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54001910	Michael S. Landy	https://en.wikipedia.org/w/index.php?title=Michael%20S.%20Landy	Michael S. Landy Michael S. Landy Michael S. Landy is Professor of Psychology and Neural Science at New York University. He is known for his research on visual perception and movement planning. # Biography. Landy attended college at Columbia University and earned a B.S. in 1974 in Electrical Engineering and Computer Science. Subsequently, Landy went to the University of Michigan where he received a M.S. in 1976 and a Ph.D in 1981 in Computer and Communication Sciences. His doctoral research (conducted under the supervision of John Henry Holland) used neural network models of visual learning. After receiving his doctorate, he began working at New York University, where he subsequently became a faculty member	6,137,500
54001910	Michael S. Landy	https://en.wikipedia.org/w/index.php?title=Michael%20S.%20Landy	Michael S. Landy in 1984. # Research. Landy's research uses computational models to describe the human visual system, including perception of texture, orientation, stereopsis, and motion. He also researches decision-making and motor planning. Landy is best known for his work on cue combination. Cue combination is the process by which the brain combines information from multiple sensory cues (e.g., vision and touch) in order to obtain a more accurate representation of the environment. He has also done research into the perception of visual texture and orientation. Much of his work uses a normative Bayesian framework of perception, which posits that human behavior approximates Bayesian inference In a video	6,137,501
54001910	Michael S. Landy	https://en.wikipedia.org/w/index.php?title=Michael%20S.%20Landy	Michael S. Landy the process by which the brain combines information from multiple sensory cues (e.g., vision and touch) in order to obtain a more accurate representation of the environment. He has also done research into the perception of visual texture and orientation. Much of his work uses a normative Bayesian framework of perception, which posits that human behavior approximates Bayesian inference In a video interview with Science Friday, Landy explains the science behind an art piece that alters the observer's perception of gravity. The piece offers a strong example of how our perception is strongly influenced by previous experiences. # External links. - Landy home page - Landy Google Scholar page	6,137,502
54001920	2017 Asian Beach Handball Championship	https://en.wikipedia.org/w/index.php?title=2017%20Asian%20Beach%20Handball%20Championship	2017 Asian Beach Handball Championship 2017 Asian Beach Handball Championship The 2017 Asian Beach Handball Championship was the 6th edition of the Asian Beach Handball Championship held from 8 to 15 May 2017 at Pattaya, Thailand under the aegis of Asian Handball Federation. It also acts as the qualification tournament for the 2018 Beach Handball World Championships. # Format. In men's category the tournament was played on the round-robin-cum-knockout format. A team had to play match with all the other teams in group stage. Top two teams from each group will advance to semifinals. In women's category the tournament was played in a round-robin format and final standings in the group are final positions. Matches were played in sets,	6,137,503
54001920	2017 Asian Beach Handball Championship	https://en.wikipedia.org/w/index.php?title=2017%20Asian%20Beach%20Handball%20Championship	2017 Asian Beach Handball Championship ball World Championships. # Format. In men's category the tournament was played on the round-robin-cum-knockout format. A team had to play match with all the other teams in group stage. Top two teams from each group will advance to semifinals. In women's category the tournament was played in a round-robin format and final standings in the group are final positions. Matches were played in sets, the team that wins two sets is the winner of a match. When teams were equal in points the head-to-head result was decisive. # Men. ## Participating Nations. - (Defending Champion) - (Host) # Women. ## Participating Nations. - (Defending Champion) (Host) # External links. - asianhandball.com	6,137,504
54001923	1975 Virginia Slims of Houston	https://en.wikipedia.org/w/index.php?title=1975%20Virginia%20Slims%20of%20Houston	1975 Virginia Slims of Houston 1975 Virginia Slims of Houston The 1975 Virginia Slims of Houston was a women's tennis tournament played on indoor carpet courts at the Sam Houston Coliseum in Houston, Texas in the United States that was part of the 1975 Virginia Slims World Championship Series. It was the fifth edition of the tournament and was held from March 10 through March 15, 1975. Second-seeded Chris Evert won the singles title and earned $15,000 first-prize money. # Finals. ## Singles. Chris Evert defeated Margaret Court 6–3, 6–2 - It was Evert's 3rd singles title of the year and the 42nd of her career. ## Doubles. Françoise Dürr / Betty Stöve defeated Evonne Goolagong / Virginia Wade 2–6, 6–3, 7–6	6,137,505
