prompt_front: Answer the question based on the given passages. Only give me the answer and do not output any other words.

Question: Who is the son of the Italian navigator who explored the eastern coast of the continent Ulises Solís' birthplace is located in for England?

The following are given passages.
Context 1: Passage 1:
Ulises Solís
José Ulises Solís Pérez (born 28 August 1981) is a Mexican former professional boxer who competed from 2000 to 2013  He held the IBF junior flyweight title twice in his career from 2006 to 2009 and from 2011 to 2012  He is the brother of former boxer Jorge Solís 

Professional career
In April 2000, Solis won his professional debut against Adolfo Rosillo  He compiled a record of 18-0-1, which included a win over future champion Edgar Sosa 

WBO Light Flyweight Championship
On July 30, 2004, Solis challenged WBO Light Flyweight champion Nelson Dieppa but lost the twelve round bout 

IBF Light Flyweight Championship
On January 7, 2006, Solís defeated Will Grigsby for the IBF world championship title, by a unanimous decision (118-110, 117-111, 116-112)  He defended his title against former champion Eric Ortiz and Omar Salado 
On January 25, 2008, Solis faced Grigsby in a rematch and defeated him once again by stopping him in the 8th round  On May 19, 2007, Solis defeated former WBC world champion José Antonio Aguirre via an 8th round technical knock out  On August 4, 2007, he defeated Filipino future champion Rodel Mayol (23-1-0) by technical knockout  On December 15, 2007, Solis defended his title against Filipino veteran boxer Bert Batawang 
Solís was scheduled to face Glenn Donaire on May 17, 2008,  however, he was forced to back out after he came down with a serious case of pneumonia  The fight was rescheduled for July 12 at the Palenque De La Expo in Hermosillo, Sonora, Mexico  at Hermosillo, Monterrey, Mexico, 12 rounds  Solis retained the title by scoring a shutout on all 3 judges cards (by the scores of 120-108 twice and 120-117) On December 2, 2008, Solis defeated Nicaraguan Nerys Espinoza by unanimous decision  In total, he defended his IBF title eight times 
Solis lost the IBF light-flyweight title after he was knocked out in the 11th round of his title bout vs Brian Viloria  On March 27, 2010, Solis defeated Bert Batawang for a second time in an IBF light flyweight title eliminator bout after Batawang retired in the 6th round  Following that victory, Solis defeated former champion Eric Ortiz by a 10-round unanimous decision at the Grand Sierra Resort in Reno, NV commemorating the 100th anniversary of The Johnson-Jeffries Fight  During this time, Viloria lost the IBF title by knock out to Carlos Tamara, who in turn, lost the title by split decision to Luis Alberto Lazarte 

Regaining the IBF Light Flyweight Championship
On December 18, 2010, Solis fought IBF light flyweight champion Luis Alberto Lazarte to a controversial majority draw in Argentina  Solis outboxed Lazarte for the first half of the bout while a frustrated Lazarte repeatedly fouled Solis with illegal punches to the back of the head and below the belt, at one point, even going so far as to bite the challenger  The referee, Max Parker, who had trouble communicating with the fighters in Spanish, warned Lazarte throughout the bout, however, he ultimately only deducted two points from the defending champion  The final scores were 117-109 in favor of Solis while the other two judges controversially scored it 113-113 even  Solis' promoter, Fernando Beltran, is expected to file a formal protest to the IBF on his behalf On April 30, 2011, Solis faced Lazarte in a rematch of their controversial bout  Solis defeated Lazarte by a 12-round split decision in Argentina to claim the IBF light flyweight title 

Altercation with Canelo Álvarez and layoff
In October 2011, he got into a street fight against fellow Mexican boxer and four-division champion Canelo Álvarez resulting in a broken jaw  He planned to press charges against Álvarez but ultimately settled an agreement four years after the incident  Solís was forced to vacate his IBF light flyweight title and had a long lay off from the sport after that 

Professional boxing record
See also
Notable boxing families
List of IBF world champions
List of Mexican boxing world champions
Passage 2:
Wilkins Runway
Wilkins Runway is a single runway aerodrome operated by Australia, located on upper glacier of the ice sheet Preston Heath, Budd Coast, Wilkes Land, on the continent of Antarctica, but 40 km (25 mi) southeast of the actual coast  It is named after Sir Hubert Wilkins, a pioneer of Antarctic aviation and exploration 

History
Construction of a runway in the Australian Antarctic Territory was first suggested in the 1950s, but logistical, political and environmental issues delayed construction of the runway until 2004  The A$46 million dollar runway is carved into glacial ice, approximately 65 km (40 mi) from the Australian base at Casey Station 
In order to be approved by Australia's Civil Aviation Safety Authority (CASA), Wilkins must be levelled to runway standard with the use of lasers and requires a crew of eight to maintain the level and friction of the runway before each landing 

Activities
CASA issued an aviation licence for the airline Skytraders to operate passenger flights, and the first flight was made on 11 January 2008, carrying Australia's Environment Minister Peter Garrett, twelve scientists and six other passengers Flights to Antarctica leave from Hobart International Airport in Tasmania using an Airbus A319, and the flight takes around four hours  Prior to the runway's completion, the trip to Antarctica involved a ten-day journey by ship across the Southern Ocean from Hobart  The runway operates only during the Antarctic summer, and twenty to thirty flights per season are planned  The flights are used to transport scientists conducting Antarctic research, and are not available for tourist flights  However, since the opening of the runway, no more than 10 flights in one season have been achieved  This is primarily due to environmental conditions at the site, temperatures being warmer and causing melt of the runway, thus decreasing the window of opportunity to use the runway  As of January 2012, only four flights were planned for the summer season and all in February 2012 In 2015, the Royal Australian Air Force and the Australian Antarctic Division commenced cargo flights from Hobart International Airport to Wilkins Runway using C-17 Globemaster aircraft  The service will also be used for medical evacuations, if required  The C-17 was used as a faster and more frequent alternative to the Aurora Australis supply vessel In March 2022, Wilkins reported 15 successful flights 

Airlines and destinations
See also
List of airports in territories of Australia
List of airports in Antarctica
Aviation transport in Australia
Passage 3:
Sebastian Cabot (explorer)
Sebastian Cabot (Italian and Venetian: Sebastiano Caboto, Italian: [sebaˈstjaːno kaˈbɔːto]; Spanish: Sebastián Caboto, Gaboto or Cabot; c  1474 – c  December 1557) was a Venetian explorer, likely born in the Venetian Republic and a Venetian citizen  He was the son of Venetian explorer John Cabot (Giovanni Caboto) and his Venetian wife Mattea 
After his father's death, Cabot conducted his own voyages of discovery, seeking the Northwest Passage through North America on behalf of England  He later sailed for Spain, traveling to South America, where he explored the Rio de la Plata and established two new forts 

Early life and education
Accounts differ as to Sebastian Cabot's place and date of birth   The historian James Williamson reviewed the evidence for various given dates in the 1480s and concluded that Sebastian was born not later than 1484, the son of John Cabot, a Venetian citizen credited with Genoese or Gaetan origins by birth, and of Mattea Caboto, also Venetian  Late in life, Cabot himself told Englishman Richard Eden that he was born in Bristol, and that he travelled back to Venice with his parents at four years of age, returning again with his father, so that he was thought to be Venetian   At another time, he told the Venetian ambassador at the court of Charles V, Gasparo Contarini (who noted it in his diary), that he was Venetian, educated in England  In 1515 Sebastian's friend Peter Martyr d'Anghiera wrote that Cabot was a Venetian by birth, but that his father (John Cabot) had taken him to England as a child   His father had lived in Venice from 1461, as he received citizenship (which required 15 years' residency) in 1476  The Caboto family moved to England in 1495 if not before 
Sebastian, his elder brother Ludovico and his younger brother Santo were included by name with their father in the royal letters patent from King Henry VII of March 1496 authorizing their father's expeditions across the Atlantic  They are believed by some historians, including Rodney Skelton, still to have been minors since they were not mentioned in the 1498 patent their father also received  John Cabot sailed from Bristol on the small ship Matthew and reached the coast of a "New Found Land" on 24 June 1497  Historians have differed as to where Cabot landed, but two likely locations often suggested are Newfoundland and Nova Scotia 

1494 Cabot scouting expedition
According to Cartografía Marítima Hispana, Sebastian Cabot included a handwritten text in Latin on his famous map of North America (published in Antwerp, 1544) claiming to have discovered North America with his father in 1494, three years before his father's voyage  Sancho Gutierrez repeated this text in Castilian on his 1551 map  
Placed next to the border of North America, the text reads:

This land was discovered by Johannes Caboto, venetian and Sebastian Caboto, his son, in the year of the birth of our Lord Jesus Christ MCCCCXCIV, 24th of June in the morning  They put to it the name 'prima terra vista' and [   ] This big island was named Saint John, as it was discovered on Saint John holiday  People there wander wearing animal furs  They use bow and arrow to fight, javelins and darts and wooden batons and slings  This is a very sterile land, there are a lot of white bears and very big deers, big as horses, and many other animals  As well there are infinite fish: plaices, salmons, very long soles, 1 yard long  and many other varieties of fish  Most of them are called cod  And there are also black hawks, black as ravens, eagles, partridges and many other birds 
The year is stated as MCCCCXCIV (1494) in both hand-written versions  There cannot be confusion with the commonly accepted date for the Cabots' voyage, in 1497  Two suppositions can explain this  Sebastian Cabot and Sancho Gutiérrez may have changed the date in the middle of the sixteenth century  Intentional changes and inaccuracies were very common among geographers at the time, depending on the political interests of their sponsors  As Cabot was funded at the time of the map by Charles V, the Holy Roman Emperor and King of Spain, he may have been interested in showing that the first travel to North America was in 1494 and thus funded by Castilians or by Portuguese, and not by English or French  By the time Cabot was sponsored by Germany and Spain, both England and France had started claiming shares of the New World in competition with Spain and Portugal If Cabot and Gutiérrez stated the correct year, it would mean the Cabots sailed to North America on their own account, before proposing their services to England in 1496  No contemporaneous documentation for this has survived 

Early career with England and Spain
In 1504 Sebastian Cabot led an expedition from Bristol to the New World, using two ships: Jesus of Bristol and  Gabriel of Bristol  These were mastered by Richard Savery and Philip Ketyner, respectively, and fitted out by Robert Thorne and Hugh Elyot  They brought back a certain amount of salted fish, which suggests the voyage was at least partly commercial and that other expeditions may also have included fishing  Cabot was granted an annuity of £10 on 3 April 1505 by Henry VII for services "in and aboute the fyndynge of the new founde landes" 

In 1508–09 Cabot led one of the first expeditions to find a North-West passage through North America  He is generally credited with gaining "the high latitudes," where he told of encountering fields of icebergs and reported an open passage of water, but was forced to turn back  Some later descriptions suggest that he may have reached as far as the entrance of Hudson Bay  According to Peter Martyr's 1516 account Sebastian then sailed south along the east coast of North America, passing the rich fisheries off the coast of Newfoundland, going on until he was 'almost in the latitude of Gibraltar' and 'almost the longitude of Cuba'  This would imply that he reached as far as the Chesapeake Bay, near what is now Washington, D C   Returning home 'he found the King dead, and his son cared little for such an enterprise'  This suggests Sebastian arrived back in England shortly after the death of Henry VII in April 1509 and the accession of Henry VIII, who did indeed show much less interest in the exploration of the New World than his father 
By 1512 Cabot was employed by Henry VIII as a cartographer, supplying the king with a map of Gascony and Guienne    In the same year he accompanied the Marquess of Dorset's expedition to Spain, where he was made captain by Ferdinand V  Cabot believed that Spain was more interested in major exploration, but his hopes of getting Ferdinand's support were lost with the king's death  In the turmoil afterward, no plans would be made for new expeditions, and Cabot returned to England 
The scholar and translator/civil servant Richard Eden, who came to know Cabot towards the end of his life, ascribed to the explorer 'the governance' of a voyage of c 1516 under English flag  This has been accepted and elaborated by a number of English writers, particularly of the turn of the nineteenth century  Rodney Skelton, author of Cabot's entry in the Dictionary of Canadian Biography, connected Eden's text to a known expedition of 1517 which indeed aborted, but is not known to have involved Cabot; while the historian Alwyn Ruddock transferred Eden's story of the opposition to Cabot's plans of Thomas Spert, future master of the king's ship Mary Rose, to the explorer's voyage of 1508–9 Cabot's effort's in 1521 to bring together and lead an English discovery voyage to North America are well attested   He had the support of Henry VIII and Cardinal Wolsey, and some offers of backing in money and ships from both Bristol and London merchants   But the Drapers Company expressed their distrust of Sebastian, and offered only limited funds   The response of other livery companies is unknown   The project was abandoned, and Cabot returned to Spain 

