta, Naples, Palermo, Turin, as well as the Quirinale Palace in Rome. Malta Until the sixteenth century, Malta was part of the Kingdom of Sicily, and the capital Mdina housed many palaces for the nobility, such as Palazzo Falson and Palazzo Santa Sofia. After the arrival of the Order of Saint John in 1530, the knights settled in Birgu, where part of Fort St Angelo was used as a palace for the Grand Master. The knights themselves lived in auberges, but these were more large houses rather than palaces. When the Order began to build a new capital Valletta in 1566, a new Grandmaster's Palace and a series of new auberges were built. The auberges in Valletta are much larger than their counterparts in Birgu, and can be considered as palaces. The most important auberge still standing is Auberge de Castille, which currently houses the Office of the Prime Minister of Malta. Over the years, the Grand Masters also built a number of large residences in the countryside, such as Verdala Palace and San Anton Palace. Both of these now serve as official residences of the President of Malta. The Archbishop of Malta has a palace in Mdina. The inquisitor also had a palace in Birgu and another in Girgenti until the abolition of the inquisition in 1798. The nobility, upper classes and individual knights of the Order built a number of private palaces, especially in Valletta, but also in the countryside. There are other palaces built by the nobility, such as, most notably Palazzo Parisio in Valletta and Palazzo Dragonara in St Julians. Poland The former Kingdom of Poland, known as the Polish–Lithuanian Commonwealth, once spanned over , which allowed the nobles to construct their residences anywhere from modern-day Poland to as far as southern Estonia. The Polish aristocracy (szlachta) greatly favoured Baroque and Rococo architecture of the period. Most notable architect specializing in those styles was Dutch-born Tylman van Gameren (also Tylman Gamerski), who designed several renowned palaces, for both kings and nobles, throughout the Commonwealth. Tylman also left behind a lifelong legacy of buildings that are regarded as gems of Polish Baroque architecture. His most famous works include Krasiński Palace and Łazienki Palace, both in Warsaw, and Branicki Palace in Białystok. Other palatial architects in Poland at the time were Chrystian Piotr Aigner, Szymon Bogumił Zug, Domenico Merlini and Johann Christian Schuch. At present, Poland possesses hundreds of varied-style palaces and residences designed by architects from all over the world. Some best examples are Wilanów Palace, Presidential Palace, Oliwa Abbot's Palace, Copper-Roof Palace, Palace of the Ministry of Revenues and Treasury, Rogalin, Jabłonowski Palace, Zamoyski Palace in Kozłówka, Lanckoroński Palace in Kurozwęki, Nieborów Palace and the Palace in Otwock Wielki. There are also several palaces resembling castles or medieval Gothic residences, most notably Moszna Castle, Książ Castle and the Warsaw Royal Castle. Portugal Due to its relatively small geography, most of Portugal's palaces are former royal residences. Some examples of Portuguese palaces are Mafra National Palace, Pena National Palace, Belém Palace, Ajuda National Palace, Palácio das Necessidades, Mateus Palace, Palace Hotel of Bussaco, Palácio da Regaleira, and Palácio da Brejoeira. Romania Palaces in Romania, as elsewhere in Europe, were originally built for royalty, nobles and bishops. Three former royal palaces in Romania are the Cotroceni Palace (now the Presidential residence); the Royal Palace in Bucharest, which now houses the National Museum of Art of Romania; and the Elisabeta Palace. Although Romania is no longer a constitutional monarchy, the current holder of the Romanian crown, HM Princess Margareta of Romania continues to reside at Elisabeta Palace in Bucharest. Other palaces include the Crețulescu Palace in Bucharest, built for the Crețulescu family, Peles palace, built by King Carol I of Romania as a royal residence. The Palace of the Parliament (Casa Poporului) from Bucharest and the Palace of Culture in Iași (Palatul Culturii) are large government buildings, both purpose-built solely for government and public use. Russia The first palaces in Russia were built about a thousand years ago for the Grand Dukes of Kiev. These are not preserved, having been destroyed. Classical palaces were built during the reign of Tsar Peter the Great and his immediate successors. Examples of Russian palaces include: the Winter Palace (1732–1917) in Saint Petersburg, was the official residence of the Russian monarchs the Mariinsky Palace (1710–1727) in Saint Petersburg the Grand Kremlin Palace (1837-1849) of the Moscow Kremlin in Moscow the Peterhof Palace (1709–1755) in Petergof the Catherine Palace (1857-1862) in Tsarskoye Selo the Gatchina Palace (1766–1781) in Gatchina Scandinavia The three Scandinavian countries of Denmark, Norway and Sweden all have long monarchic histories, and possess several palaces. In Denmark Christiansborg Palace in Copenhagen was built as a royal palace, but is now only used for royal receptions; Amalienborg Palace has been the Danish royal residence since 1794. In Norway the Royal Palace in Oslo has been used as the royal residence since 1849. In Sweden the large Stockholm Palace was built in 1760, and remains the official royal residence, but at the current time is only used for official purposes while the Swedish royal family resides in the more modest Drottningholm Palace. Serbia The two dynasties of post-Ottoman Serbia, Karađorđević and Obrenović built numerous residences throughout their domain. The most prominent and official palaces are the Stari Dvor and the Novi Dvor (Old and New Court, respectively) in the center of Belgrade and the Royal Compound which includes the Beli Dvor and Kraljevski Dvor (Royal Palace) in the Belgrade suburb, Dedinje. Spain With over a thousand years of monarchic history, Spain has many palaces of its own that were built for different monarchs or nobles. Among these palaces are the Royal Palace of Madrid, also referred to as the Palacio Real. The palace is the largest palace in Europe with over 2,800 rooms but at the current time is of use for only governmental business while the royal family resides in the smaller Palacio de la Zarzuela. In addition to the Royal Palace of Madrid, Alcázar of Seville (which mixes, with the delicate Moorish filigree, European Christian architectural styles), the Alhambra, the Monastery of San Lorenzo de El Escorial and the Royal Palace of Aranjuez, fine baroque palace is surrounded by gardens. Currently, the royal family and prime minister live in the more modest Palace of Zarzuela and Palace of Moncloa respectively. United Kingdom In the United Kingdom, by tacit agreement, there have been no "palaces" other than those used as official residences by royalty or bishops, regardless of whether located in town or country. However, not all palaces use the term in their name – see Holyrood Palace. Thus the Palace of Beaulieu gained its name precisely when Thomas Boleyn sold it to Henry VIII in 1517. Previously, it had been known as Walkfares, but like several other palaces, the name stuck even once the royal connection ended. Blenheim Palace was built, on a different site, in the grounds of the disused royal Palace of Woodstock, and the name was also part of the extraordinary honour when the house was given by a grateful nation to a great general, the Duke of Marlborough. Along with several royal and episcopal palaces in the countryside, Blenheim does demonstrate that "palace" has no specific urban connotation in English. On the use of the term "palace" in the UK, it is notable that Buckingham Palace was known as Buckingham House before it was acquired by the monarchy. Blenheim Palace (in England) and Hamilton Palace (in Scotland, demolished in 1927) are the only non-royal and non-episcopal residences to have the word "palace" in their name, other than Dalkeith Palace in Scotland, which used to be the seat of the Dukes of Buccleuch (who descend from Charles II of England). Turkey After the conquest of Istanbul by Mehmed the Conqueror at 1453, construction of the Topkapı Palace was started in the year 1460 and completed in 1478. The palace was built upon a 700,000 square meter area on an Eastern Roman Acropolis located on the Istanbul Peninsula between the Sea of Marmara, Bosphorus and the Golden Horn. Topkapı Palace was the administrative, educational, and art center of the Empire for nearly four hundred years from Mehmed the Conqueror until Sultan Abdulmecid who was the thirty-first Sultan. Although Topkapi Palace was abandoned by the Ottoman Dynasty by moving to the Dolmabahçe Palace in the middle of the 19th century, Topkapı Palace retained its importance. After the establishment of the Republic of Turkey, Topkapı Palace was transformed into a museum on 3 April 1924. It was also the first museum of the Republic of Turkey. Topkapı Palace Museum covers approximately 400,000 square meters at the present day. Topkapı Palace is separated from the city on the land-side by the Imperial Walls, which were constructed by Mehmed the Conqueror. It is separated from the city on the sea-side by the Byzantine Walls. Topkapı Palace is one of the largest palace-museums with its architectural structures, collections, and approximately 300,000 archive papers. Other In Continental Europe royal and episcopal palaces were not merely residences; the clerks who administered the realm or the diocese laboured there as well. (To this day many bishops' palaces house both their family apartments and their official offices.) However, unlike the "Palais du Justice" which is often encountered in the French-speaking world, modern British public administration buildings are never called "palaces"; although the formal name for the "Houses of Parliament" is the Palace of Westminster, this reflects Westminster's former role as a royal residence and centre of administration. In more recent years, the word has been used in a more informal sense for other large, impressive buildings, such as The Crystal Palace of 1851 (an immensely large, glazed hall erected for The Great Exhibition) and modern arenas-convention centers like Alexandra Palace. The largest in the world is the Palace of the Parliament in Bucharest, Romania. Built during the socialist regime, no effort or expense was spared to raise this colossal neo-classic building. The Palace of the Olowo, ruler of the Yoruba Owo clan of Nigeria, is acknowledged to be the largest palace in all of Africa. It consists of more than 100 courtyards, each with a unique traditional usage. See also Archbishop's Palace Castle Great house Imperial castle (Reichsburg) Kaiserpfalz (or Königspfalz) List of palaces Manor house Official residence Palas Palatine Hill Real estate World's largest | is home to many palaces and vast empires. Its history is full of numerous dynasties that have ruled over various parts of the country. While most monuments of the ancient period have been destroyed or lie in ruins, some medieval buildings have been maintained or restored to good condition. Several medieval forts and palaces still stand all over India. These are examples of the achievements of the architects and engineers of that age. The palaces of India offer an insight into the life of the royalty of the country. While some royal palaces have been maintained as museums or hotels over the last decades, some are still homes for the members of the erstwhile royal families. These forts and palaces are the largest illustrations and legacy of the princely states of India. They feature floats of flowers in grand fountains, shimmering blue water of magnificent baths and private pools, doric pillars, ornamental brackets, decorative staircases, and light streaming in through large windows. India possesses some of the most fascinating forts and palaces, a true royal retreat. It is not just a romantic longing for a royal experience, but also the search for the truly authentic Indian experience that brings thousands of heritage lovers to India's palaces. Rajasthan has many forts and palaces that are major tourist destinations in North India. (See List of palaces in Rajasthan.) The Rajputs (collective term for the rulers of the region) were known as brave soldiers who preferred to die than be taken prisoners. They were also great connoisseurs of art and brilliant builders. The most famous forts and palaces in Rajasthan are located in Chittor, Jodhpur, Jaipur, Udaipur, Saphieree, Amber and Nahargarh. Taj Hotels Resorts and Palaces manages some of the most iconic palaces of the region, Lake Palace, Udaipur; Umaid Bhawan Palace, Jodhpur; Fort Madhogarh, Jaipur and Rambagh Palace, Jaipur; and offer authentic royal retreats to the guests in all its grandeur, splendour and magnificence. Kolkata is known as the City of Palaces within the Indian context, referring to the numerous grand residential buildings that dotted the city from the end of the 18th century onwards, as it grew to become one of the largest cities of the British Raj. Karnataka is famous for the Amba Vilas Palace (commonly known as Mysore Palace) in Mysuru / Mysore, which was the palace of the Wodeyar kings. It was said to have been built of wood until it had to be rebuilt after a fire that burned down the entire palace complex. Indonesia In Indonesia, palaces are known as istana (Malay and Indonesian), or kraton (Javanese and Sundanese). In Bali the royal palace compound is called puri. The palaces reflect the long history and diverse culture of the Indonesian archipelago. Although Indonesia is now a republic, some of its parts and provinces still retain and preserve their traditional royal heritage, for example the Sultanate of Yogyakarta, Surakarta, Mangkunegaran princedom, Kasepuhan palace in Cirebon, and Kutai in East Kalimantan. Remnants of palaces and royal houses still can be found in Banten, Medan, Ternate, Bima, Bali and Sumenep. The layout of traditional Balinese and Javanese kratons is similar to the Chinese concept of walled compounds of royal pavilions, squares and gardens. Most of these kratons took the form of wooden pavilions called pendopo, while the istana of Sumatra usually consist of a single large structure. Typical Minangkabau vernacular architecture can be found in Pagaruyung Palace, West Sumatra. An example of Malay palace is Istana Maimun in Medan. During VOC and the colonial era of the Dutch East Indies, the colonial government built several European stately palaces as the residence of the Governor General. Most of these European palaces have now become the state palace of the Republic of Indonesia. Indonesian state palaces are the neoclassic Merdeka Palace and Bogor Palace. Iran Niavarān Palace Complex is a historical complex situated in the northern part of Tehran, Iran. It consists of several buildings and a museum. The Sahebqraniyeh Palace, from the time of Naser al-Din Shah of the Qajar dynasty, is also inside this complex. The main Niavaran Palace, completed in 1968, was the primary residence of the last shah, Mohammad Reza Pahlavi and the Imperial family until the Iranian Revolution. The main palace was designed by the Iranian architect Mohsen Foroughi. Israel The pre-Israelite Canaanite site of Tel Kabri, destroyed ca 1600 BCE, was built around a palace core. Though palace culture of ancient Israel and Judea can be inferred through the Hebrew Bible, no palace of Solomon or David has been securely identified. In Israel there are many ancient palaces like the Masada. In Roman Judaea palaces of the Herodian line of client-kings have been identified at several sites, including the main palace at Jerusalem and a winter palace at Herodium, in the Judean desert. Herod's palace at Caesarea Maritima preserved its palatial function as the official residence of the Roman procurators and governors of Judaea. There are other palaces in the Old City of Jerusalem, such as the Lady Tonsok Palace. In Israel there are a number of magnificent buildings that are not considered "palaces", but they have the grandeur of a typical palace, and serve as residences, such as the House of Yehudayoff Hefetz, and the Sergei courtyard in Jerusalem. Japan Of the palaces in Japan, many of them are located in Tokyo, such as the Tokyo Imperial Palace, which houses Japan’s royal family. The Imperial palace was built on the site of Edo Castle. Korea Korea has used many palaces since the ancient times, although many were destroyed. Today, only Joseon Dyansty palaces are still intact, even then, very downsized due to years of colonialism, war, and neglect. Lebanon Palaces have existed in Lebanon since the time of the Phoenicians. Almost all of the palaces of Ancient Phoenicia have been destroyed. During the Renaissance palaces were built in Lebanon, especially in the Chouf region of Mount Lebanon. Lebanese palaces are very diverse architecturally, being influenced by Arabs, Italians, French, Persians, Turkish and East Asians. This is seen in the Beiteddine Palace, which is a mixture of traditional Lebanese, Italian, Arabic and Persian architecture. Today in Lebanon there are at least ten buildings that can be classified as palaces, including the Beiteddine Palace, Grand Serail (one of the largest in the world), Baabda Palace, Sursock Museum, and Fakhreddine Palace. Malaysia Malaysia, a constituent of nine states, is ruled by hereditary sultans. Every five years, one sultan is elected as Yang di-Pertuan Agong (Supreme King), the head of state of Malaysia. The Yang di-Pertuan Agong has a palace, referred to as an istana. Each of the other sultans has their own istana, located in their state. Throughout the country they are sometimes called Istana Hinggap. The Yang di-Pertuan Agong's official residences are the Istana Negara, Jalan Duta, the Royal Museum, and Istana Melawati, a palace and retreat, located in Putrajaya. Some of the other official palaces are the Istana Besar, Istana Anak Bukit, Istana Pekan, Istana Maziah, Istana Alam Shah, Istana Balai Besar, Istana Besar Seri Menanti, Istana Iskandariah and Istana Arau. Several appointed governors, or Yang di-Pertua Negeri, are also assigned to have their official seat and residence such as The Astana, Istana Negeri Sabah and Seri Mutiara. Nepal Singha Durbar (literally, Lion Palace) in Kathmandu is the official seat of government of Nepal. Narayanhiti Palace Museum was a residence and principal workplace of the reigning Monarch of the Kingdom of Nepal. It was built by king Mahendra in 1961 under the design of Californian architect Benjamin Polk. After the 2006 revolution, this royal palace is turned into a public museum. Older palaces include the Durbar Squares, which are enlisted as UNESCO World Heritage Sites. They are located in Kathmandu Valley in districts of Kathmandu, Bhaktapur and Lalitpur. In Kathmandu is Kathmandu Durbar Square, Bhaktapur Durbar Square in Bhaktapur, Patan Durbar Square in Lalitpur. Kathmandu Durbar Square (Basantapur Darbar Kshetra) in front of the old royal palace of the former Kathmandu Kingdom is one of three Durbar (royal palace) Squares in the Kathmandu Valley in Nepal, all of which are UNESCO World Heritage Sites. Several buildings in the Square collapsed due to a major earthquake on 25 April 2015. Durbar Square was surrounded with spectacular architecture and vividly showcases the skills of the Newar artists and craftsmen over several centuries. The Royal Palace was originally at Dattaraya square and was later moved to Durbar square. The Kathmandu Durbar Square held the palaces of the Malla and Shah kings who ruled over the city. Along with these palaces, the square surrounds quadrangles, revealing courtyards and temples. It is known as Hanuman Dhoka Durbar Square, a name derived from a statue of Hanuman, the monkey devotee of Lord Ram, at the entrance of the palace. Bhaktapur Durbar Square is the plaza in front of the royal palace of the old Bhaktapur Kingdom. It is also a UNESCO World Heritage Site. The Bhaktapur Durbar Square is located in the current town of Bhaktapur, also known as Bhadgaon, which lies 13 km east of Kathmandu. While the complex consists of at least four distinct squares (Durbar Square, Taumadhi Square, Dattatreya Square and Pottery Square), the whole area is informally known as the Bhakapur Durbar Square and is a highly visited site in the Kathmandu Valley. This palace consists of 55 windows so it is also known as '55 Windowed Palace'. Patan Durbar Square is situated at the centre of the city of Lalitpur in Nepal. It is also one of the three Durbar Squares in the Kathmandu Valley, all of which are UNESCO World Heritage Sites. One of its attraction is the ancient royal palace where the Malla Kings of Lalitpur resided. The Durbar Square is a marvel of Newa architecture. The Square floor is tiled with red bricks. There are many temples and idols in the area. The main temples are aligned opposite of the western face of the palace. The entrance of the temples faces east, towards the palace. There is also a bell situated in the alignment beside the main temples. The Square also holds old Newari residential houses. There are various other temples and structures in and around Patan Durbar Square built by the Newa People. Philippines In pre-Hispanic Philippines, Filipinos built large wooden residences for the ancient nobility and royalty (such as Lakans, Wangs, rajahs and datus) called Torogan or Bahay Lakan ("king's house").The windows of torogan are slits and richly framed in wood panels with okir designs located in front of the house. The communal kitchen is half a meter lower than the main house is both used for cooking and eating. The distinct high gable roof of the torogan, thin at the apex and gracefully flaring out to the eaves, sits on a huge structures enclosed by slabs of timber and lifted more than two meters above the ground by a huge trunk of a tree that was set on a rock. The end floor beams lengthen as panolongs the seemed to lift up the whole house. The torogan is suffused with decorations. There were diongal at the apex of the roof, also an intricately carved tinai a walai, okir designs in the floor, on windows and on panolongs. The people in the Southern part of Philippines, built the same wooden palaces such as langgal of Tausug. In the Sultanate of Sulu, a palace was built for the Sultans which has the name Astana Darul Jambangan (white adobe) which has been destroyed by a typhoon in 1912. A replica of the royal palace was rebuilt as an attraction in Mt. Bayug Eco-Cultural Park in the town of Talipao, Sulu. The Yakan or ranggar in Maranao, specially when Islam was established in Sulu (14th century) and in Mindanao (15th century). During the Spanish Era, the government of the Spanish East Indies built a succession of palaces in and around Manila for high colonial officials and religious authorities. The most famous of these is the 18th-century Malacañang Palace, which originally housed Spanish and American Governors-General and, since the Commonwealth, the President of the Philippines. Former president and strongman Ferdinand Marcos had Coconut Palace constructed in 1978 to showcase the country's varied uses for the coconut. It serves as the home and office of the vice-president. In 2004, President Gloria Macapagal Arroyo converted the former Aduana (customs house) in Cebu City into a small palace, called Malacañang sa Sugbo. Thailand Vietnam Europe Belgium The city of Bruges: The Gruuthusemuseum is a museum of applied arts in Bruges, located in the medieval Gruuthuse, the Palace of Louis de Gruuthuse. The collection ranges from the 15th to the 19th century. Presumably in the 13th century, a rich family from Bruges received the monopoly to levy taxes on gruit, and built a storage for it. The building was changed in the early fifteenth century by Jan IV van der Aa to a luxury house for his family, which subsequently changes its name to "Van Gruuthuse" ("From the Gruit house"). His son Louis de Gruuthuse adds a second wing to the house, and in 1472 a chapel. This connects the house to the adjacent Church of Our Lady, Bruges. The city of Mechelen houses several palaces intra muros: "Hof van Kamerijk" or "Palace of Margaret of York", 15th-century building. Also called "Keizershof" (English; literally "Emperor's Court") because several royal children resided here and received education at this court, including Charles V (Holy Roman Emperor and Archduke of Austria, King of Spain and Duke of Burgundy) "Hof van Savoye" or "Palace of Margaret of Austria", early 16th-century building and one of the first Renaissance buildings in northern Europe. The "Hof van Busleyden", early 16th-century Renaissance palace of Hieronymus van Busleyden; The "Archbishop 's palace", 18th-century building and the official seat of the Archbishop of the Roman Catholic province Belgium; The "Hof van Palermo", 15th-century palace of Jan I Carondelet ; The "Hof van Hoogstraten", 16th-century palace of Antoon I van Lalaing; The "Hof van Nassau", 15th-century building which served as temporary court of Margaret of York when she arrived in Mechelen after her marriage with Charles the Bold; The "Hof van Cortenbach", 16th-century building; The "Hof van Coloma", 18th-century palace of Jean Ernest Coloma, Baron of St-Pieters Leeuw and member of the Coloma family The city of Brussels has also several remaining and notable palaces intra muros: "The Royal Palace of Brussels", the official palace of the King and Queen of the Belgians, The Egmont palace, The Palace of Prince Charles Alexander Emanuel of Lorraine and Hotel Errera. France In France there has been a clear distinction between a château and a palais. The palace has always been urban, like the Palais de la Cité in Paris, which was the royal palace of France and is now the supreme court of justice of France, or the palace of the Popes at Avignon. The château, by contrast, has always been in rural settings, supported by its demesne, even when it was no longer actually fortified. Speakers of English think of the "Palace of Versailles" because it was the residence of the king of France, and the king was the source of power, though the building has always remained the Château de Versailles for the French, and the seat of government under the Ancien Régime remained the Palais du Louvre. The Louvre had begun as a fortified Château du Louvre on the edge of Paris, but as the seat of government and shorn of its fortified architecture and then completely surrounded by the city, it developed into the Palais du Louvre. The hôtel particulier remains the term for an urban residence sited entre cour et jardin, behind a forecourt and opening onto a garden; when fronting directly on streets, they are maisons, "houses". Bishops always had a palais in the town of their diocese, an hôtel in other towns, though they might possess chateaux. The usage is essentially the same in Italy, Spain and Portugal, as well as the former Austrian Empire. In Vienna, Austria, all large mansions belonging to aristocratic or very wealthy families were traditionally called palais, but this never applied to imperial palaces themselves which were called Burg within the city and Schloss when outside it. In Germany, the wider term was a relatively recent importation and was used rather more restrictively. Germany The German term for "palace" is Palast, which is used especially for large palatial complexes and gardens. Large country houses are typically called schloss (chateaux or castle in English). Germany offers a variety of more than 25,000 castles and palaces and thousands of manor houses. The country is known for its fairy tale-like scenery palatial buildings, such as Sanssouci, Linderhof Palace, Herrenchiemsee, Schwetzingen, Nordkirchen and Schwerin Palace. Many of these buildings have a history of over 1000 years, ranging from fortifications to royal residences. Many German castles after the middle ages were mainly built as royal or ducal palaces rather than as a fortified building. Greece The best examples of the Bronze Age Greece palace are seen in the excavations at Mycenae, Tiryns and Pylos. That these were administrative centers is shown by the records found there. From an architectural point of view, they were the heirs of the Minoan palaces and also of other palaces built earlier on the Greek mainland. They were ranged around a group of courtyards each opening upon several rooms of different dimensions, such as storerooms and workshops, as well as reception halls and living quarters. The heart of the palace was the megaron. This was the throne room, laid out around a circular hearth surrounded by four columns, the throne generally being found on the right-hand side upon entering the room. The staircases found in the palace of Pylos indicate palaces had two stories. Located on the top floor were probably the private quarters of the royal family and some storerooms. These palaces have yielded a wealth of artifacts and fragmentary frescoes. Hungary In Hungary distinction is made between urban and rural residencies. Only the urban residencies of the higher aristocracy were called palota (palace), rural stately homes were named kastély (mansion), or in case of smaller country houses kúria. Noble landowner families, like the House of Esterházy, often had several mansions in the countryside and palaces in towns. The office of the President of the Republic of Hungary, Sándor Palace was the residence of the Sándor family in the 19th century. Royal residencies were also called palaces, for example, the Early Renaissance summer palace of King Matthias Corvinus in Visegrád or Buda Castle which was called Királyi-palota (Royal Palace). In the second half of the 19th century splendid new townhouses of the bourgeoisie on Andrássy út and elsewhere in Budapest were named palaces. A typical example is the Art Nouveau Gresham Palace which was built by an insurance company. Grand public buildings and even blocks of flats of higher standard were regularly called palaces (the contemporary term of the latter were bérpalota meaning rent palace). For contemporary buildings the term is seldom used with the notable exemption of the Palace of Arts. Ireland In Ireland, the term "palace" () is rarely used. The main royal residence in Ireland, Dublin Castle, was never called a palace, nor is Hillsborough Castle, the main royal residence of Northern Ireland. The word "palace" is largely restricted to large official dwellings for Church of Ireland bishops: Bishop's Palace at Achadh Úr (modern Freshford), home of the medieval Bishop of Freshford Braganza, Carlow, home of the Bishops of Kildare and Leighlin Archbishop’s Palace, Cashel, County Tipperary, home of the Archbishop of Cashel and Emly; built in 1732, now the Cashel Palace Hotel. Bishop's Palace, Cork, home of the Bishop of Cork, Cloyne and Ross The Palace, Cobh, former home of the Bishop of Cloyne Palace of the Archbishop of Dublin at Saint Sepulchre’s, former home of the Archbishop of Dublin Bishop’s Palace at Elphin, former home of the Bishop of Elphin Bishop's Palace, Ennis, also called Westbourne, home of the Bishop of Killaloe. Bishop's Palace of Kilkenny, a summer house for the Bishops of Ossory, built by Richard Pococke Bishop's Palace, Killarney, former home of the Bishop of Ardfert and Aghadoe Bishop's Palace, Kilmore, County Cavan, also called the "See House", home of the Bishop of Kilmore. Bishop's Palace, Limerick, former home of the Bishop of Limerick Church of Ireland Bishop's Palace, Raphoe Archbishop’s Palace, Tuam, built in 1678 and burnt in 1691; Grove House now stands on the site. Saint Jarlath's, built c.1870, later served as archbishop's palace. Bishop's Palace Waterford, formerly home of the Bishop of Waterford and Lismore Archbishop's Palace, Armagh, formerly home of Archbishop of Armagh There are also some Catholic bishops' palaces: Bishop's Palace, Ballina, County Mayo, home of the Catholic Bishop of Killala. Bishop’s Palace, Cork, on Redemption Road, home of the Roman Catholic Bishop of Cork and Ross. Archbishop's Palace, Drumcondra, home of the Roman Catholic Archbishop of Dublin. It is today referred to as simply the Archbishop's House. Bishop's Palace, Longford, home of the Bishop of Ardagh and Clonmacnoise. Roman Catholic Bishop's Palace, Mullingar, dwelling of the Roman Catholic Bishop of Meath Roman Catholic Bishop’s Palace, Raphoe Archbishop's Palace, Thurles, dwelling of the Catholic Archbishop of Cashel and Emly. Italy In Italy, any urban building built as a grand residence is a palazzo; these are often no larger than a Victorian townhouse. It was not necessary to be a nobleman for one's house to be considered a palazzo; the hundreds of palazzi in Venice nearly all belonged to the patrician class of the city. In the Middle Ages these also functioned as warehouses and places of business, as well as homes. Each family's palazzo was a hive that contained all the family members, though it might not always show a grand architectural public front. In the 20th century, palazzo in Italian came to apply by extension to any large fine apartment building, as many old palazzi were converted to this use. Bishop's townhouses were always palazzi, and the seat of a localized regime would also be so called. Many former capitals display a Ducal Palace, the seat of the local duke or lord. In Florence (just as for other strong communal governments), the seat of government was known as Palazzo della Signoria. When the Medici were made Grand Dukes of Tuscany, however, the centre of power shifted to their new residence in Palazzo Pitti, and the old centre of power began to be referred to as the Palazzo Vecchio. Shops on the ground floor and flats at the top of a modern palazzo are not at all incongruous: historically, the ground floors of even a great family's palazzo could be trade and domestic offices often open to servants, tradesmen, customers and the public, while the smartest and most prestigious floor (known as the piano nobile) was kept for the family along with the upper floors and apartments, all of which were considered cleaner and safer than those on the ground floor. There were (and are) often separate, sometimes external, stairs to the humblest attic rooms and roofs used by the staff. The most important royal palazzi in Italy are those in Caserta, Naples, Palermo, Turin, as well as the Quirinale Palace in Rome. Malta Until the sixteenth century, Malta was part of the Kingdom of Sicily, and the capital Mdina housed many palaces for the nobility, such as Palazzo Falson and Palazzo Santa Sofia. After the arrival of the |
1912 – 30 September 1990) was an Australian writer who published 12 novels, three short-story collections, and eight plays, from 1935 to 1987. White's fiction employs humour, florid prose, shifting narrative vantage points and stream of consciousness techniques. In 1973 he was awarded the Nobel Prize in Literature, "for an epic and psychological narrative art which has introduced a new continent into literature", as it says in the Swedish Academy's citation, the only Australian to have been awarded the prize. White was also the inaugural recipient of the Miles Franklin Award. Childhood and adolescence White was born in Knightsbridge, London, to Victor Martindale White and Ruth (née Withycombe), both Australians, in their apartment overlooking Hyde Park, London on 28 May 1912. His family returned to Sydney, Australia, when he was six months old. As a child he lived in a flat with his sister, a nanny, and a maid while his parents lived in an adjoining flat. In 1916 they moved to a house in Elizabeth Bay that many years later became a nursing home, Lulworth House, the residents of which included Gough Whitlam, Neville Wran, and White's partner Manoly Lascaris. At the age of four, White developed asthma, a condition that had taken the life of his maternal grandfather. White's health was fragile throughout his childhood, which precluded his participation in many childhood activities. He loved the theatre, which he first visited at an early age (his mother took him to see The Merchant of Venice at the age of six). This love was expressed at home when he performed private rites in the garden and danced for his mother's friends. At the age of five, he attended kindergarten at Sandtoft in Woollahra, in Sydney's Eastern Suburbs. At the age of ten, White was sent to Tudor House School, a boarding school in Moss Vale in the Southern Highlands of New South Wales, in an attempt to abate his asthma. It took him some time to adjust to the presence of other children. At boarding school, he started to write plays. Even at this early age, White wrote about palpably adult themes. In 1924, the boarding school ran into financial trouble, and the headmaster suggested for White to be sent to a public school in England, a suggestion that his parents accepted. White struggled to adjust to his new surroundings at Cheltenham College, England. He later described it as "a four-year prison sentence". White withdrew socially and had a limited circle of acquaintances. Occasionally, he would holiday with his parents at European locations, but their relationship remained distant. However he did spend time with his cousin Jack Withycombe during this period, and Jack's daughter Elizabeth Withycombe became a mentor to him while he was writing his first book of poems, Thirteen Poems between the years 1927–29. While at school in London, White made one close friend, Ronald Waterall, an older boy who shared similar interests. White's biographer, David Marr, wrote that "the two men would walk, arm-in-arm, to London shows; and stand around stage doors crumbing for a glimpse of their favourite stars, giving a practical demonstration of a chorus girl's high kick... with appropriate vocal accompaniment". When Waterall left school, White withdrew again. He asked his parents if he could leave school to become an actor. The parents compromised and allowed him to finish school early if he came home to Australia to try life on the land. His parents felt that he should work on the land rather than become a writer and hoped that his work as a jackaroo would temper his artistic ambitions. White spent two years working as a stockman at Bolaro, a station near Adaminaby, on the edge of the Snowy Mountains, in southeastern Australia. Although he grew to respect the land and his health improved, it was clear that he was not cut out for this life. Travelling the world From 1932 to 1935, White lived in England, studying French and German literature at King's College, Cambridge University. During his time at Cambridge he developed a romantic attraction to a young man who had come to King's College to become an Anglican priest. White dared not speak of his feelings for fear of losing the friendship and, like many other gay men of that period, he feared that his sexuality would doom him to a lonely life. Then, one night, the student priest, after an awkward liaison with two women, admitted to White that women meant nothing to him sexually. That became White's first love affair. During White's time at Cambridge he published a collection of poetry entitled The Ploughman and Other Poems, and wrote a play named Bread and Butter Women, which was later performed by an amateur group (which included his sister Suzanne) at the tiny Bryant's Playhouse in Sydney. After being admitted to the degree of Bachelor of Arts in 1935, White briefly settled in London, where he lived in an area that was frequented by artists. There, the young author thrived creatively for a time, writing several unpublished works and reworking Happy Valley, a novel that he had written while jackarooing. In 1937, White's father died, leaving him ten thousand pounds in inheritance. The fortune enabled him to write full-time in relative comfort. Two more plays followed before he succeeded in finding a publisher for Happy Valley. The novel was received well in London but poorly in Australia. He began writing another novel, Nightside, but abandoned it before its completion after receiving negative comments, a decision that he later admitted regretting. In 1936, White met the painter Roy De Maistre, 18 years his senior, who became an important influence in his life and work. The two men never became lovers but remained firm friends. In White's own words, "He became what I most needed, an intellectual and aesthetic mentor". They had many similarities: they were both gay and they both felt like outsiders in their own families; as a result they both had ambivalent feelings about their families and backgrounds, yet both maintained close and lifelong links with their families, particularly their mothers. They also both appreciated the benefits of social standing and connections and Christian symbolism and biblical themes are common in both artists' work. White dedicated his first novel Happy Valley to De Maistre and acknowledged De Maistre's influence on his writing. In 1947, De Maistre's painting Figure in a Garden (The Aunt) was used as the cover for the first edition of White's The Aunt's Story. White bought many of De Maistre's paintings. In 1974 White gave all his paintings by De Maistre to the Art Gallery of New South Wales. Towards the end of the 1930s, White spent time in the United States, including Cape Cod, Massachusetts, and New York City, which were artistic hotbeds at the time, where he wrote The Living and the Dead. By the time World War II broke out, he had returned to London and joined the British Royal Air Force. He was accepted as an intelligence officer, and was posted to the Middle East. He served in Egypt, Palestine, and Greece before the war was over. While in the Middle East, he had an affair with a Greek army officer, Manoly Lascaris, who was to become his life partner. White and Lascaris lived together in Cairo for six years before moving to a small farm purchased by White at Castle Hill, near Sydney, in 1948. After the death of White's mother in 1963, they moved into a large house, Highbury, in Centennial Park, where they lived for the rest of their lives. Growth of writing career After the war, White once again returned to Australia, buying an old house in Castle Hill, now a Sydney suburb but then semi-rural. He named the house "The Dogwoods," after trees he planted there. In this house, he settled down with Lascaris, the Greek he had met during the war. They lived there for 18 years, selling flowers, vegetables, milk, and cream as well as pedigree puppies. During these years he started to make a reputation for himself as a writer, publishing The Aunt's Story and The Tree of Man in the United States in 1955 and shortly after in the United Kingdom. The Tree of Man was released to rave reviews in the United States, but in what had become a typical pattern, it was panned in Australia. White had doubts about whether to continue writing after his books were largely dismissed in Australia (three of them having been called 'un-Australian' by critics), but, in the end, he decided to persevere. His first breakthrough in Australia came when his next novel, Voss, won the inaugural Miles Franklin Literary Award. In 1961, White published Riders in the Chariot. It was to become both a bestseller and a prizewinner, gaining him a second Miles Franklin Award. In 1963, White and Lascaris decided to sell the house at Castle Hill. A number of White's works from the 1960s depict the fictional town of Sarsaparilla, including his collection of short stories, The Burnt Ones, and the play, The Season at Sarsaparilla. By now, he had clearly established his reputation as one of the world's great authors, but remained an essentially private person, resisting opportunities for interviews and public appearances although his circle of friends had widened significantly. In 1968, White wrote The Vivisector, a searing character portrait of an artist. Many people drew links to the Sydney painter John Passmore (1904–84) and White's friend, the painter Sidney Nolan, but White denied the connections. Patrick White was an art collector who had, as a young man, been deeply impressed by his friends Roy De Maistre and Francis Bacon, and later said he wished he had been an artist. By the mid-1960s, he had also become interested in encouraging dozens of young and less established artists, such as James Clifford, Erica McGilchrist, and Lawrence Daws. White was later friends with Brett Whiteley, the young star of Australian painting, in the 1970s. That friendship ended when White felt that Whiteley, a heroin addict, was deceitful and pushy about selling his paintings. A portrait of White by Louis Kahan won the 1962 Archibald Prize. White decided not to accept any more prizes for his work, and he declined both the $10,000 Britannia Award and another Miles Franklin Award. White was approached by Harry M. Miller to work on a screenplay for Voss but nothing came of it. He became an active opponent of literary censorship and joined a number of other public figures in signing a statement of defiance against Australia's decision to participate in the Vietnam War. His name had sometimes been mentioned as a contender for the Nobel Prize in Literature, but in 1971, after | which has introduced a new continent into literature", as it says in the Swedish Academy's citation, the only Australian to have been awarded the prize. White was also the inaugural recipient of the Miles Franklin Award. Childhood and adolescence White was born in Knightsbridge, London, to Victor Martindale White and Ruth (née Withycombe), both Australians, in their apartment overlooking Hyde Park, London on 28 May 1912. His family returned to Sydney, Australia, when he was six months old. As a child he lived in a flat with his sister, a nanny, and a maid while his parents lived in an adjoining flat. In 1916 they moved to a house in Elizabeth Bay that many years later became a nursing home, Lulworth House, the residents of which included Gough Whitlam, Neville Wran, and White's partner Manoly Lascaris. At the age of four, White developed asthma, a condition that had taken the life of his maternal grandfather. White's health was fragile throughout his childhood, which precluded his participation in many childhood activities. He loved the theatre, which he first visited at an early age (his mother took him to see The Merchant of Venice at the age of six). This love was expressed at home when he performed private rites in the garden and danced for his mother's friends. At the age of five, he attended kindergarten at Sandtoft in Woollahra, in Sydney's Eastern Suburbs. At the age of ten, White was sent to Tudor House School, a boarding school in Moss Vale in the Southern Highlands of New South Wales, in an attempt to abate his asthma. It took him some time to