54001945	2008 CERH Women's European Cup	https://en.wikipedia.org/w/index.php?title=2008%20CERH%20Women's%20European%20Cup	2008 CERH Women's European Cup 008 CERH Women's European Cup The 2008 CERH Women's European Cup was the 2nd edition of the CERH European League organized by CERH. Its Final Eight was held in May 2008 at Mealhada, Portugal. Voltregà achieved their first title. # Preliminary round. Gijón, Herringen and Voltregà received a bye for the final stage. # Final Eight. The Final Eight was played by eight teams in Mealhada, Portugal. Teams were divided into two groups, where the two first qualified teams would join the semifinals. ## Group stage. In each group, teams played against each other home-and-away in a home-and-away round-robin format. The group winners advanced to the Final Four. # External links. - CERH website	6,137,506
54001947	Curtisville Historic District	https://en.wikipedia.org/w/index.php?title=Curtisville%20Historic%20District	Curtisville Historic District Curtisville Historic District The Curtisville Historic District encompasses a predominantly residential area along Naubuc Avenue and Pratt Streets in northwestern Glastonbury, Connecticut. Developed mainly in the 19th century, it illustrates the coexistence of agricultural and industrial pursuits in a single village area, mixing worker housing, former farm properties, and a small mill complex. The district was listed on the National Register of Historic Places in 1992. # Description and history. Curtisville is located in Glastonbury's northwest corner, between Main Street to the east and the Connecticut River to the west. It is divided by Salmon Brook, a tributary of the river, and has two	6,137,507
54001947	Curtisville Historic District	https://en.wikipedia.org/w/index.php?title=Curtisville%20Historic%20District	Curtisville Historic District nearly discontiguous segments along Pratt Street and Naubuc Avenue north of the brook, and Naubuc Avenue and Parker Terrace to its south. Most of the buildings in the district are residences, dating from the late 18th to early 20th centuries. The largest number were built as worker housing in the 19th century, and are in vernacular forms with Federal and Greek Revival styling. There are some late examples of houses built for area tobacco farmers as well, including an early 20th-century Foursquare house on Pratt Street. Other distinctive houses are an Italianate villa built by a member of the Welles family who operated the mill, and a Gothic Revival cottage built for a mill supervisor. Off Parker	6,137,508
54001947	Curtisville Historic District	https://en.wikipedia.org/w/index.php?title=Curtisville%20Historic%20District	Curtisville Historic District Terrace is a small complex with several brick mill buildings, the major ones built around 1870. The Curtisville area was one of the first parts of Glastonbury to be settled by English colonists, who had been using its riverfront meadows since the 17th century. Early land use in the area divided the area into narrow strips fronting on the river, with houses located on the terrace facing what is now Main Street. Salmon Brook was recognized as a source of water power in the colonial period, but its industrial development did not begin until the 1840s, when Oswin Welles began the manufacture of wooden wares and cigars. Brothers Frederick and Joseph Curtis established a major silver plating factory	6,137,509
54001947	Curtisville Historic District	https://en.wikipedia.org/w/index.php?title=Curtisville%20Historic%20District	Curtisville Historic District Oswin Welles began the manufacture of wooden wares and cigars. Brothers Frederick and Joseph Curtis established a major silver plating factory on the south bank of the brook around that time. Their endeavour was underfinanced and failed around 1860. The property was taken over by Thomas Vail, who manufactured rifles and single-shot pistols during the American Civil War. The property returned to silver plating when his business failed after the war ended. Tobacco continued to be a mainstay of agriculture in the area, and there was regular ferry and barge service at a wharf at the end of Pratt Street. # See also. - National Register of Historic Places listings in Hartford County, Connecticut	6,137,510
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation Helium storage and conservation Helium storage and conservation is a process of maintaining supplies of helium and preventing wasteful loss. Helium is commercially produced as a byproduct of natural gas extraction. Until the mid-1990s, the United States Bureau of Mines operated a large scale helium storage facility to support government requirements for helium. The Helium Privatization Act of 1996 and subsequent increased demand for helium has lead to market volatility and the entrance of significant new producers. Intermittent shortages or price increases have motivated helium users to find new ways to save on helium consumption. A lack of helium supply can affect researchers and industrial	6,137,511
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation users of helium, and may lead to loss of research materials and equipment. # Perspectives on helium stocking and conservation. As early as 1982 there were discussions from multiple points of view about the possibility of helium shortage. One such point of discussion was to examine the usefulness of helium storage in the United States from an economic perspective. The maximisation of welfare resulting from this finite natural resource was the focal point of people of this school of thought. This economic approach is represented by the present value criterion. According to this criterion, a resource is ideally sold at the moment that the profit plus compounded interest is expected to be higher	6,137,512