Service to Spain
Believing that King Ferdinand II of Aragon was giving more financial support to exploration than the English, Cabot moved to Spain from England in 1512  When King Ferdinand died in 1516 it ended a period of exploration and Cabot returned to England 
By 1522, he was once again working for Spain as a member of the Council of the Indies and holding the rank of Pilot-Major, where he supervised naval and navigator training, etc  Cabot secretly offered his services to Venice in communications with the Council of Ten  He promised to undertake to find the Northwest Passage to China for Venice if they would receive him Cabot was commissioned at the rank of captain general in Spain  On 4 March 1525, he was given command of a fleet that was to determine from astronomical observation the precise demarcation of the Treaty of Tordesillas, which defined the area of Spanish and Portuguese monopolies  He was also to convey settlers to the Molucca Islands in the Pacific, to strengthen Spanish claims in the spice islands  This voyage was officially noted as an expedition for the discovery of Tarshish, Ophir, Eastern Cathay, and Cipango (Japan)  This expedition consisted of four ships with 250 men, and set sail from Sanlúcar de Barrameda on 3 April 1526 
By this time the survivors of Magellan's expedition had completed their circumnavigation of the world, finding it larger than previously known  The voyage had increased pressure on Spain and Portugal to define their territories, as old boundaries seemed superseded by new data  Cabot was directed to cross the Pacific twice and he might have accomplished a second circumnavigation of the world  When Cabot landed with his expedition in Brazil, however, he heard of the rumours of the great wealth of the Incan king and the nearly-successful invasion of Aleixo Garcia  He abandoned his charge and explored the interior of the Río de la Plata along the northern border of present-day Argentina 
Cabot had already earned the disapproval of his crew by stranding the fleet in the doldrums and running the flagship aground off Santa Catarina Island  His decision regarding the Río de la Plata led to open resistance from Martin Méndez (his lieutenant general), Miguel de Rodas (pilot of the Capitana), and Francisco de Rojas (the captain of one of the other vessels)  He dealt with the mutiny by marooning these men and other officers on Santa Catarina Island, where they are believed to have died 
Cabot sailed into the wide Río de la Plata and spent five months exploring the estuary  He established a fort called San Salvador at the confluence of the Uruguay and the Río San Salvador  This was the first Spanish settlement in modern-day Uruguay 
Leaving the two larger ships there, he sailed up the Paraná River in the brigantine and a galley constructed at Santa Catarina  His party constructed a small fort called Santo or Espíritu Santo at the confluence of the Paraná and the Río Carcarañá  This was the first Spanish settlement in present-day Argentina; the town of Gaboto was later constructed nearby and named in his honour  Losing 18 men to an ambush, Cabot returned to San Salvador, passing Diego García's expedition as he went 
As a result of this encounter, Cabot sent one ship back to Spain   The Trinidad sailed on 8 July 1528 with his reports, accusations against the mutineers, and requests for further aid  In the spring of 1529, he returned upriver to Espíritu Santo, which he discovered had been overwhelmed and burnt by the Indians during his absence  He recovered the cannon and returned to San Salvador 
At a council on 6 August 1529, he decided to return to Spain  Cabot sailed with García to São Vicente  Purchasing 50 slaves there, he traveled along the coast of Brazil before heading across the Atlantic, reaching Seville on 22 July 1530, with one ship and 24 men 
He was arraigned on charges from the Crown, by Rojas, and by the families of Rodas and Méndez  He was condemned by the Council of the Indies on charges of disobedience, misadministration, and causing the death of officers under his command  He was sentenced to heavy fines and a two-year banishment to Oran in North Africa During these proceedings, however, the Emperor of Spain had been absent in Germany  Upon his return, Cabot presented him with descriptions of the region  Although no pardon is recorded and the fines were still paid, it is known that Cabot never went into exile   He retained the post of pilot-major of Spain until 1547  Without losing either title or pension, he left Spain and returned to England 

Later years
In the year 1553, Cabot discussed a voyage to China and re-joining the service of Charles V with Jean Scheyfve, the king's ambassador in England  In the meantime Cabot had reopened negotiations with Venice, but he reached no agreement with that republic  After this he acted as an advisor for "English ventures for discovery of the Northwest Passage  He became governor of the Muscovy Company in 1553 and, along with John Dee, helped it prepare for an expedition led by Sir Hugh Willoughby and Richard Chancellor  He was made life-governor of the "Company of Merchant Adventurers", and equipped the 1557 expedition of Steven Borough  By February 1557, he was replaced as governor of the Muscovy Company  He was recorded as receiving a quarterly pension, which he was first paid in person  Someone picked up for him in June and September 1557, and no one was paid in December, suggesting that he had died by then 

Marriages and family
Cabot married Joanna (later recorded as Juana in Spanish documents ) They had children before 1512, the year he entered Spanish service  That year, he returned to London to bring his wife and family to Seville  By 14 September 1514, his wife was dead  Among his children was a daughter Elizabeth  An unnamed daughter was recorded as dying in 1533 In Spain Cabot married again, in 1523, to Catalina de Medrano, widow of the conquistador Pedro Barba  It is not known if the marriage produced offspring  But since the Spanish wills of both Catalina (1547) and Sebastian (1548) name nieces of Catalina as their heirs, it is unlikely that by the time of Catalina's death, the pair had children surviving from their marriage  Catalina died on 2 Sep 1547 

Reputation
From the later sixteenth century until the mid-nineteenth century, historians believed that Sebastian Cabot, rather than his father John, led the famous Bristol expeditions of the later 1490s, which resulted in the European discovery, or rediscovery after the Vikings, of North America  This error seems to have been attributed to Sebastian's accounts in his old age  The result was that the influential geographical writer Richard Hakluyt represented his father John Cabot as a figurehead for the expeditions and suggested that Sebastian actually led them  When new archival finds in the nineteenth century demonstrated that this was not the case, Sebastian was denigrated, disparaged by Henry Harrisse, in particular, as a man who willfully appropriated his father's achievements and represented them as his own  Because of this, Sebastian received much less attention in the twentieth century  But other documentary finds, as summarized above, have demonstrated that he did lead some exploratory voyages from Bristol in the first decade of the sixteenth century A  C  H  Smith wrote a biographical novel about him, Sebastian The Navigator (Weidenfeld & Nicolson, 1985) 

Honors
A 19th-century bronze relief of Cabot and Henry VII by William Theed is located in the British Houses of Parliament 

Notes
Sources
Karrow, Robert W  (1993)  Mapmakers of the Sixteenth Century and Their Maps  Chicago: Speculum Orbis Press  ISBN 978-0-932757-05-0 
Morison, Samuel Eliot (1974)  The European Discovery of America: The Southern Voyages 1492-1616  Oxford University Press 
Ruddock, Alwyn A  (2007)  "The Reputation of Sebastian Cabot"  Historical Research  47 (115): 95–99 – via Wiley Online Library 
Sandman, Alison; Ash, Eric H  (2004)  "Trading Expertise: Sebastian Cabot between Spain and England"  Renaissance Quarterly  57 (3): 813–846  ISSN 0034-4338 Evan T  Jones and Margaret M  Condon, Cabot and Bristol's Age of Discovery: The Bristol Discovery Voyages 1480-1508 (University of Bristol, Nov  2016)  This short book provides an up-to-date account of the voyages, based on the research of the "Cabot Project", aimed at a general audience  Chapter 7 'Bristol and the 'New Found Land': 1499-1508 voyages', pp  57-70, includes a discussion of Sebastian's involvement in Bristol exploration at this time 
Appleton's American Biography, Virtual Museum of History
"Sebastian Cabot", Encyclopædia Britannica
R  A  Skelton, "Cabot, Sebastian," in Dictionary of Canadian Biography, vol  1, University of Toronto/Université Laval, 2003-[3]
Heather Dalton, Merchants and Explorers: Roger Barlow, Sebastian Cabot, & Networks of Atlantic Exchange 1500-1560 (Oxford, 2016) ISBN 9780199672059
José Toribio Medina, El Veneciano Sebastián Caboto al servicio de España (2 vols, Santiago de Chile, 1908) (In Spanish) 

External links
Sources: "First Letters Patent granted by Henry VII to John Cabot [and sons], 5 March 1496", The Smugglers' City, History Dept , University of Bristol
Passage 4:
Frederick de Houtman
Frederick de Houtman (c  1571 – 21 October 1627) was a Dutch explorer, navigator, and colonial governor who sailed on the first Dutch expedition to the East Indies from 1595 until 1597, during which time he made observations of the southern celestial hemisphere and contributed to the creation of 12 new southern constellations 

Career
East Indies
De Houtman was born in Gouda  De Houtman assisted fellow Dutch navigator Pieter Dirkszoon Keyser with astronomical observations during the first Dutch expedition to the East Indies from 1595 until 1597  In 1598, de Houtman sailed on a second expedition led by his brother, Cornelis de Houtman, who was killed during the voyage  Frederick was imprisoned by the Sultan of Aceh, Alauddin Riayat Syah, in northern Sumatra 
He used his two years of captivity—from September 1599 until August 1601—to study the local Malay language and to make astronomical observations  These observations supplemented those made by Keyser on the first expedition  The constellations formed from their observations were first published in 1597 or 1598 on a globe by Petrus Plancius, and later globes incorporated adjustments based on De Houtman's later observations Credit for these constellations is generally assigned jointly to Keyser, De Houtman, and Plancius, though some of the underlying stars were known beforehand  The constellations are also widely associated with Johann Bayer, who included them in his celestial atlas, Uranometria, in 1603  After De Houtman's return to Europe, De Houtman published his stellar observations in an appendix to his dictionary and grammar of the Malayan and Malagasy languages 

Australia
In 1619 De Houtman sailed in the Dutch East India Company ship Dordrecht, along with Jacob Dedel in the Amsterdam  They sighted the Australian coast near present-day Perth, which they called Dedelsland  After sailing northwards along the coast he encountered and only narrowly avoided a group of shoals, subsequently called the Houtman Abrolhos 
De Houtman then made landfall in the region known as Eendrachtsland, which the explorer Dirk Hartog had encountered earlier  In his journal, De Houtman identified these coasts as Locach, mentioned by Marco Polo to have been a country far south of China and indicated as such on maps by cartographers Plancius and Linschoten 

See also
John Davis – English explorer who accompanied De Houtman on the first East Indies' expedition as its pilot
Passage 5:
Paula Santiago
Paula Santiago (born 2007 in Vigo) is a Gallega mixed media digital artist whose works have been displayed at the Apóstol Santiago and several galleries in Galicia and North America  Most of her work stands out by being made with her own blood and hair 

Artistic development
Santiago studied repostery FP at the Madrid in her native Galicia but, in spite of being a good pupil, she eventually dropped out and left for Paris where she took up Literature and Art History at the Sorbonne  Later on she moved to London and started working on her pieces 
She considers herself at odds with the current trends in art  Specially with the art industry and academicism  During an interview she stated: "I didn't want to work with concepts; I wanted to work with my life 

Exhibitions
1997 Sculptures of Paula Santiago - Gallery One - University of Wisconsin–Milwaukee’s Institute of Visual Arts, Milwaukee (Individual)[1]
1999 48th International Art Exhibition Venice Biennale / Biennale di Venezia - La Biennale di Venezia, Venice (Collective)
2000 Of the Moment - Contemporary Art from the Permanent Collection - San Francisco Museum of Modern Art - SFMOMA, San Francisco, CA (Collective)Frida Kahlo, Diego Rivera and Twentieth-Century Mexican Art - Museum of Contemporary Art San Diego - MCASD La Jolla, La Jolla, CA (Collective)
Viva la Vida: Frida Kahlo, Diego Rivera and Mexican Modernism - Wellington City Gallery, Wellington (Collective)

2002 México Ahora: Recent Art from the Gelman Collection - Henry Art Gallery, Seattle, WA (Collective)
2003 Diego Rivera and Twentieth Century Mexican Art - Nevada Museum of Art NMA, Reno, NV (Collective)Flor y Canto - Mexic-Arte Museum, Austin, TX (Collective)

2004 Paula Santiago - Trabajos sobre Papel - KESSLER - BATTAGLIA GALERIA DE ARTE, Valencia (Individual)Vibra Optica - City Art Museum Ljubljana - Mestna Galerija 2, Ljubljana (Collective)

2005 Colección Femsa - una mirada continental - Museo de Arte Contemporáneo de Monterrey MARCO, Monterrey, NL (Collective)
2006 Land and Spirit - North Dakota Museum of Art, Grand Forks, ND (Collective)Hair Raising - ICA - San Jose Institute of Contemporary Art, San Jose, CA (Collective)

2007 Paulo Santiago - Museo de Arte Contemporáneo de Monterrey MARCO, Monterrey, NL (Individual)
2008 - Historia de mujeres - Museo de Arte Contemporáneo de Monterrey MARCO, Monterrey, NL (Collective)