adjust to the presence of other children. At boarding school, he started to write plays. Even at this early age, White wrote about palpably adult themes. In 1924, the boarding school ran into financial trouble, and the headmaster suggested for White to be sent to a public school in England, a suggestion that his parents accepted. White struggled to adjust to his new surroundings at Cheltenham College, England. He later described it as "a four-year prison sentence". White withdrew socially and had a limited circle of acquaintances. Occasionally, he would holiday with his parents at European locations, but their relationship remained distant. However he did spend time with his cousin Jack Withycombe during this period, and Jack's daughter Elizabeth Withycombe became a mentor to him while he was writing his first book of poems, Thirteen Poems between the years 1927–29. While at school in London, White made one close friend, Ronald Waterall, an older boy who shared similar interests. White's biographer, David Marr, wrote that "the two men would walk, arm-in-arm, to London shows; and stand around stage doors crumbing for a glimpse of their favourite stars, giving a practical demonstration of a chorus girl's high kick... with appropriate vocal accompaniment". When Waterall left school, White withdrew again. He asked his parents if he could leave school to become an actor. The parents compromised and allowed him to finish school early if he came home to Australia to try life on the land. His parents felt that he should work on the land rather than become a writer and hoped that his work as a jackaroo would temper his artistic ambitions. White spent two years working as a stockman at Bolaro, a station near Adaminaby, on the edge of the Snowy Mountains, in southeastern Australia. Although he grew to respect the land and his health improved, it was clear that he was not cut out for this life. Travelling the world From 1932 to 1935, White lived in England, studying French and German literature at King's College, Cambridge University. During his time at Cambridge he developed a romantic attraction to a young man who had come to King's College to become an Anglican priest. White dared not speak of his feelings for fear of losing the friendship and, like many other gay men of that period, he feared that his sexuality would doom him to a lonely life. Then, one night, the student priest, after an awkward liaison with two women, admitted to White that women meant nothing to him sexually. That became White's first love affair. During White's time at Cambridge he published a collection of poetry entitled The Ploughman and Other Poems, and wrote a play named Bread and Butter Women, which was later performed by an amateur group (which included his sister Suzanne) at the tiny Bryant's Playhouse in Sydney. After being admitted to the degree of Bachelor of Arts in 1935, White briefly settled in London, where he lived in an area that was frequented by artists. There, the young author thrived creatively for a time, writing several unpublished works and reworking Happy Valley, a novel that he had written while jackarooing. In 1937, White's father died, leaving him ten thousand pounds in inheritance. The fortune enabled him to write full-time in relative comfort. Two more plays followed before he succeeded in finding a publisher for Happy Valley. The novel was received well in London but poorly in Australia. He began writing another novel, Nightside, but abandoned it before its completion after receiving negative comments, a decision that he later admitted regretting. In 1936, White met the painter Roy De Maistre, 18 years his senior, who became an important influence in his life and work. The two men never became lovers but remained firm friends. In White's own words, "He became what I most needed, an intellectual and aesthetic mentor". They had many similarities: they were both gay and they both felt like outsiders in their own families; as a result they both had ambivalent feelings about their families and backgrounds, yet both maintained close and lifelong links with their families, particularly their mothers. They also both appreciated the benefits of social standing and connections and Christian symbolism and biblical themes are common in both artists' work. White dedicated his first novel Happy Valley to De Maistre and acknowledged De Maistre's influence on his writing. In 1947, De Maistre's painting Figure in a Garden (The Aunt) was used as the cover for the first edition of White's The Aunt's Story. White bought many of De Maistre's paintings. In 1974 White gave all his paintings by De Maistre to the Art Gallery of New South Wales. Towards the end of the 1930s, White spent time in the United States, including Cape Cod, Massachusetts, and New York City, which were artistic hotbeds at the time, where he wrote The Living and the Dead. By the time World War II broke out, he had returned to London and joined the British Royal Air Force. He was accepted as an intelligence officer, and was posted to the Middle East. He served in Egypt, Palestine, and Greece before the war was over. While in the Middle East, he had an affair with a Greek army officer, Manoly Lascaris, who was to become his life partner. White and Lascaris lived together in Cairo for six years before moving to a small farm purchased by White at Castle Hill, near Sydney, in 1948. After the death of White's mother in 1963, they moved into a large house, Highbury, in Centennial Park, where they lived for the rest of their lives. Growth of writing career After the war, White once again returned to Australia, buying an old house in Castle Hill, now a Sydney suburb but then semi-rural. He named the house "The Dogwoods," after trees he planted there. In this house, he settled down with Lascaris, the Greek he had met during the war. They lived there for 18 years, selling flowers, vegetables, milk, and cream as well as pedigree puppies. During these years he started to make a reputation for himself as a writer, publishing The Aunt's Story and The Tree of Man in the United States in 1955 and shortly after in the United Kingdom. The Tree of Man was released to rave reviews in the United States, but in what had become a typical pattern, it was panned in Australia. White had doubts about whether to continue writing after his books were largely dismissed in Australia (three of them having been called 'un-Australian' by critics), but, in the end, he decided to persevere. His first breakthrough in Australia came when his next novel, Voss, won the inaugural Miles Franklin Literary Award. In 1961, White published Riders in the Chariot. It was to become both a bestseller and a prizewinner, gaining him a second Miles Franklin Award. In 1963, White and Lascaris decided to sell the house at Castle Hill. A number of White's works from the 1960s depict the fictional town of Sarsaparilla, including his collection of short stories, The Burnt Ones, and the play, The Season at Sarsaparilla. By now, he had clearly established his reputation as one of the world's great authors, but remained an essentially private person, resisting opportunities for interviews and public appearances although his circle of friends had widened significantly. In 1968, White wrote The Vivisector, a searing character portrait of an artist. Many people drew links to the Sydney painter John Passmore (1904–84) and White's friend, the painter Sidney Nolan, but White denied the connections. Patrick White was an art collector who had, as a young man, been deeply impressed by his friends Roy De Maistre and Francis Bacon, and later said he wished he had been an artist. By the mid-1960s, he had also become interested in encouraging dozens of young and less established artists, such as James Clifford, Erica McGilchrist, and Lawrence Daws. White was later friends with Brett Whiteley, the young star of Australian painting, in the 1970s. That friendship ended when White felt that Whiteley, a heroin addict, was deceitful and pushy about selling his paintings. A portrait of White by Louis Kahan won the 1962 Archibald |
the Eastern Orthodox Church. Early life and career Martin was born near Todi, Umbria, in the place now named after him (Pian di San Martino). According to his biographer Theodore, Martin was of noble birth, of commanding intelligence, and of great charity to the poor. Piazza states that he belonged to the order of St. Basil. In 641, Pope John IV sent the abbot Martin into Dalmatia and Istria with large sums of money to alleviate the distress of the inhabitants, and redeem captives seized during the invasion of the Slavs. As the ruined churches could not be rebuilt, the relics of some of the more important Dalmatian saints were brought to Rome, where John then erected an oratory in their honour. Martin acted as apocrisiarius or legate at Constantinople in the early years of the pontificate of Theodore I (642–49), and was a deacon at the time of his election in 649. Papacy (649–653) When Martin I was elected pope, Constantinople was the capital of the Eastern Roman Empire and the patriarch of Constantinople was the most influential Church leader in the eastern Christian world. Martin had himself consecrated without waiting for the imperial ratification of the election. One of his first official acts was to summon the Lateran Council of 649 to deal with the Monothelites, whom the Church considered heretical. The Council met in the basilica of St. John Lateran. It was attended by 105 bishops (chiefly from Italy, Sicily, and Sardinia, with some from Africa and other quarters), held five sessions or secretarii from 5 October to 31 October 649, and in twenty canons condemned Monothelitism, its authors, and the writings by which Monothelitism had been promulgated. In this condemnation were included not only the Ecthesis (the exposition of faith | contact and collaboration with the Muslims of the Rashidun Caliphate—allegations which he was unable to convince the infuriated imperial authorities to drop. The arrest orders were impossible to carry out for some time. On 17 June 653, Martin was arrested in the Lateran along with Maximus the Confessor. He was hurried out of Rome and conveyed first to Naxos, Greece, and subsequently to Constantinople, where he arrived on 17 September 653. He was saved from execution by the pleas of Patriarch Paul II of Constantinople, who was himself gravely ill. Martin hoped that a new pope would not be elected while he lived but the imperial Byzantine government forced the Romans to find a successor. Eugene I was elected on 10 August 654, and Martin apparently acquiesced. After suffering an exhausting imprisonment and reportedly many public indignities, Martin was banished to Cherson, where he arrived on 15 May 655. He died there on 16 September. Legacy A selection of documents recording the trial and exile of Pope Martin I was translated into Latin in Rome in the ninth century by Anastasius Bibliothecarius. Since the 1969 revision of the General Roman Calendar, the memorial of Saint Martin I, which earlier versions of the calendar place on 12 November, is on 13 April, celebrated as the formal anniversary of his death. In the Byzantine-rite Churches, his feast day is 14 April (27 April New Style). Pope Pius VII made an honourable reference to Martin in his 1800 encyclical Diu satis: The breviary of the Byzantine Churches states: "Glorious definer of the Orthodox Faith... sacred chief of divine dogmas, unstained by error... true reprover of heresy... foundation of bishops, pillar of the Orthodox faith, teacher of religion.... Thou didst adorn the divine see of Peter, and since from this divine Rock, thou didst immovably defend the Church, so now thou art glorified with him.” References Bibliography West, Charles (2019), '“And how, if you are a Christian, can you hate the emperor?” Reading |
March he was consecrated bishop, and then crowned by Cardinal Giovanni Gaetano Orsini. Three Conclaves of 1276 Simon de Brion's appointment as Legate in France, made by Pope Gregory on 1 August 1274 continued throughout 1276. He was unable to be present for the Conclave of 1 January 1276, which elected Peter of Tarantaise as Pope Innocent V. Nor was he present for the Conclave of 2–11 July, which elected Ottobono Fieschi as Pope Adrian V. Nor was he present at the September Conclave, which, on 8 September, elected Peter Julian as Pope John XXI. In each case the election was completed before he could have been notified, and before he could have travelled from France to central Italy. This was one of the defects of Gregory X's regulations on the holding of a Conclave. Election of Nicholas III Pope John XXI was in contact with Cardinal Simon. He had written to him on 3 March 1277, ordering him to speak with the king of France about matters connected with Alfonso of Castile. But the Pope died rather suddenly, after a reign of only eight months. He was still living in the Episcopal Palace in Viterbo, where Adrian V (Fieschi) had died and where he had been elected. The palace was still under construction, when suddenly the roof of one of the chambers collapsed. The Pope was in the room at the time, and he was severely injured. He died three (or six) days later, on 20 May 1277. Cardinal Simon de Brion was still in France when the Conclave began, but he was unable to predict that the Conclave would last until 25 November, and therefore he was not present. There were only seven cardinals in Viterbo, since neither Innocent V, nor Adrian V, nor John XXI had named any new cardinals. They argued on and on, trying to choose a pope. There were three cardinals who favored the Angevin Charles I and his designs. There were three who opposed him. Cardinal Bertrand de Saint Martin, Bishop of Sabina, the only surviving Cardinal Bishop, held a middle course, or perhaps one should say he saw too clearly to be willing to commit to either party. Finally, they chose Cardinal Giovanni Gaetani (Orsini), a native Roman, the Deacon of S. Nicola in Carcere and senior Deacon, and Archpriest of the Vatican Basilica. Nicholas III immediately set out for Rome, where he was ordained a priest on 18 December 1277, and consecrated Bishop of Rome on 19 December. He was crowned on the Feast of S. Stephen, 26 December 1277 at the Vatican Basilica. One person, at least, was deeply unhappy about the outcome of this Conclave, King Charles I of Sicily. The new Orsini pope was an enemy of the Angevins, and Charles knew he would have nothing but trouble from Nicholas III. A week after the election of Nicholas III, the new pope wrote to Simon, who was still Legate in France, urging him to effect a reconciliation between the King of France, Philip III, and the King of Leon and Castile, Alfonso the Wise. Since the King of Aragon, Peter III (who was married to Constance of Sicily) was involved in the struggle over Sicily with Charles I, this peace initiative threatened King Charles directly. On 22 April 1279, Pope Nicholas wrote to Cardinal Simon about King Philip. The Pope had issued a prohibition on tournaments, and King Philip and his barons were flagrantly violating the prohibition. Cardinal Simon was ordered to excommunicate the King of France. To ensure that his victory against the Angevins would stand, Nicholas III decided to go forward with a much needed addition to the Sacred College of Cardinals. At his first opportunity, on 12 March 1278, he created ten cardinals. Five cardinal bishops were named: Latino Frangipani Malabranca, OP, of Rome (Nicholas III's nephew by his sister Mabilia); Erhard de Lessines (Lesigny), of Langres, son of Guillaume, Marshal of Champagne; Bentivenga de Bentivengis, O.Min., of Aquasparta; Robert Kilwardby, OP, Archbishop of Canterbury; and Ordoño (Ordeonio) Álvarez, Bishop of Braga. Two cardinal-priests were named: Gerardo Bianchi of Parma, and Girolamo Masci d' Ascoli, O.Min., of Picenum. He also appointed three cardinal-deacons: Giordano Orsini, brother of Pope Nicholas III, of Rome; Giacomo Colonna of Rome; and Gerardo Cupalates, O.Min., of Piacenza. The effect of these creations was to seriously dilute the Angevin influence in the Sacred College, and to considerably increase the monastic element, especially the Franciscan one. It needs to be recalled that Nicholas III was the Governor, Corrector, and Protector of the Franciscans. The Roman influence was also strengthened. The inevitable consequence would be that the next pope too would not be a creature of Charles I of Sicily. Eventually, though, by 19 October 1279, Pope Nicholas recalled Cardinal Simon de Brion. Conclave of 1280–1281 Pope Nicholas III (Giovanni Caetano Orsini) died at Castro Soriano in the diocese of Viterbo on 22 August 1280 of an apoplectic stroke which had left him without speech. A story was circulated nonetheless that he had been poisoned. At the time of his death on 22 August 1280, there were thirteen cardinals. This would be the fifth Conclave in five years. King Charles had taken the trouble to make friends with the Annibaldi faction, led by Riccardo Annibaldi, who were enemies of the Orsini and who had been driven out of Rome in street fighting following the death of Nicholas III. They had taken refuge in Viterbo, and now, by coincidence, they were present and entrenched and ready to make trouble on behalf of Charles I and themselves. Annibaldi led a coup in Viterbo, which drove out the governor of the city, Orso Orsini, the dead pope's nephew. The Angevins thereupon dominated the Conclave, in which the regulations of Gregory X were still in abeyance. But the Conclave still required a two-thirds vote to elect a pope, in according with the Constitution of Alexander III, which was still | committee of six, promising to accept the committee's decision. He was not, however, one of the six cardinals elected to the Compromise Committee that selected Archdeacon Teobaldo Visconti as pope on 1 September 1270. The newly elected pope was not present in Viterbo, but was serving on Crusade with King Edward I of England. He arrived in Italy on 1 January 1271, and travelled to Viterbo, where he arrived early in February. He accepted the election, and chose to be called Gregory X. He and the Curia travelled to Rome, arriving on 13 March. On 19 March he was ordained a priest, and on 27 March he was consecrated bishop, and then crowned by Cardinal Giovanni Gaetano Orsini. Three Conclaves of 1276 Simon de Brion's appointment as Legate in France, made by Pope Gregory on 1 August 1274 continued throughout 1276. He was unable to be present for the Conclave of 1 January 1276, which elected Peter of Tarantaise as Pope Innocent V. Nor was he present for the Conclave of 2–11 July, which elected Ottobono Fieschi as Pope Adrian V. Nor was he present at the September Conclave, which, on 8 September, elected Peter Julian as Pope John XXI. In each case the election was completed before he could have been notified, and before he could have travelled from France to central Italy. This was one of the defects of Gregory X's regulations on the holding of a Conclave. Election of Nicholas III Pope John XXI was in contact with Cardinal Simon. He had written to him on 3 March 1277, ordering him to speak with the king of France about matters connected with Alfonso of Castile. But the Pope died rather suddenly, after a reign of only eight months. He was still living in the Episcopal Palace in Viterbo, where Adrian V (Fieschi) had died and where he had been elected. The palace was still under construction, when suddenly the roof of one of the chambers collapsed. The Pope was in the room at the time, and he was severely injured. He died three (or six) days later, on 20 May 1277. Cardinal Simon de Brion was still in France when the Conclave began, but he was unable to predict that the Conclave would last until 25 November, and therefore he was not present. There were only seven cardinals in Viterbo, since neither Innocent V, nor Adrian V, nor John XXI had named any new cardinals. They argued on and on, trying to choose a pope. There were three cardinals who favored the Angevin Charles I and his designs. There were three who opposed him. Cardinal Bertrand de Saint Martin, Bishop of Sabina, the only surviving Cardinal Bishop, held a middle course, or perhaps one should say he saw too clearly to be willing to commit to either party. Finally, they chose Cardinal Giovanni Gaetani (Orsini), a native Roman, the Deacon of S. Nicola in Carcere and senior Deacon, and Archpriest of the Vatican Basilica. Nicholas III immediately set out for Rome, where he was ordained a priest on 18 December 1277, and consecrated Bishop of Rome on 19 December. He was crowned on the Feast of S. Stephen, 26 December 1277 at the Vatican Basilica. One person, at least, was deeply unhappy about the outcome of this Conclave, King Charles I of Sicily. The new Orsini pope was an enemy of the Angevins, and Charles knew he would have nothing but trouble from Nicholas III. A week after the election of Nicholas III, the new pope wrote to Simon, who was still Legate in France, urging him to effect a reconciliation between the King of France, Philip III, and the King of Leon and Castile, Alfonso the Wise. Since the King of Aragon, Peter III (who was married to Constance of Sicily) was involved in the struggle over Sicily with Charles I, this peace initiative threatened King Charles directly. On 22 April 1279, Pope Nicholas wrote to Cardinal Simon about King Philip. The Pope had issued a prohibition on tournaments, and King Philip and his barons were flagrantly violating the prohibition. Cardinal Simon was ordered to excommunicate the King of France. To ensure that his victory against the Angevins would stand, Nicholas III decided to go forward with a much needed addition to the Sacred College of Cardinals. At his first opportunity, on 12 March 1278, he created ten cardinals. Five cardinal bishops were named: Latino Frangipani Malabranca, OP, of Rome (Nicholas III's nephew by his sister Mabilia); Erhard de Lessines (Lesigny), of Langres, son of Guillaume, Marshal of Champagne; Bentivenga de Bentivengis, O.Min., of Aquasparta; Robert Kilwardby, OP, Archbishop of Canterbury; and Ordoño (Ordeonio) Álvarez, Bishop of Braga. Two cardinal-priests were named: Gerardo Bianchi of Parma, and Girolamo Masci d' Ascoli, O.Min., of Picenum. He also appointed three cardinal-deacons: Giordano Orsini, brother of Pope Nicholas III, of Rome; Giacomo Colonna of Rome; and Gerardo Cupalates, O.Min., of Piacenza. The effect of these creations was to seriously dilute the Angevin influence in the Sacred College, and to considerably increase the monastic element, especially the Franciscan one. It needs to be recalled that Nicholas III was the Governor, Corrector, and Protector of the Franciscans. The Roman influence was also strengthened. The inevitable consequence would be that the next pope too would not be a creature of Charles I of Sicily. Eventually, though, by 19 October 1279, Pope Nicholas recalled Cardinal Simon de Brion. Conclave of 1280–1281 Pope Nicholas III (Giovanni Caetano Orsini) died at Castro Soriano in the diocese of Viterbo on 22 August 1280 of an apoplectic stroke which had left him without speech. A story was circulated nonetheless that he had been poisoned. At the time of his death on 22 August 1280, there were thirteen cardinals. This would be the fifth Conclave in five years. King Charles had taken the trouble to make friends with the Annibaldi faction, led by Riccardo Annibaldi, who were enemies of the Orsini and who had been driven out of Rome in street fighting following the death of Nicholas III. They had taken refuge in Viterbo, and now, by coincidence, they were present and entrenched and ready to make trouble on behalf of Charles I and themselves. Annibaldi led a coup in Viterbo, which drove out the governor of the city, Orso Orsini, the dead pope's nephew. The Angevins thereupon dominated the Conclave, in which the regulations of Gregory X were still in abeyance. But the Conclave still required a two-thirds vote to elect a pope, in according with the Constitution of Alexander III, which was still in effect. Neither the Orsini faction nor the French faction had sufficient votes to elect, but each had sufficient votes to block an election. The stalemate continued throughout the winter. On 2 February 1280, the Feast of the Purification of the Blessed Virgin Mary, a mob broke into the Episcopal palace, where the Conclave was in progress, and abducted two of the cardinals, Matteo Rosso Orsini and Giordano Orsini (the late pope's brother). Without their opposition, Simon de Brion was unanimously elected to the papacy on 22 February 1281, taking the name Martin IV, For the third time in fifteen years Viterbo had hosted a papal conclave. And for the third time there were disorders which had threatened the validity of the election and the lives of the participants. Viterbo was placed under the ban of excommunication and of the interdict for the imprisonment of the cardinals. It was not possible, therefore, for the Coronation to take place in Viterbo. But Rome was not at all inclined to accept a hated Frenchman as Pope. Martin IV sent two |
obtained from Pope Martin V various bulls (1418 and 1422) in which their former privileges were confirmed and in which he exhorted the friars to use moderate language. In the last years of his pontificate, however, he repealed several of his ordinances. A gathering, convoked by the Jews in Forlì, sent a deputation asking Pope Martin V to abolish the oppressive laws promulgated by Antipope Benedict XIII. The deputation succeeded in its mission. Position on slavery During the Middle Ages, slavery had fallen out of usage in Europe. The Church denounced the enslavement of Christians. However, voyages and discoveries brought other continents, where slavery still existed, into European consciousness, raising the question of whether slavery of unbelievers and outside of Europe was permitted. According to Burton, Martin authorized a crusade against Africa in 1418, and this, coupled with a later bull of Pope Eugene IV (1441), sanctioned the Portuguese trade in African slaves. In March 1425 a bull was issued that threatened excommunication for any Christian slave dealers and ordered Jews to wear a "badge of infamy" to deter, in part, the buying of Christians. In June 1425 Martin anathematized those who sold Christian slaves to Muslims. Traffic in Christian slaves was not banned, purely the sale to non-Christian owners. The papal bull of excommunication issued to the Genoese merchants of Caffa related to the buying and selling of Christians, but has been considered ineffectual as prior injunctions against the Viennese, including the Laws of Gazaria, made allowances for the sale of both Christian and Muslim slaves. Ten black African slaves were presented to Martin by Prince Henry of Portugal. According to Koschorke, Martin supported colonial expansion. Davidson (1961) argues that Martin's injunction against slavery was not a condemnation of slavery itself, but rather driven through fear of "infidel power". Norman Housley finds it "...hard to avoid the conclusion that the pope was agreeing to whatever was asked of him by the king.... [P]olitical weakness compelled the Renaissance Papacy to adopt an acquiescent and unchallenging position when approached for requests for privileges in favour of these ventures." Residences During his permanence in Rome, Martin moved his residence from the Lateran to Santa Maria Maggiore and, from 1424, the Basilica of Santi Apostoli near the Palazzo Colonna. He also frequently sojourned in towns held by his family in the Latium (Tivoli, Vicovaro, Marino, Gallicano and others). Numbering When the second Pope to take the name Martin was elected in 1281, there was confusion over how many Popes had taken the name before. It was believed then that there were three, so the new Pope of 1281 became Martin IV. But, in reality, those believed to be Martin II and Martin III were actually named Marinus I and Marinus II, although they are sometimes still referred to as "Martin II" and "Martin III". This has advanced the numbering of all subsequent Popes Martin by two. Popes Martin IV–V were actually the second and third popes by that name. See also List of popes Notes References Review 1369 births 1431 deaths People from Genazzano Popes Italian popes University of Pavia alumni Cardinal-bishops of Palestrina 15th-century Italian Roman Catholic bishops People of the Hussite Wars Western Schism Colonna family Renaissance Papacy People temporarily excommunicated by the | would be led by Sigismund, King of the Romans. War against Braccio da Montone The main concern of Martin's pontificate from 1423 was the resumed war against Braccio da Montone. The following year, the combined Papal-Neapolitan army, led by Giacomo Caldora and Francesco Sforza, defeated him at the Battle of L'Aquila (2 June 1424); Braccio died a few days later. In the same year Martin obtained a reduction of the autonomy of the commune of Bologna, whose finances would be thenceforth under the authority of a papal treasurer. He also ended the war with Braccio da Montone in exchange for his recognition as vicar and reconciled with the deposed John XXIII, to whom he gave the title of Cardinal of Tusculum. Annuity contracts Canon law prohibited interest upon a loan. To avoid this, annuities were paid, interest in effect but not in name. The dispute as to the legality of annuity contracts was brought before Martin V in 1423. He held that purchased annuities, which were redeemable at the option of the seller, were lawful. When the lawfulness of annuities was established, they were widely used in commerce; it seems that city states used them to raise compulsory loans from their citizens. Periodic ecumenical councils A decree of the Council of Constance ordered that councils should be held every five years. Martin V summoned a council in 1423 that met first at Pavia and later at Siena (the "Council of Siena"). It was rather poorly attended, which gave the Pope a pretext for dissolving it, as soon as it had come to the resolution that "internal church union by reform ought to take precedence over external union". It was prorogued for seven years. The seventeenth council then met as the "Council of Basel" in February 1431 shortly before Martin's death. Death Martin V died in Rome of a stroke on 20 February 1431 at the age of 62. He is buried at St. John Lateran Basilica. Personal views Position on Jews The excitement of the Church during the Hussite movement rendered the Jews apprehensive, and through Emperor Sigismund, they obtained from Pope Martin V various bulls (1418 and 1422) in which their former privileges were confirmed and in which he exhorted the friars to use moderate language. In the last years of his pontificate, however, he repealed several of his ordinances. A gathering, convoked by the Jews in Forlì, sent a deputation asking Pope Martin V to abolish the oppressive laws promulgated by Antipope Benedict XIII. The deputation succeeded in its mission. Position on slavery During the Middle Ages, slavery had fallen out of usage in Europe. The Church denounced the enslavement of Christians. However, voyages and discoveries brought other continents, where slavery still existed, into European consciousness, raising the question of whether slavery of unbelievers and outside of Europe was permitted. According to Burton, Martin authorized a crusade against Africa in 1418, and this, coupled |
Nations Championship, after beating Libya 2-2 on the away goals rule. Algeria National Team On September 13, 2010, Benchikha was appointed as coach of the Algerian national team on a permanent basis, following the resignation Rabah Saâdane. On June 5, 2011, a day after losing 4-0 in a 2012 Africa Cup of Nations qualifier against Morocco, Benchikha resigned from his position. On October 5, 2011, Benchikha resigned from his position as manager of MC Alger. On December 17, 2011, Benchikha signed an 18-month contract with Tunisian Ligue Professionnelle 1 side Club Africain, returning to the club which he led to the 2008 league title. However, on April 20, 2012, a mutual agreement was reached by the club and Benchikha to terminate his contract. Honours Won the Algerian Ligue Professionnelle 1 twice with CR Belouizdad in 2000 and 2001 Won the Tunisian Ligue Professionnelle 1 once with Club Africain in 2008 Won the North African Cup of Champions once with Club Africain in 2008 Won the Qatar 2nd Division once with Umm-Salal SC in 2006 Coupe du Trône: Winners (1): 2013 References External links Abdelhak Benchikha at Footballdatabase 1963 births Living | On June 5, 2011, a day after losing 4-0 in a 2012 Africa Cup of Nations qualifier against Morocco, Benchikha resigned from his position. On October 5, 2011, Benchikha resigned from his position as manager of MC Alger. On December 17, 2011, Benchikha signed an 18-month contract with Tunisian Ligue Professionnelle 1 side Club Africain, returning to the club which he led to the 2008 league title. However, on April 20, 2012, a mutual agreement was reached by the club and Benchikha to terminate his contract. Honours Won the Algerian Ligue Professionnelle 1 twice with CR Belouizdad in 2000 and 2001 Won the Tunisian Ligue Professionnelle 1 once with Club Africain in 2008 Won the North African Cup of Champions once with Club Africain in 2008 Won the Qatar 2nd Division once with Umm-Salal SC in 2006 Coupe du Trône: Winners (1): 2013 References External links Abdelhak Benchikha at Footballdatabase 1963 births Living people Kabyle people People from Casbah Algerian footballers ES Zarzis players MC Alger players JS El Biar players JS Bordj Ménaïel players Association football midfielders Algerian expatriate footballers Expatriate footballers in Tunisia Algerian football managers MC Alger managers Algeria under-23 international managers CR Belouizdad managers Umm Salal SC managers ES Zarzis managers Club Africain football managers Algeria national football team managers Raja CA managers Al-Ittihad Kalba SC managers Ittihad |
the array is denoted by the scalar sigil "$" (for example $arrayname[3]). Perl also has many built-in functions that provide tools often used in shell programming (although many of these tools are implemented by programs external to the shell) such as sorting, and calling operating system facilities. Perl takes hashes ("associative arrays") from AWK and regular expressions from sed. These simplify many parsing, text-handling, and data-management tasks. Shared with Lisp is the implicit return of the last value in a block, and all statements are also expressions which can be used in larger expressions themselves. Perl 5 added features that support complex data structures, first-class functions (that is, closures as values), and an object-oriented programming model. These include references, packages, class-based method dispatch, and lexically scoped variables, along with compiler directives (for example, the strict pragma). A major additional feature introduced with Perl 5 was the ability to package code as reusable modules. Wall later stated that "The whole intent of Perl 5's module system was to encourage the growth of Perl culture rather than the Perl core." All versions of Perl do automatic data-typing and automatic memory management. The interpreter knows the type and storage requirements of every data object in the program; it allocates and frees storage for them as necessary using reference counting (so it cannot deallocate circular data structures without manual intervention). Legal type conversions — for example, conversions from number to string — are done automatically at run time; illegal type conversions are fatal errors. Design The design of Perl can be understood as a response to three broad trends in the computer industry: falling hardware costs, rising labor costs, and improvements in compiler technology. Many earlier computer languages, such as Fortran and C, aimed to make efficient use of expensive computer hardware. In contrast, Perl was designed so that computer programmers could write programs more quickly and easily. Perl has many features that ease the task of the programmer at the expense of greater CPU and memory requirements. These include automatic memory management; dynamic typing; strings, lists, and hashes; regular expressions; introspection; and an eval() function. Perl follows the theory of "no built-in limits," an idea similar to the Zero One Infinity rule. Wall was trained as a linguist, and the design of Perl is very much informed by linguistic principles. Examples include Huffman coding (common constructions should be short), good end-weighting (the important information should come first), and a large collection of language primitives. Perl favors language constructs that are concise and natural for humans to write, even where they complicate the Perl interpreter. Perl's syntax reflects the idea that "things that are different should look different." For example, scalars, arrays, and hashes have different leading sigils. Array indices and hash keys use different kinds of braces. Strings and regular expressions have different standard delimiters. This approach can be contrasted with a language such as Lisp, where the same basic syntax, composed of simple and universal symbolic expressions, is used for all purposes. Perl does not enforce any particular programming paradigm (procedural, object-oriented, functional, or others) or even require the programmer to choose among them. There is a broad practical bent to both the Perl language and the community and culture that surround it. The preface to Programming Perl begins: "Perl is a language for getting your job done." One consequence of this is that Perl is not a tidy language. It includes many features, tolerates exceptions to its rules, and employs heuristics to resolve syntactical ambiguities. Because of the forgiving nature of the compiler, bugs can sometimes be hard to find. Perl's function documentation remarks on the variant behavior of built-in functions in list and scalar contexts by saying, "In general, they do what you want, unless you want consistency." No written specification or standard for the Perl language exists for Perl versions through Perl 5, and there are no plans to create one for the current version of Perl. There has been only one implementation of the interpreter, and the language has evolved along with it. That interpreter, together with its functional tests, stands as a de facto specification of the language. Perl 6, however, started with a specification, and several projects aim to implement some or all of the specification. Applications Perl has many and varied applications, compounded by the availability of many standard and third-party modules. Perl has chiefly been used to write CGI scripts: large projects written in Perl include cPanel, Slash, Bugzilla, RT, TWiki, and Movable Type; high-traffic websites that use Perl extensively include Priceline.com, Craigslist, IMDb, LiveJournal, DuckDuckGo, Slashdot and Ticketmaster. It is also an optional component of the popular LAMP technology stack for Web development, in lieu of PHP or Python. Perl is used extensively as a system programming language in the Debian Linux distribution. Perl is often used as a glue language, tying together systems and interfaces that were not specifically designed to interoperate, and for "data munging," that is, converting or processing large amounts of data for tasks such as creating reports. In fact, these strengths are intimately linked. The combination makes Perl a popular all-purpose language for system administrators, particularly because short programs, often called "one-liner programs," can be entered and run on a single command line. Perl code can be made portable across Windows and Unix; such code is often used by suppliers of software (both COTS and bespoke) to simplify packaging and maintenance of software build- and deployment-scripts. Perl/Tk and wxPerl are commonly used to add graphical user interfaces to Perl scripts. Implementation Perl is implemented as a core interpreter, written in C, together with a large collection of modules, written in Perl and C. , the interpreter is 150,000 lines of C code and compiles to a 1 MB executable on typical machine architectures. Alternatively, the interpreter can be compiled to a link library and embedded in other programs. There are nearly 500 modules in the distribution, comprising 200,000 lines of Perl and an additional 350,000 lines of C code (much of the C code in the modules consists of character encoding tables). The interpreter has an object-oriented architecture. All of the elements of the Perl language—scalars, arrays, hashes, coderefs, file handles—are represented in the interpreter by C structs. Operations on these structs are defined by a large collection of macros, typedefs, and functions; these constitute the Perl C API. The Perl API can be bewildering to the uninitiated, but its entry points follow a consistent naming scheme, which provides guidance to those who use it. The life of a Perl interpreter divides broadly into a compile phase and a run phase. In Perl, the phases are the major stages in the interpreter's life-cycle. Each interpreter goes through each phase only once, and the phases follow in a fixed sequence. Most of what happens in Perl's compile phase is compilation, and most of what happens in Perl's run phase is execution, but there are significant exceptions. Perl makes important use of its capability to execute Perl code during the compile phase. Perl will also delay compilation into the run phase. The terms that indicate the kind of processing that is actually occurring at any moment are compile time and run time. Perl is in compile time at most points during the compile phase, but compile time may also be entered during the run phase. The compile time for code in a string argument passed to the eval built-in occurs during the run phase. Perl is often in run time during the compile phase and spends most of the run phase in run time. Code in BEGIN blocks executes at run time but in the compile phase. At compile time, the interpreter parses Perl code into a syntax tree. At run time, it executes the program by walking the tree. Text is parsed only once, and the syntax tree is subject to optimization before it is executed, so that execution is relatively efficient. Compile-time optimizations on the syntax tree include constant folding and context propagation, but peephole optimization is also performed. Perl has a Turing-complete grammar because parsing can be affected by run-time code executed during the compile phase. Therefore, Perl cannot be parsed by a straight Lex/Yacc lexer/parser combination. Instead, the interpreter implements its own lexer, which coordinates with a modified GNU bison parser to resolve ambiguities in the language. It is often said that "Only perl can parse Perl," meaning that only the Perl interpreter (perl) can parse the Perl language (Perl), but even this is not, in general, true. Because the Perl interpreter can simulate a Turing machine during its compile phase, it would need to decide the halting problem in order to complete parsing in every case. It is a longstanding result that the halting problem is undecidable, and therefore not even perl can always parse Perl. Perl makes the unusual choice of giving the user access to its full programming power in its own compile phase. The cost in terms of theoretical purity is high, but practical inconvenience seems to be rare. Other programs that undertake to parse Perl, such as source-code analyzers and auto-indenters, have to contend not only with ambiguous syntactic constructs but also with the undecidability of Perl parsing in the general case. Adam Kennedy's PPI project focused on parsing Perl code as a document (retaining its integrity as a document), instead of parsing Perl as executable code (that not even Perl itself can always do). It was Kennedy who first conjectured that "parsing Perl suffers from the 'halting problem'," which was later proved. Perl is distributed with over 250,000 functional tests for core Perl language and over 250,000 functional tests for core modules. These run as part of the normal build process and extensively exercise the interpreter and its core modules. Perl developers rely on the functional tests to ensure that changes to the interpreter do not introduce software bugs; additionally, Perl users who see that the interpreter passes its functional tests on their system can have a high degree of confidence that it is working properly. Availability Perl is dual licensed under both the Artistic License 1.0 and the GNU General Public License. Distributions are available for most operating systems. It is particularly prevalent on Unix and Unix-like systems, but it has been ported to most modern (and many obsolete) platforms. With only six reported exceptions, Perl can be compiled from source code on all POSIX-compliant, or otherwise-Unix-compatible, platforms. Because of unusual changes required for the classic Mac OS environment, a special port called MacPerl was shipped independently. The Comprehensive Perl Archive Network carries a complete list of supported platforms with links to the distributions available on each. CPAN is also the source for publicly available Perl modules that are not part of the core Perl distribution. Windows Users of Microsoft Windows typically install one of the native binary distributions of Perl for Win32, most commonly Strawberry Perl or ActivePerl. Compiling Perl from source code under Windows is possible, but most installations lack the requisite C compiler and build tools. This also makes it difficult to install modules from the CPAN, particularly those that are partially written in C. ActivePerl is a closed-source distribution from ActiveState that has regular releases that track the core Perl releases. The distribution previously included the Perl package manager (PPM), a popular tool for installing, removing, upgrading, and managing the use of common Perl modules; however, this tool was discontinued as of ActivePerl 5.28. Included also is PerlScript, a Windows Script Host (WSH) engine implementing the Perl language. Visual Perl is an ActiveState tool that adds Perl to the Visual Studio .NET development suite. A VBScript-to-Perl converter, as well as a Perl compiler for Windows, and converters of awk and sed to Perl have also been produced by this company and included on the ActiveState CD for Windows, which includes all of their distributions plus the Komodo IDE and all but the first on the Unix/Linux/Posix variant thereof in 2002 and subsequently. Strawberry