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation than it will be at any point in the foreseeable future, thus ensuring maximal economic value. On the other hand, there were people who advocated a more conservationist approach in the belief that the present value criterion resulted in too rapid use of the resource and too little consideration of the needs of future generations. Some scientists suggested that helium ought to be separated from as many sources as would be energetically ideal. Discussions continue. The occurrence of a worldwide helium shortage in 2006-7 made such concerns more pressing. This shortage caused price spikes and a complete cut-off of supply for some prospective buyers. Some equipment can become useless or permanently	6,137,513
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation damaged without an adequate helium supply. For example, an uninterrupted supply of liquid helium is necessary for a vast number of university researchers, hospitals, pharmaceutical companies and high-tech industries. Without liquid helium, all magnetic resonance imaging machines would become inoperable and there is currently no equivalent diagnostic technology to replace them As a consequence, helium shortages are a very serious matter for certain groups. However, helium has a much wider range of applications. It has been used in other research laboratories, lighter-than-air craft, rockets, welding under inert conditions, producing breathing mixtures for deep-sea diving, respiratory therapy,	6,137,514
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation and in cryogenics. Aside from laboratory applications and cryogenics, not all these uses exploit the unique properties of helium, which is therefore replaceable. One consequence of fears of helium shortages are attempts to improve production volume. It is profitable for natural gas manufacturers to recover helium from sources containing more than 0.3 percent. Part of the strategy of the 2013 Helium Stewardship Act, currently implemented by the United States Department of Energy through its Advanced Manufacturing Office of Isotopes within the Office of Nuclear Physics in the United States Department of Energy Office of Science, was to improve the economics of recovering helium beyond that threshold	6,137,515
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation by making advances in the membrane technology used in the production process. The average price of liquid helium in North America in 2013 was around $6 per liter and represents the lower end of the price range; Europe with around $10 per liter is in the middle, whereas Latin America and Asia expends the highest band range of $13–15 per liter. # Special situation of researchers. Several research organisations have released statements on the scarcity and conservation of helium. Among these are the American Physical Society, counting approximately 53,000 members, the Materials Research Society, an international organisation with 16,000 members, and the American Chemical Society, the world’s	6,137,516
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation largest scientific society with some 158,000 members. These organisations released policy recommendations as early as 1995 and as late as 2016 urging the United States government to store and conserve helium because of the natural limits to the helium supply and the unique nature of the element. For researchers, helium is irreplaceable because it is essential for producing very low temperatures. In recent years, concerns about high prices and the occurrence of a shortage in 2006-7 have also contributed to calls for helium conservation and measures to lower the price of helium for researchers from these organisations. Not only the level of prices imposes hardships on researchers, but also their	6,137,517
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation volatility. As researchers often work with essentially fixed budgets, sudden rises in the price of helium lead to a lack of sufficient funds for their research projects. An example from the United States of America clearly demonstrates the effect on researchers’ budgets: while in the mid-2000s individual investigator awards from the National Science Foundation’s Division of Materials Research were approximately $130,000 annually, and a typical low-temperature researcher spent up to $15,000 of their grant annually on liquid helium, in 2015 the typical Division of Materials Research grant for an individual investigator has only barely increased to $140,000 per year while researchers now have to	6,137,518