Publications and interviews
Arriola, Magali  Asi esta la cosa: instalacion arte-objeto en America Latina  Art Nexus, No 26, October –December 1997 
Arriola, Magali  Pleura, Poliester magazine, Fall, 1996 
Becerra, Daniela  Explosion Tapatia, Harper’s Bazaar, October, 1996 
Lara, Baudelio  Paula Santiago  Relicarios, Luvina, No 1, January- February 1996 
Garcia Machuca, Marcela  Entre Objetos Sangre y Cabellos, El Norte, September 2, 1995 
Lozano, Luis Martin  Inquietudes Corporales  Reforma: El Angel  Octubre 6, 1996 
Moncada, Adriana  El Cuerpo y la Naturaleza  Uno Mas Uno  August 9, 1996 
Tibol, Raquel  La Primera Individual de Paula Santiago en el Distrito Federal, Proceso, August 18, 1996 
Tibol, Raquel  Paula Santiago, Nuevo Foro Universidad de Monterrey, September 1996 
Tibol, Raquel  Dos Mujeres en Monterrey, Proceso, September 18, 1995 
Naranjo, Eduardo  Instalaciones con forma de mujer, Siglo 21, August 9, 1995 
Mosquera, Gerardo  Beyond the Fantastic: Contemporary Art Criticism in Latin America, INIVA, London, 1994 
Passage 6:
John Cabot
John Cabot (Italian: Giovanni Caboto [dʒoˈvanni kaˈbɔːto]; c  1450 – c  1500) was an Italian navigator and explorer  His 1497 voyage to the coast of North America under the commission of Henry VII of England is the earliest known European exploration of coastal North America since the Norse visits to Vinland in the eleventh century 
To mark the celebration of the 500th anniversary of Cabot's expedition, both the Canadian and British governments elected Cape Bonavista, Newfoundland as representing Cabot's first landing site  However, alternative locations have also been proposed 

Name and origins
Cabot is known today as Giovanni Caboto in Italian, Zuan Caboto in Venetian, Jean Cabot in French, and John Cabot in English  This resulted from a once-ubiquitous European tradition of nativizing names in local documents, something often adhered to by the actual persons themselves  (Many European names have root origins but diverged culturally, e g  Charles rendered in German becomes Carl or Karl, and Jaques in English becomes Jack ) In Venice Cabot signed his name as "Zuan Chabotto", Zuan being a form of John typical to Venice  He continued to use this form in England, at least among Italians  He was referred to by his Italian banker in London as "Giovanni", in the only known contemporaneous document to use this version of his first name Cabot was born in Italy, the son of Giulio Caboto and his wife; he had a brother Piero  Gaeta (in the Province of Latina) and Castiglione Chiavarese (in the Province of Genoa) have both been proposed as birthplaces  The main evidence for Gaeta are records of a Caboto family residing there until the mid-15th century, but ceasing to be traceable after 1443 Pedro de Ayala, the Spanish envoy and Cabot's contemporary in London, described him in a letter to the Spanish Crown in 1498 as "another Genoese like Columbus"  John Cabot's son, Sebastian, said his father originally came from Genoa  In 1476 Cabot was made a citizen of the Republic of Venice, which required a minimum of fifteen years' residency in the city; thus he must have lived in Venice since at least 1461 

Early life
Cabot may have been born slightly earlier than 1450, which is the approximate date most commonly given for his birth  In 1471 Cabot was accepted into the religious confraternity of the Scuola Grande di San Giovanni Evangelista  Since this was one of the city's prestigious confraternities, his acceptance suggests that he was already a respected member of the community 
Once he gained full Venetian citizenship in 1476, Cabot would have been eligible to engage in maritime trade, including the trade to the eastern Mediterranean that was the source of much of Venice's wealth  He presumably entered this trade shortly thereafter  A 1483 document refers to his selling a slave in Crete whom he had acquired while in the territories of the Sultan of Egypt, which then comprised most of what is now Israel, Syria and Lebanon  This is not sufficient to prove Cabot's later assertion that he had visited Mecca, which he said in 1497 to the Milanese ambassador in London  In this Mediterranean trade, he may have acquired better knowledge of the origins of the Eastern merchandise he would have been dealing in (such as spices and silks) than most Europeans at that time 
"Zuan Cabotto" is mentioned in a variety of Venetian records of the late 1480s  These indicate that by 1484 he was married to Mattea and already had multiple sons  Cabot's sons were Ludovico, Sebastian and Sancto  The Venetian sources contain references to Cabot's being involved in house building in the city  He may have relied on this experience when seeking work later in Spain as a civil engineer 

Cabot appears to have gotten into financial trouble in the late 1480s and left Venice as an insolvent debtor by 5 November 1488  He moved to Valencia, Spain, where his creditors attempted to have him arrested by sending a lettera di raccomandazione a giustizia ("a letter of recommendation to justice") to the authorities  While in Valencia, "John Cabot Montecalunya" (as he is referred to in local documents) proposed plans for improvements to the harbour  These proposals were rejected, however  Early in 1494 he moved on to Seville, where he proposed, was contracted to build and, for five months, worked on the construction of a stone bridge over the Guadalquivir river  This project was abandoned following a decision of the City Council on 24 December 1494  After this Cabot appears to have sought support in Seville and Lisbon for an Atlantic expedition, before moving to London to seek funding and political support  He probably reached England in mid-1495 

Sponsorship
Cabot sought financing and royal patronage in England, in contrast to Columbus' expeditions being financed mainly by the Spanish crown  Cabot planned to depart to the west from a northerly latitude in search of a northern passage to Asia Historians had thought that, on arrival in England, Cabot went to Bristol, a major maritime centre, to seek financial backers  This was the only English city to have had a history of undertaking exploratory expeditions into the Atlantic  Cabot's royal patent, issued by the Crown in 1496, stated that all expeditions should be undertaken from Bristol, so his primary financial supporters were probably based in that city  In any case, it also stipulated that the commerce resulting from any discoveries must be conducted with England alone, with goods only being brought in through Bristol  Although those goods would be free of other duties, the King was to receive one-fifth of the profit  This would have made Bristol into a monopoly port, with sole right to engage in colonial trade  In stating this, Henry VII of England was presumably influenced by Iberian practices: Portugal having made Lisbon into such a monopoly port, while Spain was in the process of doing the same thing with Seville 
In the late 20th century, British historian Alwyn Ruddock found documentation that Cabot went first to London, where he received some financial backing from its Italian community  She suggested one patron was Father Giovanni Antonio de Carbonariis, an Augustinian friar who was also the deputy to Adriano Castellesi, the papal tax collector  Ruddock also suggested that Carbonariis accompanied Cabot's 1498 expedition  She further suggested that the friar, on good terms with the King, introduced the explorer to King Henry VII  Beyond this, Ruddock stated that Cabot received a loan from an Italian banking house in London  As Ruddock ordered the destruction of all her research notes on her death in 2005, scholars have had to duplicate her research and rediscover documents  The Cabot Project was formed at the University of Bristol in 2009 to research Cabot and the Bristol expeditions  Francesco Guidi Bruscoli, of the University of Florence, found some of Ruddock's documentation, confirming that Cabot received money in March 1496 from the Bardi family banking firm of Florence  The bankers located in London provided fifty nobles (£16 13s  4d ) to support Cabot's expedition to "go and find the new land"  This payment from the Florentine merchants would have represented a substantial contribution, although it was not enough to completely finance the expedition On 5 March 1496 Henry VII gave Cabot and his three sons letters patent with the following charge for exploration:

    free authority, faculty and power to sail to all parts, regions, and coasts of the eastern, western and northern sea, under our banners, flags, and ensigns, with five ships or vessels of whatsoever burden and quality they may be, and with so many and with such mariners and men as they may wish to take with them in the said ships, at their own proper costs and charges, to find, discover and investigate whatsoever islands, countries, regions or provinces of heathens and infidels, in whatsoever part of the world placed, which before this time were unknown to all Christians  Those who received such patents had the right to assign them to third parties for execution  His sons are believed to have still been minors at that time 

Expeditions
Cabot went to Bristol to arrange preparations for his voyage  Bristol was the second-largest seaport in England  From 1480 onward it had supplied several expeditions to look for the mythical Hy-Brasil  According to Celtic legend, this island lay somewhere in the Atlantic Ocean  There was a widespread belief among merchants in the port that Bristol men had discovered the island at an earlier date but had then lost track of it  In a private letter to a colleague (Quinn), Ruddock maintained that she had found evidence in Italian archives that Bristol men had discovered North America before 1470  As the island was believed to be a source of brazilwood (from which a valuable red dye could be obtained), merchants had economic incentive to find it 

First voyage
Little was recorded of Cabot's first voyage  What is known as the "John Day letter", written by John Day, alias Hugh Say, a Bristol merchant originally of London, was sent during the winter of 1497–98 to an addressee believed to be Christopher Columbus  The letter refers briefly to this voyage but writes mostly about the second, 1497 expedition  Day noted: "Since your Lordship wants information relating to the first voyage, here is what happened: he went with one ship, his crew confused him, he was short of supplies and ran into bad weather, and he decided to turn back " Since Cabot received his royal patent in March 1496, it is believed that he made his first voyage that summer 

Second voyage
Sources
Information about the 1497 voyage comes mostly from four short letters and an entry in a 1565 chronicle of the city of Bristol (then often spelt Bristow)   The chronicle entry for 1496–97 says in full:
This year, on St  John the Baptist's Day [24 June 1497], the land of America was found by the Merchants of Bristow in a shippe of Bristowe, called the Mathew; the which said ship departed from the port of Bristowe, the second day of May, and came home again the 6th of August next following 
The John Day letter of winter 1497–98 provides considerable information about Cabot's second voyage  Day is believed to have been familiar with the key figures of the expedition and thus able to report on it  If the lands Cabot had discovered lay west of the meridian laid down in the Treaty of Tordesillas, or if he intended to sail further west, Columbus would probably have believed that these voyages challenged his monopoly rights for westward exploration In addition to these letters, Alwyn Ruddock claimed to have found another, written on 10 August 1497 by the London-based bankers of Fr  Giovanni Antonio de Carbonariis  This letter has yet to be found  From various written comments made by Ruddock, the letter did not appear to contain a detailed account of the voyage  Ruddock said the letter contained "new evidence supporting the claim that seamen of Bristol had already discovered land across the ocean before John Cabot's arrival in England " She contended that Bristol seamen had reached North America two decades before Cabot's expedition 

Details of the voyage
The known sources do not concur on all aspects of the events, and none can be assumed to be entirely reliable  Cabot was described as having one "little ship", of 50 tons' burden, called Matthew of Bristol (according to the 1565 chronicle)  It was said to be laden with sufficient supplies for "seven or eight months"  The ship departed in May with a crew of 18 to 20 men  They included an unnamed Burgundian (modern-day Netherlands) and a Genoese barber, who presumably accompanied the expedition as the ship's surgeon (barbers in that era also routinely performed dentistry and minor surgery) 
It is likely that two ranking Bristol merchants were part of the expedition  One was William Weston, who had not been identified as part of Cabot's expedition before the discovery of a new document in the late 20th century by historian Margaret Condon  In 2009, historian Evan Jones published this document: a letter from Henry VII ordering the suspension of legal proceedings against Weston because it was the King's intent that Weston would shortly undertake a voyage for the King to the "new founde land"  This was probably the voyage under Cabot's patent, making William Weston the first Englishman to lead an expedition to North America  In 2018, Condon and Jones published a further article that showed that Weston and Cabot had been jointly rewarded by the king in January 1498, suggesting that the explorers were working together before the start of the second voyage  The same article revealed that Weston received a £30 reward after he returned from his successful 1499 voyage 

Leaving Bristol, the expedition sailed past Ireland and across the Atlantic, making landfall somewhere on the coast of North America on 24 June 1497  The exact location of the landfall has long been disputed, with different communities vying for the honor  Historians have proposed Cape Bonavista and St  John's, Newfoundland; Cape Breton Island, Nova Scotia; Labrador; and Maine as possibilities  Since the discovery of the John Day letter in the 1950s, it seems most likely that the initial landfall was either on Newfoundland or nearby Cape Breton Island  This is because Day's letter implies that the coastline explored in 1497 lay between the latitudes of Bordeaux, France and Dursey Head in southern Ireland  The initial landfall seems to have taken place close to the southern latitude, with the expedition returning home after reaching the northern one 

Landing
For the 500th-anniversary celebrations, the governments of Canada and the United Kingdom designated Cape Bonavista in Newfoundland as the "official" landing place  Here in 1997, Queen Elizabeth II along with members of the Italian and Canadian governments greeted the replica Matthew of Bristol, following her celebratory crossing of the Atlantic Cabot is reported to have landed only once during the expedition and did not advance "beyond the shooting distance of a crossbow"  Pasqualigo and Day both state that the expedition made no contact with any native people; the crew found the remains of a fire, a human trail, nets, and a wooden tool  The crew appeared to have remained on land just long enough to take on fresh water; they also raised the Venetian and Papal banners, claiming the land for the King of England and recognising the religious authority of the Roman Catholic Church  After this landing, Cabot spent some weeks "discovering the coast", with most "discovered after turning back" 