Perl is an open-source distribution for Windows. It has had regular, quarterly releases since January 2008, including new modules as feedback and requests come in. Strawberry Perl aims to be able to install modules like standard Perl distributions on other platforms, including compiling XS modules. The Cygwin emulation layer is another way of running Perl under Windows. Cygwin provides a Unix-like environment on Windows, and both Perl and CPAN are available as standard pre-compiled packages in the Cygwin setup program. Since Cygwin also includes gcc, compiling Perl from source is also possible. A perl executable is included in several Windows Resource kits in the directory with other scripting tools. Implementations of Perl come with the MKS Toolkit, Interix (the base of earlier implementations of Windows Services for Unix), and UWIN. Database interfaces Perl's text-handling capabilities can be used for generating SQL queries; arrays, hashes, and automatic memory management make it easy to collect and process the returned data. For example, in Tim Bunce's Perl DBI application programming interface (API), the arguments to the API can be the text of SQL queries; thus it is possible to program in multiple languages at the same time (e.g., for generating a Web page using HTML, JavaScript, and SQL in a here document). The use of Perl variable interpolation to programmatically customize each of the SQL queries, and the specification of Perl arrays or hashes as the structures to programmatically hold the resulting data sets from each SQL query, allows a high-level mechanism for handling large amounts of data for post-processing by a Perl subprogram. In early versions of Perl, database interfaces were created by relinking the interpreter with a client-side database library. This was sufficiently difficult that it was done for only a few of the most-important and most widely used databases, and it restricted the resulting perl executable to using just one database interface at a time. In Perl 5, database interfaces are implemented by Perl DBI modules. The DBI (Database Interface) module presents a single, database-independent interface to Perl applications, while the DBD (Database Driver) modules handle the details of accessing some 50 different databases; there are DBD drivers for most ANSI SQL databases. DBI provides caching for database handles and queries, which can greatly improve performance in long-lived execution environments such as mod perl, helping high-volume systems avert load spikes as in the Slashdot effect. In modern Perl applications, especially those written using web frameworks such as Catalyst, the DBI module is often used indirectly via object-relational mappers such as DBIx::Class, Class::DBI or Rose::DB::Object that generate SQL queries and handle data transparently to the application author. Comparative performance The Computer Language Benchmarks Game compares the performance of implementations of typical programming problems in several programming languages. The submitted Perl implementations typically perform toward the high end of the memory-usage spectrum and give varied speed results. Perl's performance in the benchmarks game is typical for interpreted languages. Large Perl programs start more slowly than similar programs in compiled languages because perl has to compile the source every time it runs. In a talk at the YAPC::Europe 2005 conference and subsequent article "A Timely Start," Jean-Louis Leroy found that his Perl programs took much longer to run than expected because the perl interpreter spent significant time finding modules within his over-large include path. Unlike Java, Python, and Ruby, Perl has only experimental support for pre-compiling. Therefore, Perl programs pay this overhead penalty on every execution. The run phase of typical programs is long enough that amortized startup time is not substantial, but benchmarks that measure very short execution times are likely to be skewed due to this overhead. A number of tools have been introduced to improve this situation. The first such tool was Apache's mod perl, which sought to address one of the most-common reasons that small Perl programs were invoked rapidly: CGI Web development. ActivePerl, via Microsoft ISAPI, provides similar performance improvements. Once Perl code is compiled, there is additional overhead during the execution phase that typically isn't present for programs written in compiled languages such as C or C++. Examples of such overhead include bytecode interpretation, reference-counting memory management, and dynamic type-checking. Optimizing The most critical routines can be written in other languages (such as C), which can be connected to Perl via simple Inline modules or the more complex, but flexible, XS mechanism. Perl 5 Perl 5, the language usually referred to as "Perl", continues to be actively developed. Perl 5.12.0 was released in April 2010 with some new features influenced by the design of Perl 6, followed by Perl 5.14.1 (released on June 17, 2011), Perl 5.16.1 (released on August 9, 2012.), and Perl 5.18.0 (released on May 18, 2013). Perl 5 development versions are released on a monthly basis, with major releases coming out once per year. The relative proportion of Internet searches for | have to contend not only with ambiguous syntactic constructs but also with the undecidability of Perl parsing in the general case. Adam Kennedy's PPI project focused on parsing Perl code as a document (retaining its integrity as a document), instead of parsing Perl as executable code (that not even Perl itself can always do). It was Kennedy who first conjectured that "parsing Perl suffers from the 'halting problem'," which was later proved. Perl is distributed with over 250,000 functional tests for core Perl language and over 250,000 functional tests for core modules. These run as part of the normal build process and extensively exercise the interpreter and its core modules. Perl developers rely on the functional tests to ensure that changes to the interpreter do not introduce software bugs; additionally, Perl users who see that the interpreter passes its functional tests on their system can have a high degree of confidence that it is working properly. Availability Perl is dual licensed under both the Artistic License 1.0 and the GNU General Public License. Distributions are available for most operating systems. It is particularly prevalent on Unix and Unix-like systems, but it has been ported to most modern (and many obsolete) platforms. With only six reported exceptions, Perl can be compiled from source code on all POSIX-compliant, or otherwise-Unix-compatible, platforms. Because of unusual changes required for the classic Mac OS environment, a special port called MacPerl was shipped independently. The Comprehensive Perl Archive Network carries a complete list of supported platforms with links to the distributions available on each. CPAN is also the source for publicly available Perl modules that are not part of the core Perl distribution. Windows Users of Microsoft Windows typically install one of the native binary distributions of Perl for Win32, most commonly Strawberry Perl or ActivePerl. Compiling Perl from source code under Windows is possible, but most installations lack the requisite C compiler and build tools. This also makes it difficult to install modules from the CPAN, particularly those that are partially written in C. ActivePerl is a closed-source distribution from ActiveState that has regular releases that track the core Perl releases. The distribution previously included the Perl package manager (PPM), a popular tool for installing, removing, upgrading, and managing the use of common Perl modules; however, this tool was discontinued as of ActivePerl 5.28. Included also is PerlScript, a Windows Script Host (WSH) engine implementing the Perl language. Visual Perl is an ActiveState tool that adds Perl to the Visual Studio .NET development suite. A VBScript-to-Perl converter, as well as a Perl compiler for Windows, and converters of awk and sed to Perl have also been produced by this company and included on the ActiveState CD for Windows, which includes all of their distributions plus the Komodo IDE and all but the first on the Unix/Linux/Posix variant thereof in 2002 and subsequently. Strawberry Perl is an open-source distribution for Windows. It has had regular, quarterly releases since January 2008, including new modules as feedback and requests come in. Strawberry Perl aims to be able to install modules like standard Perl distributions on other platforms, including compiling XS modules. The Cygwin emulation layer is another way of running Perl under Windows. Cygwin provides a Unix-like environment on Windows, and both Perl and CPAN are available as standard pre-compiled packages in the Cygwin setup program. Since Cygwin also includes gcc, compiling Perl from source is also possible. A perl executable is included in several Windows Resource kits in the directory with other scripting tools. Implementations of Perl come with the MKS Toolkit, Interix (the base of earlier implementations of Windows Services for Unix), and UWIN. Database interfaces Perl's text-handling capabilities can be used for generating SQL queries; arrays, hashes, and automatic memory management make it easy to collect and process the returned data. For example, in Tim Bunce's Perl DBI application programming interface (API), the arguments to the API can be the text of SQL queries; thus it is possible to program in multiple languages at the same time (e.g., for generating a Web page using HTML, JavaScript, and SQL in a here document). The use of Perl variable interpolation to programmatically customize each of the SQL queries, and the specification of Perl arrays or hashes as the structures to programmatically hold the resulting data sets from each SQL query, allows a high-level mechanism for handling large amounts of data for post-processing by a Perl subprogram. In early versions of Perl, database interfaces were created by relinking the interpreter with a client-side database library. This was sufficiently difficult that it was done for only a few of the most-important and most widely used databases, and it restricted the resulting perl executable to using just one database interface at a time. In Perl 5, database interfaces are implemented by Perl DBI modules. The DBI (Database Interface) module presents a single, database-independent interface to Perl applications, while the DBD (Database Driver) modules handle the details of accessing some 50 different databases; there are DBD drivers for most ANSI SQL databases. DBI provides caching for database handles and queries, which can greatly improve performance in long-lived execution environments such as mod perl, helping high-volume systems avert load spikes as in the Slashdot effect. In modern Perl applications, especially those written using web frameworks such as Catalyst, the DBI module is often used indirectly via object-relational mappers such as DBIx::Class, Class::DBI or Rose::DB::Object that generate SQL queries and handle data transparently to the application author. Comparative performance The Computer Language Benchmarks Game compares the performance of implementations of typical programming problems in several programming languages. The submitted Perl implementations typically perform toward the high end of the memory-usage spectrum and give varied speed results. Perl's performance in the benchmarks game is typical for interpreted languages. Large Perl programs start more slowly than similar programs in compiled languages because perl has to compile the source every time it runs. In a talk at the YAPC::Europe 2005 conference and subsequent article "A Timely Start," Jean-Louis Leroy found that his Perl programs took much longer to run than expected because the perl interpreter spent significant time finding modules within his over-large include path. Unlike Java, Python, and Ruby, Perl has only experimental support for pre-compiling. Therefore, Perl programs pay this overhead penalty on every execution. The run phase of typical programs is long enough that amortized startup time is not substantial, but benchmarks that measure very short execution times are likely to be skewed due to this overhead. A number of tools have been introduced to improve this situation. The first such tool was Apache's mod perl, which sought to address one of the most-common reasons that small Perl programs were invoked rapidly: CGI Web development. ActivePerl, via Microsoft ISAPI, provides similar performance improvements. Once Perl code is compiled, there is additional overhead during the execution phase that typically isn't present for programs written in compiled languages such as C or C++. Examples of such overhead include bytecode interpretation, reference-counting memory management, and dynamic type-checking. Optimizing The most critical routines can be written in other languages (such as C), which can be connected to Perl via simple Inline modules or the more complex, but flexible, XS mechanism. Perl 5 Perl 5, the language usually referred to as "Perl", continues to be actively developed. Perl 5.12.0 was released in April 2010 with some new features influenced by the design of Perl 6, followed by Perl 5.14.1 (released on June 17, 2011), Perl 5.16.1 (released on August 9, 2012.), and Perl 5.18.0 (released on May 18, 2013). Perl 5 development versions are released on a monthly basis, with major releases coming out once per year. The relative proportion of Internet searches for "Perl programming", as compared with similar searches for other programming languages, steadily declined from about 10% in 2005 to about 2% in 2011, to about 0.7% in 2020. Raku (Perl 6) At the 2000 Perl Conference, Jon Orwant made a case for a major new language-initiative. This led to a decision to begin work on a redesign of the language, to be called Perl 6. Proposals for new language features were solicited from the Perl community at large, which submitted more than 300 RFCs. Wall spent the next few years digesting the RFCs and synthesizing them into a coherent framework for Perl 6. He presented his design for Perl 6 in a series of documents called "apocalypses"numbered to correspond to chapters in Programming Perl. , the developing specification of Perl 6 was encapsulated in design documents called Synopsesnumbered to correspond to Apocalypses. Thesis work by Bradley M. Kuhn, overseen by Wall, considered the possible use of the Java virtual machine as a runtime for Perl. Kuhn's thesis showed this approach to be problematic. In 2001, it was decided that Perl 6 would run on a cross-language virtual machine called Parrot. This will mean that other languages targeting the Parrot will gain native access to CPAN, allowing some level of cross-language development. In 2005, Audrey Tang created the Pugs project, an implementation of Perl 6 in Haskell. This acted as, and continues to act as, a test platform for the Perl 6 language (separate from the development of the actual implementation)allowing the language designers to explore. The Pugs project spawned an active Perl/Haskell cross-language community centered around the Libera Chat #raku IRC channel. Many functional programming influences were absorbed by the Perl 6 design team. In 2012, Perl 6 development was centered primarily on two compilers: Rakudo, an implementation running on the Parrot virtual machine and the Java virtual machine. Niecza, which targets the Common Language Runtime. In 2013, MoarVM (“Metamodel On A Runtime”), a C language-based virtual machine designed primarily for Rakudo was announced. In October 2019, Perl 6 was renamed to Raku. only the Rakudo implementation and MoarVM are under active development, and other virtual machines, such as the Java Virtual Machine and JavaScript, are supported. Perl 7 Perl 7 was announced on 24 June 2020 at "The Perl Conference in the Cloud" as the successor to Perl 5. Based on Perl 5.32, Perl 7 is designed to be backward compatible with modern Perl 5 code; Perl 5 code, without boilerplate (pragma) header needs adding use compat::perl5; to stay compatible, but modern code can drop some of the boilerplate. Perl community Perl's culture and community has developed alongside the language itself. Usenet was the first public venue in which Perl was introduced, but over the course of its evolution, Perl's community was shaped by the growth of broadening Internet-based services including the introduction of the World Wide Web. The community that surrounds Perl was, in fact, the topic of Wall's first "State of the Onion" talk. State of the Onion State of the Onion is the name for Wall's yearly keynote-style summaries on the progress of Perl and its community. They are characterized by his hallmark humor, employing references to Perl's culture, the wider hacker culture, Wall's linguistic background, sometimes his family life, and occasionally even his Christian background. Each talk is first given at various Perl conferences and is eventually also published online. Perl pastimes JAPHs In email, Usenet, and message board postings, "Just another Perl hacker" (JAPH) programs are a common trend, originated by Randal L. Schwartz, one of the earliest professional Perl trainers. In the parlance of Perl culture, Perl programmers are known as Perl hackers, and from this derives the practice of writing short programs to print out the phrase "Just another Perl hacker". In the spirit of the original concept, these programs are moderately obfuscated and short enough to fit into the signature of an email or Usenet message. The "canonical" JAPH as developed by Schwartz includes the comma at the end, although this is often omitted. Perl golf Perl "golf" is the pastime of reducing the number of characters (key "strokes") used in a Perl program to the bare minimum, much in the same way that golf players seek to take as few shots as possible in a round. The phrase's first use emphasized the difference between pedestrian code meant to teach a newcomer and terse hacks likely to amuse experienced Perl programmers, an example of the latter being JAPHs that were already used in signatures in Usenet postings and elsewhere. Similar stunts had been an unnamed pastime in the language APL in previous decades. The use of Perl to write a program that performed RSA encryption prompted a widespread and practical interest in this pastime. In subsequent years, the term "code golf" has been applied to the pastime in other languages. A Perl Golf Apocalypse was held at Perl Conference 4.0 in Monterey, California in July 2000. Obfuscation As with C, obfuscated code competitions were a well known pastime in the late 1990s. The Obfuscated Perl Contest was a competition held by The Perl Journal from 1996 to 2000 that made an arch virtue of Perl's syntactic flexibility. Awards were given for categories such as "most powerful"—programs that made efficient use of space—and "best four-line signature" for programs that fit into four lines of 76 characters in the style of a Usenet signature block. Poetry Perl poetry is the practice of writing poems that can be compiled as legal Perl code, for example the piece known as Black Perl. Perl poetry is made possible by the large number of English words that are used in the Perl language. New poems are regularly submitted to the community at PerlMonks. Perl on IRC A number of IRC channels offer support for Perl and some of its modules. CPAN Acme There are also many examples of code written purely for |
Monogenesis was dismissed by many linguists in the late 19th and early 20th centuries, when the doctrine of the polygenesis of the human races and their languages was widely popular. The best-known supporter of monogenesis in America in the mid-20th century was Morris Swadesh. He pioneered two important methods for investigating deep relationships between languages, lexicostatistics and glottochronology. In the second half of the 20th century, Joseph Greenberg produced a series of large-scale classifications of the world's languages. These were and are controversial but widely discussed. Although Greenberg did not produce an explicit argument for monogenesis, all of his classification work was geared toward this end. As he stated: "The ultimate goal is a comprehensive classification of what is very likely a single language family." Notable American advocates of linguistic monogenesis include Merritt Ruhlen, John Bengtson, and Harold Fleming. Date and location The first concrete attempt to estimate the date of the hypothetical ancestor language was that of Alfredo Trombetti, who concluded it was spoken between 100,000 and 200,000 years ago, or close to the first emergence of Homo sapiens. It is uncertain or disputed whether the earliest members of Homo sapiens had fully developed language. Some scholars link the emergence of language proper (out of a proto-linguistic stage that may have lasted considerably longer) to the development of behavioral modernity toward the end of the Middle Paleolithic or at the beginning of the Upper Paleolithic, roughly 50,000 years ago. Thus, in the opinion of Richard Klein, the ability to produce complex speech only developed some 50,000 years ago (with the appearance of modern humans or Cro-Magnons). Johanna Nichols (1998) argued that vocal languages must have begun diversifying in our species at least 100,000 years ago. In 2011, an article in the journal Science proposed an African origin of modern human languages. It was suggested that human language predates the out-of-Africa migrations of 50,000 to 70,000 years ago and that language might have been the essential cultural and cognitive innovation that facilitated human colonization of the globe. In Perreault and Mathew (2012), an estimate on the time of the first emergence of human language was based on phonemic diversity. This is based on the assumption that phonemic diversity evolves much more slowly than grammar or vocabulary, slowly increasing over time (but reduced among small founding populations). The largest phoneme inventories are found among African languages, while the smallest inventories are found in South America and Oceania, some of the last regions of the globe to be colonized. The authors used data from the colonization of Southeast Asia to estimate the rate of increase in phonemic diversity. Applying this rate to African languages, Perreault and Mathew (2012) arrived at an estimated age of 150,000 to 350,000 years, compatible with the emergence and early dispersal of H. sapiens. The validity of this approach has been criticized as flawed. Characteristics Speculation on the "characteristics" of Proto-World is limited to linguistic typology, i.e. the identification of universal features shared by all human languages, such as grammar (in the sense of "fixed or preferred sequences of linguistic elements"), and recursion, but beyond this nothing can be known of it (Campbell and Poser 2008:391). Christopher Ehret has hypothesized that Proto-Human had a very complex consonant system, including clicks. A few linguists, such as Merritt Ruhlen, have suggested the application of mass comparison and internal reconstruction (cf. Babaev 2008). A number of linguists have attempted to reconstruct the language, while many others reject this as fringe science. According to Murray Gell-Mann and Ruhlen (2011), the ancestral language would have had a basic order of Subject (S) - Object (O) - Verb (V) or SOV. Vocabulary Ruhlen tentatively traces a number of words back to the ancestral language, based on the occurrence of similar sound-and-meaning forms in languages across the globe. Bengtson and Ruhlen identify 27 "global etymologies". The following table lists a selection of these forms: Based on these correspondences, Ruhlen lists these roots for the ancestor language: ku = 'who' ma = 'what' pal = 'two' akwa = 'water' tik = 'finger' kanV = 'arm' boko = 'arm' buŋku = 'knee' sum = 'hair' putV = 'vulva' čuna = 'nose, smell' The full list of Bengtson's and Ruhlen's (1994) 27 "global etymologies" is given below. {| class="wikitable sortable" ! No. !! Root !! Gloss |- | 1 || aja || ‘mother, older female relative’ |- | 2 || bu(n)ka || ‘knee, to bend’ |- | 3 || bur || ‘ashes, dust’ |- | 4 || čun(g)a || ‘nose; to smell’ |- | 5 || kama || ‘hold (in the hand)’ |- | 6 || kano || ‘arm’ |- | 7 || kati || ‘bone’ |- | 8 || k’olo || ‘hole’ |- | 9 || kuan || ‘dog’ |- | 10 || ku(n) || ‘who?’ |- | 11 || kuna || ‘woman’ |- | 12 || mako || ‘child’ |- | 13 || maliq’a || ‘to suck(le), nurse; breast’ |- | 14 || mana || ‘to stay (in a place)’ |- | 15 || mano || ‘man’ |- | 16 || mena || ‘to think (about)’ |- | 17 || mi(n) || ‘what?’ |- | 18 || pal || ‘two’ |- | 19 || par || ‘to fly’ |- | 20 || poko || ‘arm’ |- | 21 || puti || ‘vulva’ |- | 22 || teku || ‘leg, foot’ |- | 23 || tik || ‘finger; one’ |- | 24 || tika || ‘earth’ |- | 25 || tsaku || ‘leg, foot’ |- | 26 || tsuma || ‘hair’ |- | 27 || ʔaq’wa || ‘water’ |} Syntax In a 2011 paper, Murray Gell-Mann and Merritt Ruhlen argued that the ancestral language had subject–object–verb (SOV) word order. The reason for thinking so is that in the world's natural language families, it is typical for the original language to have an SOV word order, and languages | be ancestral to sign languages. The concept is speculative and not amenable to analysis in historical linguistics. It presupposes a monogenetic origin of language, i.e. the derivation of all natural languages from a single origin, presumably at some point of the Middle Paleolithic. As the predecessor of all extant languages spoken by modern humans (Homo sapiens), it would not necessarily be ancestral to a hypothetical Neanderthal language. Terminology There is no generally accepted term for this concept. Most treatments of the subject do not include a name for the language under consideration (e.g. Bengtson and Ruhlen). The terms Proto-World and Proto-Human are in occasional use. Merritt Ruhlen had been using the term Proto-Sapiens. History of the idea The first serious scientific attempt to establish the reality of monogenesis was that of Alfredo Trombetti, in his book L'unità d'origine del linguaggio, published in 1905. Trombetti estimated that the common ancestor of existing languages had been spoken between 100,000 and 200,000 years ago. Monogenesis was dismissed by many linguists in the late 19th and early 20th centuries, when the doctrine of the polygenesis of the human races and their languages was widely popular. The best-known supporter of monogenesis in America in the mid-20th century was Morris Swadesh. He pioneered two important methods for investigating deep relationships between languages, lexicostatistics and glottochronology. In the second half of the 20th century, Joseph Greenberg produced a series of large-scale classifications of the world's languages. These were and are controversial but widely discussed. Although Greenberg did not produce an explicit argument for monogenesis, all of his classification work was geared toward this end. As he stated: "The ultimate goal is a comprehensive classification of what is very likely a single language family." Notable American advocates of linguistic monogenesis include Merritt Ruhlen, John Bengtson, and Harold Fleming. Date and location The first concrete attempt to estimate the date of the hypothetical ancestor language was that of Alfredo Trombetti, who concluded it was spoken between 100,000 and 200,000 years ago, or close to the first emergence of Homo sapiens. It is uncertain or disputed whether the earliest members of Homo sapiens had fully developed language. Some scholars link the emergence of language proper (out of a proto-linguistic stage that may have lasted considerably longer) to the development of behavioral modernity toward the end of the Middle Paleolithic or at the beginning of the Upper Paleolithic, roughly 50,000 years ago. Thus, in the opinion of Richard Klein, the ability to produce complex speech only developed some 50,000 years ago (with the appearance of modern humans or Cro-Magnons). Johanna Nichols (1998) argued that vocal languages must have begun diversifying in our species at least 100,000 years ago. In 2011, an article in the journal Science proposed an African origin of modern human languages. It was suggested that human language predates the out-of-Africa migrations of 50,000 to 70,000 years ago and that language might have been the essential cultural and cognitive innovation that facilitated human colonization of the globe. In Perreault and Mathew (2012), an estimate on the time of the first emergence of human language was based on phonemic diversity. This is based on the assumption that phonemic diversity evolves much more slowly than grammar or vocabulary, slowly increasing over time (but reduced among small founding populations). The largest phoneme inventories are found among African languages, while the smallest inventories are found in South America and Oceania, some of the last regions of the globe to be colonized. The authors used data from the colonization of Southeast Asia to estimate the rate of increase in phonemic diversity. Applying this rate to African languages, Perreault and Mathew (2012) arrived at an estimated age of 150,000 to 350,000 years, compatible with the emergence and early dispersal of H. sapiens. The validity of this approach has been criticized as flawed. Characteristics Speculation on the "characteristics" of Proto-World is limited to linguistic typology, i.e. the identification of universal features shared by all human languages, such as grammar (in the sense of "fixed or preferred sequences of linguistic elements"), and recursion, but beyond this nothing can be known of it (Campbell |
in London of the Church of England's organization Church's Ministry Among Jewish People United States Palestine, Arkansas Palestine, a community of Newtown, Connecticut Palestine, Illinois Palestine, Indiana (disambiguation), several places Palestine, Ohio Palestine, Texas Lake Palestine, in Texas Palestine, Greenbrier County, West Virginia Palestine, Wirt County, West Virginia Arts, entertainment and media Palestine (comics), a 2001 non-fiction graphic novel by Joe Sacco Palestine (2011 book), a 2011 compilation of statements by Ayatollah Ali Khamenei Palestine (film), a 1912 American silent documentary Palestine (poem), by Reginald Heber, 1803 People Charlemagne Palestine, American composer Other uses Palestine (horse), a racehorse | Palestine (1920–1948), a geopolitical entity under British administration Timeline of the name Palestine lists other historic uses Other places Canada Palestine, Ontario Iraq Palestine Hotel, in Baghdad Palestine Street, in Baghdad Saudi Arabia Palestine Street, Jeddah United Kingdom Palestine, Hampshire, England Palestine Place, headquarters in London of the Church of England's organization Church's Ministry Among Jewish People United States Palestine, Arkansas Palestine, a community of Newtown, Connecticut Palestine, Illinois Palestine, Indiana (disambiguation), several places Palestine, Ohio Palestine, Texas Lake Palestine, in Texas Palestine, Greenbrier County, West Virginia Palestine, Wirt County, West Virginia Arts, entertainment and media Palestine (comics), a 2001 non-fiction graphic novel by Joe Sacco Palestine (2011 book), a 2011 compilation of statements by Ayatollah Ali Khamenei Palestine (film), a 1912 American |
immigrated almost a century ago during the time of Ottoman Palestine. During the 2008 Gaza War, Palestinian Christians in Chile demonstrated against the Israeli bombardment of Gaza. They were hoping to move the government into altering its relations with Israel. In a 2006 poll of Christians in Bethlehem by the Palestinian Centre for Research and Cultural Dialogue, 90% reported having Muslim friends, 73% agreed that the Palestinian Authority treats Christian heritage in the city with respect, and 78% attributed the ongoing exodus of Christians from Bethlehem to the Israeli occupation and travel restrictions on the area. Daniel Rossing, the Israeli Ministry of Religious Affairs' chief liaison to Christians in the 1970s and 1980s, has stated that the situations for them in Gaza became much worse after the election of Hamas. He also stated that the Palestinian Authority, which counts on Christian westerners for financial support, treats the minority fairly. He blamed the Israeli West Bank barrier as the primary problem for the Christians. The United States State Department's 2006 report on religious freedom criticized both Israel for its restrictions on travel to Christian holy sites and the Palestinian Authority for its failure to stamp out anti-Christian crime. It also reported that the former gives preferential treatment in basic civic services to Jews and the latter does so to Muslims. The report stated that, generally, ordinary Muslim and Christian citizens enjoy good relations in contrast to the "strained" Jewish and Arab relations. A 2005 BBC report also described Muslim and Christian relations as "peaceful". The Arab Human Rights Association, an Arab NGO in Israel, has stated that Israeli authorities have denied Palestinian Christians in Israel access to holy places, prevented repairs needed to preserve historic holy sites, and carried out physical attacks on religious leaders. Multiple factors, the internal dislocation of Palestinians in wars; the creation of three contiguous refugee camps for those displaced; emigration of Muslims from Hebron; hindrances to development under Israeli military occupation with its land confiscations, and a lax and corrupt judicial system under the PNA that is often incapable of enforcing laws, have all contributed to Christian emigration, which has been a tradition since the British Mandate period. This has been contested, as the main cause of Christian emigration from Bethlehem, Kairos Palestine—an independent coalition Christian organisation, set up to help communicate to the Christian world what is happening in Palestine—sent a letter to The Wall Street Journal to explain that "In the case of Bethlehem, for instance, it is in fact the rampant construction of Israeli settlements, the chokehold imposed by the separation wall and the Israeli government's confiscation of Palestinian land that has driven many Christians to leave," the unprinted letter, quoted in Haaretz, states. "At present, a mere 13 percent of Bethlehem-area land is left to its Palestinian inhabitants". Persecutions There have been reports of attacks on Palestinian Christians in Gaza from Muslim extremist groups. Gaza Pastor Manuel Musallam has voiced doubts that those attacks were religiously motivated. The Palestinian President, Prime Minister, Hamas and many other political and religious leaders condemned such attacks. Fr Pierbattista Pizzaballa, the Custodian of the Holy Land, a senior Catholic spokesman, has stated that police inaction and an educational culture that encourages Jewish children to treat Christians with "contempt" has made life increasingly "intolerable" for many Christians. Fr Pizzaballa's statement came after pro-settler extremists attacked a Trappist monastery in the town of Latroun, setting fire to its door, and covering walls with anti-Christian graffiti. The incident followed a series of acts of arson and vandalism, in 2012, targeting places of Christian worship, including Jerusalem's 11th century Monastery of the Cross, where slogans such as "Death to Christians" and other offensive graffiti were daubed on its walls. According to an article in the Telegraph, Christian leaders feel that the most important issue that Israel has failed to address is the practice of some ultra-Orthodox Jewish schools to teach children that it is a religious obligation to abuse anyone in Holy Orders they encounter in public, such that Ultra-Orthodox Jews, including children as young as eight, spit at members of the clergy on a daily basis. After Pope Benedict XVI's comments on Islam in September 2006, five churches not affiliated with either Catholicism or the Pope—among them an Anglican and an Orthodox church—were firebombed and shot at in the West Bank and Gaza. A Muslim extremist group called "Lions of Monotheism" claimed responsibility. Former Palestinian Prime Minister and current Hamas leader Ismail Haniya condemned the attacks, and police presence was elevated in Bethlehem, which has a sizable Christian community. Armenians in Jerusalem, identified as Palestinian Christians or Israeli-Armenians, have also been attacked and received threats from Jewish extremists; Christians and clergy have been spat at, and one Armenian Archbishop was beaten and his centuries old cross broken. In September 2009, two Armenian Christian clergy were expelled after a brawl erupted with a Jewish extremist for spitting on holy Christian objects. In February 2009, a group of Christian activists within the West Bank wrote an open letter asking Pope Benedict XVI to postpone his scheduled trip to Israel unless the government changed its treatment. They highlighted improved access to places of worship and ending the taxation of church properties as key concerns. The Pope began his five-day visit to Israel and the Palestinian Authority on Sunday, 10 May, planning to express support for the region's Christians. In response to Palestinian public statements, Israeli Foreign Ministry spokesman Yigal Palmor criticized the political polarization of the papal visit, remarking that "[i]t will serve the cause of peace much better if this visit is taken for what it is, a pilgrimage, a visit for the cause of peace and unity". Bethlehem Christian families are the largest landowners in Bethlehem and have often been subject to theft of property. Bethlehem's core of traditional Christian and Muslim families speak of the rise of a 'foreign', more conservative, Islamic Hebronite class as changing the traditional regional identity of the town, as are the villages dominated by the Ta'amre Bedouin clans close to Bethlehem. Rising Muslim land purchase, said at times to be Saudi-financed, and incidents of land theft with forged documents, except in Beit Sahour where Christian and Muslims share a strong sense of local identity, are seen by Christians as making their demographic presence vulnerable. Christians are often described as of Yamani descent (as are some Muslim clans), vs the al-Qaysi Muslim clans, respectively from southern and northern Arabia. Christians are wary of the international media and of discussing these issues publicly, which involve criticism of fellow Palestinians, since there is a risk that their remarks may be manipulated by outsiders to undermine Palestinian claims to nationhood, distract attention from the crippling impact of Israel's occupation, and conjure up an image of a Muslim drive to oust Christians from Bethlehem. The Christian Broadcasting Network (an American Protestant organization) claimed that Palestinian Christians suffer systematic discrimination and persecution at the hands of the predominantly Muslim population and Palestinian government aimed at driving their population out of their homeland. However, Palestinian Christians in Bethlehem and Beit Jala have claimed otherwise that it is the loss of agricultural land and expropriation from the Israeli military, the persecution of 1948 and violence from the military occupation that has led to a flight and major exodus of Christians. On 26 September 2015, the Mar Charbel monastery in Bethlehem was set on fire, resulting in the burning of many rooms and damaging various parts of the building. In September 2016, the Jerusalem-based Center for Jewish–Christian Understanding and Cooperation (CJCUC) established "Blessing Bethlehem", a charity fundraising initiative with the purpose of helping the persecuted Christians living in the city of Bethlehem and its surrounding areas. Notable Palestinian Christians Canonized Saint Marie-Alphonsine Danil Ghattas – founder of the Congregation of the Rosary Sisters, the only Arab religious order in the Holy Land to date Monks Cosmas of Maiuma Dorotheus of Gaza Theodore of the Jordan Sabbas the Sanctified Theophanes the Branded Zosimas of Palestine Clergymen Munib Younan – president of the Lutheran World Federation since 2010 and the Bishop of the Evangelical Lutheran Church of Jerusalem, Palestine, Jordan and the Holy Land since 1998 Archbishop Theodosios (Hanna) of Sebastia – Bishop of the Eastern Orthodox Patriarchate of Jerusalem Michel Sabbah – former Latin Patriarch of Jerusalem (Roman Catholic) Fouad Twal – former Latin Patriarch of Jerusalem (Roman Catholic) Naim Ateek – leader of Sabeel Christian Ecumenical Foundation Mitri Raheb – pastor of the Evangelical Lutheran Christmas Church in Bethlehem Suheil Salman Ibrahim Dawani – the current Anglican Bishop in Jerusalem Elias Chacour – Archbishop of Akko, Haifa, Nazareth and Galilee of the Melkite Eastern Catholic Church Riah Hanna Abu El-Assal – former Anglican Bishop in Jerusalem Anis Shorrosh – Palestinian Evangelical Protestant pastor Benny Hinn – Protestant televangelist Patriarch Theophilos III of Jerusalem – current Orthodox patriarch of Jerusalem Manuel Musallam - retired Roman Catholic priest, who was pastor in Gaza from 1995 to 2009. Boutros Mouallem – retired Melkite Eastern Catholic Church archbishop of Acre, Haifa and the Galilee Samir Kafity – prominent former Anglican Bishop in Jerusalem Salim Munayer – founder of Musalaha, a non-profit organization that works towards reconciliation between Israelis and Palestinians based on the Biblical principles of peace, works mainly among Palestinian Evangelical Protestants and Messianic Jews Patriarch Diodoros of Jerusalem – late Orthodox Patriarch of Jerusalem Patriarch Irenaios – former Orthodox patriarch of Jerusalem Torkom Manoogian – current Patriarch of the Armenian Patriarchate of Jerusalem Faik Haddad – prominent former Anglican Bishop in Jerusalem. Palestinian Roman Catholics :Category:Palestinian Roman Catholics Politicians John H. Sununu – Governor of New Hampshire (1983–1989) and White House Chief of Staff to President George H.W. Bush (1989–1991) Joe Hockey – Treasurer of Australia (2013–2015), Member of Parliament for North Sydney (1996–2015), Ambassador of Australia to the United States (2016-Current) Raymonda Tawil – poet, political activist, journalist, writer and the mother-in-law of the late Palestinian President Yasser Arafat Antonio Saca – President of El Salvador from 2004 to 2009 Justin Amash – U.S. Representative for Michigan's 3rd congressional district which encompasses the Grand Rapids area, and a member of the Republican Party (later Libertarian Party) Vera Baboun – first female mayor of Bethlehem Azmi Bishara – Arab-Israeli politician Janet Mikhail – former mayor of Ramallah Karim Khalaf – attorney and politician who served as the Mayor of Ramallah, but was removed from office in 1982 by Israel Victor Batarseh – former mayor of Bethlehem Elias Bandak – former mayor of Bethlehem Hanna Nasser – former mayor of Bethlehem Elias Freij – former mayor of Bethlehem Emil Habibi – politician born in Mandatory Palestine, leader of the Israel Communist Party and Member of the Israeli Knesset Ameer Makhoul – founder of the Haifa-based Ittijah (the Union of Arab Community-Based Associations, a network for Palestinian NGOs in Israel), who is currently jailed in Israel, after some claims for spying on behalf of Hezbollah. Amnesty International expressed concern that "his human rights activism on behalf of Palestinians" may be the reason for his imprisonment. George Habash – politician, founder of the PFLP and the Arab Nationalist Movement Nayif Hawatmeh – Palestinian politician, founder and General Secretary of the DFLP Dr. Hanan Ashrawi – politician, legislator, activist, and scholar. Currently, she is a leader of the Third Way party. She was previously notable as a spokesperson for Arafat. Afif Safieh – diplomat and was most recently the Palestinian ambassador to the Russian Federation Joudeh George Murqos – ex-Palestinian minister | The incident followed a series of acts of arson and vandalism, in 2012, targeting places of Christian worship, including Jerusalem's 11th century Monastery of the Cross, where slogans such as "Death to Christians" and other offensive graffiti were daubed on its walls. According to an article in the Telegraph, Christian leaders feel that the most important issue that Israel has failed to address is the practice of some ultra-Orthodox Jewish schools to teach children that it is a religious obligation to abuse anyone in Holy Orders they encounter in public, such that Ultra-Orthodox Jews, including children as young as eight, spit at members of the clergy on a daily basis. After Pope Benedict XVI's comments on Islam in September 2006, five churches not affiliated with either Catholicism or the Pope—among them an Anglican and an Orthodox church—were firebombed and shot at in the West Bank and Gaza. A Muslim extremist group called "Lions of Monotheism" claimed responsibility. Former Palestinian Prime Minister and current Hamas leader Ismail Haniya condemned the attacks, and police presence was elevated in Bethlehem, which has a sizable Christian community. Armenians in Jerusalem, identified as Palestinian Christians or Israeli-Armenians, have also been attacked and received threats from Jewish extremists; Christians and clergy have been spat at, and one Armenian Archbishop was beaten and his centuries old cross broken. In September 2009, two Armenian Christian clergy were expelled after a brawl erupted with a Jewish extremist for spitting on holy Christian objects. In February 2009, a group of Christian activists within the West Bank wrote an open letter asking Pope Benedict XVI to postpone his scheduled trip to Israel unless the government changed its treatment. They highlighted improved access to places of worship and ending the taxation of church properties as key concerns. The Pope began his five-day visit to Israel and the Palestinian Authority on Sunday, 10 May, planning to express support for the region's Christians. In response to Palestinian public statements, Israeli Foreign Ministry spokesman Yigal Palmor criticized the political polarization of the papal visit, remarking that "[i]t will serve the cause of peace much better if this visit is taken for what it is, a pilgrimage, a visit for the cause of peace and unity". Bethlehem Christian families are the largest landowners in Bethlehem and have often been subject to theft of property. Bethlehem's core of traditional Christian and Muslim families speak of the rise of a 'foreign', more conservative, Islamic Hebronite class as changing the traditional regional identity