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation spend upwards of $40,000—more than one quarter of their grant—on liquid helium. Currently, liquid helium can represent upwards of 30% of the cost of some low-temperature research projects. In response, research organisations have allocated funds for grants for small scale liquefiers for research purposes. According to estimates from the Division of Materials Research, there are potentially hundreds of research groups for which it would be economically viable to purchase such a system, but who do not have the necessary funds, as only a small fraction can be assisted by such grant programs. High prices have caused research organisations to issue recommendations to both the United States government	6,137,519
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation and researchers on how to conserve helium by reducing consumption. In the wake of high prices, more researchers have invested in gas-capture systems to reduce their helium consumption. Such systems can pay for themselves within three years. Another measure that has been taken to ensure helium supply for researchers in the United States is the partnering of the American Physical Society and the American Chemical Society with the Defence Logistics Agency of the Department of Defense to create the Liquid Helium Purchasing Program, which provides more affordable and reliable liquid helium to program members. By combining customers’ needs, the Defence Logistics Agency substantially increases its	6,137,520
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation purchasing power when negotiating contracts and price. The program also partners with multiple liquid helium suppliers so that its customers are not tied to a single vendor. The program enrollees achieved more reliable delivery and average savings of 15 percent. According to these research organisations, adverse effects of the high price of helium on research are already beginning to be seen: scientists are abandoning areas of research that require liquid helium, professors are having to cut hiring of graduate students, and institutions are moving away from hiring new faculty in areas of research that require the use of liquid helium. # Development of the helium industry. In 1914, helium	6,137,521
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation was mooted in Britain and the United States as a replacement for hydrogen in barrage balloons and aircraft. The first major development in helium production was the Helium Conservation Act of March 3, 1925. It established a production and sales program under the control of a centralized entity, the United States Bureau of Mines. Around this time, it was discovered that helium enabled divers to stay under water longer and ascend in a shorter time, presenting another application for helium. In reaction to depleting helium sources, the Helium Act of March 3, 1927 was established to prohibit the sale of helium to foreign countries and for non-governmental domestic use. By 1937, a number of factors	6,137,522
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation collided to move the United States government to revise its helium policy and create the Helium Act of September 1, 1937. New uses for helium were appearing and the U.S. Army and Navy did not require anywhere near the national output. A final impetus was given by the Hindenburg disaster, which may have been prevented had the Germans had access to helium. The act authorized the sale of helium gas not needed by the U.S. government. This ultimately led to an expansion in helium usage in many scientific and commercial industries as the Bureau of Mines also supplied helium to private entities. The passage of this act also allowed non-hostile foreign governments to purchase helium for their own commercial	6,137,523
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation use. When Nazi Germany applied for 18 million cubic feet of helium for public airship travel, this sparked a debate in the U.S., leading to a refusal. Throughout the Second World War, government demand still significantly outweighed private use and the supply was sufficient to meet government needs (230 million cubic feet in 1942). By the end of the war, demand for helium had dropped precipitously and the operation of most production plants ceased. This led the Bureau of Mines to begin a helium conservation program in January 1945 by injecting surplus helium into the Cliffside Gas Field. # Creation of the US National Helium Reserve. From 1917 to 1962, the Bureau of Mines was the primary producer	6,137,524
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation of helium and it remained the sole purifier of helium until 1963. Leading up to the early 1960s, there was a rapid growth in government demand in the United States for helium. It was fuelled by the military, especially for aerospace applications such as liquid fuel rockets for defense and space exploration. The amount of stored helium was very small before 1962 and the amount of available helium was essentially determined by the production of natural gas, from which it is separated as a side product, rather than by market forces. This situation changed in the early 1960s with the creation of the United States National Helium Reserve. At this time, the Bureau of Mines negotiated long-term contracts	6,137,525