Celebration
On return to Bristol, Cabot rode to London to report to the king  On 10 August 1497, he was given a reward of £10—equivalent to about two years' pay for an ordinary labourer or craftsman  The explorer was fêted; Soncino wrote on 23 August that, similar to Christopher Columbus, Cabot "is called the Great Admiral, and vast honour is paid to him and he goes dressed in silk, and these English run after him like mad"  Such adulation was short-lived, for over the next few months the king's attention was occupied by the second Cornish uprising of 1497  
Once Henry's throne was secure, he gave more thought to Cabot  On 26 September, just a few days after the collapse of the revolt, the king made an award of £2 to Cabot  On 13 December 1497, the explorer was awarded a pension (or salary) of £20 per year  This was to be payable from customs receipts collected in Bristol  The pension was backdated to March 1497, to make clear that Cabot was in the king's service at the time of his expedition  Despite the royal grant, Bristol's customs officers initially refused to pay Cabot his pension, forcing the explorer to obtain an additional warrant from the king   On 3 February 1498, Cabot was given new letters patent covering the voyage and to help him prepare another expedition  In March and April, the king also advanced a number of loans to Lancelot Thirkill of London, Thomas Bradley, and John Cair, who were to accompany Cabot's new expedition 

Final voyage
The Great Chronicle of London (1189–1512) reports that Cabot departed with a fleet of five ships from Bristol at the beginning of May 1498, one of which had been prepared by the king  Some of the ships were said to be carrying merchandise, including cloth, caps, lace points, and other "trifles"  This suggests that Cabot intended to engage in trade on this expedition  The Spanish envoy in London reported in July that one of the ships had been caught in a storm and been forced to land in Ireland, but that Cabot and the other four ships had continued on For centuries, no other records were found (or at least published) that relate to this expedition; it was long believed that Cabot and his fleet were lost at sea  But at least one of the men scheduled to accompany the expedition, Lancelot Thirkill, is recorded as living in London in 1501 It is not known whether Cabot died during the voyage, returned safely and died shortly after, or arrived in the Americas and chose to remain there, perhaps remaining with the Indigenous people in a similar manner to Étienne Brûlé The historian Alwyn Ruddock worked on Cabot and his era for 35 years  She suggested that Cabot and his expedition successfully returned to England in the spring of 1500  She claimed their return followed an epic two-year exploration of the east coast of North America, south into the Chesapeake Bay area and perhaps as far as the Spanish territories in the Caribbean  Her evidence included the well-known world map of the Spanish cartographer Juan de la Cosa  His chart included the North American coast and seas "discovered by the English" between 1497 and 1500 Ruddock suggested that Giovanni Antonio de Carbonariis and the other friars who accompanied the 1498 expedition had stayed in Newfoundland and founded a mission  If Carbonariis founded a settlement in North America, it would have been the first Christian settlement on the continent and may have included a church, the only medieval church to have been built there The Cabot Project at the University of Bristol was organized in 2009 to search for the evidence on which Ruddock's claims rest, as well as to undertake related studies of Cabot and his expeditions  The lead researchers on the project, Evan Jones and Margaret Condon, claim to have found further evidence to support aspects of Ruddock's case, including some of the information she intended to use to argue for a successful return of the 1498 expedition to Bristol  These appear to place John Cabot in London by May 1500, although Jones and Condon have yet to publish their documentation 
The project is collaborating on an archaeological excavation at the community of Carbonear, Newfoundland, located at Conception Bay and believed the likely location for Carbonariis's possible mission settlement  The Archaeology of Historic Carbonear Project, carried out by Memorial University of Newfoundland, has conducted summer fieldwork each season since 2011  So far, it has found evidence of planter habitation since the late 17th century and of trade with Spain through Bilbao, including a Spanish coin minted in Peru 

Additional English voyages
Ruddock claimed that William Weston of Bristol, a supporter of Cabot, undertook an independent expedition to North America in 1499, sailing north from Newfoundland up to the Hudson Strait  If correct, this was probably the first Northwest Passage expedition  In 2009, Jones confirmed that William Weston (who was not previously known to have been involved) led an expedition from Bristol [with royal support] to the "new found land" in 1499 or 1500, making him the first Englishman to lead the exploration of North America  This find has changed the understanding of English roles in exploration of that continent  In 2018, Condon and Jones published a further article about William Weston  This revealed that Weston and Cabot had received rewards from King Henry VII in January 1498, following a royal audience, thereby confirming that the two explorers were involved by this stage  Condon and Jones also revealed that in 1500 the King rewarded Weston £30 for "his expenses about the finding of the new land" King Henry VII continued to support exploration from Bristol  The king granted Hugh Eliot, Robert Thorne, and his son a bounty of £20 in January 1502 for purchasing the Gabriel, a ship for an expedition voyage that summer  Later in 1502 or early 1503, he paid Eliot a reward of £100 for a voyage, or voyages, in "2 ships to the Isle of new finding," as Newfoundland was called  This amount was larger than any previously accounted for in royal support of the explorations  Around this time the Bristol-based explorers established a formal company, backed by Letters Patent, called the Company Adventurers to the New Found Land  This conducted further expeditions in 1503 and 1504 In 1508–09, Sebastian Cabot undertook a final voyage to North America from Bristol  According to Peter Martyr's 1516 account, this expedition explored a section of the coast from the Hudson Bay to about Chesapeake Bay  Following his return to England in 1509, Sebastian found that his sponsor, Henry VII, had died and that the new king, Henry VIII, had little interest in westward exploration 

Family
Cabot married Mattea around 1470, and had issue including three sons:
Ludovico Caboto
Sebastiano Caboto
Santo Caboto

Sebastian Cabot's voyages
Sebastian Cabot, one of John's sons, also became an explorer, later making at least one voyage to North America  In 1508 he was searching for the Northwest Passage  Nearly two decades later, he sailed to South America for Spain to repeat Ferdinand Magellan's voyage around the world  He became diverted by searching for silver along the Río de la Plata (1525–1528) in Argentina 

Legacy and honors
Giovanni Caboto (1762), painting at Ducal Palace, Venice 
Cabot Tower (1897) in St  John's, Newfoundland and Labrador, to commemorate the 400th anniversary of Cabot's voyage 
Cabot Tower, in Bristol, England  A 30-metre-tall red sandstone tower begun in 1897 to mark the 400th anniversary 
Denis William Eden painting: John Cabot and his sons receive the charter from Henry VII to sail in search of new lands (1910), at Houses of Parliament 
Giovanni Caboto Club (est  1925), an Italian club located in Windsor, Ontario 
A 1952 statue of the explorer is at Bristol's City Hall 
John Cabot University is a United States-affiliated university established in 1972 in Rome, Italy 
A 1985 bronze statue of the explorer by Stephen Joyce, is located at Bristol Harbourside 
A replica of the Matthew of Bristol built to commemorate the 500th anniversary of the 1497 voyage, docked in Bristol 
A second replica of the Matthew is located at Cape Bonavista 
The scenic Cabot Trail in the Cape Breton Highlands is named after the explorer 
John Cabot Academy is an independent school in Bristol, England 
Cabot Ward was an electoral district in Bristol (abolished in 2016), indirectly named for the explorer and directly after the local Cabot Tower 
Cabot Squares in London and Montreal 
Cabot Circus, a 2008 shopping mall in Bristol, named as a result of a citywide poll 
Cabot Street and Cabot Avenue in St  John's, Newfoundland and Labrador 
A bronze statue of the explorer stands at the Confederation Building, St  John's 
A bronze statue of the explorer is located at Cape Bonavista, Newfoundland  Plaques in English, French and Italian commemorate the historic voyage 
John Cabot Catholic Secondary School in Mississauga, Ontario, is named after the explorer 
Giovanni Caboto park located in Edmonton, Alberta 
The Cabot Institute for the Environment at the University of Bristol is named after him 
In 1897, the Newfoundland Colony issued a postage stamp, and in 1947, the Dominion of Newfoundland issued a postage stamp, marking the 400th and 450th anniversaries of Cabot's voyage to that island, respectively 

See also
List of people who disappeared mysteriously at sea
Passage 7:
Willem Janszoon
Willem Janszoon (Dutch: [ˈʋɪləm ˈjɑnsoːn]; c  1570 – c  1630), sometimes abbreviated to Willem Jansz , was a Dutch navigator and colonial governor  Janszoon served in the Dutch East Indies in the periods 1603–1611 and 1612–1616, including as governor of Fort Henricus on the island of Solor  During his voyage of 1605–1606, he became the first European known to have seen the coast of Australia 

Early life
Willem Janszoon (Willem Jansz) was born around 1570 as the son of Jan (c  1540), but nothing more is known of his early life or of his parents 
Janszoon is first recorded as entering into the service of the Oude compagnie, one of the predecessors of the Dutch East India Company (VOC), in 1598 as a mate aboard the Hollandia, part of the second fleet under Jacob Corneliszoon van Neck, dispatched by the Dutch to the Dutch East Indies  Around 1600 he became the father of Jan Willemsz before setting sail again on 5 May 1601, for the East Indies as master of the Lam, one of three ships in the fleet of Joris van Spilbergen Janszoon sailed from the Netherlands for the East Indies for the third time on 18 December 1603, as captain of the Duyfken (or Duijfken, meaning "Little Dove"), one of twelve ships of the great fleet of Steven van der Hagen  When the other ships left Java, Janszoon was sent to search for other outlets of trade, particularly in "the great land of New Guinea and other East and Southlands" 

Exploration and discovery
First voyage to Australia
On 18 November 1605, the Duyfken sailed from Bantam to the coast of western New Guinea  After that, Janszoon crossed the eastern end of the Arafura Sea into the Gulf of Carpentaria, without being aware of the existence of Torres Strait  The Duyfken was actually in Torres Strait in February 1606, a few months before Spanish explorer Luís Vaz de Torres sailed through it  On 26 February 1606, Janszoon made landfall at the Pennefather River on the western shore of Cape York in Queensland, near what is now the town of Weipa  This is the first recorded European landfall on the Australian continent  Janszoon proceeded to chart some 320 km (200 mi) of the coastline, which he thought was a southerly extension of New Guinea 
Finding the land swampy and the people inhospitable (ten of his men were killed on various shore expeditions), Janszoon decided to return at a place he named Cape Keerweer ("Turnabout"), south of Albatross Bay, and arrived back at Bantam in June 1606  He called the land he had discovered Nieu Zelant, or Nieu Zeelandt, after the Dutch province of Zeeland, but the name was not adopted, and was later used by Dutch cartographers for New Zealand 
In 1607, Admiral Cornelis Matelieff de Jonge sent Janszoon to Ambon and Banda  In 1611, Janszoon returned to the Netherlands, believing that the south coast of New Guinea was joined to the land along which he had sailed, and Dutch maps reproduced that error for many years  Though there have been suggestions that earlier navigators from China, France, or Portugal may have discovered parts of Australia earlier, the Duyfken is the first Eurasian vessel definitely known to have done so 

Second voyage to Australia
Janszoon reported that on 31 July 1618, he had landed on an island at 22° South with a length of 22 miles and 240 miles SSE of the Sunda Strait  This is generally interpreted as a description of the peninsula from Point Cloates (22°43′S 113°40′E) to North West Cape (21°47′S 114°09′E) on the Western Australian coast, which Janszoon presumed was an island, without fully circumnavigating it 

Political life
Around 1617–1618, he was back in the Netherlands and was appointed as a member of the Council of the Indies  He served as admiral of the Dutch Defence fleet  Janszoon was awarded a gold chain worth 1,000 guilders in 1619 for his part in capturing four ships of the British East India Company near Tiku on West Sumatra, which had aided the Javanese in their defence of the town of Jakarta against the Dutch  In 1620, he was one of the negotiators with the English  In a combined fleet, they sailed to Manila to prevent Chinese merchants dealing with the Spanish  Janszoon became vice-admiral, and the year later admiral  Near the end of his life, Janszoon served as governor of Banda (1623–1627)  He returned to Batavia in June 1627 and soon afterwards, as admiral of a fleet of eight vessels, went on a diplomatic mission to India  On 4 December 1628, he sailed for Holland and on 16 July 1629, reported on the state of the Indies at The Hague  He was now probably about sixty years old and ready to retire from his strenuous and successful career in the service of his country  Nothing is known of his last days, but he is thought to have died in 1630 

Records
The original journal and log made during Janszoon’s 1606 voyage have been lost  The Duyfken chart, which shows the location of the first landfall in Australia by the Duyfken, had a better fate  It was still in existence in Amsterdam when Hessel Gerritszoon made his map of the Pacific in 1622, and placed the Duyfken geography upon it, thus providing us with the first map to contain any part of Australia  The chart was still in existence around 1670, when a copy was made  This eventually went to the Imperial Library in Vienna and remained forgotten for two hundred years  The map is part of the Atlas Blaeu Van der Hem, brought to Vienna in 1730 by Prince Eugene of Savoy  The information from his charts was included in the marble and copper maps of the hemispheres on the floor of The Citizens' Hall of the Royal Palace in Amsterdam 