of the town, as are the villages dominated by the Ta'amre Bedouin clans close to Bethlehem. Rising Muslim land purchase, said at times to be Saudi-financed, and incidents of land theft with forged documents, except in Beit Sahour where Christian and Muslims share a strong sense of local identity, are seen by Christians as making their demographic presence vulnerable. Christians are often described as of Yamani descent (as are some Muslim clans), vs the al-Qaysi Muslim clans, respectively from southern and northern Arabia. Christians are wary of the international media and of discussing these issues publicly, which involve criticism of fellow Palestinians, since there is a risk that their remarks may be manipulated by outsiders to undermine Palestinian claims to nationhood, distract attention from the crippling impact of Israel's occupation, and conjure up an image of a Muslim drive to oust Christians from Bethlehem. The Christian Broadcasting Network (an American Protestant organization) claimed that Palestinian Christians suffer systematic discrimination and persecution at the hands of the predominantly Muslim population and Palestinian government aimed at driving their population out of their homeland. However, Palestinian Christians in Bethlehem and Beit Jala have claimed otherwise that it is the loss of agricultural land and expropriation from the Israeli military, the persecution of 1948 and violence from the military occupation that has led to a flight and major exodus of Christians. On 26 September 2015, the Mar Charbel monastery in Bethlehem was set on fire, resulting in the burning of many rooms and damaging various parts of the building. In September 2016, the Jerusalem-based Center for Jewish–Christian Understanding and Cooperation (CJCUC) established "Blessing Bethlehem", a charity fundraising initiative with the purpose of helping the persecuted Christians living in the city of Bethlehem and its surrounding areas. Notable Palestinian Christians Canonized Saint Marie-Alphonsine Danil Ghattas – founder of the Congregation of the Rosary Sisters, the only Arab religious order in the Holy Land to date Monks Cosmas of Maiuma Dorotheus of Gaza Theodore of the Jordan Sabbas the Sanctified Theophanes the Branded Zosimas of Palestine Clergymen Munib Younan – president of the Lutheran World Federation since 2010 and the Bishop of the Evangelical Lutheran Church of Jerusalem, Palestine, Jordan and the Holy Land since 1998 Archbishop Theodosios (Hanna) of Sebastia – Bishop of the Eastern Orthodox Patriarchate of Jerusalem Michel Sabbah – former Latin Patriarch of Jerusalem (Roman Catholic) Fouad Twal – former Latin Patriarch of Jerusalem (Roman Catholic) Naim Ateek – leader of Sabeel Christian Ecumenical Foundation Mitri Raheb – pastor of the Evangelical Lutheran Christmas Church in Bethlehem Suheil Salman Ibrahim Dawani – the current Anglican Bishop in Jerusalem Elias Chacour – Archbishop of Akko, Haifa, Nazareth and Galilee of the Melkite Eastern Catholic Church Riah Hanna Abu El-Assal – former Anglican Bishop in Jerusalem Anis Shorrosh – Palestinian Evangelical Protestant pastor Benny Hinn – Protestant televangelist Patriarch Theophilos III of Jerusalem – current Orthodox patriarch of Jerusalem Manuel Musallam - retired Roman Catholic priest, who was pastor in Gaza from 1995 to 2009. Boutros Mouallem – retired Melkite Eastern Catholic Church archbishop of Acre, Haifa and the Galilee Samir Kafity – prominent former Anglican Bishop in Jerusalem Salim Munayer – founder of Musalaha, a non-profit organization that works towards reconciliation between Israelis and Palestinians based on the Biblical principles of peace, works mainly among Palestinian Evangelical Protestants and Messianic Jews Patriarch Diodoros of Jerusalem – late Orthodox Patriarch of Jerusalem Patriarch Irenaios – former Orthodox patriarch of Jerusalem Torkom Manoogian – current Patriarch of the Armenian Patriarchate of Jerusalem Faik Haddad – prominent former Anglican Bishop in Jerusalem. Palestinian Roman Catholics :Category:Palestinian Roman Catholics Politicians John H. Sununu – Governor of New Hampshire (1983–1989) and White House Chief of Staff to President George H.W. Bush (1989–1991) Joe Hockey – Treasurer of Australia (2013–2015), Member of Parliament for North Sydney (1996–2015), Ambassador of Australia to the United States (2016-Current) Raymonda Tawil – poet, political activist, journalist, writer and the mother-in-law of the late Palestinian President Yasser Arafat Antonio Saca – President of El Salvador from 2004 to 2009 Justin Amash – U.S. Representative for Michigan's 3rd congressional district which encompasses the Grand Rapids area, and a member of the Republican Party (later Libertarian Party) Vera Baboun – first female mayor of Bethlehem Azmi Bishara – Arab-Israeli politician Janet Mikhail – former mayor of Ramallah Karim Khalaf – attorney and politician who served as the Mayor of Ramallah, but was removed from office in 1982 by Israel Victor Batarseh – former mayor of Bethlehem Elias Bandak – former mayor of Bethlehem Hanna Nasser – former mayor of Bethlehem Elias Freij – former mayor of Bethlehem Emil Habibi – politician born in Mandatory Palestine, leader of the Israel Communist Party and Member of the Israeli Knesset Ameer Makhoul – founder of the Haifa-based Ittijah (the Union of Arab Community-Based Associations, a network for Palestinian NGOs in Israel), who is currently jailed in Israel, after some claims for spying on behalf of Hezbollah. Amnesty International expressed concern that "his human rights activism on behalf of Palestinians" may be the reason for his imprisonment. George Habash – politician, founder of the PFLP and the Arab Nationalist Movement Nayif Hawatmeh – Palestinian politician, founder and General Secretary of the DFLP Dr. Hanan Ashrawi – politician, legislator, activist, and scholar. Currently, she is a leader of the Third Way party. She was previously notable as a spokesperson for Arafat. Afif Safieh – diplomat and was most recently the Palestinian ambassador to the Russian Federation Joudeh George Murqos – ex-Palestinian minister of tourism Ghazi Hanania – member of the Palestinian Legislative Council and Fatah Emil Ghuri – former Secretary of the Arab Higher Committee (AHC), the official leadership of the Arabs in the British Mandate of Palestine. He was also the general secretary of the Palestine Arab Party Hanna Nasser (academic) – academic, political figure and ex-president of Birzeit University Ghassan Andoni – a professor of physics at Birzeit University, co-founder of the International Solidarity Movement (ISM) and founder of the International Middle East Media Centre Daud Turki – poet and was the leader of the Jewish-Arab left-wing group called the Red Front Imil Jarjoui – former member of the Palestinian Legislative Council and the PLO executive committee Huwaida Arraf – rights activist and co-founder of the International Solidarity Movement (ISM) Michael Tarazi – lawyer and former adviser to the Palestine Liberation Organization Kamal Nasser – PLO political leader, writer and poet Layla Moran – first British MP of Palestinian descent Journalists Issa El-Issa – the founder of Filastin newspaper in Jaffa, Palestine 1909 Yousef El-Issa – Issa's cousin who also founded Filastin newspaper in 1909, he also established Alif Ba' newspaper in Damascus, Syria Raja El-Issa – Issa's son, who took manager position of the newspaper after his father's death, he was also the first chairman of the Jordan Press Association in Amman, Jordan in 1956 Daoud El-Issa – Issa's nephew who also had the manager position of the newspaper, established Al-Bilad newspaper in Jerusalem in 1956 and became a member of Jordan Press Association in 1976 Cultural figures Ashraf Barhom – Christian actor from Tarshiha, northern Israel. Edward Said – Palestinian literary theorist, cultural critic, political activist Rosemarie Said Zahlan – historian and writer George Antonius – founder of modern Arab nationalist history Khalil Beidas – scholar, educator, translator and novelist during the Al-Nahda cultural renaissance Khalil al-Sakakini – educator, scholar, poet, and Arab nationalist during the Al-Nahda cultural renaissance Tawfiq Canaan – physician, researcher of Palestinian popular heritage May Ziadeh – poet, essayist and translator during the Al-Nahda cultural renaissance Elia Suleiman – Palestinian film maker and actor Hanna Musleh – Palestinian film maker and university professor Raja Shehadeh – lawyer and writer Rifat Odeh Kassis – human rights activist George Saliba – Professor of Arabic and Islamic Science at the Department of Middle Eastern, South Asian, and African Studies, Columbia University, New York, United States Rami George Khouri – journalist and editor Hisham Zreiq – award-winning independent film maker, poet and visual artist Ray Hanania – Palestinian-American journalist also known for his stand-up comedy Joseph Massad – Associate Professor of Modern Arab Politics and Intellectual History in the |
Among his first acts as pope were the restitution of Formosus as cardinal bishop of Portus and the anathematizing of Photius I. Due to his respect for Alfred the Great (r. 871–899), he freed the Anglo-Saxons of the Schola Anglorum in Rome from tribute and taxation. He also is recorded to have sent a piece of the True Cross to Alfred as a gift. He died in May or June 884, his successor being Adrian III. Name error Because of the similarity of the names, Marinus | see. Among his first acts as pope were the restitution of Formosus as cardinal bishop of Portus and the anathematizing of Photius I. Due to his respect for Alfred the Great (r. 871–899), he freed the Anglo-Saxons of the Schola Anglorum in Rome from tribute and taxation. He also is recorded to have sent a piece of the True Cross to Alfred as a gift. He died in May or June 884, his successor being Adrian III. Name error Because of the similarity of the names, Marinus I and Marinus II were, in some sources, mistakenly called Martinus II and Martinus III. References Further reading External links Opera Omnia by Migne Patrologia Latina with analytical indexes Popes Italian popes Diplomats of |
said to have encountered Ulrich of Augsburg on his visit to Rome in 909, and reportedly predicted Ulrich's eventual appointment as bishop of Augsburg. Pontificate Marinus was elevated to the papacy on 30 October 942 through intervention of Alberic II of Spoleto. This period is known as Saeculum obscurum due to the power of Alberic and his relatives over the popes. Marinus concentrated on administrative aspects of the papacy, and sought to reform both the secular and regular clergy. He extended the appointment of Archbishop Frederick of Mainz as papal vicar and missus dominicus throughout Germany and Francia. Marinus later intervened when the bishop of | on 30 October 942 through intervention of Alberic II of Spoleto. This period is known as Saeculum obscurum due to the power of Alberic and his relatives over the popes. Marinus concentrated on administrative aspects of the papacy, and sought to reform both the secular and regular clergy. He extended the appointment of Archbishop Frederick of Mainz as papal vicar and missus dominicus throughout Germany and Francia. Marinus later intervened when the bishop of Capua seized without authorization a church |
the basilica of St. Silvester (De Rossi, Roma sotterranea, I, 176). A 5th-century "Passio Marcelli", which is included in the legendary account of the martyrdom of Cyriacus (cf. Acta Sanct., Jan., II, 10–14) and is followed by the Liber Pontificalis, gives a different account of the end of Marcellus. According to this version, the pope was required by Maxentius, who was enraged at his reorganization of the church, to lay aside his episcopal dignity and make an offering to the gods. On his refusal, he was condemned to work as a slave at a station on the public highway (catabulum). At the end of nine months he was set free by the clergy; but a matron named Lucina having had her house on the Via Lata consecrated by him as "titulus Marcelli" he was again condemned to the work of attending to the horses brought into the station, in which menial occupation he died. All this is probably legendary, the reference to the restoration of ecclesiastical activity by Marcellus alone having an historical basis. The tradition related in the verses of Damasus seems much more worthy of belief. The feast of Saint Marcellus, whose name is to this day borne by the church at Rome mentioned in the above legend, is still celebrated on 16 January. There still remains to be mentioned Mommsen's peculiar view that Marcellus was not really a bishop, but a simple Roman presbyter to whom was committed the ecclesiastical administration during the latter part of the period of vacancy of the papal chair. According to this view, 16 January was really the date of Marcellus' death, the next occupant of the chair being Eusebius (Neues Archiv, 1896, XXI, 350–3). This hypothesis has, however, found no support. See also List of Catholic saints List of popes Notes References Liber Pontificalis, ed. Louis Duchesne, I, 164–6; cf. Introduction, xcix–c; Acta SS., January, II, 369 Joseph Langen, Geschichte der Römischen Kirche I, 379 sqq. Paul Allard, Histoire des persécutions, V, 122–4 Louis Duchesne, Histoire ancienne de l'Église, II, 95–7. External links Opera Omnia Colonnade Statue in St Peter's Square 309 deaths 4th-century Christian saints 4th-century Romans Papal saints Popes Year of birth unknown 4th-century popes | a wicked enemy by all the lapsed, because he insisted that they should perform the prescribed penance for their guilt. As a result, serious conflicts arose, some of which ended in bloodshed, and every bond of peace was broken. At the head of this band of dissenters was an apostate who had denied the Faith even before the outbreak of persecution. The tyrannical Maxentius had the pope seized and sent into exile. This took place at the end of 308 or the beginning of 309 according to the passages cited above from the Catalogus Liberianus, which gives the length of the pontificate as no more than one year, six (or seven) months, and twenty days. Marcellus died shortly after leaving Rome, and was venerated as a saint. Veneration His feast day was 16 January, according to the Depositio episcoporum of the Chronography of 354 and every other Roman authority. Nevertheless, it is not known whether this is the date of his death or that of the burial of his remains, after these had been brought back from the unknown place to which he had been exiled. He was buried in the catacomb of St. Priscilla where his grave is mentioned by the itineraries to the graves of the Roman martyrs as existing in the basilica of St. Silvester (De Rossi, Roma sotterranea, I, 176). A 5th-century "Passio Marcelli", which is included in the legendary account of the martyrdom of Cyriacus (cf. Acta Sanct., Jan., II, 10–14) and is followed by the Liber Pontificalis, gives a different account of the end of Marcellus. According to this version, the pope was required by Maxentius, who was enraged at his reorganization of the church, to lay aside his episcopal dignity and make an offering to the gods. On his refusal, he was condemned to work as a slave at a station on the public highway (catabulum). At the end of nine months he was set free by the clergy; but a matron named Lucina having had her house on the Via Lata consecrated by him as "titulus Marcelli" he was again condemned to the work of attending to the horses brought into the station, in which menial occupation he |
regnal name "Marcellus". Cervini was the maternal uncle of Robert Bellarmine. His father, Ricardo Cervini, and Pope Clement VII were personal friends. Cervini served in the household of Cardinal Alessandro Farnese. When Farnese became pope, Cervini served as his secretary and was employed on a number of diplomatic missions. On 10 April, 1555, he was elected to succeed Pope Julius III. He died of a stroke twenty-two days later. Biography Early life A native of Montefano, a small village near Macerata and Loreto he was the son of Ricardo Cervini who was the Apostolic Treasurer in Ancona. The family originated in Tuscany, in the town of Montepulciano, which had once been subject to Siena, but later was under the control of Florence. Marcello had two half-brothers, Alexander and Romulus. One of his sisters, Cinzia Cervini, married Vincenzo Bellarmino, and was the mother of Robert Bellarmine. Marcello was educated locally, and at Siena and Florence, where he became proficient in writing Latin, Greek, and Italian. He also received instruction in jurisprudence, philosophy, and mathematics. His father had an interest in astrology and upon discovering that his son's horoscope presaged high ecclesiastical honours, Riccardo set the young Cervini on a path to the priesthood. Priesthood After his period of study at Siena, Cervini traveled to Rome in the company of the delegation sent by Florence to congratulate the new Pope on his election. His father and Pope Clement VII were personal friends, and Marcello was made Scrittore Apostolico. He was set to work on astronomical and calendar studies, a project which was intended to bring the year back into synchronization with the seasons. In 1527, he fled home after the Sack of Rome, but eventually returned and was taken into the household of Cardinal Alessandro Farnese senior. Cervini was ordained a priest in 1535. Cardinalate In 1534, after Farnese had become pope Pope Paul III, Cervini was appointed a papal secretary (1534–49) and served as a close advisor to the pope's nephew Alessandro Farnese. He was made a papal protonotary. He travelled in the suite of the Pope during the papal visit to Nice, where Paul III was promoting a truce between Francis I and Charles V. He then accompanied the young Cardinal Farnese on a journey to Spain, France and the Spanish Netherlands to help implement the terms of the truce. Paul III later appointed him Bishop of Nicastro in 1539. Cervini was not, however, consecrated bishop until the day he himself was elected pope. On 19 December 1539, while Cervini was still on the embassy to the Netherlands, Paul III created him Cardinal-Priest of Santa Croce in Gerusalemme. When, almost immediately afterwards, Cardinal Farnese was recalled to Rome, Cervini stayed on in Spain as nuncio. Over the course of the next decade Cervini also became the apostolic administrator of the dioceses of Reggio and Gubbio. His house in Rome became a center of Renaissance culture, and he himself corresponded with most of the leading humanists During the Council of Trent he was elected one of the council's three presidents, along with fellow cardinals Reginald Pole and Giovanni Maria Ciocchi del Monte (the future Pope Julius III). He continued to serve in that role throughout the remainder of Paul III's papacy, after which he was replaced to placate the Holy Roman Emperor Charles V (1519–56). He was credited with defending not only orthodoxy and Church discipline, but also the universal claims of the Papacy in spiritual and temporal affairs, and with such vigor that the Emperor was affronted. In 1548 (or 1550) Cervini was placed in charge of the Vatican Library, with the title of Protettore della Biblioteca Apostolica. The Apostolic Brief of his appointment, however, came from the new pope, Julius III, on 24 May 1550, and in it he was named not Vatican Librarian, but Bibliothecarius Sanctae Romanae Ecclesiae because he was the first cardinal to be placed in charge of the library. During his administration, he employed the services of Marcello and Sirleto, as well as Onofrio Panvinio (who was especially consulted in matters of Christian archaeology). He added more than 500 codices to the holdings of the Library, including 143 Greek codices, as his own entry book (which still survives as Vaticanus Latinus 3963) testifies. In the conclave of 1549–50 held to elect a successor to Paul III, fifty-one cardinals, including Marcello Cervini, participated at the opening on 3 December 1549. The initial candidates included Cardinals Pole, Sfondrati, Carpi and Ridolfi (who died on the night of 31 January). Pole, | home after the Sack of Rome, but eventually returned and was taken into the household of Cardinal Alessandro Farnese senior. Cervini was ordained a priest in 1535. Cardinalate In 1534, after Farnese had become pope Pope Paul III, Cervini was appointed a papal secretary (1534–49) and served as a close advisor to the pope's nephew Alessandro Farnese. He was made a papal protonotary. He travelled in the suite of the Pope during the papal visit to Nice, where Paul III was promoting a truce between Francis I and Charles V. He then accompanied the young Cardinal Farnese on a journey to Spain, France and the Spanish Netherlands to help implement the terms of the truce. Paul III later appointed him Bishop of Nicastro in 1539. Cervini was not, however, consecrated bishop until the day he himself was elected pope. On 19 December 1539, while Cervini was still on the embassy to the Netherlands, Paul III created him Cardinal-Priest of Santa Croce in Gerusalemme. When, almost immediately afterwards, Cardinal Farnese was recalled to Rome, Cervini stayed on in Spain as nuncio. Over the course of the next decade Cervini also became the apostolic administrator of the dioceses of Reggio and Gubbio. His house in Rome became a center of Renaissance culture, and he himself corresponded with most of the leading humanists During the Council of Trent he was elected one of the council's three presidents, along with fellow cardinals Reginald Pole and Giovanni Maria Ciocchi del Monte (the future Pope Julius III). He continued to serve in that role throughout the remainder of Paul III's papacy, after which he was replaced to placate the Holy Roman Emperor Charles V (1519–56). He was credited with defending not only orthodoxy and Church discipline, but also the universal claims of the Papacy in spiritual and temporal affairs, and with such vigor that the Emperor was affronted. In 1548 (or 1550) Cervini was placed in charge of the Vatican Library, with the title of Protettore della Biblioteca Apostolica. The Apostolic Brief of his appointment, however, came from the new pope, Julius III, on 24 May 1550, and in it he was named not Vatican Librarian, but Bibliothecarius Sanctae Romanae Ecclesiae because he was the first cardinal to be placed in charge of the library. During his administration, he employed the services of Marcello and Sirleto, as well as Onofrio Panvinio (who was especially consulted in matters of Christian archaeology). He added more than 500 |
is unknown but it is known that he was of North African Berber descent and, according to the Liber Pontificalis, compiled from the 5th century onwards, a Roman citizen. Miltiades and his successor, Sylvester I, were part of the clergy of Pope Marcellinus. It has been suggested that he was party to the alleged apostasy of Pope Marcellinus, which was repudiated by Augustine of Hippo. This view originated from letters, dated to between 400 and 410, written by Donatist Bishop Petilianus of Constantine, who claimed that Marcellinus, along with Miltiades and Sylvester, surrendered sacred texts and offered incense to Roman deities. Pontificate In April 311, the Edict of Toleration was issued in Serdica (modern day Sofia, Bulgaria) by the Roman emperor Galerius, officially ending the Diocletianic Persecution of Christianity. The election of Miltiades to the papacy on 2 July 311, according to the Liberian Catalogue, marked the end of a sede vacante, the vacancy of the papacy, following the death of Pope Eusebius on 17 August 310 or 309 according to Liber Pontificalis not long after his exile to Sicily by the Emperor Maxentius. After his election, Church property that was confiscated during the Diocletianic Persecution was restored by Maxentius. This order, however, probably did not extend to all of the parts of Maxentius' jurisdiction. The Liber Pontificalis, attributed the introduction of several later customs to Miltiades, such as not fasting on Thursdays or Sundays, although subsequent scholarship now believes the customs likely pre-dated Miltiades. Miltades prescribed the distribution of portions of the bread consecrated by the pope at all of the churches around Rome, the fermentum, as a sign of unity. In October 312, Constantine defeated Maxentius at the Battle of the Milvian Bridge to become emperor. He later presented the pope with the palace of Empress Fausta, where the Lateran Palace, the papal residence and seat of central Church administration, would be built. Being the first pope under Constantine, his pontificate coincided with the peace Constantine gave to the Church. In February 313, Constantine and Licinius, emperor of the eastern part of the | of central Church administration, would be built. Being the first pope under Constantine, his pontificate coincided with the peace Constantine gave to the Church. In February 313, Constantine and Licinius, emperor of the eastern part of the Roman Empire, agreed to extend tolerance of Christianity to Licinius' territory, proclaimed by the Edict of Milan. Consequently, Christians not only attained the freedom of worship, but also all places of Christian worship were restored and all confiscated property returned. Lateran Council During Miltiades' tenure as pontiff, a schism over the election of Bishop Caecilianus split the Church of Carthage. The opposing parties were those of Caecilianus, who was supported by Rome, and of Donatus, mainly clergymen from North Africa who demanded that schismatics, and heretics, be re-baptised and re-ordained before taking office, the central issue dividing Donatists and Catholics. The supporters of Donatus appealed to Constantine and requested that judges from Gaul be assigned to adjudicate. Constantine agreed and commissioned Miltiades together with three Gallic bishops to resolve the dispute, the first time an emperor had interfered in church affairs. Miltiades, unwilling to jeopardise his relationship with the Emperor, but also unwilling to preside over a council with an uncertain outcome, changed the proceedings into a regular church synod and appointed an additional 15 Italian bishops. The Lateran Council was held for three days from 2–4 October 313. The process was modeled on Roman civil proceedings, with Miltiades insisting on strict rules of evidence and argument. This frustrated the Donatists who left the council without presenting their case, which led Miltiades to rule in favour of Caecilianus by default. The council thus ended after only three sessions. The pope retained Caecilianus as bishop of Carthage and condemned Donatus' teachings of rebaptism of bishops and priests. The adverse rulings failed to stop the continuing spread of Donatism across North Africa. The Donatists again appealed to the Emperor, who responded by convening the Council of Arles in 314 but it too ruled against the Donatists. By the time the council was convened, Miltiades had died on 10 or 11 January 314. He was succeeded by Sylvester I. He was buried in the Catacomb of Callixtus at the Appian Way and venerated as a saint. Licinius, who promulgated the Edict of Milan, violated the edict in 320 by persecuting Christians, sacking them from public offices, forbidding synods and condoning executions. A civil war broke out between him and Constantine, with Constantine eventually defeating him in 324. Veneration The feast of Miltiades in the 4th century, according to the Martyrologium Hieronymianum, was celebrated on 10 January. In the 13th century, the feast of Saint Melchiades (as he was then called) was included, with the mistaken qualification of "martyr", in the General Roman Calendar for celebration on 10 |
and methods of parsimony, maximum likelihood (ML), and MCMC-based Bayesian inference. All these depend upon an implicit or explicit mathematical model describing the evolution of characters observed. Phenetics, popular in the mid-20th century but now largely obsolete, used distance matrix-based methods to construct trees based on overall similarity in morphology or similar observable traits (i.e. in the phenotype or the overall similarity of DNA, not the DNA sequence), which was often assumed to approximate phylogenetic relationships. Prior to 1950, phylogenetic inferences were generally presented as narrative scenarios. Such methods are often ambiguous and lack explicit criteria for evaluating alternative hypotheses. History The term "phylogeny" derives from the German , introduced by Haeckel in 1866, and the Darwinian approach to classification became known as the "phyletic" approach. Ernst Haeckel's recapitulation theory During the late 19th century, Ernst Haeckel's recapitulation theory, or "biogenetic fundamental law", was widely accepted. It was often expressed as "ontogeny recapitulates phylogeny", i.e. the development of a single organism during its lifetime, from germ to adult, successively mirrors the adult stages of successive ancestors of the species to which it belongs. But this theory has long been rejected. Instead, ontogeny evolves – the phylogenetic history of a species cannot be read directly from its ontogeny, as Haeckel thought would be possible, but characters from ontogeny can be (and have been) used as data for phylogenetic analyses; the more closely related two species are, the more apomorphies their embryos share. Timeline of key points 14th century, lex parsimoniae (parsimony principle), William of Ockam, English philosopher, theologian, and Franciscan friar, but the idea actually goes back to Aristotle, precursor concept 1763, Bayesian probability, Rev. Thomas Bayes, precursor concept 18th century, Pierre Simon (Marquis de Laplace), perhaps first to use ML (maximum likelihood), precursor concept 1809, evolutionary theory, Philosophie Zoologique, Jean-Baptiste de Lamarck, precursor concept, foreshadowed in the 17th century and 18th century by Voltaire, Descartes, and Leibniz, with Leibniz even proposing evolutionary changes to account for observed gaps suggesting that many species had become extinct, others transformed, and different species that share common traits may have at one time been a single race, also foreshadowed by some early Greek philosophers such as Anaximander in the 6th century BC and the atomists of the 5th century BC, who proposed rudimentary theories of evolution 1837, Darwin's notebooks show an evolutionary tree 1843, distinction between homology and analogy (the latter now referred to as homoplasy), Richard Owen, precursor concept 1858, Paleontologist Heinrich Georg Bronn (1800–1862) published a hypothetical tree to | between archaic and specialized characters in his classification system 1940, term "clade" coined by Lucien Cuénot 1949, Jackknife resampling, Maurice Quenouille (foreshadowed in '46 by Mahalanobis and extended in '58 by Tukey), precursor concept 1950, Willi Hennig's classic formalization 1952, William Wagner's groundplan divergence method 1953, "cladogenesis" coined 1960, "cladistic" coined by Cain and Harrison 1963, first attempt to use ML (maximum likelihood) for phylogenetics, Edwards and Cavalli-Sforza 1965 Camin-Sokal parsimony, first parsimony (optimization) criterion and first computer program/algorithm for cladistic analysis both by Camin and Sokal character compatibility method, also called clique analysis, introduced independently by Camin and Sokal (loc. cit.) and E. O. Wilson 1966 English translation of Hennig "cladistics" and "cladogram" coined (Webster's, loc. cit.) 1969 dynamic and successive weighting, James Farris Wagner parsimony, Kluge and Farris CI (consistency index), Kluge and Farris introduction of pairwise compatibility for clique analysis, Le Quesne 1970, Wagner parsimony generalized by Farris 1971 first successful application of ML to phylogenetics (for protein sequences), Neyman Fitch parsimony, Fitch NNI (nearest neighbour interchange), first branch-swapping search strategy, developed independently by Robinson and Moore et al. ME (minimum evolution), Kidd and Sgaramella-Zonta (it is unclear if this is the pairwise distance method or related to ML as Edwards and Cavalli-Sforza call ML "minimum evolution") 1972, Adams consensus, Adams 1976, prefix system for ranks, Farris 1977, Dollo parsimony, Farris 1979 Nelson consensus, Nelson MAST (maximum agreement subtree)((GAS)greatest agreement subtree), a consensus method, Gordon bootstrap, Bradley Efron, precursor concept 1980, PHYLIP, first software package for phylogenetic analysis, Felsenstein 1981 majority consensus, Margush and MacMorris strict consensus, Sokal and Rohlf first computationally efficient ML algorithm, Felsenstein 1982 PHYSIS, Mikevich and Farris branch and bound, Hendy and Penny 1985 first cladistic analysis of eukaryotes based on combined phenotypic and genotypic evidence Diana Lipscomb first issue of Cladistics first phylogenetic application of bootstrap, Felsenstein first phylogenetic application of jackknife, Scott Lanyon 1986, MacClade, Maddison and Maddison 1987, neighbor-joining method Saitou and Nei 1988, Hennig86 (version 1.5), Farris Bremer support (decay index), Bremer 1989 RI (retention index), RCI (rescaled consistency index), Farris HER (homoplasy excess ratio), Archie 1990 combinable components (semi-strict) consensus, Bremer SPR (subtree pruning and regrafting), TBR (tree bisection and reconnection), Swofford and Olsen 1991 DDI (data decisiveness index), Goloboff first cladistic analysis of eukaryotes based only on phenotypic evidence, Lipscomb 1993, implied weighting Goloboff 1994, reduced consensus: RCC (reduced cladistic consensus) for rooted trees, Wilkinson 1995, reduced consensus RPC (reduced partition consensus) for unrooted trees, Wilkinson 1996, first working methods for BI (Bayesian Inference)independently developed by Li, Mau, and Rannala and Yang and all using MCMC (Markov chain-Monte Carlo) 1998, TNT (Tree Analysis Using New Technology), Goloboff, Farris, and Nixon 1999, Winclada, Nixon 2003, symmetrical resampling, Goloboff 2004,2005, symmilarity metric (using an approximation to Kolmogorov complexity) or NCD (normalized compression distance), Li et al., Cilibrasi and Vitanyi. Outside biology Phylogenetic tools and representations (trees and networks) can also be applied to studying the evolution of languages, in the field of quantitative comparative linguistics. See also Angiosperm Phylogeny Group Bauplan Bioinformatics Biomathematics Coalescent theory EDGE of Existence programme Evolutionary taxonomy Joe Felsenstein |
challenge in phenetics revolves around balancing the loss of information in such a reduction against the ease of interpreting the resulting graphs. The method can be traced back to 1763 and Michel Adanson (in his Familles des plantes) because of two shared basic principles — overall similarity and equal weighting — and modern pheneticists are sometimes called neo-Adansonians. Difference from cladistics Phenetic analyses are unrooted, that is, they do not distinguish between plesiomorphies, traits that are inherited from an ancestor, and apomorphies, traits that evolved anew in one or several lineages. A common problem with phenetic analysis is that basal evolutionary grades, which retain many plesiomorphies compared to more advanced lineages, appear to be monophyletic. Phenetic analyses are also liable to be misled by convergent evolution and adaptive radiation. Cladistic methods have attempted to solve those problems. Consider for example songbirds. These can be divided into two groups – Corvida, which retains ancient characters in phenotype and genotype, and Passerida, which has more modern traits. But only the latter are a group of closest relatives; the former are numerous independent and ancient lineages which are about as distantly related to each other as each single one of them is to the Passerida. In a phenetic analysis, the large degree of overall similarity found among the Corvida will make them appear to be monophyletic too, but their shared traits were present in the ancestors of all songbirds already. It is the loss of these ancestral traits rather than their presence that signifies which songbirds are more closely related to each other than to other songbirds. However, the requirement that taxa be monophyletic – rather than paraphyletic as in the case of the Corvida – is itself part of the cladistic view of Taxonomy, not necessarily followed to an absolute degree by other schools. The two methodologies are not mutually exclusive. There is no reason why, e.g., species identified using phenetics cannot subsequently be subjected to cladistic analysis, to | Sokal. Their books are still primary references for this sub-discipline, although now out of print. Phenetics has largely been superseded by cladistics for research into evolutionary relationships among species. However, certain phenetic methods, such as neighbor-joining, have found their way into phylogenetics, as a reasonable approximation of phylogeny when more advanced methods (such as Bayesian inference) are too computationally expensive. Phenetic techniques include various forms of clustering and ordination. These are sophisticated ways of reducing the variation displayed by organisms to a manageable level. In practice this means measuring dozens of variables, and then presenting them as two- or three-dimensional graphs. Much of the technical challenge in phenetics revolves around balancing the loss of information in such a reduction against the ease of interpreting the resulting graphs. The method can be traced back to 1763 and Michel Adanson (in his Familles des plantes) because of two shared basic principles — overall similarity and equal weighting — and modern pheneticists are sometimes called neo-Adansonians. Difference from cladistics Phenetic analyses are unrooted, that is, they do not distinguish between plesiomorphies, traits that are inherited from an ancestor, and apomorphies, traits that evolved anew in one or several lineages. A common problem with phenetic analysis is that basal evolutionary grades, which retain many plesiomorphies compared to more advanced lineages, appear to be monophyletic. Phenetic analyses are also liable to be misled by convergent evolution and adaptive radiation. Cladistic methods have attempted to solve those problems. Consider for example songbirds. These can be divided into two groups – Corvida, which retains ancient characters in phenotype and genotype, and Passerida, which has more modern traits. But only the latter are a group of closest relatives; the former are numerous independent and ancient lineages which are about as distantly related to each other as each single one of them is to the Passerida. In a phenetic analysis, the large degree of overall similarity found among the Corvida will make them appear to be monophyletic too, but their shared traits were present in the ancestors of all songbirds already. It is the loss of these ancestral traits rather than their presence that signifies which songbirds are more closely related to each other than to other songbirds. However, the requirement that taxa be monophyletic – rather than paraphyletic |
most time-consuming aspects of development. As well as providing programming libraries, SCE headquarters in London, California and Tokyo housed technical support teams that could work closely with third-party developers if needed. Peter Molyneux, who owned Bullfrog Productions at the time, admired Sony's open-handed approach to software developers and lauded their decision to use PCs as a development platform, remarking that "[it was] like being released from jail in terms of the freedom you have". Another strategy that helped attract software developers was the PlayStation's use of the CD-ROM format instead of traditional cartridges. In contrast to other disc-reading consoles such as the 3DO, the PlayStation could quickly generate and synthesise data from the CD since it was an image-generation system, rather than a data-replay system. The PlayStation's architecture and interconnectability with PCs was beneficial to many software developers. The use of the programming language C proved useful during the early stages of development as it safeguarded future compatibility of the machine should developers decide to make further hardware revisions. Sony used the free software GNU C compiler, also known as GCC, to guarantee short debugging times as it was already familiar to many programmers. Despite the inherent flexibility, some developers found themselves restricted due to the console's lack of RAM. While working on beta builds of the PlayStation, Molyneux observed that its MIPS processor was not "quite as bullish" compared to that of a fast PC and said that it took his team two weeks to port their PC code to the PlayStation development kits and another fortnight to achieve a four-fold speed increase. An engineer from Ocean Software, one of Europe's largest game developers at the time, thought that allocating RAM was a challenging aspect given the 3.5 megabyte restriction. Kutaragi said that while it would have been easy to double the amount of RAM for the PlayStation, the development team refrained from doing so to keep the retail cost down. Kutaragi saw the biggest challenge in developing the system to be balancing the conflicting goals of high performance, low cost, and being easy to program for, and felt he and his team were successful in this regard. Launch Sony released the PlayStation in Japan on 3 December 1994, a week after the release of the Sega Saturn, at a price of . Sales in Japan began with a "stunning" success with long queues in shops. It sold 100,000 units on the first day and two million units within six months, although the Saturn outsold the PlayStation in the first few weeks due to the success of Virtua Fighter. By the end of 1994, 300,000 PlayStation units were sold in Japan compared to 500,000 Saturn units. After a while, a grey market emerged for PlayStations, which were shipped from Japan to North America and Europe, with some buyers of such consoles paying large amounts of money in the range of £700. Before the release in North America, Sega and Sony presented their consoles at the first Electronic Entertainment Expo (E3) in Los Angeles on 11 May 1995. At their keynote presentation, Sega of America CEO Tom Kalinske revealed that its Saturn console would be released at a price of $399. Immediately afterwards came Sony's turn: Olaf Olafsson, the head of SCEA, summoned Steve Race, the head of development, to the conference stage, who said "$299" and left the audience with a round of applause. The attention to the Sony conference was further bolstered by the surprise appearance of Michael Jackson and the showcase of highly anticipated games, including Wipeout (1995), Ridge Racer and Tekken (1994). In addition, Sony announced that no games would be bundled with the console. Although the Saturn had released early in the United States to gain an advantage over the PlayStation, the surprise launch upset many retailers who were not informed in time, harming sales. Some retailers such as KB Toys responded by dropping the Saturn entirely. The PlayStation went on sale in North America on 9 September 1995. It sold more units within two days than the Saturn had in five months, with almost all of the initial shipment of 100,000 units sold in advance and shops across the country running out of consoles and accessories. The well-received Ridge Racer contributed to the PlayStation's early success, with some critics considering it superior to Sega's arcade counterpart Daytona USA (1994). There were over 100,000 pre-orders placed and 17 games available on the market by the time of the PlayStation's American launch, in comparison to the Saturn's six launch games. The PlayStation released in Europe on 29 September 1995 and in Australia on 15 November 1995. By November it had already outsold the Saturn by three to one in the United Kingdom, where Sony had allocated a £20&nsbp;million marketing budget during the Christmas season compared to Sega's £4 million. Sony found early success in the United Kingdom by securing listings with independent shop owners as well as prominent High Street chains such as Comet and Argos. Within its first year, the PlayStation secured over 20% of the entire American video game market. From September to the end of 1995, sales in the United States amounted to 800,000 units, giving the PlayStation a commanding lead over the other fifth-generation consoles, though the SNES and Mega Drive from the fourth generation still outsold it. Sony reported that the attach rate of sold games and consoles was four to one. To meet increasing demand, Sony chartered jumbo jets and ramped up production in Europe and North America. By early 1996, the PlayStation had grossed $2 billion (equivalent to $ billioin ) from worldwide hardware and software sales. By late 1996, sales in Europe totalled units, including 700,000 in the UK. Approximately 400 PlayStation games were in development, compared to around 200 and 60 games being developed for the Saturn and the Nintendo 64 respectively. Marketing success and later years The PlayStation was backed by a successful marketing campaign, allowing Sony to gain an early foothold in Europe and North America. Initially, PlayStation demographics were skewed towards adults, but the audience broadened after the first price drop. While the Saturn was positioned towards 18- to 34-year-olds, the PlayStation was initially marketed exclusively towards teenagers. Executives from both Sony and Sega reasoned that because younger players typically looked up to older, more experienced players, advertising targeted at teens and adults would draw them in too. Additionally, Sony found that adults reacted best to advertising aimed at teenagers; Lee Clow surmised that people who started to grow into adulthood regressed and became "17 again" when they played video games. The console was marketed with advertising slogans stylised as "LIVE IN YUR WRLD. PLY IN URS" and "U R NOT " (red E). Clow thought that by invoking such provocative statements, gamers would respond to the contrary and say Bullshit. Let me show you how ready I am. As the console's appeal enlarged, Sony's marketing efforts broadened from their earlier focus on mature players to specifically target younger children as well. Shortly after the PlayStation's release in Europe, Sony tasked marketing manager Geoff Glendenning with assessing the desires of a new target audience. Skeptical over Nintendo and Sega's reliance on television campaigns, Glendenning theorised that young adults transitioning from fourth-generation