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation with four private companies for the first time to purchase and store large amounts of helium and it established an underground reservoir in the Cliffside Field near Amarillo, Texas. The original purpose of this reserve was to store helium in the 1960s for government use in the 1970s. To ensure that the revenue from future sales would amortize the cost, the Secretary of the Interior raised the price of high purity helium from $12 per thousand cubic feet to $35. This price jump was an incentive for private companies to enter the market and sell helium at lower prices. By 1970, it also became evident that the projected increase in government demand did not occur and that the helium stored in the	6,137,526
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation Cliffside Field would last for decades. The combination of lower-than-projected demand and private competition resulted in sustained losses for the National Helium Reserve. In reaction, the government cancelled its contracts in 1973. As a consequence, the industrial capacity utilization rate for helium production dropped from 104% in 1966 to 41.7% in 1974. The helium companies involved in the operation sued the United States government for breach of contract. The owners of the land containing the natural gas from which helium was separated as a side-product sued the government for the value of the helium, as they were unable to sell it to third parties. In the 1970s the Bureau of Mines changed	6,137,527
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation its policy to allow private companies to store helium in the Cliffside Field. This had a profound impact on the industry. Prior to this decision, roughly two billion cubic feet of helium were separated from natural gas annually and 0.6 billion cubic feet were sold. Three years after the decision, 0.88 billion cubic feet were sold, 0.54 were stored, and 0.98 were separated and vented. At the same time, roughly 4.74 billion cubic feet were not separated from natural gas. # Helium Privatization Act. In the 1990s there was a rapid growth in demand due to the development of the electronics and magnetic resonance imaging industries. This growth continued at a slower pace until the 2010s, with the	6,137,528
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation exception of 2008-2009. National Helium Reserve sales led to fluctuations in both pricing and supply. In this context, the Helium Privatization Act was passed in the United States in 1996. The Bureau of Land Management was given responsibility for operating the National Helium Reserve and charged with recouping the taxpayers’ investment by selling its crude helium to private vendors. More recent legislation aimed at fully privatising the helium market requires that the Bureau of Land Management sell off the vast majority of the reserve during the next several years and cease its operations by 2021. After problems with the helium supply in 2012-2013, the United States Congress acted to extend	6,137,529
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation the life of the reserve. # New producers. While formerly most of the helium production technologies were in the United States, additional producing countries slowly appeared, and Qatar, Canada, Algeria and Russia are producers of the gas. In 2015, this new production resulted in a surplus of supply over demand. The United States, which has historically been an exporter of helium, will soon become an importer for the first time in its history. Since 2013 the world's largest helium hub is no longer located in the United States of America but in Qatar, which produces 1.3 billion cubic feet of helium per year from a single project and meets 25% of the global demand. One challenge related to bringing	6,137,530
54001918	Helium storage and conservation	https://en.wikipedia.org/w/index.php?title=Helium%20storage%20and%20conservation	Helium storage and conservation gas. In 2015, this new production resulted in a surplus of supply over demand. The United States, which has historically been an exporter of helium, will soon become an importer for the first time in its history. Since 2013 the world's largest helium hub is no longer located in the United States of America but in Qatar, which produces 1.3 billion cubic feet of helium per year from a single project and meets 25% of the global demand. One challenge related to bringing new helium sources onto the market is that it usually requires venture capital financing. Another challenge is that the current selling price of U.S. Cliffside helium is too low to encourage more new producers to enter the field.	6,137,531
54001986	Richard Rahilly	https://en.wikipedia.org/w/index.php?title=Richard%20Rahilly	Richard Rahilly Richard Rahilly Richard Rahilly (1839–1896), was a grocer, entrepreneur, justice of the peace and nationalist public representative in Ballylongford, Co, Kerry, in the latter part of the 19th century. At a nationalist meeting in 1877 in Ballylongford, he seconded a vote of confidence in the nationalist MP, Rowland Ponsonby Blennerhassett. He was appointed a Justice of the Peace in 1890 and was a member of the Board of Guardians of Listowel Poor Law Union. As a grocer and entrepreneur he was innovative and was said to be the first person in Ireland with a domestic fridge, as well as to have had the first cash register in Munster. He was involved in setting up Listowel creamery co-operative,	6,137,532