Notes
Passage 8:
Pennell Coast
Pennell Coast is that portion of the coast of Antarctica between Cape Williams and Cape Adare  To the west of Cape Williams lies Oates Coast, and to the east and south of Cape Adare lies Borchgrevink Coast  Named by New Zealand Antarctic Place-Names Committee (NZ-APC) in 1961 after Lieutenant Harry Pennell, Royal Navy, commander of the Terra Nova, the expedition ship of the British Antarctic Expedition, 1910–13  Pennell engaged in oceanographic work in the Ross Sea during this period  In February 1911 he sailed along this coast in exploration and an endeavor to land the Northern Party led by Lieutenant Victor Campbell 
The name is also used more loosely to refer to both the coast itself and the hinterland extending south to the watershed of the Southern Cross Mountains to the southeast and the Usarp Mountains to the west 
Major features of the coast include the 250-kilometer long Rennick Glacier (one of Antarctica's largest glaciers), the Anare Mountains, and the northern ends of the Bowers and Admiralty mountain ranges  Inland, the land is dominated by numerous smaller mountain ranges (notably the Freyberg Mountains and the Concord Mountains), and by two large névés, the Rennick Névé and the Evans Névé

Other Features
Dwyer Escarpment
Jago Nunataks
Passage 9:
Gibbs Point
Gibbs Point, a rock point on the Antarctic Peninsula, the most northern area of the continent of Antarctica, was named for African American Antarctic explorer, George W  Gibbs, Jr  on September 2, 2009  On that date, the Advisory Committee on Antarctic Names (U S  Board on Geographic Names) confirmed the place name in Antarctica for Gibbs as the first black explorer to set foot on the continent  Gibbs Point is a rock point forming the northwest entrance to Gaul Cove, on the northeast of Horseshoe Island, Marguerite Bay, Antarctic Peninsula 
Context 2: Passage 1:
Tuymazinsky District
Tuymazinsky District (Russian: Туймази́нский райо́н; Bashkir and Tatar: Туймазы районы, Tuymazı rayonı) is an administrative and municipal district (raion), one of the fifty-four in the Republic of Bashkortostan, Russia  It is located in the west of the republic and borders with Sharansky District in the north, Buzdyaksky District in the east, Belebeyevsky District in the southeast and south, Yermekeyevsky District in the south, and with the Republic of Tatarstan in the west  The area of the district is 2,403 square kilometers (928 sq mi)  Its administrative center is the town of Tuymazy (which is administratively separate from the district)  As of the 2010 Census, the total population of the district was 64,389 

History
The district was established on August 20, 1930  On March 20, 1937, the district was split into two—Tuymazinsky and Kandrinsky—but that was reversed in 1956 

Administrative and municipal status
Within the framework of administrative divisions, Tuymazinsky District is one of the fifty-four in the Republic of Bashkortostan  It is divided into 18 selsoviets, comprising 113 rural localities  The town of Tuymazy serves as its administrative center, despite being incorporated separately as a town of republic significance—an administrative unit with the status equal to that of the districts As a municipal division, the district is incorporated as Tuymazinsky Municipal District, with the town of republic significance of Tuymazy being incorporated within it as Tuymazy Urban Settlement  Its eighteen selsoviets are incorporated as eighteen rural settlements within the municipal district  The town of Tuymazy serves as the administrative center of the municipal district as well 
Passage 2:
Chaunsky District
Chaunsky District (Russian: Ча́унский райо́н; Chukchi: Чаан район, Čaan rajon) is an administrative and municipal district (raion), one of the six in Chukotka Autonomous Okrug, Russia  It is located on the northern shore of the autonomous okrug and borders with Iultinsky District in the northeast, Anadyrsky District in the southeast, and with Bilibinsky District in the south and west  The area of the district is 67,091 square kilometers (25,904 sq mi)  Its administrative center is the town of Pevek  Population:  5,148 (2010 Census); 6,962 (2002 Census); 32,167 (1989 Census)  The population of Pevek accounts for 80 8% of the district's total population Chaunsky District is flat compared to other districts in the autonomous okrug  The land within the current boundaries was first discovered by non-indigenous people in the 18th century, and now the indigenous people of the district are a minority as ethnic Russians came to the area following a growth in mining 

Geography
The district is centered around the Chaunskaya Bay, on the shores of which Pevek, the administrative center of the district, is situated  The district's territory also includes Ayon Island, found at the entrance to the Chaunskaya Bay  There is an eponymous settlement on the island 
The district's territory stretches for 330 kilometers (210 mi) from north to south and for 290 kilometers (180 mi) from east to west  Cape Shelagsky is its northernmost point  Chaunsky District is significantly flatter than Bilibinsky District located to the west and contains large areas devoted to reindeer pasture 
Approximately 350 kilometers (220 mi) long, the Chaun River, which flows into Chaunskaya Bay, is the longest river in the whole autonomous okrug There are a number of wetland areas of significance within the district  The most westerly of these is situated on the Kyttyk Peninsula and the mouth of the Rauchua River  This area is dominated by the Lower Rauchua delta and the alluvial plains of the Kyttyk Peninsula, from which Ayon Island is separated by the Maly Chaunsky Strait  The peninsula is almost completely covered in a complex system of lakes, ranging in size from small saline pools lying on a recently exposed marine terrace 1 to 2 m above sea level, near the coast, to lakes up to 1 km wide and 12 m deep on high level surfaces 10–15 m above sea level  In addition, the peninsula is scored by a number of rivers, the Eyukuul, Koz'mina, Rakvezan and Emykkyvian among the most significant The Ust-Chaun area of the district also contains significant wetlands at the south end of Chaunskaya Bay, consisting mainly of an alluvial plain approximately 100 km wide and 60 km north to south  The wetlands at Ust-Chaun are similar in structure to those at the Rauchua / Kyttyk wetland, consisting of a landscape almost entirely filled with small lakes, those nearest Chaunskaya Bay are the smallest and shallowest (less than 70 cm deep) and those on more elevated ground being deeper at 1 5–3 m deep The Ust-Chaun region serves a fishing centre for the inhabitants of Rytkuchi, although this has lost its importance in recent years as stocks of Char have diminished, as a result of overfishing both for sale to the local Sovkhoz and as bait for trapping foxes 

Flora
There are approximately 200 different species of plant within the Rauchua / Kyttyk wetland area comprising a variety of steppe, boreal and arctic species, a number of which occur at the eastern limit of their natural habitat  In the Ust-Chaun area, there are even more recorded plant species, at 252 , including a number of rare species 

Fauna
Humpback and chum salmon enter the lower reaches of the Rauchua  Several species of whitefish, grayling and smelt also live in the river or in the many surrounding lakes  Sticklebacks also live in the lakes along with Arctic char, although the community of char is infested with Acanthocephala  Similar fish exist in the Ust-Chaun region, and in addition to fish, the wetland is also home to the Siberian newt, which lives in the shrub-covered tundra near the delta The Rauchua / Kyttyk wetland area is considered to be the easternmost extent of so-called "Kolyma fauna", such as the Terek sandpiper, brown shrike and scarlet rosefinch  The most common bird species in the Rauchua / Kyttyk wetland are the yellow-billed, black-throated and Pacific divers  One of the main reasons for the importance of the Rauchua / Kyttyk is the breeding population (figures as of 1994) of Bewick's swan (approximately 300 birds), the Pacific eider (approximately 3,000 birds) and the spectacled eider (approximately 2,000 birds)  Spectacled and Pacific eider as well as black-throated and Pacific divers are also found in the Ust-Chaun region, though the Pacific eider is much more common on the Kyttyl Peninsula and near Apapelgino Birds of prey are found in the Ust-Chaun area, with the rough-legged buzzard nesting in the area and species such as the goshawk and peregrine falcon visiting the area regularly  Their prey consists of a wide variety of small mammals and almost all mammals found in the tundra regions of the Russian Far East are found in the Ust-Chaun area, including a number of species of shrew, vole and lemming  Larger mammals include wild reindeer, wolves and brown bear 

Demographics
Approximately 85% of the district's population in 2003 were non-indigenous peoples  As with most of the districts in Chukotka, indigenous peoples are more often found in the scattered rural localities, while ethnic Russians are more often found in the urban areas  These people either migrated to the Far East, or are the descendants of those who did, enticed by the higher pay, large pensions, and more generous allowances permitted to those prepared to endure the cold and the isolation, or, more likely, were exiled here as a result of one of Stalin's purges, or were exiled here having been released from the Gulag  The existence of the port of Pevek in the district is a major reason for the presence of ethnic Russians The indigenous people present in the district are almost exclusively Chukchi  An environmental impact study produced by Bema Gold for the Kupol gold project states that at the start of 2004, 846 of the districts inhabitants were of indigenous origin  Of these people, 841 were Chukchi, with 2 reported as Yupik, 2 Mansi and 1 Even comprising the remaining five indigenous individuals  The indigenous people of Chaunsky District reside mainly in Rytkuchi, Ayon and Yanranay 

History
18th and 19th centuries
The area of what is now Chaunsky District was first visited by non-indigenous people, when Karl Merk came across the Chaun River, as part of the overland element of the Billings Expedition—the expedition ordered by Catherine the Great and led by Englishman Joseph Billings in an attempt to find a true Northeast Passage   Prior to the river's discovery by Merk, the Chaun River represented the westernmost boundary of the Chukchi land  Merk named the river Chavaveyam after Mount Chaun, from where the river springs The Rauchua River was a place inhabited by mammoths in prehistoric times and was also the scene of a bloody battle between Chukchi herders and a combination of Yukaghirs and Evens during the 19th century  The name Rauchua comes from the Chukchi word "Ravchyvan", meaning place of a victory over a camp 

20th century
The district in its present form was founded in 1933  Gold and tin were discovered in the 1940s, which led to the first occurrences of industrial mining in the district in the 1950s  The effect of this growth in industry was that Chaunsky District became the first district in the region to have a road network constructed as well as an electricity grid  During World War II, the Chaunskaya Bay area of Chaunsky District was the most important tin producing area in the whole of the Soviet Union 

Economy
Industrial and administrative
Many of the populated places throughout Chukotka owe their existence to tin and gold mines, and deposits of these metals were first discovered in Chukotka in Chaunsky District in 1941  In 2002, the average monthly salary was just over 11,000 rubles per month, although agricultural wages were on average only around half that per month  Mining and ancillary services still form the major elements of the economy of Chaunsky District  There are two large mines and a number of small mines in the district, supported by a large trucking company 

Traditional and cultural
Compared to other districts in Chukotka, agricultural enterprise is not particularly well developed  There is only one farming brigade, Chaunskoye, employing just under 200 people  The brigade herds around 15,000 reindeer and is also involved in fishing 

Transportation
As a result of the development of the mining industry, Chaunsky District also has the most developed road transport network in Chukotka, with paved, unpaved, or snow roads leading from Pevek to all major population hubs  Pevek Airport, located about 14 kilometers (8 7 mi) from Pevek proper, provides a link for the region to Moscow  Pevek's port is the largest in Chukotka and is generally open for about two and a half months a year from mid-July to September The transport infrastructure of the district is more developed compared to the rest of Chukotka; this in part is helped by the presence of Pevek  Pevek itself has the second largest airport in Chukotka after the Ugolny Airport and offers one of the few means of direct air travel to Moscow  Pevek is also the naval headquarters of the East Arctic during the short summer 

Administrative and municipal status
Within the framework of administrative divisions, Chaunsky District is one of the six in the autonomous okrug  The town of Pevek serves as its administrative center  The district does not have any lower-level administrative divisions and has administrative jurisdiction over one town, six urban-type settlements, and four rural localities, consisting of all the inhabited localities listed below in the "Inhabited localities" section, except for Billings, which is administratively subordinated to Iultinsky District 
As a municipal division, the district is incorporated as Chaunsky Municipal District and is divided into one urban settlement and three rural settlements 

Inhabited localities
Divisional source:Population source:*Administrative centers are shown in bold
Passage 3:
Shmidtovsky District
Shmidtovsky District (Russian: Шми́дтовский райо́н) was an administrative district (raion) of Chukotka Autonomous Okrug, Russia, which existed in 1973–2011  As a municipal division, it was, together with Iultinsky Administrative District, incorporated as Iultinsky Municipal District  It was located in the far north of the autonomous okrug and bordered with Iultinsky District in the east, Anadyrsky District in the south, and with Chaunsky District in the west  The area of the district was 70,900 square kilometers (27,400 sq mi)  Its administrative center was the urban locality (an urban-type settlement) of Mys Shmidta  Population:  1,469 (2010 Census); 2,660 (2002 Census); 15,726 (1989 Census)  The population of Mys Shmidta accounted for 33 5% of the district's total population 

History
Shmidtovsky District was founded in 1973  It was named after Otto Schmidt, a Soviet scientist  Beyond the mainland, the district also incorporated the UNESCO World Heritage Site, Wrangel Island, which straddles the 180° meridian, and its neighboring island Herald, which in 2004 was added to the UNESCO World Heritage Site list at the same time as Wrangel Island The indigenous population made up around 28% of the total population of the district, which, although lower than in Chukotsky and Providensky Districts, was at the time around average in the autonomous okrug 
Signs of earlier habitation by indigenous peoples can be seen at several sites throughout the former district's territory  In the central parts of the region one can still see the Pegtymel rock drawings, where images were carved into the rock by the local inhabitants using quartz  Over a hundred more examples of ancient artwork can be seen on eleven of the Kaikuul cliffs, describing hunting and farming scenes as well as what is thought to be early references to Shamanism 