consoles would feel neglected by marketing directed at children and teenagers. Recognising the influence early 1990s underground clubbing and rave culture had on young people, especially in the United Kingdom, Glaendenning felt that the culture had become mainstream enough to help cultivate PlayStation's emerging identity. Sony partnered with prominent nightclub owners such as Ministry of Sound and festival promoters to organise dedicated PlayStation areas where demonstrations of select games could be tested. Sheffield-based graphic design studio The Designers Republic was contracted by Sony to produce promotional materials aimed at a fashionable, club-going audience. Psygnosis' Wipeout in particular became associated with nightclub culture as it was widely featured in venues. By 1997, there were 52 nightclubs in the United Kingdom with dedicated PlayStation rooms. Glendenning recalled that he had discreetly used at least £100,000 a year in slush fund money to invest in impromptu marketing. In 1996, Sony expanded its CD production facilities in the United States due to the high demand for PlayStation games, increasing their monthly output from 4 million discs to 6.5 million discs. This was necessary because PlayStation sales were running at twice the rate of Saturn sales, and its lead dramatically increased when both consoles dropped in price to $199 that year. The PlayStation also outsold the Saturn at a similar ratio in Europe during 1996, with 2.2 million consoles sold in the region by the end of the year. Sales figures for PlayStation hardware and software only increased following the launch of the Nintendo 64. Tokunaka speculated that the Nintendo 64 launch had actually helped PlayStation sales by raising public awareness of the gaming market through Nintendo's added marketing efforts. Despite this, the PlayStation took longer to achieve dominance in Japan. Tokunaka said that, even after the PlayStation and Saturn had been on the market for nearly two years, the competition between them was still "very close", and neither console had led in sales for any meaningful length of time. By 1998, Sega, encouraged by its declining market share and significant financial losses, launched the Dreamcast as a last-ditch attempt to stay in the industry. Although its launch was successful, the technically superior 128-bit console was unable to subdue Sony's dominance in the industry. Sony still held 60% of the overall video game market share in North America at the end of 1999. Sega's initial confidence in their new console was undermined when Japanese sales were lower than expected, with disgruntled Japanese consumers reportedly returning their Dreamcasts in exchange for PlayStation software. On 2 March 1999, Sony officially revealed details of the PlayStation 2, which Kutaragi announced would feature a graphics processor designed to push more raw polygons than any console in history, effectively rivalling most supercomputers. The PlayStation continued to sell strongly at the turn of the new millennium: in June 2000, Sony released the PSOne, a smaller, redesigned variant which went on to outsell all other consoles in that year, including the PlayStation 2. The combined successes of both PlayStation consoles led to Sega retiring the Dreamcast in 2001, and abandoning the console business entirely. The PlayStation was eventually discontinued on 23 March 2006—over eleven years after its release, and less than a year before the debut of the PlayStation 3. Hardware Technical specifications The main microprocessor is a 32-bit LSI R3000 CPU with a clock rate of 33.86 MHz and 30 MIPS. Its CPU relies heavily on the "cop2" 3D and matrix math coprocessor on the same die to provide the necessary speed to render complex 3D graphics. The role of the separate GPU chip is to draw 2D polygons and apply shading and textures to them: the rasterisation stage of the graphics pipeline. Sony's custom 16-bit sound chip supports ADPCM sources with up to 24 sound channels and offers a sampling rate of up to 44.1 kHz and MIDI sequencing. It features 2 MB of main RAM, with an additional 1 MB being allocated to video memory. The PlayStation has a maximum colour depth of 16.7 million true colours with 32 levels of transparency and unlimited colour look-up tables. Its video output, initially provided by a parallel I/O cable (and later a serial I/O used for the PlayStation Link Cable) displays resolutions from 256×224 to 640×480 pixels. The PlayStation uses a proprietary video compression unit, MDEC, which is integrated into the CPU and allows for the presentation of full motion video at a higher quality than other consoles of its generation. Unusual for the time, the PlayStation lacks a dedicated 2D graphics processor; 2D elements are instead calculated as polygons by the Geometry Transfer Engine (GTE) so that they can be processed and displayed on screen by the GPU. Whilst running, the GPU can also generate a total of 4,000 sprites and 180,000 polygons per second, in addition to 360,000 per second flat-shaded. Models The PlayStation went through a number of variants during its production run. Externally, the most notable change was the gradual reduction in the number of external connectors from the rear of the unit. This started with the original Japanese launch units; the SCPH-1000, released on 3 December 1994, was the only model that had an S-Video port, as it was removed from the next model. Subsequent models saw a reduction in number of parallel ports, with the final version only retaining one serial port. Sony marketed a development kit for amateur developers known as the Net Yaroze (meaning "Let's do it together" in Japanese). It was launched in June 1996 in Japan, and following public interest, was released the next year in other countries. The Net Yaroze allowed hobbyists to create their own games and upload them via an online forum run by Sony. The console was only available to buy through an ordering service and with the necessary documentation and software to program PlayStation games and applications through C programming compilers. PS One On 7 July 2000, Sony released the PS One (stylised as PS one), a smaller, redesigned version of the original PlayStation. It was the highest-selling console through the end of the year, outselling all other consoles—including the PlayStation 2. In 2002, Sony released a LCD screen add-on for the PS One, referred to as the "Combo pack". It also included a car cigarette lighter adaptor adding an extra layer of portability. Production of the LCD "Combo Pack" ceased in 2004, when the popularity of the PlayStation began to wane in markets outside Japan. A total of 28.15 million PS One units had been sold by the time it was discontinued in March 2006. Controllers Three iterations of the PlayStation's controller were released over the console's lifespan. The first controller, the PlayStation controller, was released alongside the PlayStation in December 1994. It features four individual directional buttons (as opposed to a conventional D-pad), a pair of shoulder buttons on both sides, Start and Select buttons in the centre, and four face buttons consisting of simple geometric shapes: a green triangle, red circle, blue cross, and a pink square (, , , ). Rather than depicting traditionally used letters or numbers onto its buttons, the PlayStation controller established a trademark which would be incorporated heavily into the PlayStation brand. Teiyu Goto, the designer of the original PlayStation controller, said that the circle and cross represent "yes" and "no", respectively (though this layout is reversed in Western versions); the triangle symbolises a point of view and the square is equated to a sheet of paper to be used to access menus. The European and North American models of the original PlayStation controllers are roughly 10% larger than its Japanese variant, to account for the fact the average person in those regions has larger hands than the average Japanese person. Sony's first analogue gamepad, the PlayStation Analog Joystick (often erroneously referred to as the "Sony Flightstick"), was first released in Japan in April&nsbp;1996. Featuring two parallel joysticks, it uses potentiometer technology previously used on consoles such as the Vectrex; instead of relying on binary eight-way switches, the controller detects minute angular changes through the entire range of motion. The stick also features a thumb-operated digital hat switch on the right joystick, corresponding to the traditional D-pad, and used for instances when simple digital movements were necessary. The Analog Joystick sold poorly in Japan due to its high cost and cumbersome size. The increasing popularity of 3D games prompted Sony to add analogue sticks to its controller design to give users more freedom over their movements in virtual 3D environments. The first official analogue controller, the Dual Analog Controller, was revealed to the public in a small glass booth at the 1996 PlayStation Expo in Japan, and released in April 1997 to coincide with the Japanese releases of analogue-capable games Tobal 2 and Bushido Blade. In addition to the two analogue sticks, the Dual Analog controller features an "Analog" button and LED beneath the "Start" and "Select" buttons which toggles analogue functionality on or off. The controller also features rumble support, though Sony decided that haptic feedback would be removed from all overseas iterations before the United States release. A Sony spokesman stated that the feature was removed for "manufacturing reasons", although rumours circulated that Nintendo had attempted to legally block the release of the controller outside Japan due to similarities with the Nintendo 64 controller's Rumble Pak. However, a Nintendo spokesman denied that Nintendo took legal action. Next Generation Chris Charla theorized that Sony dropped vibration feedback to keep the price of the controller down. In November 1997, Sony introduced the DualShock controller. Its name derives from its use of two (dual) vibration motors (shock). Unlike its predecessor, its analogue sticks feature textured rubber grips, longer handles and slightly different shoulder buttons. It also introduces two new buttons mapped to clicking in the analogue sticks and has rumble feedback included as standard on all versions. The DualShock later replaced its predecessors as the default controller. Peripherals Sony released a series of peripherals to add extra layers of functionality to the PlayStation. Such peripherals include memory cards, the PlayStation Mouse, the PlayStation Link Cable, the Multiplayer Adapter (a four-player multitap), the Memory Drive (a disk drive for 3.5-inch floppy disks), the GunCon (a light gun), and the Glasstron (a monoscopic head-mounted display). Released late into the console's lifespan exclusively in Japan, the PocketStation is a memory card peripheral which acts as a miniature personal digital assistant. The device features a monochrome liquid crystal display (LCD), infrared communication capability, a real-time clock, built-in flash memory, and sound capability. Sharing similarities with the Dreamcast's VMU peripheral, the PocketStation was typically distributed with certain PlayStation games, enhancing them with added features. The PocketStation proved popular in Japan, selling over five million units. Sony planned to release the peripheral outside Japan but the release was cancelled, despite receiving promotion in Europe and North America. Functionality In addition to playing games, most PlayStation models are equipped to play audio CDs; the Asian model SCPH-5903 can also play Video CDs. Like most CD players, the PlayStation can play songs in a programmed order, shuffle the playback order of the disc and repeat one song or the entire disc. Later PlayStation models use a music visualisation function called SoundScope. This function, as well as a memory card manager, is accessed by starting the console without either inserting a game or closing the CD tray, thereby accessing a graphical user interface (GUI) for the PlayStation BIOS. The GUI for the PS One and PlayStation differ depending on the firmware version: the original PlayStation GUI had a dark blue background with rainbow graffiti used as buttons, while the early PAL PlayStation and PS One GUI had a grey blocked background with two icons in the middle. PlayStation emulation is versatile and can be run on numerous modern devices. Bleem! was a commercial emulator which was released for IBM-compatible PCs and the Dreamcast in 1999. It was notable for being aggressively marketed during the PlayStation's lifetime, and was the centre of multiple controversial lawsuits filed by Sony. Bleem! was programmed in assembly language, which allowed it to emulate PlayStation games with improved visual fidelity, enhanced resolutions, and filtered textures that was not possible on original hardware. Sony sued Bleem! two days after its release, citing copyright infringement and accusing the company of engaging in unfair competition and patent infringement by allowing use of PlayStation BIOSs on a Sega console. Bleem! were subsequently forced to shut down in November 2001. Copy protection system Sony was aware that using CDs for game distribution could have left games vulnerable to piracy, due to the growing popularity of CD-R and optical disc drives with burning capability. To preclude illegal copying, a proprietary process for PlayStation disc manufacturing was developed that, in conjunction with an augmented optical drive in Tiger H/E assembly, prevented burned copies of games from booting on an unmodified console. Specifically, all genuine PlayStation discs were printed with a small section of deliberate irregular data, which the PlayStation's optical pick-up was capable of detecting and decoding. Consoles would not boot game discs without a specific wobble frequency contained in the data of the disc pregap sector (the same system was also used to encode discs' regional lock-outs). This signal was within Red Book CD tolerances, so PlayStation discs' actual content could still be read by a conventional disc drive; however, the disc drive could not detect the wobble frequency (therefore duplicating the discs omitting it), since the laser pickup system of any optical disc drive would interpret this wobble as an oscillation of the disc surface and compensate for it in the reading process. As the disc authenticity was only verified during booting, this copy protection system could be circumvented by swapping any genuine disc with the copied disc, while modchips could remove the protection system altogether. Sony untruthfully suggested in advertisements that discs' unique black undersides played a role in copy protection. In reality, the black plastic used was transparent to any infrared laser and did not itself pose an obstacle to duplicators or computer CD drives, although it may have helped customers distinguish between unofficial and genuine copies. Hardware problems Early PlayStations, particularly early 1000 models, experience skipping full-motion video or physical "ticking" noises from the unit. The problems stem from poorly placed vents leading to overheating in some environments, causing the plastic mouldings inside the console to warp slightly and create knock-on effects with the laser assembly. The solution is to sit the console on a surface which dissipates heat efficiently in a well vented area or raise the unit up slightly from its resting surface. Sony representatives also recommended unplugging the PlayStation when it is not in use, as the system draws in a small amount of power and heat even when turned off. The first batch of PlayStations use a KSM-440AAM laser unit, whose case and movable parts are all built out of plastic. Over time, the plastic lens sled rail wears out—usually unevenly—due to friction. The placement of the laser unit close to the power supply accelerates wear, due to the additional heat, which makes the plastic more vulnerable to friction. Eventually, one side of the lens sled will become so worn that the laser can tilt, no longer pointing directly at the CD; after this, games will no longer load due to data read errors. Sony fixed the problem by making the sled out of die-cast metal and placing the laser unit further away from the power supply on later PlayStation models. Due to an engineering oversight, the PlayStation does not produce a proper signal on several older models of televisions, causing the display to flicker or bounce around the screen. Sony decided not to change the console design, since only a small percentage of PlayStation owners used such televisions, and instead gave consumers the option of sending their PlayStation unit to a Sony service centre to have an official modchip installed, allowing play on older televisions. Game library A total of 7,918 PlayStation games have been released worldwide; 4,944 in Japan, 1,639 in Europe, and 1,335 in North America. The PlayStation's bestselling game is Gran Turismo (1997), which sold 10.85 million units. After the PlayStation's discontinuation in 2006, the cumulative software shipment was 962 million units. The PlayStation featured a diverse game library which grew to appeal to all types of players. The first two games available at launch were Jumping Flash! (1995) and Ridge Racer, with Jumping Flash! heralded as an ancestor for 3D graphics in console gaming. Critically acclaimed PlayStation games included Final Fantasy VII (1997), Crash Bandicoot (1996), | the Play Station would still have a port for SNES games, on the condition that it would still use Kutaragi's audio chip and that Nintendo would own the rights and receive the bulk of the profits. Roughly two hundred prototype machines were created, and some software entered development. Many within Sony were still opposed to its involvement in the video game industry, with some resenting Kutaragi for jeopardising the company. Kutaragi remained adamant that Sony not retreat from the growing industry and that a deal with Nintendo would never work. Knowing that it had to take decisive action, Sony severed all ties with Nintendo on 4 May 1992. To determine the fate of the PlayStation project, Ohga chaired a meeting in June 1992, consisting of Kutaragi and several senior Sony board members. Kutaragi unveiled a proprietary CD-ROM-based system he had been secretly working on which played games with immersive 3D graphics. Kutaragi was confident that his LSI chip could accommodate one million logic gates, which exceeded the capabilities of Sony's semiconductor division at the time. Despite gaining Ohga's enthusiasm, there remained opposition from a majority present at the meeting. Older Sony executives also opposed it, who saw Nintendo and Sega as "toy" manufacturers. The opposers felt the game industry was too culturally offbeat and asserted that Sony should remain a central player in the audiovisual industry, where companies were familiar with one another and could conduct "civili[s]ed" business negotiations. After Kutaragi reminded him of the humiliation he suffered from Nintendo, Ohga retained the project and became one of Kutaragi's most staunch supporters. Ohga shifted Kutaragi and nine of his team from Sony's main headquarters to Sony Music Entertainment Japan (SMEJ), a subsidiary of the main Sony group, so as to retain the project and maintain relationships with Philips for the MMCD development project. The involvement of SMEJ proved crucial to the PlayStation's early development as the process of manufacturing games on CD-ROM format was similar to that used for audio CDs, with which Sony's music division had considerable experience. While at SMEJ, Kutaragi worked with Epic/Sony Records founder Shigeo Maruyama and Akira Sato; both later became vice presidents of the division that ran the PlayStation business. Sony Computer Entertainment (SCE) was jointly established by Sony and SMEJ to handle the company's ventures into the video game industry. On 27 October 1993, Sony publicly announced that it was entering the game console market with the PlayStation. According to Maruyama, there was uncertainty over whether the console should primarily focus on 2D, sprite-based graphics or 3D polygon graphics. After Sony witnessed the success of Sega's Virtua Fighter (1993) in Japanese arcades, the direction of the PlayStation became "instantly clear" and 3D polygon graphics became the console's primary focus. SCE president Teruhisa Tokunaka expressed gratitude for Sega's timely release of Virtua Fighter as it proved "just at the right time" that making games with 3D imagery was possible. Wishing to distance the project from the failed enterprise with Nintendo, Sony initially branded the PlayStation the "PlayStation X" (PSX). Sony formed its European division and North American division, known as Sony Computer Entertainment Europe (SCEE) and Sony Computer Entertainment America (SCEA), in January and May 1995. The divisions planned to market the new console under the alternative branding "PSX" following the negative feedback regarding "PlayStation" in focus group studies. Early advertising prior to the console's launch in North America referenced PSX, but the term was scrapped before launch. The console was not marketed with Sony's name in contrast to Nintendo's consoles. According to Phil Harrison, much of Sony's upper management feared that the Sony brand would be tarnished if associated with the console, which they considered a "toy". Development Since Sony had no experience in game development, it had to rely on the support of third-party game developers. This was in contrast to Sega and Nintendo, which had versatile and well-equipped in-house software divisions for its arcade games and could easily port successful games to its home consoles. Recent consoles like the Atari Jaguar and 3DO suffered low sales due to a lack of developer support, prompting Sony to redouble their efforts in gaining the endorsement of arcade-savvy developers. A team from Epic Sony visited more than a hundred companies throughout Japan in May 1993 in hopes of attracting game creators with the PlayStation’s technological appeal. Through a series of negotiations, Sony acquired initial support from Namco, Konami, and Williams Entertainment, as well as 250 other development teams in Japan alone. Namco in particular was keen to participate in the PlayStation project as a third-party developer since Namco rivalled Sega in the arcade market. Attaining these companies secured influential games such as Ridge Racer (1993) and Mortal Kombat 3 (1995), Ridge Racer being one of the most popular arcade games at the time. Namco's research managing director Shegeichi Nakamura met with Kutaragi in 1993 to discuss the preliminary PlayStation specifications, with Namco subsequently basing the Namco System 11 arcade board on PlayStation hardware and developing Tekken to compete with Virtua Fighter. The System 11 launched in arcades several months before the PlayStation's release, with the arcade release of Tekken in September 1994. Despite securing the support of various Japanese studios, Sony had no developers of its own by the time it was developing the PlayStation. This changed in 1993 when Sony acquired the Liverpudlian company Psygnosis (later renamed SCE Liverpool) for million, securing its first in-house development team. The acquisition meant that Sony could have more launch games ready for the PlayStation's release in Europe and North America. Ian Hetherington, Psygnosis' co-founder, was disappointed after receiving early builds of the PlayStation and recalled that the console "was not fit for purpose" until his team got involved with it. Hetherington frequently clashed with Sony executives over broader ideas; at one point it was suggested that a television with a built-in PlayStation be produced. In the months leading up to the PlayStation's launch, Psygnosis had around 500 full-time staff working on games and assisting with software development. The purchase of Psygnosis marked another turning point for the PlayStation as it played a vital role in creating the console's development kits. While Sony had provided MIPS R4000-based Sony NEWS workstations for PlayStation development, Psygnosis employees disliked the thought of developing on these expensive workstations and asked Bristol-based SN Systems to create an alternative PC-based development system. Andy Beveridge and Martin Day, owners of SN Systems, had previously supplied development hardware for other consoles such as the Mega Drive, Atari ST, and the SNES. When Psygnosis arranged an audience for SN Systems with Sony's Japanese executives at the January 1994 CES in Las Vegas, Beveridge and Day presented their prototype of the condensed development kit, which could run on an ordinary personal computer with two extension boards. Impressed, Sony decided to abandon its plans for a workstation-based development system in favour of SN Systems', thus securing a cheaper and more efficient method for designing software. An order of over 600 systems followed, and SN Systems supplied Sony with additional software such as an assembler, linker, and a debugger. SN Systems produced development kits for future PlayStation systems, including the PlayStation 2 and was bought out by Sony in 2005. Sony strived to make game production as streamlined and inclusive as possible, in contrast to the relatively isolated approach of Sega and Nintendo. Phil Harrison, the then-representative director of SCEE, believed that Sony's emphasis on developer assistance reduced most time-consuming aspects of development. As well as providing programming libraries, SCE headquarters in London, California and Tokyo housed technical support teams that could work closely with third-party developers if needed. Peter Molyneux, who owned Bullfrog Productions at the time, admired Sony's open-handed approach to software developers and lauded their decision to use PCs as a development platform, remarking that "[it was] like being released from jail in terms of the freedom you have". Another strategy that helped attract software developers was the PlayStation's use of the CD-ROM format instead of traditional cartridges. In contrast to other disc-reading consoles such as the 3DO, the PlayStation could quickly generate and synthesise data from the CD since it was an image-generation system, rather than a data-replay system. The PlayStation's architecture and interconnectability with PCs was beneficial to many software developers. The use of the programming language C proved useful during the early stages of development as it safeguarded future compatibility of the machine should developers decide to make further hardware revisions. Sony used the free software GNU C compiler, also known as GCC, to guarantee short debugging times as it was already familiar to many programmers. Despite the inherent flexibility, some developers found themselves restricted due to the console's lack of RAM. While working on beta builds of the PlayStation, Molyneux observed that its MIPS processor was not "quite as bullish" compared to that of a fast PC and said that it took his team two weeks to port their PC code to the PlayStation development kits and another fortnight to achieve a four-fold speed increase. An engineer from Ocean Software, one of Europe's largest game developers at the time, thought that allocating RAM was a challenging aspect given the 3.5 megabyte restriction. Kutaragi said that while it would have been easy to double the amount of RAM for the PlayStation, the development team refrained from doing so to keep the retail cost down. Kutaragi saw the biggest challenge in developing the system to be balancing the conflicting goals of high performance, low cost, and being easy to program for, and felt he and his team were successful in this regard. Launch Sony released the PlayStation in Japan on 3 December 1994, a week after the release of the Sega Saturn, at a price of . Sales in Japan began with a "stunning" success with long queues in shops. It sold 100,000 units on the first day and two million units within six months, although the Saturn outsold the PlayStation in the first few weeks due to the success of Virtua Fighter. By the end of 1994, 300,000 PlayStation units were sold in Japan compared to 500,000 Saturn units. After a while, a grey market emerged for PlayStations, which were shipped from Japan to North America and Europe, with some buyers of such consoles paying large amounts of money in the range of £700. Before the release in North America, Sega and Sony presented their consoles at the first Electronic Entertainment Expo (E3) in Los Angeles on 11 May 1995. At their keynote presentation, Sega of America CEO Tom Kalinske revealed that its Saturn console would be released at a price of $399. Immediately afterwards came Sony's turn: Olaf Olafsson, the head of SCEA, summoned Steve Race, the head of development, to the conference stage, who said "$299" and left the audience with a round of applause. The attention to the Sony conference was further bolstered by the surprise appearance of Michael Jackson and the showcase of highly anticipated games, including Wipeout (1995), Ridge Racer and Tekken (1994). In addition, Sony announced that no games would be bundled with the console. Although the Saturn had released early in the United States to gain an advantage over the PlayStation, the surprise launch upset many retailers who were not informed in time, harming sales. Some retailers such as KB Toys responded by dropping the Saturn entirely. The PlayStation went on sale in North America on 9 September 1995. It sold more units within two days than the Saturn had in five months, with almost all of the initial shipment of 100,000 units sold in advance and shops across the country running out of consoles and accessories. The well-received Ridge Racer contributed to the PlayStation's early success, with some critics considering it superior to Sega's arcade counterpart Daytona USA (1994). There were over 100,000 pre-orders placed and 17 games available on the market by the time of the PlayStation's American launch, in comparison to the Saturn's six launch games. The PlayStation released in Europe on 29 September 1995 and in Australia on 15 November 1995. By November it had already outsold the Saturn by three to one in the United Kingdom, where Sony had allocated a £20&nsbp;million marketing budget during the Christmas season compared to Sega's £4 million. Sony found early success in the United Kingdom by securing listings with independent shop owners as well as prominent High Street chains such as Comet and Argos. Within its first year, the PlayStation secured over 20% of the entire American video game market. From September to the end of 1995, sales in the United States amounted to 800,000 units, giving the PlayStation a commanding lead over the other fifth-generation consoles, though the SNES and Mega Drive from the fourth generation still outsold it. Sony reported that the attach rate of sold games and consoles was four to one. To meet increasing demand, Sony chartered jumbo jets and ramped up production in Europe and North America. By early 1996, the PlayStation had grossed $2 billion (equivalent to $ billioin ) from worldwide hardware and software sales. By late 1996, sales in Europe totalled units, including 700,000 in the UK. Approximately 400 PlayStation games were in development, compared to around 200 and 60 games being developed for the Saturn and the Nintendo 64 respectively. Marketing success and later years The PlayStation was backed by a successful marketing campaign, allowing Sony to gain an early foothold in Europe and North America. Initially, PlayStation demographics were skewed towards adults, but the audience broadened after the first price drop. While the Saturn was positioned towards 18- to 34-year-olds, the PlayStation was initially marketed exclusively towards teenagers. Executives from both Sony and Sega reasoned that because younger players typically looked up to older, more experienced players, advertising targeted at teens and adults would draw them in too. Additionally, Sony found that adults reacted best to advertising aimed at teenagers; Lee Clow surmised that people who started to grow into adulthood regressed and became "17 again" when they played video games. The console was marketed with advertising slogans stylised as "LIVE IN YUR WRLD. PLY IN URS" and "U R NOT " (red E). Clow thought that by invoking such provocative statements, gamers would respond to the contrary and say Bullshit. Let me show you how ready I am. As the console's appeal enlarged, Sony's marketing efforts broadened from their earlier focus on mature players to specifically target younger children as well. Shortly after the PlayStation's release in Europe, Sony tasked marketing manager Geoff Glendenning with assessing the desires of a new target audience. Skeptical over Nintendo and Sega's reliance on television campaigns, Glendenning theorised that young adults transitioning from fourth-generation consoles would feel neglected by marketing directed at children and teenagers. Recognising the influence early 1990s underground clubbing and rave culture had on young people, especially in the United Kingdom, Glaendenning felt that the culture had become mainstream enough to help cultivate PlayStation's emerging identity. Sony partnered with prominent nightclub owners such as Ministry of Sound and festival promoters to organise dedicated PlayStation areas where demonstrations of select games could be tested. Sheffield-based graphic design studio The Designers Republic was contracted by Sony to produce promotional materials aimed at a fashionable, club-going audience. Psygnosis' Wipeout in particular became associated with nightclub culture as it was widely featured in venues. By 1997, there were 52 nightclubs in the United Kingdom with dedicated PlayStation rooms. Glendenning recalled that he had discreetly used at least £100,000 a year in slush fund money to invest in impromptu marketing. In 1996, Sony expanded its CD production facilities in the United States due to the high demand for PlayStation games, increasing their monthly output from 4 million discs to 6.5 million discs. This was necessary because PlayStation sales were running at twice the rate of Saturn sales, and its lead dramatically increased when both consoles dropped in price to $199 that year. The PlayStation also outsold the Saturn at a similar ratio in Europe during 1996, with 2.2 million consoles sold in the region by the end of the year. Sales figures for PlayStation hardware and software only increased following the launch of the Nintendo 64. Tokunaka speculated that the Nintendo 64 launch had actually helped PlayStation sales by raising public awareness of the gaming market through Nintendo's added marketing efforts. Despite this, the PlayStation took longer to achieve dominance in Japan. Tokunaka said that, even after the PlayStation and Saturn had been on the market for nearly two years, the competition between them was still "very close", and neither console had led in sales for any meaningful length of time. By 1998, Sega, encouraged by its declining market share and significant financial losses, launched the Dreamcast as a last-ditch attempt to stay in the industry. Although its launch was successful, the technically superior 128-bit console was unable to subdue Sony's dominance in the industry. Sony still held 60% of the overall video game market share in North America at the end of 1999. Sega's initial confidence in their new console was undermined when Japanese sales were lower than expected, with disgruntled Japanese consumers reportedly returning their Dreamcasts in exchange for PlayStation software. On 2 March 1999, Sony officially revealed details of the PlayStation 2, which Kutaragi announced would feature a graphics processor designed to push more raw polygons than any console in history, effectively rivalling most supercomputers. The PlayStation continued to sell strongly at the turn of the new millennium: in June 2000, Sony released the PSOne, a smaller, redesigned variant which went on to outsell all other consoles in that year, including the PlayStation 2. The combined successes of both PlayStation consoles led to Sega retiring the Dreamcast in 2001, and abandoning the console business entirely. The PlayStation was eventually discontinued on 23 March 2006—over eleven years after its release, and less than a year before the debut of the PlayStation 3. Hardware Technical specifications The main microprocessor is a 32-bit LSI R3000 CPU with a clock rate of 33.86 MHz and 30 MIPS. Its CPU relies heavily on the "cop2" 3D and matrix math coprocessor on the same die to provide the necessary speed to render complex 3D graphics. The role of the separate GPU chip is to draw 2D polygons and apply shading and textures to them: the rasterisation stage of the graphics pipeline. Sony's custom 16-bit sound chip supports ADPCM sources with up to 24 sound channels and offers a sampling rate of up to 44.1 kHz and MIDI sequencing. It features 2 MB of main RAM, with an additional 1 MB being allocated to video memory. The PlayStation has a maximum colour depth of 16.7 million true colours with 32 levels of transparency and unlimited colour look-up tables. Its video output, initially provided by a parallel I/O cable (and later a serial I/O used for the PlayStation Link Cable) displays resolutions from 256×224 to 640×480 pixels. The PlayStation uses a proprietary video compression unit, MDEC, which is integrated into the CPU and allows for the presentation of full motion video at a higher quality than other consoles of its generation. Unusual for the time, the PlayStation lacks a dedicated 2D graphics processor; 2D elements are instead calculated as polygons by the Geometry Transfer Engine (GTE) so that they can be processed and displayed on screen by the GPU. Whilst running, the GPU can also generate a total of 4,000 sprites and 180,000 polygons per second, in addition to 360,000 per second flat-shaded. Models The PlayStation went through a number of variants during its production run. Externally, the most notable change was the gradual reduction in the number of external connectors from the rear of the unit. This started with the original Japanese launch units; the SCPH-1000, released on 3 December 1994, was the only model that had an S-Video port, as it was removed from the next model. Subsequent models saw a reduction in number of parallel ports, with the final version only retaining one serial port. Sony marketed a development kit for amateur developers known as the Net Yaroze (meaning "Let's do it together" in Japanese). It was launched in June 1996 in Japan, and following public interest, was released the next year in other countries. The Net Yaroze allowed hobbyists to create their own games and upload them via an online forum run by Sony. The console was only available to buy through an ordering service and with the necessary documentation and software to program PlayStation games and applications through C programming compilers. PS One On 7 July 2000, Sony released the PS One (stylised as PS one), a smaller, redesigned version of the original PlayStation. It was the highest-selling console through the end of the year, outselling all other consoles—including the PlayStation 2. In 2002, Sony released a LCD screen add-on for the PS One, referred to as the "Combo pack". It also included a car cigarette lighter adaptor adding an |
not for permanent file storage. Graphics display The Type 30 Precision CRT display is a point plotting display device capable of addressing 1024 by 1024 addressable locations at a rate of 20,000 points per second. A special "Display One Point On CRT" instruction is used to build up images, which have to be refreshed many times per second. The CRT, which was originally developed for use in radar, is in diameter and uses a long-persistence P7 phosphor. A light pen can be used with the Type 30 to pick points on the display. An optional character generator and hardware for line and curve generation are available. Computer music MIT hackers also used the PDP-1 for playing music in four-part harmony, using some special hardware – four flip-flops directly controlled by the processor (the audio signal is filtered with simple RC filters). Music was prepared via Peter Samson's Harmony Compiler, a sophisticated text-based program with some features specifically oriented toward the efficient coding of baroque music. Several hours of music were prepared for it, including Bach fugues, all of Mozart's Eine kleine Nachtmusik, the Ode to Joy movement concluding Beethoven's Symphony No. 9, Christmas carols, and numerous popular songs. Current status Only three PDP-1 computers are still known to exist, and all three are in the collection of the Computer History Museum (CHM). One is the prototype formerly used at MIT, and the other two are production PDP-1C machines. One of the latter, serial number 55 (the last PDP-1 made) has been restored to working order, is on exhibit, and is demonstrated on two Saturdays every month. The demonstrations include: the game Spacewar! graphics demonstrations such as Snowflake playing music Software simulations of the PDP-1 exist in SIMH and MESS, and binary image paper tapes of the software exist in the bitsavers.org archives. See also History of computers History of computer science Spacewar! Tech Model Railroad Club Timeline of computing Notes External links Restoring the DEC PDP-1 Computer Exhibit — The Computer History Museum's restoration project DEC PDP-1 Collection at the Computer History Museum – includes Moving Image resources on their PDP-1 and the restoration project, and some music files in the Audio section. DEC PDP-1 information – DEC's 1963 Programmed Data Processor-1 Handbook bitsavers.org PDP-1 directory – Scanned documentation incl PDP-1 handbook, maintenance manual, price list, diagnostic documentation, etc. PDP-1 Music – Listen to MP3s of music created on the PDP-1 The Dot Eaters entry on the PDP-1 and its use in the development of the first videogame, Spacewar! Story of the development of the PDP-1 from the original DEC documentation, including letters of delivery, price sheets, and photos. PDP-1 emulator in JavaScript running Spacewar! code. DEC PDP-1 | about . At the same meeting, Jack Dennis said Ben Gurley's design for the PDP-1 was influenced by his work on the TX-0 display. The PDP-1 sold in basic form for . BBN's system was quickly followed by orders from Lawrence Livermore and Atomic Energy of Canada (AECL), and eventually 53 PDP-1s were delivered until production ended in 1969. All of these machines were still being actively used in 1970, and several were eventually saved. MIT's example was donated to The Computer Museum, Boston, and from there ended up at the Computer History Museum (CHM). A late version of Spacewar! on paper tape was still tucked into the case. PDP-1 #44 was found in a barn in Wichita, Kansas in 1988, apparently formerly owned by one of the many aviation companies in the area, and rescued for the Digital Historical Collection, also eventually ending up at the CHM. AECL's computer was sent to Science North, but was later scrapped. The launch of the PDP-1 marked a radical shift in the philosophy of computer design: it is the first commercial computer that focuses on interaction with the user rather than just the efficient use of computer cycles. The first ever reference to malicious hacking is 'telephone hackers' in MIT's student newspaper, The Tech of hackers tying up the lines with Harvard, configuring the PDP-1 to make free calls, war dialing and accumulating large phone bills. Peripherals The PDP-1 uses punched paper tape as its primary storage medium. Unlike punched card decks, which could be sorted and re-ordered, paper tape is difficult to physically edit. This inspired the creation of text-editing programs such as Expensive Typewriter and TECO. Because it is equipped with online and offline printers that were based on IBM electric typewriter mechanisms, it is capable of what, in 1980s terminology, would be called "letter-quality printing" and therefore inspired TJ-2, arguably the first word processor. The console typewriter is the product of a company named Soroban Engineering. It uses an IBM Model B Electric typewriter mechanism, modified by the addition of switches to detect keypresses, and solenoids to activate the typebars. It uses a traditional typebar mechanism, not the "golfball" IBM Selectric typewriter mechanism, which was not introduced until the next year. Lettercase is selected by raising and lowering the massive type basket. The Soroban is equipped with a two-color inked ribbon (red and black), and the interface allows color selection. Programs commonly use color-coding to distinguish user input from machine responses. The Soroban mechanism is unreliable and prone to jamming, particularly when shifting case or changing ribbon color. Offline devices are typically Friden Flexowriters that have been specially built to operate with the FIO-DEC character coding used by the PDP-1. Like the console typewriter, these are built around a typing mechanism that is mechanically the same as an IBM Electric typewriter. However, Flexowriters are highly reliable and were often used for long unattended printing sessions. Flexowriters have electromechanical paper tape punches and readers which operate synchronously with the typewriter mechanism. Typing rates are about ten characters per second. A typical PDP-1 |
Réunionnais or Communist Party of Réunion Partidul Comunist Român or Romanian Communist Party Partido Cívico Renovador or Civic Renovation Party (Dominican Republic) Other uses Palestinian Center for Rapprochement between Peoples, based in Beit Sahour Passport Carrier Release, telecommunications software Pathologic complete response (pCR) in neoadjuvant therapy Paul Cruickshank Racing, an Australian motor racing team Peak cell rate on ATM networks Phosphocreatine, a | Réunion Partidul Comunist Român or Romanian Communist Party Partido Cívico Renovador or Civic Renovation Party (Dominican Republic) Other uses Palestinian Center for Rapprochement between Peoples, based in Beit Sahour Passport Carrier Release, telecommunications software Pathologic complete response (pCR) in neoadjuvant therapy Paul Cruickshank Racing, an Australian motor racing team Peak cell rate |