54001986	Richard Rahilly	https://en.wikipedia.org/w/index.php?title=Richard%20Rahilly	Richard Rahilly Rowland Ponsonby Blennerhassett. He was appointed a Justice of the Peace in 1890 and was a member of the Board of Guardians of Listowel Poor Law Union. As a grocer and entrepreneur he was innovative and was said to be the first person in Ireland with a domestic fridge, as well as to have had the first cash register in Munster. He was involved in setting up Listowel creamery co-operative, now part of Kerry Group, He was father of the revolutionary leader The O'Rahilly and of the republican activists Nell Humphreys and Anno O'Rahilly. He died as a result of pneumonia contracted when cycling home to Ballylongford in torrential rain from a meeting of Listowel Board of Guardians in March 1896.	6,137,533
54001991	Canton of Grandrieu	https://en.wikipedia.org/w/index.php?title=Canton%20of%20Grandrieu	Canton of Grandrieu ndrieu The canton of Grandrieu is an administrative division of the Lozère department, southern France. Its borders were modified at the French canton reorganisation which came into effect in March 2015. Its seat is in Grandrieu. It consists of the following communes: - 1. Allenc - 2. Arzenc-de-Randon - 3. Badaroux - 4. Bel-Air-Val-d'Ance - 5. Le Born - 6. Chadenet - 7. Châteauneuf-de-Randon - 8. Chaudeyrac - 9. Grandrieu - 10. Laubert - 11. Montbel - 12. Mont Lozère et Goulet (partly) - 13. La Panouse - 14. Pelouse - 15. Pierrefiche - 16. Sainte-Hélène - 17. Saint-Frézal-d'Albuges - 18. Saint-Jean-la-Fouillouse - 19. Saint-Paul-le-Froid - 20. Saint-Sauveur-de-Ginestoux	6,137,534
54002019	WDFC-LP	https://en.wikipedia.org/w/index.php?title=WDFC-LP	WDFC-LP WDFC-LP WDFC-FM 101.7 is a low power non-commercial educational radio station broadcasting from Greensboro, North Carolina. It is the only United Methodist Station in the Western Conference of the United Methodist Church. Owned by Christ United Methodist Church and with an all-volunteer staff, Christ Church Radio operates 24/7 with an eclectic format featuring classical music on Monday, Wednesday, Friday, Sunday and Jazz/Smooth Jazz on Tuesday Thursday and Saturday. Beach music is programmed on late Saturday afternoon and a combination of swing and jazz on Saturday evening. The station switches to 24/7 Christmas music in mid-November and continues through the 12 days of Christmas ending on January	6,137,535
54002019	WDFC-LP	https://en.wikipedia.org/w/index.php?title=WDFC-LP	WDFC-LP 6. Christmas programming is unique and features much more than what is normally heard during the Christmas season. To see our complete program schedule, go to www.christgreensboro.org/radio. Our Facebook page is WDFC Radio 101.7 FM. The station is the first classical music station in the Greensboro/Guilford County market since the mid-1960s. It broadcasts the Sunday morning live service from the church sanctuary as well as various performances of the Church music programs. Support for Christ Church Radio comes from the Greensboro Symphony, Music for a Great Space, Bel Canto, Industries of the Blind as well as various business firms, non-profit organizations, and individuals. Contributions to	6,137,536
54002019	WDFC-LP	https://en.wikipedia.org/w/index.php?title=WDFC-LP	WDFC-LP ions, and individuals. Contributions to WDFC Radio are tax deductible. Our email address is WDFCradio@gmail.com. Various programs featured during the week include: Animal Radio, The People's Pharmacy, With Heart & Voice, Sing for Joy, Monsoon Mike's Melodies, Jazz with Gil, Simply Timeless, Music and the Spoken Word, Day 1, On the Beach with Charlie Brown, Live Broadcast of Christ Church 11 am Sunday Service, Picture Perfect, Lyric Stage, Between the Keys, The Lost Chord along with others. WDFC is Radio That's Different sounding quite different from most stations with its multiple formats and features. Programming offers something for most everyone. # External links. - Christ Church Radio	6,137,537
54002029	Janot	https://en.wikipedia.org/w/index.php?title=Janot	Janot Janot Janot is a surname. Notable people with the name include: - Denis Janot (1529–1544), French printer and bookseller - Jérémie Janot (born 1977), French footballer - Raymond Janot (1917–2000), French politician - Rodrigo Janot (born 1956), former Prosecutor General of Brazil # See also. - Janota	6,137,538
54001959	Sir Thomas White, 2nd Baronet	https://en.wikipedia.org/w/index.php?title=Sir%20Thomas%20White,%202nd%20Baronet	Sir Thomas White, 2nd Baronet Sir Thomas White, 2nd Baronet Sir Thomas Woollaston White, 2 Baronet of Tuxford and Wallingwells (3 October 1801 – 7 August 1882) was 16 years old when he succeeded his father Sir Thomas Woollaston White, 1st Bt. in his titles and estates. Being a minor when he succeeded, he was cared for by two guardians, Sir Frederick Gustavus Fowke, Bt. of Lowesby Hall in the County of Leicestershire and his cousin Henry Gally Knight of Langold. Gally Knight was a well-known archaeologist and the author of "Ecclesiastical Architecture of Italy and Normandy", amongst others. White attended Rugby School in Warwickshire, before joining the 16 Lancers. # Marriage and family. On 4 March 1824, White married	6,137,539