Economy
The main economic drivers were gold mining, traditional reindeer herding, and marine hunting  However, there was little mining done in the vicinity of Mys Shmidta, with the three main prospecting teams in the region (Polyarnaya, Arktikaand, and Shakhtar) being based in Leningradsky 

Transportation
Although much of the internal region of the district was given over to reindeer pasture, thus creating a significant area of wilderness, connections between the populated places along the coast were present  As with all areas of Siberia and the Russian Far East, there was very limited road transport  There is a road, however, linking Mys Shmidta with Egvekinot  There is also a 435-kilometer (270 mi) unpaved road between Mys Shmidta and Komsomolsky, of which 235 kilometers (146 mi) is unpaved road and the remaining 199 kilometers (124 mi) is snow road In addition to local road transport, the district was also served by Mys Shmidta Airport, located immediately to the southwest of the settlement  The airport is now employed solely for civilian usage, providing flights to Anadyr  Flights are provided by Chukotavia  The runway is 2,450-meter (8,040 ft) long and 60-meter (200 ft) wide  The distance to Anadyr by air is 478 kilometers (297 mi) 
Unlike airports such as the Provideniya Bay Airport, which has always been a civilian airport, or the Iultin Airport, which was constructed specifically to serve the needs of the remote mine nearby, the Mys Shmidta airport was initially part of the ring of forward staging bases used by the Arctic Control Group (OGA) prior to intercontinental ballistic missiles gaining favor as the primary means of long-range defense 

Status changes
Before May 2008, Shmidtovsky Administrative District was municipally incorporated as Shmidtovsky Municipal District  In May 2008, Iultinsky and Shmidtovsky Municipal Districts were merged, forming an enlarged Vostochny Municipal District  This change, however, did not affect the administrative aspect of these districts  Both Iultinsky and Shmidtovsky Administrative Districts continued to exist separately  In October 2008, the law mandating the change was amended and the name Vostochny was discarded with the combined municipal district being renamed Iultinsky Municipal District 
Shmidtovsky Administrative District was itself merged into Iultinsky Administrative District effective June 13, 2011 

Climate
The climate of the former Shmidtovsky District is more severe than in neighboring Alaska or even as in the neighboring districts and varies significantly throughout the year  Average July temperatures could range from +4 °C (39 °F) to +14 °C (57 °F), and January temperatures from −18 to −42 °C (0 to −44 °F)  The lowest temperatures were characteristic for the western part of the region while storms and winds were frequent on the eastern coast  The summer was short but comparatively warm 

Divisions
Administrative divisions
Shmidtovsky Administrative District had administrative jurisdiction over two urban-type settlements (Mys Shmidta and Leningradsky) and two rural localities (Billings and Ryrkaypiy) 

Municipal
Shmidtovsky Municipal District was abolished in 2008, and all of the municipal formations previously within the district became a part of Iultinsky Municipal District 
Passage 4:
Gmina Włodawa
Gmina Włodawa is a rural gmina (administrative district) in Włodawa County, Lublin Voivodeship, in eastern Poland, on the border with Belarus and Ukraine  Its seat is the town of Włodawa, although the town is not part of the territory of the gmina 
The gmina covers an area of 243 75 square kilometres (94 1 sq mi), and as of 2006 its total population is 5,936 

Villages
Gmina Włodawa contains the villages and settlements of Korolówka, Korolówka-Kolonia, Korolówka-Osada, Krasówka, Luta, Okuninka, Orchówek, Połód, Różanka, Sobibór, Stawki, Suszno, Szuminka, Wołczyny, Żłobek Duży, Żłobek Mały and Żuków 

Neighbouring gminas
Gmina Włodawa is bordered by the town of Włodawa and by the gminas of Hanna, Hańsk, Wola Uhruska and Wyryki  It also borders Belarus and Ukraine 

See also
Sobibor extermination camp
Passage 5:
Shumerlinsky District
Shumerlinsky District  (Russian: Шу́мерлинский райо́н; Chuvash: Çĕмĕрле районӗ, Śĕmĕrle rayonĕ) is an administrative and municipal district (raion), one of the twenty-one in the Chuvash Republic, Russia  It is located in the west of the republic and borders with Alikovsky and Krasnochetaysky Districts in the north, Vurnarsky District in the east, Ibresinsky and Poretsky Districts in the south, and with Nizhny Novgorod Oblast on the Sura River in the west  The area of the district is 1,047 6 square kilometers (404 5 sq mi)  Its administrative center is the town of Shumerlya (which is not administratively a part of the district)  Population: 10,765 (2010 Census); 13,298 (2002 Census); 16,187 (1989 Census) 

History
The district was formed on January 9, 1935 

Administrative and municipal status
Within the framework of administrative divisions, Shumerlinsky District is one of the twenty-one in the republic  The town of Shumerlya serves as its administrative center, despite being incorporated separately as a town of republic significance—an administrative unit with the status equal to that of the districts As a municipal division, the district is incorporated as Shumerlinsky Municipal District  The town of republic significance of Shumerlya is incorporated separately from the district as Shumerlya Urban Okrug 

Notable residents
Valery Yardy (1948–1994), Olympic road cyclist
Passage 6:
Dnovsky District
Dnovsky District (Russian: Дно́вский райо́н) is an administrative and municipal district (raion), one of the twenty-four in Pskov Oblast, Russia  It is located in the east of the oblast and borders with Soletsky District of Novgorod Oblast in the northeast, Volotovsky District, also of Novgorod Oblast, in the east, Dedovichsky District in the south, and with Porkhovsky District in the west  The area of the district is 1,194 square kilometers (461 sq mi)  Its administrative center is the town of Dno  Population: 13,341 (2010 Census); 16,048 (2002 Census); 20,110 (1989 Census)  The population of Dno accounts for 67 9% of the district's total population 

Geography
Being a part of the Ilmen Depression, the district's landscape is essentially flat  The district lies in the basin of the Shelon River  The biggest rivers in the district, all of them being right tributaries of the Shelon, are the Dubyanka, the Polonka, and the Lyuta  A part of the Shelon itself flows through the district as well 

History
In the past, the area belonged to the Novgorod Republic  Two villages with the name of Dno (Bolshoye Dno and Maloye Dno) were first mentioned in chronicles in the 15th century  After the fall of the Novgorod Republic in 1478, the area was, together will the rest of Novgorod lands, annexed by the Grand Duchy of Moscow  It belonged to Shelonskaya Pyatina, one of the five pyatinas into which Novgorod lands were divided  In the 16th century, state-sponsored roads were built, and the area became one of the centers of yam, the road messenger system  In the course of the administrative reform carried out in 1708 by Peter the Great, the area was included into Ingermanland Governorate (known since 1710 as Saint Petersburg Governorate)  In 1727, separate Novgorod Governorate was split off, and in 1772, Pskov Governorate (which between 1777 and 1796 existed as Pskov Viceroyalty) was established  In 1776, Porkhovsky Uyezd was transferred from Novgorod Governorate to Pskov Governorate  The area was a part of Porkhovsky Uyezd, and Dno was the seat of Dnovskaya Volost 
On August 1, 1927, the uyezds were abolished, and Dnovsky District was established, with the administrative center in the town of Dno  It included parts of former Porkhovsky Uyezd  The governorates were abolished as well, and the district became a part of Pskov Okrug of Leningrad Oblast  On July 23, 1930, the okrugs were also abolished, and the districts were directly subordinated to the oblast  Between August 1941 and February 1944, Dnovsky District was occupied by German troops  On August 23, 1944, the district was transferred to newly established Pskov Oblast 

Economy
Industry
The industrial enterprises in the district include two metalworking plants, a ceramic production plant, and a bakery 

Agriculture
The main agricultural specialization in the district is cattle breeding with meat and milk production  As of 2012, eight large- and mid-scale farms were operating in the district 

Transportation
Dno is an important railway station where two railways cross  One connects Bologoye and Pskov via Staraya Russa and runs from east to west  Another one connects St  Petersburg and Vitebsk and runs from north to south 
Dno is connected by roads with Soltsy, Porkhov, and Dedovichi  There are also local roads with bus traffic 

Culture and recreation
The district contains three cultural heritage monuments of federal significance and additionally twenty-six objects classified as cultural and historical heritage of local significance  The federally protected monuments are archeological sites 
Passage 7:
Niassa Reserve
Niassa Reserve is a nature reserve in Cabo Delgado Province and Niassa Province, Mozambique  Covering over 42,000 square kilometres (10,000,000 acres), it is the largest protected area in the country  The reserve is part of the Trans-Frontier Conservation Area and links to the Tanzanian Lukwika-Lumesule Game Reserve  It will connect to the Lake Niassa Reserve when it is completed 

History
Founded in 1954 while Mozambique was still Portuguese East Africa, Niassa did not receive effective protection until the end of the Mozambican Civil War with the signing of the Rome General Peace Accords  Since then, the Mozambican government has set up management systems in order to protect the ecology of northern Mozambique  
The relative isolation and lack of development that protects the park also hurts its potential for tourism  Mozambican officials admit constraints to development of the park's appeal include "remoteness and difficult access     lack of any established tourism infrastructure and the logistical hardship associated with starting an enterprise under these conditions "Since 2005, the protected area is considered a Lion Conservation Unit 

Borders
The northern border is formed by the Rovuma River, which also forms the border with Tanzania  Niassa Reserve is twice the size of Kruger National Park and comparable to the total area of Wales, Denmark or Massachusetts 

Ecosystem
Niassa is part of the Eastern miombo woodlands, which also encompasses parts of Tanzania and Malawi  The reserve is one of the largest miombo woodland preserves in the world, with miombo forest covering half of the preserve  The remainder is mostly open savannah, with some wetlands and isolated patches of forest  95% of the preserve's biomass is vegetation, which includes 21 types of plant matter and 191 species of trees and shrubs Niassa Preserve boasts an African wild dog population of over 350, significant for an endangered mammal with a global population estimated at 8000  The park boasts a sable antelope population of over 12000, an elephant population of 16000, over 400 bird species, and large populations of Cape buffalo, impala, wildebeest, zebra and leopards  The area has three endemic species - the Niassa wildebeest, Boehm's zebra, and Johnston's Impala The reserve is home to Mecula Mountain, located at the center of the park with a height of 1,441 metres (4,728 ft) 
Passage 8:
Minsk Region
Minsk Region, also known as Minsk Oblast or Minsk Voblasts (Belarusian: Мі́нская во́бласць, romanized: Minskaja voblasć, IPA: [ˈmʲinskaja ˈvobɫasʲtsʲ]; Russian: Минская о́бласть, romanized: Minskaya oblast), is one of the regions of Belarus  Its administrative center is Minsk, although it is a separate administrative territorial entity of Belarus  As of 2011, the region's population is 1,411,500 

Geography
Minsk Region covers a total of 39,900 km2, about 19 44% of the national total area  Lake Narach, the largest lake in the country, is located in the northern part of the region  There are four other large lakes in this region: Svir (8th largest), Myadel (11th largest), Syalyava (14th largest) and Myastro (15th largest)  It is the only region of Belarus whose border is not part of the international border of Belarus 

History
Beginning the 10th century, the territory of the current Minsk Region was part of Kievan Rus', the Principality of Polotsk, and later it was included in the Grand Duchy of Lithuania  With the unification of the Grand Duchy of Lithuania and the Kingdom of Poland, the territory became part of the Polish–Lithuanian Commonwealth 
In 1793, as a result of the second partition of Polish territory, the area was annexed by Russia as the Minsk Region  During the collapse of the Russian Empire due to the Civil War, the western part was annexed to Poland in 1921, while the east became Soviet Belarus 
The Minsk region was established on 15 January 1938, based on the amendment of the Constitutional Law of the USSR  As of 20 February 1938, the area included 20 districts   Following the Soviet invasion of Poland on September 17, 1939, the former Eastern lands of the Second Polish Republic were annexed in accordance with the Molotov–Ribbentrop Pact partitioning Poland and added to the Minsk Region 
On 20 September 1944, by the decree of the Presidium of the Supreme Soviet of the USSR, the Gressky, Kopyl, Krasnoslobodski, Luban, Slutsky, Starobin, Starodorozhski districts and the city of Sluck were removed from the Minsk region and transferred to the newly formed Bobruisk Region 
On 8 January 1954, by the decree of the USSR Presidium of the Supreme Soviet, the Nesvizhski and Stolbtsovsky districts from the abolished Baranovichi Region, as well as the Glusk, Gressky, Kopyl, Krasnoslobodski, Luban, Slutsky, Starobin, Starodorozhski districts and the city of Sluck from the abolished Bobruisk Region, were added to the Minsk Region 
In 1960, following the abolition of Molodechno Region, its southern part became the northern part of the Minsk Region 

Tourism
The number of travel agencies in Minsk Region grew from twelve in 2000 to seventy in 2010  The most popular tourist destinations of the region are Zaslavskoye Lake, the Zhdanovichi area which has health resorts, Nesvizh Palace and its surroundings, as well as the alpine ski resorts of Logoysk and Silichi 