(born 1957), British writer Jeff Pico (born 1966), American baseball player Sol Picó (born 1967), Spanish dancer and choreographer Anderson Pico (born 1988), Brazilian football player Pico (footballer) (born 1988), Spanish footballer Aaron Pico (born 1996), mixed martial artist, wrestler Andres G. Pico, American politician Fictional characters Pico, a character created by Tom Fulp that debuted in the Newgrounds Flash game Pico's School and was also featured in Friday Night Funkin' Pico, a character created by American comedy duo The Jerky Boys Pico de Paperis, an Italian name for Ludwig Von Drake, a character in the American Walt Disney cartoon series Pico, the eponymous character of the hentai anime Boku no Pico Science and medicine pico-, a prefix in the International System of Units (SI) denoting a factor of 10−12 PICO dark matter experiment PICO process, a medical technique to frame and answer a clinical question Computing and electronics Pico (text editor), a simple text editor Pico (programming language), developed at Vrije Universiteit Brussel Pico (supercomputer), an IBM supercomputer Sega Pico, a video game system designed for young children Pico-8, a fantasy console and friendly game-making software Pico projector, a handheld projector Raspberry Pi Pico, a microcontroller Other uses Beretta | general Salomon Pico (1821–1860), Mexican soldier, Californio Bandit Pico Iyer (born 1957), British writer Jeff Pico (born 1966), American baseball player Sol Picó (born 1967), Spanish dancer and choreographer Anderson Pico (born 1988), Brazilian football player Pico (footballer) (born 1988), Spanish footballer Aaron Pico (born 1996), mixed martial artist, wrestler Andres G. Pico, American politician Fictional characters Pico, a character created by Tom Fulp that debuted in the Newgrounds Flash game Pico's School and was also featured in Friday Night Funkin' Pico, a character created by American comedy duo The Jerky Boys Pico de Paperis, an Italian name for Ludwig Von Drake, a character in the American Walt Disney cartoon series Pico, the eponymous character of the hentai anime Boku no Pico Science and medicine pico-, a prefix in the International System of Units (SI) denoting a factor of 10−12 PICO dark matter experiment PICO process, a medical technique to frame and answer a clinical question Computing and electronics Pico (text editor), a simple text editor Pico (programming language), developed at Vrije Universiteit Brussel Pico (supercomputer), an IBM supercomputer Sega Pico, a video game system designed for young children Pico-8, a fantasy console and friendly game-making software Pico projector, a handheld projector Raspberry Pi Pico, a microcontroller Other uses Beretta Pico, a small, semi-automatic pistol manufactured in the United States by Beretta Laser Pico, a small sailing dinghy Pico de gallo, |
few names are given to different types of pili by their function. The classification does not always overlap with the structural or evolutionary-based types, as convergent evolution occurs. Conjugative pili Conjugative pili allow for the transfer of DNA between bacteria, in the process of bacterial conjugation. They are sometimes called "sex pili", in analogy to sexual reproduction, because they allow for the exchange of genes via the formation of "mating pairs". Perhaps the most well-studied is the F-pilus of Escherichia coli, encoded by the F sex factor. A sex pilus is typically 6 to 7 nm in diameter. During conjugation, a pilus emerging from the donor bacterium ensnares the recipient bacterium, draws it in close, and eventually triggers the formation of a mating bridge, which establishes direct contact and the formation of a controlled pore that allows transfer of DNA from the donor to the recipient. Typically, the DNA transferred consists of the genes required to make and transfer pili (often encoded on a plasmid), and so is a kind of selfish DNA; however, other pieces of DNA are often co-transferred and this can result in dissemination of genetic traits throughout a bacterial population, such as antibiotic resistance. Not all bacteria can make conjugative pili, but conjugation can occur between bacteria of different species. Fimbriae Fimbria (Latin for 'fringe', plural fimbriae) is a term used for a short pilus that is used to attach the bacterium to a surface, sometimes also called an "attachment pilus". The term "fimbria" can refer to many different (structural) types of pilus, as many different types of pili have been used for adhesion, a case of convergent evolution. The Gene Ontology system does not treat fimbriae as a distinct type of appendage, using the generic pilus (GO:0009289) type instead. This appendage ranges from 3–10 nanometers in diameter and can be as much as several micrometers long. Fimbriae are used by bacteria to adhere to one another and to adhere to animal cells and some inanimate objects. A bacterium can have as many as 1,000 fimbriae. Fimbriae are only visible with the use of an electron microscope. They may be straight or flexible. Fimbriae possess adhesins which attach them to some sort of substratum so that the bacteria can withstand shear forces and obtain nutrients. For example, E. coli uses them to attach to mannose receptors. Some aerobic bacteria form a very thin layer at the surface of a broth culture. This layer, called a pellicle, consists of many aerobic bacteria that adhere to the surface by their fimbriae. Thus, fimbriae allow the aerobic bacteria to remain both on the broth, from which they take nutrients, and near the air. Fimbriae are required for the formation of biofilm, as they attach bacteria to host surfaces for colonization during infection. Fimbriae are either located at the poles of a cell or are evenly spread over | of many aerobic bacteria that adhere to the surface by their fimbriae. Thus, fimbriae allow the aerobic bacteria to remain both on the broth, from which they take nutrients, and near the air. Fimbriae are required for the formation of biofilm, as they attach bacteria to host surfaces for colonization during infection. Fimbriae are either located at the poles of a cell or are evenly spread over its entire surface. This term was also used in a lax sense to refer to all pili, by those who use "pilus" to specifically refer to sex pili. Types by assembling system or structure Transfer The Tra (transfer) family includes all known sex pili (as of 2010). They are related to the type IV secretion system (T4SS). They can be classified into the F-like type (after the F-pilus) and the P-like type. Like their secretion counterparts, the pilus injects material, DNA in this case, into another cell. Type IV pili Some pili, called type IV pili (T4P), generate motile forces. The external ends of the pili adhere to a solid substrate, either the surface to which the bacterium is attached or to other bacteria. Then, when the pili contract, they pull the bacterium forward like a grappling hook. Movement produced by type IV pili is typically jerky, so it is called twitching motility, as opposed to other forms of bacterial motility such as that produced by flagella. However, some bacteria, for example Myxococcus xanthus, exhibit gliding motility. Bacterial type IV pili are similar in structure to the component flagellins of archaella (archaeal flagella), and both are related to the Type II secretion system (T2SS); they are unified by the group of Type IV filament systems. Besides archaella, many archaea produce adhesive type 4 pili, which enable archaeal cells to adhere to different substrates. The N-terminal alpha-helical portions of the archaeal type 4 pilins and archaellins are homologous to the corresponding regions of bacterial T4P; however, the C-terminal beta-strand-rich domains appear to be unrelated in bacterial and archaeal pilins. Genetic transformation is the process by which a recipient bacterial cell takes up DNA from a neighboring cell and integrates this DNA into its genome by homologous recombination. In Neisseria meningitidis (also called meningococcus), DNA transformation requires the presence of short DNA uptake sequences (DUSs) which are 9-10 monomers residing in coding regions of the donor DNA. Specific recognition of DUSs is mediated by a type IV pilin. Menningococcal type IV pili bind DNA through the minor pilin ComP via an electropositive stripe that is predicted to |
distinction of being the company's first production V8-powered model and its only coupé powered by a front-mounted V8 engine. Conception By the late 1960s Porsche had firmly established itself as a manufacturer of high-performance sports cars. In the wake of the 1970s oil crisis, executives, including owner Ferdinand Porsche, were beginning to consider adding a more fuel-efficient luxury touring car to the line-up. Managing director Ernst Fuhrmann was pressuring Ferdinand to approve development of the new model due to concerns that the then-current flagship model, the 911, was reaching the limits of its potential. Fuhrmann believed that the future of the company relied upon grand touring cars with conventional engines rather than unconventional sports cars. Slumping sales of the 911 in the mid-1970s seemed to confirm that the model was approaching the end of its economic life cycle. Fuhrmann envisioned the new range-topping grand tourer model as being the best possible combination of a sports coupé and a luxury sedan. This would set it apart from the 911, with its relatively spartan interior and true sports car performance. The targets were that the car had to compete on par with offerings from Mercedes-Benz and BMW while also being successful in the United States, Porsche's main market at the time. Ordered by Ferdinand Porsche to design a production-feasible concept for the new model, Fuhrmann initiated a design study in 1971, eventually yielding the 928 which was the first clean sheet design by the company for its own model; the 356 was a similar design to the Volkswagen Beetle, the 911 was an evolution of the 356, the 914 was a joint effort intended as a replacement for the Volkswagen Karmann Ghia and 912, and the 924 was the result of abandoned project by Volkswagen and Audi. Several drivetrain layouts were considered during early development, including rear and mid-engine designs, but most were dismissed because of technical and legislative difficulties. Having the engine, transmission, catalytic converter(s) and exhaust all cramped into a small rear engine bay made emission and noise control difficult which were the problems Porsche had with the 911. After deciding that the mid-engine layout did not allow enough room in the passenger compartment, a front-engine, rear-wheel drive layout was chosen. Porsche may have feared that the U.S. government would soon ban the sale of rear-engine cars in response to concern over safety problems with the rear-engine Chevrolet Corvair. Porsche engineers wanted a large-displacement engine to power the 928, and prototype units were built with a 5-litre V8 engine rated at . Ferdinand Piëch proposed the use of a 4.6-litre 90 degree V10 engine with 88 mm bore spacing, a derivative of the Audi 5 cylinder engine, which in turn is based upon the Volkswagen EA827 unit. The Porsche board objected as this engine would give rise to a rumour of a new 911 with a front-mounted Volkswagen-based engine, but also it is theorized that the board wanted to maintain some distance from the Volkswagen group. An interesting aside of all this is that the V10 Piech proposed was eventually built and was used to power the Lamborghini Gallardo. The resulting all-alloy M28 engine has multiple unusual features. Its bore spacing is 122 mm, similar to a 7.4 liter Chevrolet or a 7.2 liter Chrysler V8. The use of thick all-aluminium cylinder barrels with no steel liners explains the lower displacement. Water jackets were very large, which indicated that Porsche may have wanted to eventually take this engine racing. In order to maintain a low hood line, the engine was designed for airflow first, thus the spark plugs are located at the top of the head. The four-bolt bearings are sizeable and are fed oil via grooves in the bottom surface of the block. The bearings themselves are supported by a large one-piece structure that forms a lower block, and the cast aluminum oil pan is bolted onto this part. The oil and water pumps are driven by a timing belt; DOHC engines introduced in 1985 used a hybrid timing system; the timing belt operated only the exhaust camshafts, and the intake camshafts were operated via a internally-mounted simplex roller chain from the exhaust camshaft. This method reduced the complexity of the timing belt layout, and as a result, required fewer components, such as idler rollers and guides, and led to easier and less costly maintenance of the timing belt. This timing system was later used in the Porsche 944, and was also used by Audi and Volkswagen on their belt-driven DOHC engines. The first two running prototypes of Porsche's M28 V8 used one four-barrel carburetor for initial testing. Actual production cars employed the planned Bosch K-Jetronic fuel injection system. When increasing concern within the company over price and availability of fuel during the oil crisis of the 1970s became an issue of contention, smaller engines were considered in the interest of fuel economy. A push began for the development of a 3.3 L powerplant envisioned by Fuhrmann, but company engineers balked at this suggestion. Both sides finally settled on a 4.5 L, SOHC per bank 16-valve V8 rated at ( in North America), which they considered to have an acceptable compromise of performance and fuel economy. The finished car debuted at the 1977 Geneva Motor Show before going on sale later that year as a 1978 model. Although it won early acclaim for its comfort, power and futuristic design, sales were slow. Base prices were much higher than that of the previous range-topping 911 model and the 928's front-engined, water-cooled design alienated many Porsche purists. Fuhrmann's replacement, Peter Schutz, decided that the models should be sold side by side, feeling that the 911 still had potential in the company's line-up. Legislation against rear-engined vehicles did not materialize. Although it never sold in the numbers Fuhrmann envisioned, the 928 developed an avid following and had an 18-year production run. Design and specifications The 928 featured a large, front-mounted and water-cooled V8 engine driving the rear wheels. Originally displacing 4.5 L and featuring a single overhead camshaft design, it was rated at for the North American market and in other markets. Porsche upgraded the engine from mechanical to electronic fuel injection in 1980 for US models, although power remained the same. This design marked a major change in direction for Porsche (started with the introduction of the 924 in 1976), whose cars had until then used only rear- or mid-mounted air-cooled flat engines with four or six cylinders. Porsche utilised a transaxle in the 928 to help achieve 50/50 front/rear weight distribution, aiding the car's balance. Although it weighed more than the difficult-to-handle 911, its more neutral weight balance and higher power output gave it similar performance on the track. The 928 was regarded as the more relaxing car to drive at the time. It came with either a five-speed dog leg manual transmission, or a Mercedes-Benz-derived automatic transmission, originally with three speeds, with four-speed from 1983 in North America and 1984 in other markets. More than 80% of the cars had the automatic transmission. The exact percentage of manual gearbox cars for the entire production run is not known but it is believed to be between 15 and 20%. The body, styled by Wolfgang Möbius under the guidance of Anatole Lapine, was mainly galvanized steel, but the doors, front wing, front fenders, and hood were made of aluminium in order to make the car lighter. It had a substantial luggage area accessed via a large hatchback. The new polyurethane elastic bumpers were integrated into the nose and tail and covered in body-coloured plastic; an unusual feature for the time that aided the car visually and reduced its drag. Another unusual feature was the pop-up headlamps which were based on the units found on the Lamborghini Miura and were integrated into the front wings. The 928 qualified as a 2+2, having two small seats in the rear. Both rear seats could be folded down to enlarge the luggage area, and both the front and rear seats had sun visors for occupants. The rear seats are small (due to the prominent transmission hump) and have very little leg room; they are only suitable for adults on very short trips or children. The 928 was also the first vehicle in which the instrument cluster moved along with the adjustable steering wheel in order to maintain maximum instrument visibility. The 928 included several other features such as the "Weissach Axle", a simple rear-wheel steering system that provides passive rear-wheel steering to increase stability while braking during a turn, and an unsleeved, silicon alloy engine block made of aluminium, which reduced weight and provided a highly durable cylinder bore. Porsche's design and development efforts paid off during the 1978 European Car of the Year, where the 928 won ahead of the BMW 7 Series, and the Ford Granada. The 928 is the only sports car so far to have won this competition, where the usual winners are mainstream hatchbacks and sedans/saloons from major European manufacturers. This is regarded as proof of how advanced the 928 was, compared to its contemporaries. Styling changes Styling was the same in both 1978 and 1979, with the body lacking both front and rear spoilers. From 1980 (1983 in North America) through 1986, front and rear spoilers were present on "S" models, rear spoilers being integrated into the hatch. From 1987 through 1995, the front spoiler was integrated into the nose and the rear spoiler became a separated wing rather than an integrated piece, and side skirts were added. The rear tail-light configuration was also different from previous models. GTS models had wider rear fenders added to give more room for 9-inch wide wheels. Another easily noticeable visual difference between versions is the style of the wheels. Early 928s had 15-inch or 16-inch "phone dial"-style wheels, while most 1980s 928s had 16-inch slotted "flat disc" wheels, CSs, SEs and 1989 GTs had 16-inch "Club Sport" wheels, later GTs had 16-inch "Design 90" style wheels which were also option on same period S4s (shared with the 944 as well), the GTS used two variations of the 17-inch "CUP" wheels. Later variants Porsche introduced a refreshed 928 S into the European market in the 1980 model year, although it was the summer of 1982 and MY 1983 before the model reached North America. Externally, the S wore new front and rear spoilers and sported wider wheels and tires than the older variant, but the main change for the 928 S was under the hood, where a revised 4.7 L engine was used. European versions debuted with , and were upgraded to for the 1984 model year. From 1984 to 1986, the S model was called S2 in United Kingdom. These cars used Bosch LH-Jetronic fuel injection system and purely electronic Bosch ignition, the same systems used on the later 32-valve cars, though without the pollution controls, the high lift camshafts provided considerably more power than reported. It was not uncommon for these cars to show engine rated power on a chassis dyno. North American-spec 1983 and 1984 S models used among other differences, smaller valves, milder camshafts, smaller diameter intake manifolds, and additional pollution equipment in order to meet emissions regulations, and were limited to as a result. Due to low-grade fuel, the 16-valve low compression S engine was made for the Australian market in the 1985 model year. It had a 9.3:1 compression ratio pistons as opposed to the normal 10.4:1 but used the same large intake, high lift cams, large valves, etc. of other S engines. As the faster European model was not available in the United States and Canada during the first three years of its existence, a "Competition Group" option was created to allow North American customers to have an S model lookalike with front and rear spoilers, 16-inch flat disc wheels, sport seats, sport springs and Bilstein Shock Absorbers. Customers could specify paint and interior colours the same way as on a normal 928. Two cars were made in the late 1980 model year for U.S. with this option. The package was officially available in 1981 and 1982 model years and was canceled in 1983 when the S model became available for these markets. Many cars have had S model features added by subsequent owners, making original "Competition Group" cars difficult to distinguish without checking option codes. In the 1982 model year, two special models were available for different markets. 202 "Weissach Edition" cars were sold in North America. Unusual features were champagne gold metallic paint, matching brushed gold flat disc wheels, two-tone leather interior, a plaque containing the production number on the dash and the extremely collectible three-piece Porsche luggage set. It's believed these cars were not made with S spoilers even though these were available in U.S. during this time period as part of the "Competition Group" option. The "Weissach Edition" option was also available for the US market 911 for the 1980 model year and 924 for the 1981 model year. 141 special "50th Jubilee" 928 S models were available outside the U.S. and Canada to celebrate the company's 50-year existence as a car manufacturer. This model is also sometimes referred to as the "Ferry Porsche Edition" because his signature was embroidered into the front seats. It featured meteor metallic paint and was fitted with flat disc wheels, wine red leather and special striped fabric seat centers. Similar 911 and 924 specials were also made for world markets. Porsche updated the North American 928 S for 1985, replacing the 4.7 L SOHC engine with a new 5.0 L DOHC unit sporting four valves per cylinder and producing . Seats were also updated to a new style, these cars are sometimes unofficially called S3 to distinguish them from 16-valve "S" models. European models kept a 4.7 L engine, which was somewhat more powerful as standard, though lower 9.3:1 compression 32-valve engine together with catalytic converters became an option in some European countries and Australia for 1986. In 1986, revised suspension settings, larger brakes with 4-piston callipers, and a modified exhaust system was available on the 928S, marking the final changes to old body style cars. These were straight from the 928S4, which was slated to debut a few months later. These changes came starting from VIN 1001, which means that the first thousand 1986 cars had the old brakes, but later cars had this equipment available. This later 1986 model is sometimes referred to as a 1986 or 1986.5 because of these changes. The name is a little misleading as more than 3/4 of the 1986 production had these updates. The 928 S4 variant debuted in the second half of 1986 as a 1987 model, an updated version of the 5.0 L V8 for all markets producing , sporting a new single-disc clutch in manual transmission cars, larger torque converter in cars equipped with automatic transmission cars and fairly significant styling updates which gave the car a cleaner, sleeker look. S4 was much closer to being a true world car than previous models as the only major differences for North American models were instrumentation in either kilometers or miles, lighting, front and rear bumper shocks, and the availability of catalytic converters in many other markets. The Australian market version was the only one with different horsepower rating at due to preparation for possible low grade fuel. Even this was achieved without engine changes. A Club Sport variant which was up to lighter became available to continental Europe and U.S. in 1988. This model was the toned down version of the 1987 factory prototype which had a lightened body. Also in 1987, the factory made five white lightweight S4 models with a manual transmission for racecar drivers who were on their payroll at the time (Derek Bell, Jochen Mass, Hans Stuck, Bob Wollek and Jacky Ickx). These were close to same as later actual Club Sport models and can also be considered prototypes for it. An SE (sometimes called the S4 Sport due to model designation on rear bumper), a sort of halfway point between a normally equipped S4 and the more race-oriented Club Sport, became available for the UK market. It's generally believed that these cars have more power than the usual S4. They utilize parts which later became known as GT pistons, cams and engine ECU programs. Some of them had stronger, short ratio manual transmission. The automatic transmission was not available for this model. For the 1989 model year, a visible change inside was digital trip computer in the dashboard. At the same time Australian models received the same engine management setup as other markets. Porsche debuted the 928 GT in the late winter 1988/89 after dropping the slow-selling CS and SE. In terms of equipment, the GT was like the 928 SE, having more equipment than a Club Sport model but less than a 928 S4 to keep the weight down somewhat. It had the ZF 40% limited-slip differential as standard like the Club Sport and SE before it. Also, like the CS and SE, the GT was only available with a manual gearbox. European 1989 CS and GT wheels had an RDK tire pressure monitoring system as standard, which was also optional for the same year S4. For the 1990 model year Porsche made RDK and a 0-100% variable ratio limited-slip called PSD (Porsche Sperr Differential) standard in both GT and S4 models for all markets. This system is much like the one from the flagship 959 and gives the vehicle even more grip on the track. In 1990, the S4 was no longer available with a manual transmission. The S4 and GT variants halted production at the end of the 1991 model year, making way for the final version of the 928. The 928 GTS was available for sale in late 1991 as a 1992 model in Europe and in spring of 1992 as an early 1993 model in North America. Changed bodywork, larger front brakes and a new, more powerful 5.4 L, 350 PS (257 kW/345 hp) engine were the big advertised changes; what | engine bay. Updated LH-Jetronic injection and ignition changed to EZK system, two knock sensors added to engine. Single disk clutch on manual transmission cars, larger torque converter on automatics. Modified front brake calipers used with 2 mm diameter increase for larger pistons. Cars sold to U.S., Canada, Australia and Arab countries got new parts once remaining old design calliper stock was used up. New style front & rear bumpers and rear wing spoiler. Older style S wing still available as option M471. This is the same option number as 1980-82 Competition Group. Porsche has used same numbers several times in different model years and models. In different years they can mean different things. Redesigned front and rear bumper light assemblies. Body changed compared to earlier models to accommodate larger rear lamps, rear seat area modified to give room for new torque converter. Upwards folding rear spoiler and piston oil squirters in engine block on early cars only. Different horsepower rating for Australia due to different ignition map used because of possible low grade fuel. 1988 Model designation: 928 S4 / 928 CS / 928 SE (UK) Engine displacement: 5.0 L Valves: Four per cylinder Power: 320 PS (316 hp, 236 kW) (S4, CS and SE) / 300 PS (296 hp, 221 kW) (S4) for Australia Changes: Lighter 928 CS "Club Sport" version available in Continental Europe and USA, 928 SE (S4 Sport) in UK. Only model year for "CS" (USA) and "SE" (UK). "CS" uses different VIN sequence than normal "S4". Stronger torque tube with 3 mm thicker center shaft for automatic transmission. Pistons with strengthened skirt installed in February 1988. Oil drainage improved in piston skirts. 1989 Model designation: 928 S4 / 928 CS / 928 GT ("CS" model discontinued in USA) Engine displacement: 5.0 L Valves: Four per cylinder Power: 320 PS (316 hp, 235 kW) (S4 and CS) / 330 PS (326 hp, 243 kW) (GT) Changes: February 1989, manual transmission-only "928 GT" debuts as a better-equipped version (all markets). Digital trip computer/warning system added to dashboard, ignition circuit monitor system added. For Australian cars same ignition maps resulting the same horsepower rating as in other markets. North America manual transmission model now uses same shorter final drive ratio as used elsewhere, to simplify production. RDK tire pressure monitoring system optional on S4, standard on CS and GT. Thicker cylinder head casting taken into use early in model year to strengthen head against cracking. Longer head bolts needed because of the change. Modified front brake calipers with improved seals taken into use early in model year. 928 CS now had the same VIN sequence as 928 S4. Model dropped from production during the model year at the end of 1988. 1990 Model designation: 928 S4 / 928 GT Engine displacement: 5.0 L Valves: Four per cylinder Power: 320 PS (316 hp, 235 kW) (S4) / 330 PS (326 hp, 243 kW) (GT) Changes: GT pistons into use in S4 also resulting true 10.0:1 compression ratio for all engines. RDK tire pressure monitoring system standard on all cars. Computer controlled 0-100% PSD locking differential added to both models. S4 no longer available with manual gearbox. Dual airbags now standard across all Porsche models in U.S. Driver's and front passenger airbag optional elsewhere, only driver's side bag available in RHD markets. 1991 Model designation: 928 S4 / 928 GT Engine displacement: 5.0 L Valves: Four per cylinder Power: 320 PS (316 hp, 235 kW) (S4) / 330 PS (326 hp, 243 kW) (GT) Changes: Improvements to cooling in exhaust side at cylinder heads, steering rack, power steering pump, soundproofing, front cooling flaps deleted, new style shift knob with integrated leather booth in manual gearbox cars, etc. Temperature sensors for ignition circuit monitor system moved from #4 and #8 cylinders to #3 and #7 cylinders to improve their efficiency. Check engine warning light added to all US models due to California regulatory demands. Two airbags as standard in LHD models during model year production for most markets. 1992 Model designation: 928 GTS Engine displacement: 5.4 L Valves: Four per cylinder Power: 350 PS (345 hp, 257 kW) Changes: Engine displacement increases to 5.4 L due to increased crankshaft stroke. Piston compression height adjusted to matched new stroke. 10.4:1 compression ratio pistons Milder camshafts for emission purposes Bodywork updated with flared rear fenders and so-called "cup" style wing mirrors. "Big Black" front brakes, significantly larger than the "S4" version. Stronger manual gearbox with differential driven oil pump and front-mounted oil cooler. GTS became available in North America at January 1992 as early 1993 model with later model year VIN. These cars use the same parts as 1992 models and can be differentiated from true 1993 US models with separate VIN sequences and option code M718. 1993 Model designation: 928 GTS Engine displacement: 5.4 L Valves: Four per cylinder Power: 350 PS (345 hp, 257 kW) Changes: Cylinder block lower half studs replaced with bolts. Engine piston rings changed to limit oil consumption and pistons changed to strengthen skirt area. Minor update to gearbox clutch. Air conditioner refrigerant changed to R-134a. Driver-side airbag standard in RHD cars, passenger-side airbag not available in them. 1994 Model designation: 928 GTS Engine displacement: 5.4 L Valves: Four per cylinder Power: 350 PS (345 hp, 257 kW) Changes: Cabin pollen filter added. Dynamic kickdown for automatic transmission models. Wheel design changed to "Cup II", RDK deleted at same time. First 19 US models were made already in spring of 1993, months before when normal model year change occurs in July/August. These M718 option cars still used previous model year parts like Cup I wheels and do not have 1994 model year updates despite using the same 1994 VIN sequence. Connecting rods changed to stronger design part in middle of model year. 1995 Model designation: 928 GTS Engine displacement: 5.4 L Valves: Four per cylinder Power: 350 PS (345 hp, 257 kW) Torque: 500 N·m (369 lb·ft) Changes: Special model available in some markets containing 8" wide front wheels. Special colours (only available with automatic gearbox): "Iris blue" metallic and "Amazon green" metallic colour with Classic grey leather interior. Timeline Worldwide production numbers All production numbers are approximate figures collected from several sources. Porsche hasn't published actual numbers. 1) Count contains 2 1980, 458 1981 and 1,084 1982 US "Competition Group" models made. 2) Count contains 202 US "Weissach edition" models made in 1982 model year. 205 is official number which don't seem to be correct. Cars with higher production number than 202 or 205 exist. 217 is known existing plaque number but there were only 202 cars made with M462 option code. 3) Count contains 141 European "50th Jubilee" models made in 1982 model year. 4) Count contains 44 M151 low compression 16V 4.7L S engine models made in 1985 model year for Australian market. 5) Count contains 2,219 so-called S3 US models made in 1985 model year and 877 1986 models made in early part of 1986 model year up to November 1985. 6) Count contains 517 1986 European 32-valve S models. Most were Australian and Japanese models. 266 were optional M298/M299 catalytic converter models sold in Germany, Switzerland and Austria. 7) Count contains 2,071 so-called S3.5 US models made in later part of 1986 model year starting from November 1985. 8) Count contains 6 Club Sport prototypes made in the 1987 model year. 9) Count contains 10 European models and 2 US models made in 1988 model year and 7 European models made in early part of 1989 model year. Last Club Sport cars were made in early winter 1988/89. 10) Count contains 358 European and 115 US/CDN model made in 1989 model year, 808 European and 142 US made in 1990, 516 European and 145 US made in 1991 resulting 1682 European and 396 US model made over two and half year time period. GT production started in around February 1989. 11) Count contains 955 1992, 621 1993, 523 1994 and 399 1995 European models resulting 2,498 cars made. Count contains 88 early VIN 1993, 102 late VIN 1993, 19 + 120 1994 and 77 1995 US models resulting 406 cars made. Special versions Porsche 942 The Porsche 942 was a special edition 928 presented by the company as a gift to Ferry Porsche on his 75th birthday in 1984. It's also known as the 928-4. It featured a longer wheelbase than the normal 928 production model, including an extended roof above the rear seats to better accommodate tall passengers, and what were at the time very advanced projector headlights. The weight increased marginally, by . It also received the new front and rear bumpers two years before they entered production on the S4 and the 5.0-litre 32-valve engine before it was introduced in the US market. This early model of the engine was slightly less powerful, producing and of torque at 2700 rpm. "Study H50" Four-door 928 based prototype Three years later, in 1987, the lengthened 928 that had been presented to the company's founder on his 75th birthday turned up as a "Feasibility Study", now with a second (rather narrow) set of doors, apparently opening in the same way as the suicide doors seen on the later Mazda RX-8. At the time "Study H50" appeared to sink with little trace, but two decades later, with the launch of the larger four-door Porsche Panamera saloon, the 928 based four-door saloon prototype from 1987 acquired greater significance. 928 long wheelbase specials In 1986 Porsche together with tuning company AMG made a few long-wheelbase 928 specials. Unlike the 942, these had normal 928 headlights. One was presented to American Sunroof Corporation (ASC) founder and CEO Heinz Prechter. ASC was later partly responsible for manufacturing Porsche 944 S2 cabriolets. Racing The Max Moritz 'Semi Works' 928 GTR Porsche's Racing Department never officially entered or prepared a racing 928 for a pure works entry. Only once Porsche decided to make it obvious to the 911 enthusiasts that they usually tended to underrate the racing genes of the 928. Porsche then "arranged" this 928GTR to compete against the then-dominant 911 (993GTR) on the race track. In order not to offend sensibilities of their traditional 911 customers by openly challenging them with a Works 928GTR offering, Porsche asked Max Moritz Racing, their longtime private racing partner from next door Reutlingen to enter a 928GTR Cup as a 'semi-works' car. The drivers were: Bernd Mayländer, Manuel Reuter (Porsche works pilots), also Harm Lagaay (then Head of Porsche's Design Studio). Vittorio Strosek sponsored MM with his Lightweight-Body-Parts and racing exhaust. The car was officially entered by Porsche-Club-Schwaben. Homologation minimum weight had to be, and actually is . Lagaay reports that the car was very competitive and able to hold most 964 Cup GTs down, although the engine was no more than fine-tuned after having been chosen from a set of high power output specimen in Weissach. In the last race of the season at Hockenheim a crank-bearing ran dry. As the car was supposed to race in 1995 as well, it was made ready to continue its successful competition in the 1995 season. A fresh engine was installed, selected from the same lot of high output engines and tuned as before. In 1995 Porsche's 928 production came to an end, and the car consequently was not raced in the new season. The late Max Moritz himself then added the car to his collection of historic vehicles. It was not put on the road again until after his death, when the family sold the car in October 2004 - with 24,500 km on the odometer. All-aluminium 928 For the 1984 24 hours of Daytona, Porsche sent one of its experimental "All-aluminium" 928S to the Brumos Racing Team to be prepared with specific instruction not to modify the car in any way. Porsche wanted to promote the performance of the 928 to North America. The drivers Richard Attwood (GB), Vic Elford (GB), Howard Meister (USA) and Bob Hagestad (USA) were told to just "drive the car". During practice for the 24-hour race the drivers found the car to be somewhat unstable on the high banks of Daytona and wanted to add a rear wing to the car; Porsche denied the request. The Brumos team tinkered with the suspension set up to make the car more stable. The car finished in 15th overall and 4th in the GTO class. One driver stated in an interview later on, that were it not for a lengthy pit stop to fix some body damage, they would have finished in the top 5 overall. The car was then returned to Porsche and is now in the Porsche Museum. A 928S from Raymond Boutinaud also competed at the 24 Hours of Le Mans in 1983 & 1984 with a 22nd-place finish in 1984. The same car also competed in 1000k races at Spa, Brands Hatch and Silverstone in 1984, but with little success. It has been rumored that the Raymond Boutinaud 928S was also an "all-aluminium" car from Porsche but that has been unfounded. Bonneville On August 7, 1986 American racing driver Al Holbert set a speed record at Bonneville in a pre-production 928 S4. This 928 would turn 171.110 mph in the flying mile and 171.926 mph for the flying kilometer. In March 1986, the same car reportedly did 180+ mph at Nardo, but the Bonneville run netted the United States Auto Club official record at the time for International Category A, Group 2, Class 9, for normally aspirated vehicles. That made 1987's 928 S4 the fastest non-turbocharged production car in the world. On September 15th, 2011 at the Bonneville Salt Flats, American race car builder and driver Carl Fausett set a new Bonneville record of 216.63537 MPH, certified by the Utah Salt Flats Racing Association. USFRA. The car was a 900 BHP supercharged 6.5 Liter 928 specially built by |