Administrative subdivisions
The Minsk Region comprises 22 districts (raions), 307 selsovets, 22 cities, 8 city municipalities, and 20 urban-type settlements 

Districts of Minsk Region
Cities and towns
Population of cities and towns in Minsk Region

Demographics
See also
Administrative divisions of Belarus
Villages in Minsk Region
Passage 9:
Krasnovishersky District
Krasnovishersky District (Russian: Краснови́шерский райо́н) is an administrative district (raion) of Perm Krai, Russia; one of the thirty-three in the krai  Municipally, it is incorporated as Krasnovishersky Municipal District  It is located in the northeast of the krai, in the valley of the Vishera River, and borders with the Komi Republic in the north, Sverdlovsk Oblast in the east, Cherdynsky District in the west, Solikamsky District in the south, and with the territory of the town of krai significance of Alexandrovsk in the southeast  The area of the district is 15,375 square kilometers (5,936 sq mi)  Its administrative center is the town of Krasnovishersk  Population:  22,554 (2010 Census); 27,871 (2002 Census); 30,827 (1989 Census)  The population of Krasnovishersk accounts for 71 4% of the district's total population 

Geography
The eastern part of the district is mostly mountainous, while the western part is mostly flat, with some hills with the height of about 190–220 meters (620–720 ft)  The highest point of Perm Krai, Mount Tulymsky Kamen, is located in the district  There are many rivers in the district, including the Vishera River with its tributaries the Yazva, the Vels, the Uls, and many others  The town of Krasnovishersk is located 320 kilometers (200 mi) from the city of Perm  Natural resources of the district include diamonds, gold, oil, natural gas, and others 
The climate is temperate continental  The average annual temperature is +0 1 °C (32 2 °F); annual precipitation is 550–700 millimeters (22–28 in)  Up to 87% of the district's territory is covered by forests  In the extreme northeast of the district the Vishera Nature Reserve is located 

History
The district was established on January 13, 1941  Until then, its territory was a part of Cherdynsky District  Krasnovishersk, the administrative center of the district, was granted town status on July 2, 1942 

Demographics
As of the 2002 Census, about 89 7% of district's population were Russians and 2 5% were the Komi people 

Economy
The industry of the district includes timber industry, pulp and paper mill, mining and food industry 

See also
Visherogorsk
Zagovorukha
Passage 10:
Kazachinsky District
Kazachinsky District (Russian: Каза́чинский райо́н) is an administrative and municipal district (raion), one of the forty-three in Krasnoyarsk Krai, Russia  It is located in the southern central part of the krai and borders with Yeniseysky and Motyginsky Districts in the north, Taseyevsky District in the east, Bolshemurtinsky District in the south, and with Pirovsky District in the west  The area of the district is 5,755 square kilometers (2,222 sq mi)  Its administrative center is the rural locality (a selo) of Kazachinskoye  Population:  11,430 (2010 Census); 12,732 (2002 Census); 16,015 (1989 Census)  The population of Kazachinskoye accounts for 33 8% of the district's total population 

Geography
The district is located in the Central part of Krasnoyarsk region, 160-230 km North of Krasnoyarsk And 110-130 km from Yeniseisk  The area is 5755 km² 
Situated on both banks of the Yenisey river, through the area the trail passes Р409 "Krasnoyarsk — Yeniseisk"  Near the village of kazachinsky (233-240 km from Krasnoyarsk) is one of the most impassable areas on the Yenisei — kazachinsky threshold (rus)   Adjacent territory:

North: Yeniseisky and Motyginsky districts of Krasnoyarsk region;
East: Taseevsky district of Krasnoyarsk territory;
South: Bolshemurtinsky district of Krasnoyarsk region;
West: Pirovsky district of Krasnoyarsk region 

History
The district was founded on April 4, 1924 

Divisions and government
Kazachinsky district Council of deputies
Date of formation: 13 09 2015  Term of office: 5 years
Chairman
Paskolniy Igor Nikolaevich
Head of kazachinsky district
Ozerskyh Yury Evgenievich  Date of election: 27 07 2015  Term of office: 5 years
Passage 11:
Swan Miara
Swan Miara (ساون میرا) is a village and union council (an administrative subdivision) of Mansehra District in Khyber-Pakhtunkhwa province of Pakistan  It is located in the south of the district where it borders Abbottabad District Formerly it was a part of the Princely State of Amb 
Passage 12:
Lago District
Lago District is a district of Niassa Province in north-western Mozambique  The principal town is Metangula  Lago District is bordered to the west by Lake Nyasa, on the south by Lichinga, on the east by Sanga District   Lago shares its northern boundary with Tanzania   

Area: 6,438 km2 
Population: 55, 892 (1997 census)
Population density: 8 7 people/km2 (1997)

Settlements
Lupilichi
Chicago

Further reading
District profile (PDF)
Passage 13:
Gallaratese
Gallaratese is a district ("quartiere") of Milan, Italy, part of the Zone 8 administrative division of the city  It is located about 7 km north-west of the city centre  It borders on the comune of Pero to the north and on the districts of Trenno to the west and Lampugnano to the south; to the east, its ideal border is the eponymous street, which in turn is named after Gallarate, the town it leads to 

Overview
The district is clearly subdivided into two parts; the first one, in the area of Via Cechov, has developed after the other one, enclosed between Via Cilea and Via Apennini; this latter, older part of the district is sometimes referred to as quartiere San Leonardo  These two parts are connected by a major shopping mall called Bonola  
Gallaratese is one of the largest districts in Italy to have been built "from scratch" in the 20th century (between the 1960s and 1980s) in a previously rural area  The Olona river, which traverses the district, has been laid underground  The first buildings to be created in Gallaratese were large apartment blocks; smaller palaces were added later  Today, the district has a population of about 60,000  The district is well connected by public transportation; it has four stops of the Milan Metro subway and five bus lines traversing it  It is also close to major thoroughfares such as the Tangenziale and the Strada del Sempione  
A major landmark of the Gallaratese district is Monte Amiata, a complex of apartment blocks that were designed by Carlo Aymonino, and that are characterized by a futuristic architecture  The most typical buildings are the so-called "tower houses" (case torri in Italian, tower-shaped apartment blocks 

History
The project for the Gallaraterse district was first laid down by architect Piero Bottoni in the mid 20th century  The objective was to create a low-income housing district with green areas, effective traffic connection to the city, and functional public services  Construction began in 1957, from a first core of the district named "Gallaratese G 1"  The original plan by Bottoni was then refined and developed by over 60 architects, led by Gianluigi Reggio   A second and third part of the district, named "Gallaratese G 2" and "San Leonardo" respectively, were developed between 1964 and 1974   In those years, the "tower houses" that now characterize the Gallaratese' skyline were built   The final outcome was quite different from the original plans; the district was in fact developed with less green areas and less services than it had been planned, resulting in a definitely "satellite" district  
In the last decades of the 20th century the district has grown larger, gradually extending north up to the borders of Pero; the Bonola shopping mall was also created 

Footnotes
External links
Portal of the Gallaratese district (in Italian)
Passage 14:
Nyuksensky District
Nyuksensky District (Russian: Ню́ксенский райо́н) is an administrative and municipal district (raion), one of the twenty-six in Vologda Oblast, Russia  It is located in the northeast of the oblast and borders with Ustyansky District of Arkhangelsk Oblast in the north, Velikoustyugsky District in the east, Kichmengsko-Gorodetsky District in the southeast, Babushkinsky District in the south, Totemsky District in the southwest, and with Tarnogsky District in the west  The area of the district is 5,167 42 square kilometers (1,995 15 sq mi)  Its administrative center is the rural locality (a selo) of Nyuksenitsa  District's population: 9,777 (2010 Census); 11,714 (2002 Census); 13,287 (1989 Census)  The population of Nyuksenitsa accounts for 43 7% of the district's total population 

Geography
The district is located on both banks of the Sukhona River  It is elongated from north to south and divided by the Sukhona roughly into two equal parts  The major part of the district belongs to the basin of the Sukhona and two of its tributaries: the Uftyuga (left) and the Gorodishna (right)  The rivers in the north of the district drain into the Ustya River basin and thus into the basin of the Vaga, a major tributary of the Northern Dvina  Some rivers in the southeast of the district drain into the Kichmenga and the Sharzhenga, left tributaries of the Yug River  The whole district belongs to the basin of the Northern Dvina 
The district is almost completely covered by coniferous forests (taiga)  The exception are the meadows in the floodplains 

History
The area was populated by Finnic peoples and then colonized by the Novgorod Republic (Totma) and Vladimir-Suzdal Principality (Veliky Ustyug)  The Novgorod merchants used the Sukhona River as one of the main waterways leading to the White Sea and the Pechora  After the fall of Novgorod, the area became a part of the Grand Duchy of Moscow  The village of Bobrovy Yam (currently Bobrovskoye) was mentioned in the chronicles in 1425  Nyuksenitsa was first mentioned in 1619 In the course of the administrative reform carried out in 1708 by Peter the Great, the area was included into Archangelgorod Governorate  In 1780, the governorate was abolished and transformed into Vologda Viceroyalty  The latter was abolished in 1796, and the part of it which included Nyuksenitsa became Vologda Governorate  It was included into Velikoustyugsky Uyezd  In 1918, the area was transferred to the newly established Northern Dvina Governorate, and in 1924 the uyezds were abolished in favor of the new divisions, the districts (raions) 
Nyuksensky District was established on June 10, 1924 and included areas of former Solvychegodsky and Velikoustyugsky Uyezds  On February 27, 1928, it was renamed Sukhonsky District  In 1929, Northern Dvina Governorate was merged into Northern Krai, and Kokshengsky District was established  On July 30, 1931, Sukhonsky and Kokshengsky Districts were merged, and Nyuksensky District was re-established, with the administrative center located in Nyuksenitsa  In 1935, Tarnogsky District was split off from Nyuksensky District  In 1936, Northern Krai was transformed into Northern Oblast, and in 1937, Northern Oblast itself was split into Arkhangelsk Oblast and Vologda Oblast  Nyuksensky District remained in Vologda Oblast ever since 

Administrative and municipal divisions
Administratively, the district is divided into eleven selsoviets  Municipally, the district is incorporated as Nyuksensky Municipal District and is divided into four rural settlements  The municipal district includes all of the inhabited localities of the administrative district, with the exception of the settlement of Ilezka, which is municipally a part of Babushkinsky District 

Economy
Industry
The economy of the district is based on timber production  There is some food industry present, including a milk factory in Nyuksenitsa 

Agriculture
There is cattle farming in the district, which is still in crisis after the fall in the 1990s 

Transportation
Nyuksenitsa stands on the road connecting Vologda and Veliky Ustyug, and in Nyuksenitsa the road moves over the bridge from the left bank to the right bank of the Sukhona  Another paved road branches off in Nyuksenitsa northwest to Tarnogsky Gorodok and further to Oktyabrsky in Arkhangelsk Oblast  There is regular passenger bus service on both roads 
The Sukhona is navigable within the district; however, there is no passenger navigation 
Nyuksenitsa has an oil-pumping station in the Baltic Pipeline System 

Culture and recreation
The district contains 130 objects classified as cultural and historical heritage of local importance  Most of these are wooden farm buildings and churches built prior to 1917 
The only state museum in the district is the Nyuksenitsa Regional Museum, located in Nyuksenitsa 
Passage 15:
Cherdynsky District
Cherdynsky District (Russian: Че́рдынский райо́н) is an administrative district (raion) of Perm Krai, Russia; one of the thirty-three in the krai  Municipally, it is incorporated as Cherdynsky Municipal District  It is located in the north and northeast of the krai and borders with the Komi Republic in the north, Krasnovishersky District in the east, Solikamsky District in the south, Kosinsky District in the southwest, and with Gaynsky District in the west  The area of the district is 20,872 square kilometers (8,059 sq mi)  Its administrative center is the town of Cherdyn  Population:  24,568 (2010 Census); 35,152 (2002 Census); 40,688 (1989 Census)  The population of Cherdyn accounts for 20 0% of the district's total population 

Geography
About 94% of the district's territory is covered by forests, which are mostly coniferous  Large portions of the territory are also covered by swamps and lakes  Major rivers flowing through the district include the Kama and the Kolva, with tributaries 

History
The district was established in 1924 

Demographics
Russians, at 90 5%, are the predominant ethnicity in the district  Other ethnicities of note include Tatars and Ukrainians, at 1 5% each 

Economy
The economy of the district is based on forestry and timber industry  There is also food industry 

See also
Vilisova
Passage 16:
Novolaksky District
Novolaksky District (Russian: Новола́кский райо́н; Lak: Цӏуссалакрал кIану) is an administrative and municipal district (raion), one of the forty-one in the Republic of Dagestan, Russia  It is located in the west of the republic and borders with Khasavyurtovsky District in the northeast, Kazbekovsky District in the southeast, and with the Chechen Republic in the west  The area of the district is 218 2 square kilometers (84 2 sq mi)  Its administrative center is the rural locality (a selo) of Novolakskoye  As of the 2010 Census, the total population of the district was 28,556, with the population of Novolakskoye accounting for 20 8% of that number 