incompatibility groups depending on whether they can coexist together. Incompatible plasmids (belonging to the same incompatibility group) normally share the same replication or partition mechanisms and can thus not be kept together in a single cell. Another way to classify plasmids is by function. There are five main classes: Fertility F-plasmids, which contain tra genes. They are capable of conjugation and result in the expression of sex pili. Resistance (R) plasmids, which contain genes that provide resistance against antibiotics or poisons. Historically known as R-factors, before the nature of plasmids was understood. Col plasmids, which contain genes that code for bacteriocins, proteins that can kill other bacteria. Degradative plasmids, which enable the digestion of unusual substances, e.g. toluene and salicylic acid. Virulence plasmids, which turn the bacterium into a pathogen. e.g. Ti plasmid in Agrobacterium tumefaciens Plasmids can belong to more than one of these functional groups. RNA plasmids Although most plasmids are double-stranded DNA molecules, some consist of single-stranded DNA, or predominantly double-stranded RNA. RNA plasmids are non-infectious extrachromosomal linear RNA replicons, both encapsidated and unencapsidated, which have been found in fungi and various plants, from algae to land plants. In many cases, however, it may be difficult or impossible to clearly distinguish RNA plasmids from RNA viruses and other infectious RNAs. Vectors Artificially constructed plasmids may be used as vectors in genetic engineering. These plasmids serve as important tools in genetics and biotechnology labs, where they are commonly used to clone and amplify (make many copies of) or express particular genes. A wide variety of plasmids are commercially available for such uses. The gene to be replicated is normally inserted into a plasmid that typically contains a number of features for their use. These include a gene that confers resistance to particular antibiotics (ampicillin is most frequently used for bacterial strains), an origin of replication to allow the bacterial cells to replicate the plasmid DNA, and a suitable site for cloning (referred to as a multiple cloning site). DNA structural instability can be defined as a series of spontaneous events that culminate in an unforeseen rearrangement, loss, or gain of genetic material. Such events are frequently triggered by the transposition of mobile elements or by the presence of unstable elements such as non-canonical (non-B) structures. Accessory regions pertaining to the bacterial backbone may engage in a wide range of structural instability phenomena. Well-known catalysts of genetic instability include direct, inverted, and tandem repeats, which are known to be conspicuous in a large number of commercially available cloning and expression vectors. Insertion sequences can also severely impact plasmid function and yield, by leading to deletions and rearrangements, activation, down-regulation or inactivation of neighboring gene expression. Therefore, the reduction or complete elimination of extraneous noncoding backbone sequences would pointedly reduce the propensity for such events to take place, and consequently, the overall recombinogenic potential of the plasmid. Cloning Plasmids are the most-commonly used bacterial cloning vectors. These cloning vectors contain a site that allows DNA fragments to be inserted, for example a multiple cloning site or polylinker which has several commonly used restriction sites to which DNA fragments may be ligated. After the gene of interest is inserted, the plasmids are introduced into bacteria by a process called transformation. These plasmids contain a selectable marker, usually an antibiotic resistance gene, which confers on the bacteria an ability to survive and proliferate in a selective growth medium containing the particular antibiotics. The cells after transformation are exposed to the selective media, and only cells containing the plasmid may survive. In this way, the antibiotics act as a filter to select only the bacteria containing the plasmid DNA. The vector may also contain other marker genes or reporter genes to facilitate selection of plasmids with cloned inserts. Bacteria containing the plasmid can then be grown in large amounts, harvested, and the plasmid of interest may then be isolated using various methods of plasmid preparation. A plasmid cloning vector is typically used to clone DNA fragments of up to 15 kbp. To clone longer lengths of DNA, lambda phage with lysogeny genes deleted, cosmids, bacterial artificial chromosomes, or yeast artificial chromosomes are used. Protein production Another major use of plasmids is to make large amounts of proteins. In this case, researchers grow bacteria containing a plasmid harboring the gene of interest. Just as the bacterium produces proteins to confer its antibiotic resistance, it can also be induced to produce large amounts of proteins from the inserted gene. This is a cheap and easy way of mass-producing the protein the gene codes for, for example, insulin. Gene therapy Plasmids may also be used for gene transfer as a potential treatment in gene therapy so that it may express the protein that is lacking in the cells. Some forms of gene therapy require the insertion of therapeutic genes at pre-selected chromosomal target sites within the human genome. Plasmid vectors are one of many approaches that could be used for this purpose. Zinc finger nucleases (ZFNs) offer a way to cause a site-specific double-strand break to the DNA genome and cause homologous recombination. Plasmids encoding ZFN could help deliver a therapeutic gene to a specific site so that cell damage, cancer-causing mutations, or an immune response is avoided. Disease models Plasmids were historically used to genetically engineer the embryonic stem cells of rats to create rat genetic disease models. The limited efficiency of plasmid-based techniques precluded their use in the creation of more accurate human cell models. However, developments in adeno-associated virus recombination techniques, and zinc finger nucleases, have enabled the creation of a new generation of isogenic human disease models. Episomes The term episome was introduced by François Jacob and Élie Wollman in 1958 to refer to extra-chromosomal genetic material that may replicate autonomously or become integrated into the chromosome. Since the term was introduced, however, its use has changed, as plasmid has become the preferred term for autonomously replicating extrachromosomal DNA. At a 1968 symposium in London some participants suggested that the term episome be abandoned, although others continued to use the term with a shift in meaning. Today, some authors use episome in the context of prokaryotes to refer to a plasmid that is capable of integrating into the chromosome. The integrative plasmids may be replicated and stably maintained in a cell through multiple generations, but at some stage, they will exist as an independent plasmid molecule. In the context of eukaryotes, the term episome is used to mean a non-integrated extrachromosomal closed circular DNA molecule that may be replicated in the nucleus. Viruses are the most common examples of this, such as herpesviruses, adenoviruses, and polyomaviruses, but some are plasmids. Other examples include aberrant chromosomal fragments, such as double minute chromosomes, that can arise during artificial gene amplifications or in pathologic processes (e.g., cancer cell transformation). Episomes in eukaryotes behave similarly to plasmids in prokaryotes in that the DNA is stably maintained and replicated with the host cell. Cytoplasmic viral episomes (as in poxvirus infections) can also occur. Some episomes, such as herpesviruses, replicate in a rolling circle mechanism, similar to bacteriophages (bacterial phage viruses). Others replicate through a bidirectional replication mechanism (Theta type plasmids). In either case, episomes remain physically separate from host cell chromosomes. Several cancer viruses, including Epstein-Barr virus and Kaposi's sarcoma-associated herpesvirus, are maintained as latent, chromosomally distinct episomes in cancer cells, where the viruses express oncogenes that promote cancer cell proliferation. In cancers, these episomes passively replicate together with host chromosomes when the cell divides. When these viral episomes initiate lytic replication to generate multiple virus particles, they generally activate cellular innate immunity defense mechanisms that kill the host cell. Plasmid maintenance Some plasmids or microbial hosts include an addiction system or postsegregational killing system (PSK), such as the hok/sok (host killing/suppressor of killing) system of plasmid R1 in Escherichia coli. This variant produces both a long-lived poison and a short-lived antidote. Several types of plasmid addiction systems (toxin/ antitoxin, metabolism-based, ORT systems) were described in the literature and used in biotechnical (fermentation) or biomedical (vaccine therapy) applications. Daughter cells that retain a copy of the plasmid survive, while a daughter cell that fails to inherit the plasmid dies or suffers a reduced growth-rate because of the lingering poison from the parent cell. Finally, the overall productivity could be enhanced. In contrast, plasmids used in biotechnology, such as pUC18, pBR322 and derived vectors, hardly ever contain toxin-antitoxin addiction systems, and therefore need to be kept under antibiotic pressure to avoid plasmid loss. Yeast plasmids Yeasts naturally harbour various plasmids. Notable among them are 2 μm plasmids—small circular plasmids often used for genetic engineering of yeast—and linear pGKL plasmids from Kluyveromyces lactis, that are responsible for killer phenotypes. Other types of plasmids are often related to yeast cloning vectors that include: Yeast integrative plasmid (YIp), yeast vectors that | and only cells containing the plasmid may survive. In this way, the antibiotics act as a filter to select only the bacteria containing the plasmid DNA. The vector may also contain other marker genes or reporter genes to facilitate selection of plasmids with cloned inserts. Bacteria containing the plasmid can then be grown in large amounts, harvested, and the plasmid of interest may then be isolated using various methods of plasmid preparation. A plasmid cloning vector is typically used to clone DNA fragments of up to 15 kbp. To clone longer lengths of DNA, lambda phage with lysogeny genes deleted, cosmids, bacterial artificial chromosomes, or yeast artificial chromosomes are used. Protein production Another major use of plasmids is to make large amounts of proteins. In this case, researchers grow bacteria containing a plasmid harboring the gene of interest. Just as the bacterium produces proteins to confer its antibiotic resistance, it can also be induced to produce large amounts of proteins from the inserted gene. This is a cheap and easy way of mass-producing the protein the gene codes for, for example, insulin. Gene therapy Plasmids may also be used for gene transfer as a potential treatment in gene therapy so that it may express the protein that is lacking in the cells. Some forms of gene therapy require the insertion of therapeutic genes at pre-selected chromosomal target sites within the human genome. Plasmid vectors are one of many approaches that could be used for this purpose. Zinc finger nucleases (ZFNs) offer a way to cause a site-specific double-strand break to the DNA genome and cause homologous recombination. Plasmids encoding ZFN could help deliver a therapeutic gene to a specific site so that cell damage, cancer-causing mutations, or an immune response is avoided. Disease models Plasmids were historically used to genetically engineer the embryonic stem cells of rats to create rat genetic disease models. The limited efficiency of plasmid-based techniques precluded their use in the creation of more accurate human cell models. However, developments in adeno-associated virus recombination techniques, and zinc finger nucleases, have enabled the creation of a new generation of isogenic human disease models. Episomes The term episome was introduced by François Jacob and Élie Wollman in 1958 to refer to extra-chromosomal genetic material that may replicate autonomously or become integrated into the chromosome. Since the term was introduced, however, its use has changed, as plasmid has become the preferred term for autonomously replicating extrachromosomal DNA. At a 1968 symposium in London some participants suggested that the term episome be abandoned, although others continued to use the term with a shift in meaning. Today, some authors use episome in the context of prokaryotes to refer to a plasmid that is capable of integrating into the chromosome. The integrative plasmids may be replicated and stably maintained in a cell through multiple generations, but at some stage, they will exist as an independent plasmid molecule. In the context of eukaryotes, the term episome is used to mean a non-integrated extrachromosomal closed circular DNA molecule that may be replicated in the nucleus. Viruses are the most common examples of this, such as herpesviruses, adenoviruses, and polyomaviruses, but some are plasmids. Other examples include aberrant chromosomal fragments, such as double minute chromosomes, that can arise during artificial gene amplifications or in pathologic processes (e.g., cancer cell transformation). Episomes in eukaryotes behave similarly to plasmids in prokaryotes in that the DNA is stably maintained and replicated with the host cell. Cytoplasmic viral episomes (as in poxvirus infections) can also occur. Some episomes, such as herpesviruses, replicate in a rolling circle mechanism, similar to bacteriophages (bacterial phage viruses). Others replicate through a bidirectional replication mechanism (Theta type plasmids). In either case, episomes remain physically separate from host cell chromosomes. Several cancer viruses, including Epstein-Barr virus and Kaposi's sarcoma-associated herpesvirus, are maintained as latent, chromosomally distinct episomes in cancer cells, where the viruses express oncogenes that promote cancer cell proliferation. In cancers, these episomes passively replicate together with host chromosomes when the cell divides. When these viral episomes initiate lytic replication to generate multiple virus particles, they generally activate cellular innate immunity defense mechanisms that kill the host cell. Plasmid maintenance Some plasmids or microbial hosts include an addiction system or postsegregational killing system (PSK), such as the hok/sok (host killing/suppressor of killing) system of plasmid R1 in Escherichia coli. This variant produces both a long-lived poison and a short-lived antidote. Several types of plasmid addiction systems (toxin/ antitoxin, metabolism-based, ORT systems) were described in the literature and used in biotechnical (fermentation) or biomedical (vaccine therapy) applications. Daughter cells that retain a copy of the plasmid survive, while a daughter cell that fails to inherit the plasmid dies or suffers a reduced growth-rate because of the lingering poison from the parent cell. Finally, the overall productivity could be enhanced. In contrast, plasmids used in biotechnology, such as pUC18, pBR322 and derived vectors, hardly ever contain toxin-antitoxin addiction systems, and therefore need to be kept under antibiotic pressure to avoid plasmid loss. Yeast plasmids Yeasts naturally harbour various plasmids. Notable among them are 2 μm plasmids—small circular plasmids often used for genetic engineering of yeast—and linear pGKL plasmids from Kluyveromyces lactis, that are responsible for killer phenotypes. Other types of plasmids are often related to yeast cloning vectors that |
parallelepiped are a polyhedron with six faces (hexahedron), each of which is a parallelogram, a hexahedron with three pairs of parallel faces, and a prism of which the base is a parallelogram. The rectangular cuboid (six rectangular faces), cube (six square faces), and the rhombohedron (six rhombus faces) are all specific cases of parallelepiped. "Parallelepiped" is now usually pronounced , , or ; traditionally it was in accordance with its etymology in Greek παραλληλεπίπεδον parallelepipedon, a body "having parallel planes". Parallelepipeds are a subclass of the prismatoids. Properties Any of the three pairs of parallel faces can be viewed as the base planes of the prism. A parallelepiped has three sets of four parallel edges; the edges within each set are of equal length. Parallelepipeds result from linear transformations of a cube (for the non-degenerate cases: the bijective linear transformations). Since each face has point symmetry, a parallelepiped is a zonohedron. Also the whole parallelepiped has point symmetry Ci (see also triclinic). Each face is, seen from the outside, the mirror image of the opposite face. The faces are in general chiral, but the parallelepiped is not. A space-filling tessellation is possible with congruent copies of any parallelepiped. Volume A parallelepiped can be considered as an oblique prism with a parallelogram as base. Hence the volume of a parallelepiped is the product of the base area and the height (see diagram). With (where is the angle between vectors and ), and (where is the angle between vector and the normal to the base), one gets: The mixed product of three vectors is called triple product. It can be described by a determinant. Hence for the volume is: (V1) . Another way to prove (V1) is to use the scalar component in the direction of of vector : The result follows. An alternative representation of the volume uses geometric properties (angles and edge lengths) only: (V2) , where and are the edge lengths. Proof of (V2) The proof of (V2) uses properties of a determinant and the geometric interpretation of the dot product: Let be the 3x3-matrix, whose columns are the vectors (see above). Then the following is true: (expanding the determinant above across the first row) (The last steps use ) Corresponding tetrahedron The volume of any tetrahedron that shares three converging edges of a parallelepiped is equal to one sixth of the volume of that parallelepiped (see proof). Surface area The surface area of a parallelepiped is the sum of the areas of the bounding parallelograms: . (For labeling: see previous section.) Special cases by symmetry The parallelepiped with Oh symmetry is known as a cube, which has six congruent square faces. The parallelepiped with D4h symmetry is known as a square cuboid, which has two square faces and four congruent rectangular faces. The parallelepiped with D3d symmetry is known as | in which angles are not differentiated, only parallelograms and parallelepipeds exist. Three equivalent definitions of parallelepiped are a polyhedron with six faces (hexahedron), each of which is a parallelogram, a hexahedron with three pairs of parallel faces, and a prism of which the base is a parallelogram. The rectangular cuboid (six rectangular faces), cube (six square faces), and the rhombohedron (six rhombus faces) are all specific cases of parallelepiped. "Parallelepiped" is now usually pronounced , , or ; traditionally it was in accordance with its etymology in Greek παραλληλεπίπεδον parallelepipedon, a body "having parallel planes". Parallelepipeds are a subclass of the prismatoids. Properties Any of the three pairs of parallel faces can be viewed as the base planes of the prism. A parallelepiped has three sets of four parallel edges; the edges within each set are of equal length. Parallelepipeds result from linear transformations of a cube (for the non-degenerate cases: the bijective linear transformations). Since each face has point symmetry, a parallelepiped is a zonohedron. Also the whole parallelepiped has point symmetry Ci (see also triclinic). Each face is, seen from the outside, the mirror image of the opposite face. The faces are in general chiral, but the parallelepiped is not. A space-filling tessellation is possible with congruent copies of any parallelepiped. Volume A parallelepiped can be considered as an oblique prism with a parallelogram as base. Hence the volume of a parallelepiped is the product of the base area and the height (see diagram). With (where is the angle between vectors and ), and (where is the angle between vector and the normal to the base), one gets: The mixed product of three vectors is called triple product. It can be described by a determinant. Hence for the volume is: (V1) . Another way to prove (V1) is to use the scalar component in the direction of of vector : The result follows. An alternative representation of the volume uses geometric properties (angles and edge lengths) only: (V2) , where and are the edge lengths. Proof of (V2) The proof of (V2) uses properties of a determinant and the geometric interpretation of the dot product: Let be the 3x3-matrix, whose columns are the vectors (see above). Then the following is true: (expanding the determinant above across the first row) (The last steps use ) Corresponding tetrahedron The volume of any tetrahedron that shares three converging edges of a parallelepiped is equal to one sixth of the volume of that parallelepiped (see proof). Surface area The surface area of a parallelepiped is the sum of the areas of the bounding parallelograms: . (For labeling: see previous section.) Special cases by symmetry The parallelepiped with Oh symmetry is known as a cube, which has six congruent square faces. The parallelepiped with D4h symmetry is known as a square cuboid, which has two square faces and four congruent rectangular faces. The parallelepiped with D3d symmetry is known as a trigonal trapezohedron, which has six congruent rhombic faces (also called an isohedral rhombohedron). For parallelepipeds with D2h symmetry, there are two cases: Rectangular cuboid: it has six rectangular faces (also called a rectangular parallelepiped, or sometimes simply a cuboid). Right rhombic prism: it has two rhombic faces |
of leaves, stems and other above-ground organs to form the plant cuticle. Cell walls perform many essential functions. They provide shape to form the tissue and organs of the plant, and play an important role in intercellular communication and plant-microbe interactions. Many types of plant cells contain a large central vacuole, a water-filled volume enclosed by a membrane known as the tonoplast that maintains the cell's turgor, controls movement of molecules between the cytosol and sap, stores useful material such as phosphorus and nitrogen and digests waste proteins and organelles. Specialized cell-to-cell communication pathways known as plasmodesmata, occur in the form of pores in the primary cell wall through which the plasmalemma and endoplasmic reticulum of adjacent cells are continuous. Plant cells contain plastids, the most notable being chloroplasts, which contain the green-colored pigment chlorophyll that converts the energy of sunlight into chemical energy that the plant uses to make its own food from water and carbon dioxide in the process known as photosynthesis. Other types of plastids are the amyloplasts, specialized for starch storage, elaioplasts specialized for fat storage, and chromoplasts specialized for synthesis and storage of pigments. As in mitochondria, which have a genome encoding 37 genes, plastids have their own genomes of about 100–120 unique genes and are interpreted as having arisen as prokaryotic endosymbionts living in the cells of an early eukaryotic ancestor of the land plants and algae. Many cellular structures are membranous and their composition includes lipids. Cell division in land plants and a few groups of algae, notably the Charophytes and the Chlorophyte Order Trentepohliales, takes place by construction of a phragmoplast as a template for building a cell plate late in cytokinesis. The motile, free-swimming sperm of bryophytes and pteridophytes, cycads and Ginkgo are the only cells of land plants to have flagella similar to those in animal cells, but the conifers and flowering plants do not have motile sperm and lack both flagella and centrioles. Types of plant cells and tissues Plant cells differentiate from undifferentiated meristematic cells (analogous to the stem cells of animals) to form the major classes of cells and tissues of roots, stems, leaves, flowers, and reproductive structures, each of which may be composed of several cell types. Parenchyma Parenchyma cells are living cells that have functions ranging from storage and support to photosynthesis (mesophyll cells) and phloem loading (transfer cells). Apart from the xylem and phloem in their vascular bundles, leaves are composed mainly of parenchyma cells. Some parenchyma cells, as in the epidermis, are specialized for light penetration and focusing or regulation of gas exchange, but others are among the least specialized cells in plant tissue, and may remain totipotent, capable of dividing to produce new populations of undifferentiated cells, throughout their lives. Parenchyma cells have thin, permeable primary walls enabling the transport of small molecules between them, and their cytoplasm is responsible for a wide range of biochemical functions such as nectar secretion, or the manufacture of secondary products that discourage herbivory. Parenchyma cells that contain many chloroplasts and are concerned primarily with photosynthesis are called chlorenchyma cells. Chlorenchyma cells are parenchyma cells involved in photosynthesis. Others, such as the majority of the parenchyma cells in potato tubers and the seed cotyledons of legumes, have a storage function. Collenchyma Collenchyma cells are alive at maturity and have thickened cellulose cell walls. These cells mature from meristem derivatives that initially resemble parenchyma, but differences quickly become apparent. Plastids do not develop, and the secretory apparatus (ER and Golgi) proliferates to secrete additional primary wall. The wall is most commonly thickest at the corners, where three or more cells come in contact, and thinnest where only two cells come in contact, though other arrangements of the wall thickening are possible. Pectin and hemicellulose are the dominant constituents of collenchyma cell walls of dicotyledon angiosperms, which may contain as little as 20% of cellulose in Petasites. Collenchyma cells are typically quite elongated, and may divide transversely to give a septate appearance. The role of this cell type is to support the plant in axes still growing in length, and to confer flexibility and tensile strength on tissues. The primary wall lacks lignin that would make it tough and rigid, so this cell type provides what could be called plastic support – support that can hold a young stem or petiole into the air, but in cells that can be stretched as the cells around them elongate. Stretchable support (without elastic snap-back) is a good way to describe what collenchyma does. Parts of the strings in celery are collenchyma. Sclerenchyma Sclerenchyma is a tissue composed of two types of cells, sclereids | contain a large central vacuole, a water-filled volume enclosed by a membrane known as the tonoplast that maintains the cell's turgor, controls movement of molecules between the cytosol and sap, stores useful material such as phosphorus and nitrogen and digests waste proteins and organelles. Specialized cell-to-cell communication pathways known as plasmodesmata, occur in the form of pores in the primary cell wall through which the plasmalemma and endoplasmic reticulum of adjacent cells are continuous. Plant cells contain plastids, the most notable being chloroplasts, which contain the green-colored pigment chlorophyll that converts the energy of sunlight into chemical energy that the plant uses to make its own food from water and carbon dioxide in the process known as photosynthesis. Other types of plastids are the amyloplasts, specialized for starch storage, elaioplasts specialized for fat storage, and chromoplasts specialized for synthesis and storage of pigments. As in mitochondria, which have a genome encoding 37 genes, plastids have their own genomes of about 100–120 unique genes and are interpreted as having arisen as prokaryotic endosymbionts living in the cells of an early eukaryotic ancestor of the land plants and algae. Many cellular structures are membranous and their composition includes lipids. Cell division in land plants and a few groups of algae, notably the Charophytes and the Chlorophyte Order Trentepohliales, takes place by construction of a phragmoplast as a template for building a cell plate late in cytokinesis. The motile, free-swimming sperm of bryophytes and pteridophytes, cycads and Ginkgo are the only cells of land plants to have flagella similar to those in animal cells, but the conifers and flowering plants do not have motile sperm and lack both flagella and centrioles. Types of plant cells and tissues Plant cells differentiate from undifferentiated meristematic cells (analogous to the stem cells of animals) to form the major classes of cells and tissues of roots, stems, leaves, flowers, and reproductive structures, each of which may be composed of several cell types. Parenchyma Parenchyma cells are living cells that have functions ranging from storage and support to photosynthesis (mesophyll cells) and phloem loading (transfer cells). Apart from the xylem and phloem in their vascular bundles, leaves are composed mainly of parenchyma cells. Some parenchyma cells, as in the epidermis, are specialized for light penetration and focusing or regulation of gas exchange, but others are among the least specialized cells in plant tissue, and may remain totipotent, capable of dividing to produce new populations of undifferentiated cells, throughout their lives. Parenchyma cells have thin, permeable primary walls enabling the transport of small molecules between them, and their cytoplasm is responsible for a wide range of biochemical functions such as nectar secretion, or the manufacture of secondary products that discourage herbivory. Parenchyma cells that contain many chloroplasts and are concerned primarily with photosynthesis are called chlorenchyma cells. Chlorenchyma cells are parenchyma cells involved in photosynthesis. Others, such as the majority of the parenchyma cells in potato tubers and the seed cotyledons of legumes, have a storage function. Collenchyma Collenchyma cells are alive at maturity and have thickened cellulose cell walls. These cells mature from meristem derivatives that initially resemble parenchyma, but differences quickly become apparent. Plastids do not develop, and the secretory apparatus (ER and Golgi) proliferates to secrete additional primary wall. The wall is most commonly thickest at the corners, where three or more cells come in contact, and thinnest where only two cells come in contact, though other arrangements of the wall thickening are possible. Pectin and hemicellulose are the dominant constituents of collenchyma cell walls of dicotyledon angiosperms, which may contain as little as 20% of cellulose in Petasites. Collenchyma cells are typically quite elongated, and may divide transversely to give a septate appearance. The role of this cell type is to support the plant in axes still growing in length, and to confer flexibility and tensile strength on tissues. The primary wall lacks lignin that would make it tough and rigid, so this cell type provides what could be called plastic support – support that can hold a young stem or petiole into the air, but in cells that can be stretched as the cells around |
being held in adipose tissue. Glycogen is made primarily by the liver and the muscles, but can also be made by glycogenesis within the brain and stomach. Glycogen is analogous to starch, a glucose polymer in plants, and is sometimes referred to as animal starch, having a similar structure to amylopectin but more extensively branched and compact than starch. Glycogen is a polymer of α(1→4) glycosidic bonds linked, with α(1→6)-linked branches. Glycogen is found in the form of granules in the cytosol/cytoplasm in many cell types, and plays an important role in the glucose cycle. Glycogen forms an energy reserve that can be quickly mobilized to meet a sudden need for glucose, but one that is less compact and more immediately available as an energy reserve than triglycerides (lipids). In the liver hepatocytes, glycogen can compose up to 8 percent (100–120 grams in an adult) of the fresh weight soon after a meal. Only the glycogen stored in the liver can be made accessible to other organs. In the muscles, glycogen is found in a low concentration of one to two percent of the muscle mass. The amount of glycogen stored in the body—especially within the muscles, liver, and red blood cells—varies with physical activity, basal metabolic rate, and eating habits such as intermittent fasting. Small amounts of glycogen are found in the kidneys, and even smaller amounts in certain glial cells in the brain and white blood cells. The uterus also stores glycogen during pregnancy, to nourish the embryo. Glycogen is composed of a branched chain of glucose residues. It is stored in liver and muscles. It is an energy reserve for animals. It is the chief form of carbohydrate stored in animal body. It is insoluble in water. It turns brown-red when mixed with iodine. It also yields glucose on hydrolysis. Galactogen Galactogen is a polysaccharide of galactose that functions as energy storage in pulmonate snails and some Caenogastropoda. This polysaccharide is exclusive of the reproduction and is only found in the albumen gland from the female snail reproductive system and in the perivitelline fluid of eggs. Galactogen serves as an energy reserve for developing embryos and hatchlings, which is later replaced by glycogen in juveniles and adults. Inulin Inulin is a naturally occurring polysaccharide complex carbohydrate composed of fructose, a plant-derived food that cannot be completely broken down by human digestive enzymes. Structural polysaccharides Arabinoxylans Arabinoxylans are found in both the primary and secondary cell walls of plants and are the copolymers of two sugars: arabinose and xylose. They may also have beneficial effects on human health. Cellulose The structural components of plants are formed primarily from cellulose. Wood is largely cellulose and lignin, while paper and cotton are nearly pure cellulose. Cellulose is a polymer made with repeated glucose units bonded together by beta-linkages. Humans and many animals lack an enzyme to break the beta-linkages, so they do not digest cellulose. Certain animals such as termites can digest cellulose, because bacteria possessing the enzyme are present in their gut. Cellulose is insoluble in water. It does not change color when mixed with iodine. On hydrolysis, it yields glucose. It is the most abundant carbohydrate in nature. Chitin Chitin is one of many naturally occurring polymers. It forms a structural component of many animals, such as exoskeletons. Over time it is bio-degradable in the natural environment. Its breakdown may be catalyzed by enzymes called chitinases, secreted by microorganisms such as bacteria and fungi and produced by some plants. Some of these microorganisms have receptors to simple sugars from the decomposition of chitin. If chitin is detected, they then produce enzymes to digest it by cleaving the glycosidic bonds in order to convert it to simple sugars and ammonia. Chemically, chitin is closely related to chitosan (a more water-soluble derivative of chitin). It is also closely related to cellulose in that it is a long unbranched chain of glucose derivatives. Both materials contribute structure and strength, protecting the organism. Pectins Pectins are a family of complex polysaccharides that contain 1,4-linked α--galactosyl uronic acid residues. They are present in most primary cell walls and in the nonwoody parts of terrestrial plants. Acidic polysaccharides Acidic polysaccharides are polysaccharides that contain carboxyl groups, phosphate groups and/or sulfuric ester groups. Bacterial polysaccharides Pathogenic bacteria commonly produce a thick, mucous-like, layer of polysaccharide. This "capsule" cloaks antigenic proteins on the bacterial surface that would otherwise provoke an immune response and thereby lead to the destruction of the bacteria. Capsular polysaccharides are water-soluble, commonly acidic, and have molecular weights on the order of 100,000 to 2,000,000 daltons. They are linear and consist of regularly repeating subunits of one to six monosaccharides. There is enormous structural diversity; nearly two hundred different polysaccharides are produced by E. coli alone. Mixtures of capsular polysaccharides, either conjugated or native, are used as vaccines. Bacteria and many other microbes, including fungi and algae, often secrete polysaccharides to help them adhere to surfaces and to prevent them from drying out. Humans have developed some of these polysaccharides into useful products, including xanthan gum, dextran, welan gum, gellan gum, diutan gum and pullulan. Levan-type exopolysaccharide produced by Pantoea agglomerans ZMR7 was reported to decrease the viability of rhabdomyosarcoma (RD) and breast cancer (MDA) cells compared with untreated cancer cells. In addition, it has high antiparasitic activity against the promastigote of Leishmania tropica. Most of these polysaccharides exhibit useful visco-elastic properties when dissolved in water at very low levels. This makes various liquids used in everyday life, such as some foods, lotions, cleaners, and paints, viscous when stationary, but much more free-flowing when even slight shear is applied by stirring or shaking, pouring, wiping, or brushing. This property is named pseudoplasticity or shear thinning; the study of such matters is called rheology. {| class="wikitable" style="text-align:right;" |+ Viscosity of Welan gum |- ! Shear rate (rpm) ! Viscosity (cP or mPa⋅s) |- | 0.3 | 23330 |- | 0.5 | 16000 |- | 1 | 11000 |- | 2 | 5500 |- | 4 | 3250 |- | 5 | 2900 |- | 10 | 1700 |- | 20 | 900 |- | 50 | 520 |- | 100 | 310 |} Aqueous solutions of the polysaccharide alone have a curious behavior when stirred: after stirring ceases, the solution initially continues to swirl due to momentum, then slows to a standstill due to viscosity and reverses direction briefly before stopping. This recoil is due to the elastic effect of the polysaccharide chains, previously stretched in solution, returning to their relaxed state. Cell-surface polysaccharides play diverse roles in bacterial ecology and physiology. They serve as a barrier between the cell wall and the environment, mediate host-pathogen interactions. Polysaccharides also | tract, and to change how other nutrients and chemicals are absorbed. Soluble fiber binds to bile acids in the small intestine, making them less likely to enter the body; this in turn lowers cholesterol levels in the blood. Soluble fiber also attenuates the absorption of sugar, reduces sugar response after eating, normalizes blood lipid levels and, once fermented in the colon, produces short-chain fatty acids as byproducts with wide-ranging physiological activities (discussion below). Although insoluble fiber is associated with reduced diabetes risk, the mechanism by which this occurs is unknown. Not yet formally proposed as an essential macronutrient (as of 2005), dietary fiber is nevertheless regarded as important for the diet, with regulatory authorities in many developed countries recommending increases in fiber intake. Storage polysaccharides Starch Starch is a glucose polymer in which glucopyranose units are bonded by alpha-linkages. It is made up of a mixture of amylose (15–20%) and amylopectin (80–85%). Amylose consists of a linear chain of several hundred glucose molecules, and Amylopectin is a branched molecule made of several thousand glucose units (every chain of 24–30 glucose units is one unit of Amylopectin). Starches are insoluble in water. They can be digested by breaking the alpha-linkages (glycosidic bonds). Both humans and other animals have amylases, so they can digest starches. Potato, rice, wheat, and maize are major sources of starch in the human diet. The formations of starches are the ways that plants store glucose. Glycogen Glycogen serves as the secondary long-term energy storage in animal and fungal cells, with the primary energy stores being held in adipose tissue. Glycogen is made primarily by the liver and the muscles, but can also be made by glycogenesis within the brain and stomach. Glycogen is analogous to starch, a glucose polymer in plants, and is sometimes referred to as animal starch, having a similar structure to amylopectin but more extensively branched and compact than starch. Glycogen is a polymer of α(1→4) glycosidic bonds linked, with α(1→6)-linked branches. Glycogen is found in the form of granules in the cytosol/cytoplasm in many cell types, and plays an important role in the glucose cycle. Glycogen forms an energy reserve that can be quickly mobilized to meet a sudden need for glucose, but one that is less compact and more immediately available as an energy reserve than triglycerides (lipids). In the liver hepatocytes, glycogen can compose up to 8 percent (100–120 grams in an adult) of the fresh weight soon after a meal. Only the glycogen stored in the liver can be made accessible to other organs. In the muscles, glycogen is found in a low concentration of one to two percent of the muscle mass. The amount of glycogen stored in the body—especially within the muscles, liver, and red blood cells—varies with physical activity, basal metabolic rate, and eating habits such as intermittent fasting. Small amounts of glycogen are found in the kidneys, and even smaller amounts in certain glial cells in the brain and white blood cells. The uterus also stores glycogen during pregnancy, to nourish the embryo. Glycogen is composed of a branched chain of glucose residues. It is stored in liver and muscles. It is an energy reserve for animals. It is the chief form of carbohydrate stored in animal body. It is insoluble in water. It turns brown-red when mixed with iodine. It also yields glucose on hydrolysis. Galactogen Galactogen is a polysaccharide of galactose that functions as energy storage in pulmonate snails and some Caenogastropoda. This polysaccharide is exclusive of the reproduction and is only found in the albumen gland from the female snail reproductive system and in the perivitelline fluid of eggs. Galactogen serves as an energy reserve for developing embryos and hatchlings, which is later replaced by glycogen in juveniles and adults. Inulin Inulin is a naturally occurring polysaccharide complex carbohydrate composed of fructose, a plant-derived food that cannot be completely broken down by human digestive enzymes. Structural polysaccharides Arabinoxylans Arabinoxylans are found in both the primary and secondary cell walls of plants and are the copolymers of two sugars: arabinose and xylose. They may also have beneficial effects on human health. Cellulose The structural components of plants are formed primarily from cellulose. Wood is largely cellulose and lignin, while paper and cotton are nearly pure cellulose. Cellulose is a polymer made with repeated glucose units bonded together by beta-linkages. Humans and many animals lack an enzyme to break the beta-linkages, so they do not digest cellulose. Certain animals such as termites can digest cellulose, because bacteria possessing the enzyme are present in their gut. Cellulose is insoluble in water. It does not change color when mixed with iodine. On hydrolysis, it yields glucose. It is the most abundant carbohydrate in nature. Chitin Chitin is one of many naturally occurring polymers. It forms a structural component of many animals, such as exoskeletons. Over time it is bio-degradable in the natural environment. Its breakdown may be catalyzed by enzymes called chitinases, secreted by microorganisms such as bacteria and fungi and produced by some plants. Some of these microorganisms have receptors to simple sugars from the decomposition of chitin. If chitin is detected, they then produce enzymes to digest it by cleaving the glycosidic bonds in order to convert it to simple sugars and ammonia. Chemically, chitin is closely related to chitosan (a more water-soluble derivative of chitin). It is also closely related to cellulose in that it is a long unbranched chain of glucose derivatives. Both materials contribute structure and strength, protecting the organism. Pectins Pectins are a family of complex polysaccharides that contain 1,4-linked α--galactosyl uronic acid residues. They are present in most primary cell walls and in the nonwoody parts of terrestrial plants. Acidic polysaccharides Acidic polysaccharides are polysaccharides that contain carboxyl groups, phosphate groups and/or sulfuric ester groups. Bacterial polysaccharides Pathogenic bacteria commonly produce a thick, mucous-like, layer of polysaccharide. This "capsule" cloaks antigenic proteins on the bacterial surface that would otherwise provoke an immune response and thereby lead to the destruction of the bacteria. Capsular polysaccharides are water-soluble, commonly acidic, and have molecular weights on the order of 100,000 to 2,000,000 daltons. They are linear and consist of regularly repeating subunits of one to six monosaccharides. There is enormous structural diversity; nearly two hundred different polysaccharides are produced by E. coli alone. Mixtures of capsular polysaccharides, either conjugated or native, are used as vaccines. Bacteria and many other microbes, including fungi and |
early Greek astronomers, on the other hand, provided qualitative geometrical models to "save the appearances" of celestial phenomena without the ability to make any predictions. The earliest person that attempted to merge these two approaches was Hipparchus, who produced geometric models that not only reflected the arrangement of the planets and stars but could be used to calculate celestial motions. Ptolemy, following Hipparchus, derived each of his geometrical models for the Sun, Moon, and the planets from selected astronomical observations done in the spanning of more than 800 years; however, many astronomers have for centuries suspected that some of his models' parameters were adopted independently of observations. Ptolemy presented his astronomical models alongside convenient tables, which could be used to compute the future or past position of the planets. The Almagest also contains a star catalogue, which is a version of a catalogue created by Hipparchus. Its list of forty-eight constellations is ancestral to the modern system of constellations but, unlike the modern system, they did not cover the whole sky (only what could be seen with the naked eye). For over a thousand years, the Almagest was the authoritative text on astronomy across Europe, the Middle East, and North Africa, and its author soon became an almost legendary figure: Ptolemy, King of Alexandria. The Almagest was preserved, like many extant Greek scientific works, in Arabic manuscripts; the modern title is thought to be an Arabic corruption of the Greek name Hē Megistē Syntaxis (lit. "The greatest treatise"), as the work was presumably known in Late Antiquity. Because of its reputation, it was widely sought and translated twice into Latin in the 12th century, once in Sicily and again in Spain. Ptolemy's planetary models, like those of the majority of his predecessors, were geocentric and almost universally accepted until the reappearance of heliocentric models during the scientific revolution. Handy Tables The Handy Tables (Ancient Greek: Πρόχειροι κανόνες) are a set of astronomical tables, together with canons for their use. To facilitate astronomical calculations, Ptolemy tabulated all the data needed to compute the positions of the Sun, Moon and planets, the rising and setting of the stars, and eclipses of the Sun and Moon, making it a useful tool for astronomers and astrologers. The tables themselves are known through Theon of Alexandria’s version. Although Ptolemy's Handy Tables do not survive as such in Arabic or in Latin, they represent the prototype of most Arabic and Latin astronomical tables or zījes. Additionally, the introduction to the Handy Tables survived separately from the tables themselves (apparently part of a gathering of some of Ptolemy's shorter writings) under the title Arrangement and Calculation of the Handy Tables. Planetary Hypotheses The Planetary Hypotheses (Ancient Greek: Ὑποθέσεις τῶν πλανωμένων, lit. "Hypotheses of the Planets") is a cosmological work, probably one of the last written by Ptolemy, in two books dealing with the structure of the universe and the laws that govern celestial motion. Ptolemy goes beyond the mathematical models of the Almagest to present a physical realization of the universe as a set of nested spheres, in which he used the epicycles of his planetary model to compute the dimensions of the universe. He estimated the Sun was at an average distance of 1,210 Earth radii (now known to actually be ~23,450 radii), while the radius of the sphere of the fixed stars was 20,000 times the radius of the Earth. The work is also notable for having descriptions on how to build instruments to depict the planets and their movements from a geocentric perspective, much like an orrery would have done for a heliocentric one, presumably for didactic purposes. Other works The Analemma is a short treatise where Ptolemy provides a method for specifying the location of the sun in three pairs of locally orientated coordinate arcs as a function of the declination of the sun, the terrestrial latitude, and the hour. The key to the approach is to represent the solid configuration in a plane diagram that Ptolemy calls the analemma. In another work, the Phaseis (Risings of the Fixed Stars), Ptolemy gave a parapegma, a star calendar or almanac, based on the appearances and disappearances of stars over the course of the solar year. The Planispherium (Ancient Greek: Ἅπλωσις ἐπιφανείας σφαίρας, lit. ‘Simplification of the Sphere’) contains 16 propositions dealing with the projection of the celestial circles onto a plane. The text is lost in Greek (except for a fragment) and survives in Arabic and Latin only. Ptolemy also erected an inscription in a temple at Canopus, around 146-147 CE, known as the Canobic Inscription. Although the inscription has not survived, someone in the sixth century transcribed it and manuscript copies preserved it through the Middle Ages. It begins: "To the savior god, Claudius Ptolemy (dedicates) the first principles and models of astronomy," following by a catalog of numbers that define a system of celestial mechanics governing the motions of the sun, moon, planets, and stars. Cartography Ptolemy's second most well-known work is his Geographike Hyphegesis (Ancient Greek: Γεωγραφικὴ Ὑφήγησις; lit. "Guide to Drawing the Earth"), known as the Geography, a handbook on how to draw maps using geographical coordinates for parts of the Roman world known at the time. He relied on previous work by an earlier geographer, Marinus of Tyre, as well as on gazetteers of the Roman and ancient Persian Empire. He also acknowledged ancient astronomer Hipparchus for having provided the elevation of the north celestial pole for a few cities. Although maps based on scientific principles had been made since the time of Eratosthenes (c. 276-195 BCE), Ptolemy improved on map projections. The first part of the Geography is a discussion of the data and of the methods he used. Ptolemy notes the supremacy of astronomical data over land measurements or travelers' reports, though he possessed these data for only a handful of places. Ptolemy's real innovation, however, occurs in the second part of the book, where he provides a catalogue of 8,000 localities he collected from Marinus and others, the biggest such database from antiquity. About 6,300 of these places and geographic features have assigned coordinates so that they can be placed in a grid that spanned the globe. Latitude was measured from the equator, as it is today, but Ptolemy preferred to express it as climata, the length of the longest day rather than degrees of arc: the length of the midsummer day increases from 12h to 24h as one goes from the equator to the polar circle. In the third part of the Geography, Ptolemy gives instructions on how to create maps both of the whole inhabited world (oikoumenē) and of the Roman provinces, including the necessary topographic lists, and captions for the maps. His oikoumenē spanned 180 degrees of longitude from the Blessed Islands in the Atlantic Ocean to the middle of China, and about 80 degrees of latitude from Shetland to anti-Meroe (east coast of Africa); Ptolemy was well aware that he knew about only a quarter of the globe, and an erroneous extension of China southward suggests his sources did not reach all the way to the Pacific Ocean. It seems likely that the topographical tables in the second part of the work (Books 2–7) are cumulative texts, which were altered as new knowledge became available in the centuries after Ptolemy. This means that information contained in different parts of the Geography is likely to be of different dates, in addition to containing many scribal errors. However, although the regional and world maps in surviving manuscripts date from c. 1300 CE (after the text was rediscovered by Maximus Planudes), there are some scholars who think that such maps go back to Ptolemy himself. Astrology Ptolemy wrote an astrological treatise, in four parts, known by the Greek term Tetrabiblos (lit. "Four Books") or by its Latin equivalent Quadripartitum. Its original title is | of his predecessors, were geocentric and almost universally accepted until the reappearance of heliocentric models during the scientific revolution. Handy Tables The Handy Tables (Ancient Greek: Πρόχειροι κανόνες) are a set of astronomical tables, together with canons for their use. To facilitate astronomical calculations, Ptolemy tabulated all the data needed to compute the positions of the Sun, Moon and planets, the rising and setting of the stars, and eclipses of the Sun and Moon, making it a useful tool for astronomers and astrologers. The tables themselves are known through Theon of Alexandria’s version. Although Ptolemy's Handy Tables do not survive as such in Arabic or in Latin, they represent the prototype of most Arabic and Latin astronomical tables or zījes. Additionally, the introduction to the Handy Tables survived separately from the tables themselves (apparently part of a gathering of some of Ptolemy's shorter writings) under the title Arrangement and Calculation of the Handy Tables. Planetary Hypotheses The Planetary Hypotheses (Ancient Greek: Ὑποθέσεις τῶν πλανωμένων, lit. "Hypotheses of the Planets") is a cosmological work, probably one of the last written by Ptolemy, in two books dealing with the structure of the universe and the laws that govern celestial motion. Ptolemy goes beyond the mathematical models of the Almagest to present a physical realization of the universe as a set of nested spheres, in which he used the epicycles of his planetary model to compute the dimensions of the universe. He estimated the Sun was at an average distance of 1,210 Earth radii (now known to actually be ~23,450 radii), while the radius of the sphere of the fixed stars was 20,000 times the radius of the Earth. The work is also notable for having descriptions on how to build instruments to depict the planets and their movements from a geocentric perspective, much like an orrery would have done for a heliocentric one, presumably for didactic purposes. Other works The Analemma is a short treatise where Ptolemy provides a method for specifying the location of the sun in three pairs of locally orientated coordinate arcs as a function of the declination of the sun, the terrestrial latitude, and the hour. The key to the approach is to represent the solid configuration in a plane diagram that Ptolemy calls the analemma. In another work, the Phaseis (Risings of the Fixed Stars), Ptolemy gave a parapegma, a star calendar or almanac, based on the appearances and disappearances of stars over the course of the solar year. The Planispherium (Ancient Greek: Ἅπλωσις ἐπιφανείας σφαίρας, lit. ‘Simplification of the Sphere’) contains 16 propositions dealing with the projection of the celestial circles onto a plane. The text is lost in Greek (except for a fragment) and survives in Arabic and Latin only. Ptolemy also erected an inscription in a temple at Canopus, around 146-147 CE, known as the Canobic Inscription. Although the inscription has not survived, someone in the sixth century transcribed it and manuscript copies preserved it through the Middle Ages. It begins: "To the savior god, Claudius Ptolemy (dedicates) the first principles and models of astronomy," following by a catalog of numbers that define a system of celestial mechanics governing the motions of the sun, moon, planets, and stars. Cartography Ptolemy's second most well-known work is his Geographike Hyphegesis (Ancient Greek: Γεωγραφικὴ Ὑφήγησις; lit. "Guide to Drawing the Earth"), known as the Geography, a handbook on how to draw maps using geographical coordinates for parts of the Roman world known at the time. He relied on previous work by an earlier geographer, Marinus of Tyre, as well as on gazetteers of the Roman and ancient Persian Empire. He also acknowledged ancient astronomer Hipparchus for having provided the elevation of the north celestial pole for a few cities. Although maps based on scientific principles had been made since the time of Eratosthenes (c. 276-195 BCE), Ptolemy improved on map projections. The first part of the Geography is a discussion of the data and of the methods he used. Ptolemy notes the supremacy of astronomical data over land measurements or travelers' reports, though he possessed these data for only a handful of places. Ptolemy's real innovation, however, occurs in the second part of the book, where he provides a catalogue of 8,000 localities he collected from Marinus and others, the biggest such database from antiquity. About 6,300 of these places and geographic features have assigned coordinates so that they can be placed in a grid that spanned the globe. Latitude was measured from the equator, as it is today, but Ptolemy preferred to express it as climata, the length of the longest day rather than degrees of arc: the length of the midsummer day increases from 12h to 24h as one goes from the equator to the polar circle. In the third part of the Geography, Ptolemy gives instructions on how to create maps both of the whole inhabited world (oikoumenē) and of the Roman provinces, including the necessary topographic lists, and captions for the maps. His oikoumenē spanned 180 degrees of longitude from the Blessed Islands in the Atlantic Ocean to the middle of China, and about 80 degrees of latitude from Shetland to anti-Meroe (east coast of Africa); Ptolemy was well aware that he knew about only a quarter of the globe, and an erroneous extension of China southward suggests his sources did not reach all the way to the Pacific Ocean. It seems likely that the topographical tables in the second part of the work (Books 2–7) are cumulative texts, which were altered as new knowledge became available in the centuries after Ptolemy. This means that information contained in different parts of the Geography is likely to be of different dates, in addition to containing many scribal errors. However, although the regional and world maps in surviving manuscripts date from c. 1300 CE (after the text was rediscovered by Maximus Planudes), there are some scholars who think that such maps go back to Ptolemy himself. Astrology Ptolemy wrote an astrological treatise, in four parts, known by the Greek term Tetrabiblos (lit. "Four Books") or by its Latin equivalent Quadripartitum. Its original title is unknown, but may have been a term found in some Greek manuscripts, Apotelesmatiká (biblía), roughly meaning "(books) on the Effects" or "Outcomes", or "Prognostics". As a source of reference, the Tetrabiblos is said to have "enjoyed almost the authority of a Bible among the astrological writers of a thousand years or more". It was first translated from Arabic into Latin by Plato of Tivoli (Tiburtinus) in 1138, while he was in Spain. Much of the content of the Tetrabiblos was collected from earlier sources; Ptolemy's achievement was to order his material in a systematic way, showing how the subject could, in his view, be rationalized. It is, indeed, presented as the second part of the study of astronomy of which the Almagest was the first, concerned with the influences of the celestial bodies in the sublunary sphere. Thus explanations of a sort are provided for the astrological effects of the planets, based upon their combined effects of heating, cooling, moistening, and drying. Ptolemy dismisses other astrological |
that formed the old constellation Argo Navis, the ship of Jason and the Argonauts. Parts of Argo Navis were the Carina (the keel or hull), the Puppis (the poop deck or stern), and the Vela (the sails). These eventually became their own constellations. In the 19th century, John Herschel suggested renaming Pyxis to Malus (meaning the mast) but the suggestion was not followed. T Pyxidis, located about 4 degrees northeast of Alpha Pyxidis, is a recurrent nova that has flared up to magnitude 7 every few decades. Also, three star systems in Pyxis have confirmed exoplanets. The Pyxis globular cluster is situated about 130,000 light-years away in the galactic halo. This region was not thought to contain globular clusters. The possibility has been raised that this object might have escaped from the Large Magellanic Cloud. History In ancient Chinese astronomy, Alpha, Beta and Gamma Pyxidis formed part of Tianmiao, a celestial temple honouring the ancestors of the emperor, along with stars from neighbouring Antlia. The French astronomer Nicolas-Louis de Lacaille first described the constellation in French as la Boussole (the Marine Compass) in 1752, after he had observed and catalogued almost 10,000 southern stars during a two-year stay at the Cape of Good Hope. He devised fourteen new constellations in uncharted regions of the Southern Celestial Hemisphere not visible from Europe. All but one honoured instruments that symbolised the Age of Enlightenment. Lacaille Latinised the name to Pixis [sic] Nautica on his 1763 chart. The Ancient Greeks identified the four main stars of Pyxis as the mast of the mythological Jason's ship, Argo Navis. German astronomer Johann Bode defined the constellation Lochium Funis, the Log, and Line—a nautical device once used for measuring speed and distance travelled at sea—around Pyxis in his 1801 star atlas, but the depiction did not survive. In 1844 John Herschel attempted to resurrect the classical configuration of Argo Navis by renaming it Malus the Mast, a suggestion followed by Francis Baily, but Benjamin Gould restored Lacaille's nomenclature. Characteristics Covering 220.8 square degrees and hence 0.535% of the sky, Pyxis ranks 65th of the 88 modern constellations by area. Its position in the Southern Celestial Hemisphere means that the whole constellation is visible to observers south of 52°N. It is most visible in the evening sky in February and March. A small constellation, it is bordered by Hydra to the north, Puppis to the west, Vela to the south, and Antlia to the east. The three-letter abbreviation for the constellation, as adopted by the International Astronomical Union in 1922, is "Pyx". The official constellation boundaries, as set by Belgian astronomer Eugène Delporte in 1930, are defined by a polygon of eight sides (illustrated in infobox). In the equatorial coordinate system, the right ascension coordinates of these borders lie between and , while the declination coordinates are between −17.41° and −37.29°. Features Stars Lacaille gave Bayer designations to ten stars now named Alpha to Lambda Pyxidis, skipping the Greek letters iota and kappa. Although a nautical element, the constellation was not an integral part of the old Argo Navis and hence did not share in the original Bayer designations of that constellation, which were split between Carina, Vela and Puppis. Pyxis is a faint constellation, its three brightest stars—Alpha, Beta and Gamma Pyxidis—forming a rough line. Overall, there are 41 stars within the constellation's borders with apparent magnitudes brighter than or equal to 6.5. With an apparent magnitude of 3.68, Alpha Pyxidis is the brightest star in the constellation. Located 880 ± 30 light-years distant from Earth, it is a blue-white giant star of spectral type B1.5III that is around 22,000 times as luminous as the Sun and has 9.4 ± 0.7 times its diameter. It began life with a mass 12.1 ± 0.6 times that of the Sun, almost 15 million years ago. Its light is dimmed by 30% due to interstellar dust, so would have a brighter magnitude of 3.31 if not for this. The second brightest star at magnitude 3.97 is Beta Pyxidis, a yellow bright giant or supergiant of spectral type G7Ib-II that is around 435 times as luminous as the Sun, lying 420 ± 10 light-years distant away from Earth. It has a companion star of magnitude 12.5 separated by 9 arcseconds. Gamma Pyxidis is a star of magnitude 4.02 that lies 207 ± 2 light-years distant. It is an orange giant of spectral type K3III that has cooled and swollen to 3.7 times the diameter of the Sun after exhausting its core hydrogen. Kappa Pyxidis was catalogued but not given a Bayer designation by Lacaille, but Gould | The plane of the Milky Way passes through Pyxis. A faint constellation, its three brightest stars—Alpha, Beta and Gamma Pyxidis—are in a rough line. At magnitude 3.68, Alpha is the constellation's brightest star. It is a blue-white star approximately distant and around 22,000 times as luminous as the Sun. Pyxis is located close to the stars that formed the old constellation Argo Navis, the ship of Jason and the Argonauts. Parts of Argo Navis were the Carina (the keel or hull), the Puppis (the poop deck or stern), and the Vela (the sails). These eventually became their own constellations. In the 19th century, John Herschel suggested renaming Pyxis to Malus (meaning the mast) but the suggestion was not followed. T Pyxidis, located about 4 degrees northeast of Alpha Pyxidis, is a recurrent nova that has flared up to magnitude 7 every few decades. Also, three star systems in Pyxis have confirmed exoplanets. The Pyxis globular cluster is situated about 130,000 light-years away in the galactic halo. This region was not thought to contain globular clusters. The possibility has been raised that this object might have escaped from the Large Magellanic Cloud. History In ancient Chinese astronomy, Alpha, Beta and Gamma Pyxidis formed part of Tianmiao, a celestial temple honouring the ancestors of the emperor, along with stars from neighbouring Antlia. The French astronomer Nicolas-Louis de Lacaille first described the constellation in French as la Boussole (the Marine Compass) in 1752, after he had observed and catalogued almost 10,000 southern stars during a two-year stay at the Cape of Good Hope. He devised fourteen new constellations in uncharted regions of the Southern Celestial Hemisphere not visible from Europe. All but one honoured instruments that symbolised the Age of Enlightenment. Lacaille Latinised the name to Pixis [sic] Nautica on his 1763 chart. The Ancient Greeks identified the four main stars of Pyxis as the mast of the mythological Jason's ship, Argo Navis. German astronomer Johann Bode defined the constellation Lochium Funis, the Log, and Line—a nautical device once used for measuring speed and distance travelled at sea—around Pyxis in his 1801 star atlas, but the depiction did not survive. In 1844 John Herschel attempted to resurrect the classical configuration of Argo Navis by renaming it Malus the Mast, a suggestion followed by Francis Baily, but Benjamin Gould restored Lacaille's nomenclature. Characteristics Covering 220.8 square degrees and hence 0.535% of the sky, Pyxis ranks 65th of the 88 modern constellations by area. Its position in the Southern Celestial Hemisphere means that the whole constellation is visible to observers south of 52°N. It is most visible in the evening sky in February and March. A small constellation, it is bordered by Hydra to the north, Puppis to the west, Vela to the south, and Antlia to the east. The three-letter abbreviation for the constellation, as adopted by the International Astronomical Union in 1922, is "Pyx". The official constellation boundaries, as set by Belgian astronomer Eugène Delporte in 1930, are defined by a polygon of eight sides (illustrated in infobox). In the equatorial coordinate system, the right ascension coordinates of these borders lie between and , while the declination coordinates are between −17.41° and −37.29°. Features Stars Lacaille gave Bayer designations to ten stars now named Alpha to Lambda Pyxidis, skipping the Greek letters iota and kappa. Although a nautical element, the constellation was not an integral part of the old Argo Navis and hence did not share in the original Bayer designations of that constellation, which were split between Carina, Vela and Puppis. Pyxis is a faint constellation, its three brightest stars—Alpha, Beta and Gamma Pyxidis—forming a rough line. Overall, there are 41 stars within the constellation's borders with apparent magnitudes brighter than or equal to 6.5. With an apparent magnitude of 3.68, Alpha Pyxidis is the brightest star in the constellation. Located 880 ± 30 light-years distant from Earth, it is a blue-white giant star of spectral type B1.5III that is around 22,000 times as luminous as the Sun and has 9.4 ± 0.7 times its diameter. It began life with a mass 12.1 ± 0.6 times that of the Sun, almost 15 million years ago. Its light is dimmed by 30% due to interstellar dust, so would have a brighter magnitude of 3.31 if not for this. The second brightest star at magnitude 3.97 is Beta Pyxidis, a yellow bright giant or supergiant of spectral type G7Ib-II that is around 435 times as luminous as the Sun, lying |
computer. The original computer now knows the answer to that smaller problem based on the second computer's response, and can transmit a fresh packet embodying a different sub-problem. Eventually, all the sub-problems will be answered and the final answer easily calculated. The example is based on an exploit of the Transmission Control Protocol (TCP), used for internet connections, so in the end, the target computer(s) is unaware that it has performed computation for the benefit of the other computer, or even done anything besides have a normal TCP/IP session. The proof-of-concept is obviously extremely inefficient as the amount of computation necessary to merely send the packets in the first place easily exceeds the computations leeched from the other program; the 3-SAT problem would be solved much more quickly if just analyzed locally. In addition, in practice packets would probably have to be retransmitted occasionally when real checksum errors and network problems occur. However, parasitic computing on the level of checksums is a demonstration of the concept. The authors suggest that as one moves up the application stack, there might come a point where there is a net computational gain to the parasite - perhaps one could break down interesting problems into queries of complex cryptographic protocols using public keys. If there was a net gain, one could in theory use a | was first proposed by Albert-Laszlo Barabasi, Vincent W. Freeh, Hawoong Jeong & Jay B. Brockman from University of Notre Dame, Indiana, USA, in 2001. The example given by the original paper was two computers communicating over the Internet, under disguise of a standard communications session. The first computer is attempting to solve a large and extremely difficult 3-SAT problem; it has decomposed the original 3-SAT problem in a considerable number of smaller problems. Each of these smaller problems is then encoded as a relation between a checksum and a packet such that whether the checksum is accurate or not is also the answer to that smaller problem. The packet/checksum is then sent to another computer. This computer will, as part of receiving the packet and deciding whether it is valid and well-formed, create a checksum of the packet and see whether it is identical to the provided checksum. If the checksum is invalid, it will then request a new packet from the original computer. The original computer now knows the answer to that smaller problem based on the second computer's response, and can transmit a fresh packet embodying a different sub-problem. Eventually, all the sub-problems will be answered and the final answer easily calculated. The example is based on an exploit of the Transmission Control Protocol (TCP), used for internet connections, so in the end, the target computer(s) is unaware that it has performed computation for the benefit of the other computer, or even done anything besides have a normal TCP/IP session. The proof-of-concept is obviously extremely inefficient as the amount of computation necessary to merely send the packets in the first place easily exceeds the computations leeched from the other program; the 3-SAT problem would be solved much more quickly if just analyzed locally. In addition, in practice packets would probably have to be retransmitted occasionally when real checksum errors and network problems |
Greek and Western languages. This concept is discussed further in "Linguistics and Classical Theology", by William S. R. Miller, which is based on his work with Charles F. G. Osterhaus's analysis of the word and its relationships to Greek and Italian. The relationship of "Pegasus" to "Cyrillic" is discussed further in his Phrygian Monikers and the Naming of Greek Pronunciation "Cyrillic or Pene-Orthogyrin" and "Pegasus" as an Early Semitic construct. Springs According to early myths, everywhere the winged horse struck his hoof to the earth, an inspiring water spring burst forth. One of these springs was upon the Muses' Mount Helicon, the Hippocrene ("horse spring"). Antoninus Liberalis has suggested, that it was opened at the behest of Poseidon to prevent the mountain swelling with rapture at the song of the Muses. Another spring associated with Pegasus was at Troezen. Hesiod relates how Pegasus was peacefully drinking from a spring when the hero Bellerophon captured him. Thunderbolts Hesiod wrote that Pegasus carried thunderbolts for Zeus . Birth There are several versions of the birth of the winged stallion and his brother Chrysaor in the far distant place at the edge of Earth, Hesiod's "springs of Oceanus", which encircles the inhabited earth, where Perseus found Medusa: One is that they sprang from the blood issuing from Medusa's neck as Perseus was beheading her, similar to the manner in which Athena was born from the head of Zeus after he swallowed her pregnant mother. In another version, when Perseus beheaded Medusa, the brothers were born of the Earth, when the Gorgon's blood fell upon her. A variation of this story holds that they were formed from the mingling of Medusa's blood, pain, and sea foam, implying that Poseidon had involvement in their making. The last version bears resemblance to Hesiod's account of the birth of Aphrodite from the foam created when the severed genitals of Uranus were cast into the sea by Cronus. Bellerophon Pegasus aided the hero Bellerophon in his fight against the Chimera. There are varying tales about how Bellerophon found Pegasus; the most common being that the hero was told by Polyeidos to sleep in the temple of Athena, where the goddess visited him in the night and presented him with a golden bridle. The next morning, still clutching the bridle, Bellerophon found Pegasus drinking at the Pierian spring, caught him, and eventually tamed him. Perseus Michaud's Biographie universelle relates that when Pegasus was born, he flew to where thunder and lightning are released. Then, according to certain versions of the myth, Athena tamed him and gave him to Perseus, who flew to Ethiopia to help Andromeda. Olympus After Bellerophon fell off Pegasus while trying to reach Olympus, Pegasus and Athena left him and continued to Olympus where he was stabled with other steeds belonging to Zeus, and was given the task of carrying Zeus' thunderbolts, along with other members of his entourage, his attendants/handmaidens/shield bearers/shieldmaidens, Astrape and Bronte. Because of his years of faithful service to Zeus, Pegasus was later honoured with transformation into a constellation. On the day of his catasterism, when Zeus transformed him into a constellation, a single feather fell to the earth near the city of Tarsus. Legacy In heraldry The pegasus became a common element in British heraldry, appearing chiefly as a supporter or a crest. Pegasi may also appear upon escutcheons, although this is rare. A pegasus | and sea foam, implying that Poseidon had involvement in their making. The last version bears resemblance to Hesiod's account of the birth of Aphrodite from the foam created when the severed genitals of Uranus were cast into the sea by Cronus. Bellerophon Pegasus aided the hero Bellerophon in his fight against the Chimera. There are varying tales about how Bellerophon found Pegasus; the most common being that the hero was told by Polyeidos to sleep in the temple of Athena, where the goddess visited him in the night and presented him with a golden bridle. The next morning, still clutching the bridle, Bellerophon found Pegasus drinking at the Pierian spring, caught him, and eventually tamed him. Perseus Michaud's Biographie universelle relates that when Pegasus was born, he flew to where thunder and lightning are released. Then, according to certain versions of the myth, Athena tamed him and gave him to Perseus, who flew to Ethiopia to help Andromeda. Olympus After Bellerophon fell off Pegasus while trying to reach Olympus, Pegasus and Athena left him and continued to Olympus where he was stabled with other steeds belonging to Zeus, and was given the task of carrying Zeus' thunderbolts, along with other members of his entourage, his attendants/handmaidens/shield bearers/shieldmaidens, Astrape and Bronte. Because of his years of faithful service to Zeus, Pegasus was later honoured with transformation into a constellation. On the day of his catasterism, when Zeus transformed him into a constellation, a single feather fell to the earth near the city of Tarsus. Legacy In heraldry The pegasus became a common element in British heraldry, appearing chiefly as a supporter or a crest. Pegasi may also appear upon escutcheons, although this is rare. A pegasus rampant is featured on the arms of the Inner Temple, while those of the Richardson family contain a rare depiction of a pegasus sejant. World War II emblem During World War II, the silhouetted image of Bellerophon the warrior, mounted on the winged Pegasus, was adopted by the United Kingdom's newly raised parachute troops in 1941 as their upper sleeve insignia. The image clearly |
parties) While the allocation formula is important, equally important is the district magnitude (number of seats in a constituency). The higher the district magnitude, the more proportional an electoral system becomes - the most proportional being when there is no division into constituencies at all and the entire country is treated as a single constituency. More, in some countries the electoral system works on two levels: at-large for parties, and in constituencies for candidates, with local party-lists seen as fractions of general, national lists. In this case, magnitude of local constituencies is irrelevant, seat apportionment being calculated at national level. List proportional representation may also be combined with other apportionment methods (most commonly majoritarian) in various mixed systems, e.g., using the additional member system. Selection of party candidates The order in which a party's list candidates get elected may be pre-determined by some method internal to the party or the candidates (a closed list system) or it may be determined by the voters at large (an open list system) or by districts (a local list system). Closed list In a closed list systems, each political party has pre-decided who will receive the seats allocated to that party in the elections, so that the candidates positioned highest on this list tend to always get a seat in the parliament while the candidates positioned very low on the closed list will not. Voters vote only for the party, not for individual candidates. Open list An open list describes any variant of a party-list where voters have at least some influence on the order in which a party's candidates are elected. Open list can be anywhere from relatively closed, where a candidate can move up a predetermined list only with a certain number of votes, to completely open, where the order of the list completely depends on the number of | proportional being when there is no division into constituencies at all and the entire country is treated as a single constituency. More, in some countries the electoral system works on two levels: at-large for parties, and in constituencies for candidates, with local party-lists seen as fractions of general, national lists. In this case, magnitude of local constituencies is irrelevant, seat apportionment being calculated at national level. List proportional representation may also be combined with other apportionment methods (most commonly majoritarian) in various mixed systems, e.g., using the additional member system. Selection of party candidates The order in which a party's list candidates get elected may be pre-determined by some method internal to the party or the candidates (a closed list system) or it may be determined by the voters at large (an open list system) or by districts (a local list system). Closed list In a closed list systems, each political party has pre-decided who will receive the seats allocated to that party in the elections, so that the candidates positioned highest on this list tend to always get a seat in the parliament while the candidates positioned very low on the closed list will not. Voters vote only for the party, not for individual candidates. Open list An open list describes any variant of a party-list where voters have at least some influence on the order in which a party's candidates are elected. Open list can be anywhere from relatively closed, where a candidate can move up a predetermined list only with a certain number of votes, to completely open, where the order of the list completely depends on the number of votes each individual candidate gets. In France, party lists in proportional elections must include as many candidates (and twice as many substitutes for the departmental elections) as there are seats to be allocated, whereas in other countries "incomplete" lists are allowed. |
has the α, β, and ε, Vela has γ and δ, Puppis has ζ, and so on. In the 19th century, these three sections of Argo became established as separate constellations and were formally included in the list of 88 modern IAU constellations in 1930. Named stars Planetary systems Several extrasolar planet systems have been found around stars in the constellation Puppis, including: On July 1, 2003, a planet was found orbiting the star HD 70642. This planetary system is much like Jupiter with a wide, circular orbit and a long-period. On May 17, 2006, HD 69830 (the nearest star of this constellation) was discovered to have three Neptune-mass planets, the first multi-planetary system without any Jupiter-like or Saturn-like planets. The star also hosts an asteroid belt at the region between middle planet to outer planet. On June 21, 2007, the first extrasolar planet found in the open cluster NGC 2423, was discovered around the red giant star NGC 2423-3. The planet is at least 10.6 times the mass of Jupiter and orbits at 2.1 AU distance. On September 22, 2008, two Jupiter-like planets were discovered around HD 60532. HD 60532 b has a minimum mass of and orbits at 0.759 AU and takes 201.3 days to complete the orbit. HD 60532 c has a minimum mass of and orbits at 1.58 AU and takes 604 days to complete the orbit. Deep-sky objects As the Milky Way runs through Puppis, there are many open clusters in the constellation. M46 and M47 are two open clusters in the same | to have three Neptune-mass planets, the first multi-planetary system without any Jupiter-like or Saturn-like planets. The star also hosts an asteroid belt at the region between middle planet to outer planet. On June 21, 2007, the first extrasolar planet found in the open cluster NGC 2423, was discovered around the red giant star NGC 2423-3. The planet is at least 10.6 times the mass of Jupiter and orbits at 2.1 AU distance. On September 22, 2008, two Jupiter-like planets were discovered around HD 60532. HD 60532 b has a minimum mass of and orbits at 0.759 AU and takes 201.3 days to complete the orbit. HD 60532 c has a minimum mass of and orbits at 1.58 AU and takes 604 days to complete the orbit. Deep-sky objects As the Milky Way runs through Puppis, there are many open clusters in the constellation. M46 and M47 are two open clusters in the same binocular field. M47 can be seen with the naked eye under dark skies, and its brightest stars are 6th magnitude. Messier 93 (M93) is another open cluster somewhat to the south. NGC 2451 is a very bright open cluster containing the star c Puppis, and |
century, it was also known as Piscis Notius. Piscis Austrinus was one of the 48 constellations listed by the 2nd-century astronomer Ptolemy, and it remains one of the 88 modern constellations. The stars of the modern constellation Grus once formed the "tail" of Piscis Austrinus. In 1597 (or 1598), Petrus Plancius carved out a separate constellation and named it after the crane. Its only star brighter than 4th magnitude is Fomalhaut, the 18th-brightest star in the night sky. Surrounded by a circumstellar disk, it was announced as having a planet in 2008, though this discovery has been challenged. Lacaille 9352 is the brightest red dwarf star in the night sky; two super-Earths were discovered to be orbiting it in 2020. The BL Lacertae object PKS 2155-304 is one of the brightest blazars in the sky. Origins Pisces Austrinus originated with the Babylonian constellation simply known as the Fish (MUL.KU). Professor of astronomy Bradley Schaefer has proposed that ancient observers must have been able to see as far south as Mu Piscis Austrini to define a pattern that looked like a fish. Along with the eagle Aquila the crow Corvus and water snake Hydra, Piscis Austrinus was introduced to the Ancient Greeks around 500 BCE; the constellations marked the summer and winter solstices, respectively. In Greek mythology, this constellation is known as the Great Fish and it is portrayed as swallowing the water being poured out by Aquarius, the water-bearer constellation. The two fish of the constellation Pisces are said to be the offspring of the Great Fish. In Egyptian mythology, this fish saved the life of the Egyptian goddess Isis, so she placed this fish and its descendants into the heavens as constellations of stars. In the 5th century BC, Greek historian Ctesias wrote that the fish was said to have lived in a lake near Bambyce in Syria and had saved Derceto, daughter of Aphrodite, and for this deed was placed in the heavens. For this reason, fish were sacred and not eaten by many Syrians. Characteristics Piscis Austrinus is a constellation bordered by Capricornus to the northwest, Microscopium to the southwest, Grus to the south, Sculptor to the east, and Aquarius to the north. Its recommended three-letter abbreviation, as adopted by the International Astronomical Union in 1922, is "PsA". Ptolemy called the constellation Ichthus Notios "Southern Fish" in his Almagest; this was Latinised to Piscis Notius and used by German celestial cartographers Johann Bayer and Johann Elert Bode. Bayer also called it Piscis Meridanus and Piscis Austrinus, while French astronomer Nicolas-Louis de Lacaille called it Piscis Australis. English Astronomer Royal John Flamsteed went with Piscis Austrinus, which was followed by most subsequently. The official constellation boundaries, as set by Belgian astronomer Eugène Delporte in 1930, are defined by a polygon of four segments (illustrated in infobox). In the equatorial coordinate system, the right ascension coordinates of these borders lie between and , while the declination coordinates are between −24.83° and −36.46°. The whole constellation is visible to observers south of latitude 53°N. Features Stars Ancient astronomers counted twelve stars as belonging to Piscis Austrinus, though one was later incorporated into nearby Grus as Gamma Gruis. Other stars became part of Microscopium. Bayer used the Greek letters alpha through mu to label the most prominent stars in the constellation. Ptolemy had catalogued Fomalhaut (Alpha Piscis Austrini) as belonging to both this constellation and Aquarius. Lacaille redrew the constellation as it was poorly visible from Europe, adding nu, pi and a new kappa as the original kappa became Gamma Gruis, and relabelling gamma, delta and epsilon as epsilon, eta and gamma, respectively. However, Baily and Gould did not uphold these changes as Bayer's original chart was fairly accurate. Bode added tau and upsilon. Flamsteed gave 24 stars Flamsteed designations, though the first four numbered became part of Microscopium. Within the constellation's | followed by most subsequently. The official constellation boundaries, as set by Belgian astronomer Eugène Delporte in 1930, are defined by a polygon of four segments (illustrated in infobox). In the equatorial coordinate system, the right ascension coordinates of these borders lie between and , while the declination coordinates are between −24.83° and −36.46°. The whole constellation is visible to observers south of latitude 53°N. Features Stars Ancient astronomers counted twelve stars as belonging to Piscis Austrinus, though one was later incorporated into nearby Grus as Gamma Gruis. Other stars became part of Microscopium. Bayer used the Greek letters alpha through mu to label the most prominent stars in the constellation. Ptolemy had catalogued Fomalhaut (Alpha Piscis Austrini) as belonging to both this constellation and Aquarius. Lacaille redrew the constellation as it was poorly visible from Europe, adding nu, pi and a new kappa as the original kappa became Gamma Gruis, and relabelling gamma, delta and epsilon as epsilon, eta and gamma, respectively. However, Baily and Gould did not uphold these changes as Bayer's original chart was fairly accurate. Bode added tau and upsilon. Flamsteed gave 24 stars Flamsteed designations, though the first four numbered became part of Microscopium. Within the constellation's borders, there are 47 stars brighter than or equal to apparent magnitude 6.5. Traditionally representing the mouth of the fish, Fomalhaut is the brightest star in the constellation and the 19th-brightest star in the night sky, with an apparent magnitude of 1.16. Located 25.13 ± 0.09 light-years away, it is a white main-sequence star that is 1.92 ± 0.02 times as massive and 16.63 ± 0.48 as luminous as the Sun. Its companion Fomalhaut b was thought to be the first extrasolar planet ever detected by a visible light image, thanks to the Hubble Space Telescope, but infrared observations have since retracted this claim: it is instead a spherical cloud of dust. TW Piscis Austrini can be seen close by and is possibly associated with Fomalhaut as it lies within a light-year of it. Of magnitude 6.5, it is a BY Draconis variable. The second-brightest star in the constellation, Epsilon Piscis Austrini is a blue-white star of magnitude +4.17. Located 400 ± 20 light-years distant, it is a blue-white main-sequence star 4.10 ± 0.19 times as massive as the Sun, and around 661 times as luminous. Beta, Delta and Zeta constitute the Tien Kang ("heavenly rope") in China. Beta is a white main-sequence star of apparent magnitude 4.29 that is of similar size and luminosity to Fomalhaut but five times as remote, at around 143 ± 1 light-years distant from Earth. Delta Piscis Austrini is a double star with components of magnitude 4.2 and 9.2. The brighter is a yellow giant of spectral type G8 III. It is a red clump star that is burning helium in its core. It is 172 ± 2 light-years distant from Earth. Zeta Piscis Austrini is an orange giant star of spectral type K1III that is located 413 ± 2 light-years distant from Earth. It is a suspected variable star. S Piscis Austrini is a long-period Mira-type variable red giant which ranges between magnitude 8.0 and 14.5 over a period of 271.7 days, and V Piscis Austrini is a semi-regular variable ranging between magnitudes 8.0 and 9.0 over 148 days. Lacaille 9352 is a faint red dwarf star of spectral type M0.5V that is just under half the Sun's diameter and mass. A mere 10.74 light-years away, it is |
and back (bottom) of the cup (Cabinet des Médailles)Dates in brackets represent the regnal dates of the Ptolemaic pharaohs. They frequently ruled jointly with their wives, who were often also their sisters, aunts or cousins. Several queens exercised regal authority. Of these, one of the last and most famous was Cleopatra ("Cleopatra VII Philopator", 51–30 BC), with her two brothers and her son serving as successive nominal co-rulers. Several systems exist for numbering the later rulers; the one used here is the one most widely employed by modern scholars. Ptolemy I Soter (303–282 BC) married first Thaïs, then Artakama, then Eurydice, and finally Berenice I Ptolemy II Philadelphus (285–246 BC) married Arsinoe I, then Arsinoe II; ruled jointly with Ptolemy Epigonos (267–259 BC) Ptolemy III Euergetes (246–221 BC) married Berenice II Ptolemy IV Philopator (221–203 BC) married Arsinoe III Ptolemy V Epiphanes (203–181 BC) married Cleopatra I Syra Ptolemy VI Philometor (181–164 BC, 163–145 BC) married Cleopatra II, briefly ruled jointly with Ptolemy Eupator in 152 BC Ptolemy VII Neos Philopator (possibly never reigned) Ptolemy VIII Physcon (170–163 BC, 145–116 BC) married Cleopatra II, then Cleopatra III; temporarily expelled from Alexandria by Cleopatra II from 131 to 127 BC, then reconciled with her in 124 BC. Cleopatra II Philometora Soteira (131–127 BC), in opposition to Ptolemy VIII Physcon Ptolemy Apion (c.120-96 BC), son of Ptolemy VIII. Last Ptolemaic king of Cyrene. Cleopatra III Philometor Soteira Dikaiosyne Nikephoros (Kokke) (116–101 BC) ruled jointly with Ptolemy IX Lathyros (116–107 BC) and Ptolemy X Alexander I (107–101 BC) Ptolemy IX Lathyros (116–107 BC, 88–81 BC as Soter II) married Cleopatra IV, then Cleopatra Selene; ruled jointly with Cleopatra III in his first reign Ptolemy X Alexander I (107–88 BC) married Cleopatra Selene, then Berenice III; ruled jointly with Cleopatra III till 101 BC Berenice III Philopator (81–80 BC) Ptolemy XI Alexander II (80 BC) married and ruled jointly with Berenice III before murdering her; ruled alone for 19 days after that. Ptolemy XII Neos Dionysos (Auletes) (80–58 BC, 55–51 BC) married Cleopatra V Tryphaena Cleopatra VI Tryphaena (58–57 BC) ruled jointly with Berenice IV Epiphaneia (58–55 BC), possibly identical with Cleopatra V Tryphaena Cleopatra ("Cleopatra VII Philopator", 51–30 BC) ruled jointly with Ptolemy XIII Theos Philopator (51–47 BC), Ptolemy XIV (47–44 BC) and Ptolemy XV Caesarion (44–30 BC). Arsinoe IV (48–47 BC), in opposition to Cleopatra Ptolemy of Mauretania (13 or 9 BC–AD 40) Client king and ruler of Mauretania for Rome Ptolemaic family tree Other notable members of the Ptolemaic dynasty Ptolemy Keraunos (died 279 BC) – eldest son of Ptolemy I Soter. Eventually became king of Macedonia. Ptolemy Apion (died 96 BC) – son of Ptolemy VIII Physcon. Made king of Cyrenaica. Bequeathed Cyrenaica to Rome. Ptolemy Philadelphus (born 36 BC) – son of Mark Antony and Cleopatra VII. Ptolemy of Mauretania (died 40 AD) – son of King Juba II of Numidia and Mauretania and Cleopatra Selene II, daughter of Cleopatra VII and Mark Antony. King of Mauretania. Ptolemy II of Telmessos, grandson of Ptolemy Epigonos, flourished second half of 3rd century BC and first half of 2nd century BC Ptolemy of Cyprus, king of Cyprus c. 80–58 BC, younger | from 305 to 30 BC. The Ptolemaic was the last dynasty of ancient Egypt. Ptolemy, one of the seven somatophylakes (bodyguard companions), a general and possible half-brother of Alexander the Great was appointed satrap of Egypt after Alexander's death in 323 BC. In 305 BC, he declared himself Pharaoh Ptolemy I, later known as Sōter "Saviour". The Egyptians soon accepted the Ptolemies as the successors to the pharaohs of independent Egypt. Ptolemy's family ruled Egypt until the Roman conquest of 30 BC. Like the earlier dynasties of ancient Egypt, the Ptolemaic dynasty practiced inbreeding including sibling marriage, but this did not start in earnest until nearly a century into the dynasty's history. All the male rulers of the dynasty took the name Ptolemy, while queens regnant were all called Cleopatra, Arsinoe or Berenice. The most famous member of the line was the last queen, Cleopatra VII, known for her role in the Roman political battles between Julius Caesar and Pompey, and later between Octavian and Mark Antony. Her apparent suicide at the conquest by Rome marked the end of Ptolemaic rule in Egypt. Ptolemaic rulers and consorts The Cup of the Ptolemies: front (top) and back (bottom) of the cup (Cabinet des Médailles)Dates in brackets represent the regnal dates of the Ptolemaic pharaohs. They frequently ruled jointly with their wives, who were often also their sisters, aunts or cousins. Several queens exercised regal authority. Of these, one of the last and most famous was Cleopatra ("Cleopatra VII Philopator", 51–30 BC), with her two brothers and her son serving as successive nominal co-rulers. Several systems exist for numbering the later rulers; the one used here is the one most widely employed by modern scholars. Ptolemy I Soter (303–282 BC) married first Thaïs, then Artakama, then Eurydice, and finally Berenice I Ptolemy II Philadelphus (285–246 BC) married Arsinoe I, then Arsinoe II; ruled jointly with Ptolemy Epigonos (267–259 BC) Ptolemy III Euergetes (246–221 BC) married Berenice II Ptolemy IV Philopator (221–203 BC) married Arsinoe III Ptolemy V Epiphanes (203–181 BC) married Cleopatra I Syra Ptolemy VI Philometor (181–164 BC, 163–145 BC) married Cleopatra II, briefly ruled jointly with Ptolemy Eupator in 152 BC Ptolemy VII Neos Philopator (possibly never reigned) Ptolemy VIII Physcon (170–163 BC, 145–116 BC) married Cleopatra II, then Cleopatra III; temporarily expelled from Alexandria by Cleopatra II from 131 to 127 BC, then reconciled with her in 124 BC. Cleopatra II Philometora Soteira (131–127 BC), in opposition to Ptolemy VIII Physcon Ptolemy Apion (c.120-96 BC), son of Ptolemy VIII. Last Ptolemaic king of Cyrene. Cleopatra III Philometor Soteira Dikaiosyne Nikephoros (Kokke) (116–101 BC) ruled jointly with Ptolemy IX Lathyros (116–107 BC) and Ptolemy X Alexander I (107–101 BC) Ptolemy IX Lathyros (116–107 BC, 88–81 BC as Soter II) married Cleopatra IV, then Cleopatra Selene; ruled jointly with Cleopatra III in his first reign Ptolemy X Alexander I (107–88 BC) married Cleopatra Selene, then Berenice III; ruled jointly with Cleopatra III till 101 BC Berenice III Philopator (81–80 BC) Ptolemy XI Alexander II (80 BC) married and ruled jointly with Berenice III before murdering her; ruled alone for 19 days after that. Ptolemy XII Neos Dionysos (Auletes) (80–58 BC, 55–51 BC) married Cleopatra V Tryphaena Cleopatra VI Tryphaena (58–57 BC) ruled jointly with Berenice IV Epiphaneia (58–55 BC), possibly identical with Cleopatra V Tryphaena Cleopatra ("Cleopatra VII Philopator", 51–30 BC) ruled jointly with Ptolemy XIII Theos Philopator (51–47 BC), Ptolemy XIV (47–44 BC) and Ptolemy XV Caesarion |
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