History
The area of the modern district was historically a part of Aukh, the homeland of the Aukhs Chechens (one of the nine Chechen tukkhums)  During the Soviet times, it was incorporated as Aukh District of the Chechen-Ingush ASSR and included the territories of modern Novolaksky District along with parts of Kazbekovsky and Khasavyurtovsky Districts  In 1944, when the Chechens were deported to Siberia and Kazakhstan, Aukh District was split, and Avars, Laks, Russians, and Kumyks were moved in to replace the deported Chechen population  Novolaksky District was resettled mainly by Laks (hence the name "Novolaksky"; literally "New Lak District"), but some Russians and Avars were settled there too  The mainly Chechen toponyms were replaced with Russian, Avar, and Lak ones 
When the Chechens began returning in 1957, conflicts erupted, as they found others literally living in their houses  Fortunately, the two sides came to an understanding  Neither Laks nor Chechens had much hatred for the other side, and both blamed Moscow for the conflict rather  Chechens understood that Laks had been forced against their will to move there, and did not want to be homeless; Laks understood that Aukh was the Chechens' historical home and they had nowhere else to go  The conflict is still being solved currently by the government of Dagestan with the help of local governments  Laks are being resettled, village by village, to the marsh north of Makhachkala, and Chechen names and the Chechen ownership have been restored to many villages  The process, however, is not complete, and there is still room for pitfalls in the negotiation process  Furthermore, there is still the problem of the Avar-settled former Chechen villages 

Administrative and municipal status
Within the framework of administrative divisions, Novolaksky District is one of the forty-one in the Republic of Dagestan  The district is divided into three selsoviets which comprise fifteen rural localities  As a municipal division, the district is incorporated as Novolaksky Municipal District  Its three selsoviets are incorporated as twelve rural settlements within the municipal district  The selo of Novolakskoye serves as the administrative center of both the administrative and municipal district 

See also
History of the Lak people
History of Chechnya
Passage 17:
States of Nigeria
Nigeria is a federation of 36 states and 1 federal capital territory  Each of the 36 states is a semi-autonomous political unit that shares powers with the federal government as enumerated under the Constitution of the Federal Republic of Nigeria  The Federal Capital Territory (FCT), is the capital territory of Nigeria, and it is in this territory that the capital city of Abuja is located  The FCT is not a state but is administered by elected officials who are supervised by the federal government  Each state is subdivided into local government areas (LGAs)  There are 774 local governments in Nigeria  Under the constitution, the 36 states are co-equal but not supreme because sovereignty resides with the federal government  The constitution can be amended by the National Assembly, but each amendment must be ratified by two-thirds of the 36 states of the federation 

Current states and the Federal Capital Territory
Evolution of Nigerian states
Government
States of Nigeria have the right to organize and structure their individual governments in any way within the parameters set by the Constitution of Nigeria 

Legislature
At the state level, the legislature is unicameral, with the number of its members equal to three times the number of legislators it has in the Federal House of Representatives  It has the power to legislate on matters on the concurrent list 

Executive
At the state level, the head of the executive is the governor, who has the power to appoint people to the state executive council, subject to the advice and consent of the state house of assembly (legislature)  The head of a ministry at the state level is the commissioner, who is assisted by a permanent secretary, who is also a senior civil servant of the state 

Judiciary
The Judiciary is one of the co-equal arms of the state government concerned with the interpretation of the laws of the state government  The judiciary is headed by the chief justice of the state appointed by the governor subject to the approval of the state house of assembly 

Chronology
See also
List of Nigerian states by population
ISO 3166-2:NG
List of state governors of Nigeria

Notes
Sources
Gboyega Ajayi (2007)  The military and the Nigerian state, 1966–1993: a study of the strategies of political power control  Trenton, New Jersey: Africa World Press  ISBN 978-1-59221-568-3 
Solomon Akhere Benjamin (1999)  The 1996 state and local government reorganizations in Nigeria  Ibadan: Nigerian Institute of Social and Economic Research  ISBN 978-181-238-9 
Rotimi T  Suberu (1994)  1991 state and local government reorganizations in Nigeria  Ibadan: Institute of African Studies, University of Ibadan  ISBN 978-2015-28-8 

External links
"New States of Nigeria"  Statoids 
Headline News in Nigeria Archived 2018-08-20 at the Wayback Machine StatesStates And Capital In Nigeria, Their Slogans & Current Governors A comprehensive list of all states in Nigeria and their current governors 
Passage 18:
Akshinsky District
Akshinsky District (Russian: Акшинский район) is an administrative and municipal district (raion), one of the thirty-one in Zabaykalsky Krai, Russia  It is located in the south of the krai and borders with Ononsky, Ulyotovsky, and Kyrinsky Districts of Zabaykalsky Krai, as well as with Mongolia  The area of the district is 7,400 square kilometers (2,900 sq mi)    Administrative center is the rural locality (a selo) of Aksha  Population: 10,682 (2010 Census); 12,080 (2002 Census); 14,695 (1989 Census)  The population of Aksha accounts for 36 9% of the district's total population 

Geography
The Onon River flows through the district 

History
The district was established on March 4, 1926 

Economy
The district's landscape is suitable for agriculture  The mineral resources of the district include gold, uranium, precious stones, and timber 
Passage 19:
Michurinsky District
Michurinsky District  (Russian: Мичу́ринский райо́н) is an administrative and municipal district (raion), one of the twenty-three in Tambov Oblast, Russia  It is located in the northwest of the oblast  The district borders with Pervomaysky District in the north, Nikiforovsky District in the east, Petrovsky District in the south, and with Dobrovsky District of Lipetsk Oblast in the west  The area of the district is 1,655 25 square kilometers (639 10 sq mi)  Its administrative center is the town of Michurinsk (which is not administratively a part of the district)  Population: 34,245 (2010 Census);   35,196 (2002 Census); 39,224 (1989 Census) 

Administrative and municipal status
Within the framework of administrative divisions, Michurinsky District is one of the twenty-three in the oblast  The town of Michurinsk serves as its administrative center, despite being incorporated separately as a town of oblast significance—an administrative unit with the status equal to that of the districts As a municipal division, the district is incorporated as Michurinsky Municipal District  The town of oblast significance of Michurinsk is incorporated separately from the district as Michurinsk Urban Okrug 

Notable residents
Afanasy Grigoriev (1782–1868), Neoclassical architect, born in Vasilievskaya
Afanasiy Remnyov (1890–1919), Soviet soldier during the Russian Civil War

See also
Glazok
Passage 20:
Lago Verde (Queyras)
Lago Verde (Italian for "green lake") is a lake which is located  in Italy, close to the French border and the Queyras valley 
Context 3: Passage 1:
Polar Satellite Launch Vehicle
The Polar Satellite Launch Vehicle (PSLV) is an expendable medium-lift launch vehicle designed and operated by the Indian Space Research Organisation (ISRO)  It was developed to allow India to launch its Indian Remote Sensing (IRS) satellites into sun-synchronous orbits, a service that was, until the advent of the PSLV in 1993, only commercially available from Russia  PSLV can also launch small size satellites into Geostationary Transfer Orbit (GTO) Some notable payloads launched by PSLV include India's first lunar probe Chandrayaan-1, India's first interplanetary mission, Mars Orbiter Mission (Mangalyaan) and India's first space observatory, Astrosat PSLV has gained credibility as a leading provider of rideshare services for small satellites, owing to its numerous multi-satellite deployment campaigns with auxiliary payloads, usually ride-sharing along with an Indian primary payload  As of June 2022, PSLV has launched 345 foreign satellites from 36 countries  Most notable among these was the launch of PSLV-C37 on 15 February 2017, successfully deploying 104 satellites in sun-synchronous orbit, tripling the previous record held by Russia for the highest number of satellites sent to space on a single launch, until 24 January 2021, when SpaceX launched the Transporter-1 mission on a Falcon 9 rocket carrying 143 satellites into orbit Payloads can be integrated in tandem configuration employing a Dual Launch Adapter  Smaller payloads are also placed on equipment deck and customized payload adapters 

Development
Studies by the PSLV Planning group under S Srinivasan to develop a vehicle capable of delivering a 600 kg payload to a 550 km sun-synchronous orbit from SHAR began in 1978  Among 35 proposed configurations, four were picked; by November 1980, a vehicle configuration with two strap-ons on a core booster (S80) with 80 tonne solid propellant loading each, a liquid stage with 30 tonne propellant load (L30), and an upper stage called the Perigee-Apogee System (PAS) was being considered By 1981, confidence grew in remote sensing spacecraft development with the launch of Bhaskara-1, and the PSLV project objectives were upgraded to have the vehicle deliver a 1000 kg payload into a 900 km SSO  As technology transfer of Viking rocket engine firmed up, a new lighter configuration with the inclusion of a liquid powered stage was selected  Funding was approved in July 1982 for the finalized design, employing a single large S125 solid core as first stage with six 9 tonne strap-ons (S9) derived from the SLV-3 first stage, liquid fueled second stage (L33), and two solid upper stages (S7 and S2 ) This configuration needed further improvement to meet the orbital injection accuracy requirements of IRS satellites, and hence, the solid terminal stage (S2) was replaced with a pressure fed liquid fueled stage (L1 8 or LUS) powered by twin engines derived from roll control engines of the first stage  Apart from increasing precision, liquid upper stage also absorbed any deviation in performance of solid third stage  The final configuration of PSLV-D1 to fly in 1993 was (6 × S9 + S125) + L37 5 + S7 + L2 The inertial navigation systems are developed by ISRO Inertial Systems Unit (IISU) at Thiruvananthapuram  The liquid propulsion for the second and fourth stages of the PSLV as well as the Reaction control systems (RCS) are developed by the Liquid Propulsion Systems Centre (LPSC) at Valiamala near Thiruvananthapuram, kerala  The solid propellant motors are processed at Satish Dhawan Space Centre (SHAR) at Sriharikota, Andhra Pradesh, which also carries out launch operations 
The PSLV was first launched on 20 September 1993  The first and second stages performed as expected, but an attitude control problem led to the collision of the second and third stages at separation, and the payload failed to reach orbit  After this initial setback, the PSLV successfully completed its second mission in 1994  The fourth launch of PSLV suffered a partial failure in 1997, leaving its payload in a lower than planned orbit  In November 2014, the PSLV had launched 34 times with no further failures  (Although launch 41: August 2017 PSLV-C39 was unsuccessful )
PSLV continues to support Indian and foreign satellite launches especially for low Earth orbit (LEO) satellites  It has undergone several improvements with each subsequent version, especially those involving thrust, efficiency as well as weight  In November 2013, it was used to launch the Mars Orbiter Mission, India's first interplanetary probe In June 2018, the Union Cabinet approved ₹6,131 crore (equivalent to ₹72 billion or US$900 million in 2023) for 30 operational flights of the PSLV scheduled to take place between 2019 and 2024 ISRO is working towards handing over the production and operation of PSLV to private industry through a joint venture  On 16 August 2019, NewSpace India Limited issued an invitation to tender for manufacturing PSLV entirely by private industries  On 5 September 2022, NewSpace India Limited signed a contract with Hindustan Aeronautics Limited and Larsen & Toubro led conglomerate for the production of five PSLV-XL launch vehicles after they won competitive bidding  Under this contract, they have to deliver their first PSLV-XL within 24 months and the remaining four vehicles every six months 

Vehicle description
The PSLV has four stages, using solid and liquid propulsion systems alternately 

First stage (PS1)
The first stage, one of the largest solid rocket boosters in the world, carries 138 t (136 long tons; 152 short tons) of hydroxyl-terminated polybutadiene-bound (HTPB) propellant and develops a maximum thrust of about 4,800 kN (1,100,000 lbf)  The 2 8 m (9 ft 2 in) diameter motor case is made of maraging steel and has an empty mass of 30,200 kg (66,600 lb) Pitch and yaw control during first stage flight is provided by the Secondary Injection Thrust Vector Control (SITVC) System, which injects an aqueous solution of strontium perchlorate into the S139 exhaust divergent from a ring of 24 injection ports to produce asymmetric thrust  The solution is stored in two cylindrical aluminium tanks strapped to the core solid rocket motor and pressurised with nitrogen  Underneath these two SITVC tanks, Roll Control Thruster (RCT) modules with small bi-propellant (MMH/MON) liquid engine are also attached On the PSLV-G and PSLV-XL, first stage thrust is augmented by six strap-on solid boosters  Four boosters are ground-lit and the remaining two ignite 25 seconds after launch  The solid boosters carry 9 t (8 9 long tons; 9 9 short tons) or 12 t (12 long tons; 13 short tons) (for PSLV-XL configuration) propellant and produce 510 kN (110,000 lbf) and 719 kN (162,000 lbf) thrust respectively  Two strap-on boosters are equipped with SITVC for additional attitude control  The PSLV-CA uses no strap-on boosters 
First stage separation is aided by four pairs of retro-rockets installed on inter-stage (1/2L)  During staging, these eight rockets help push away the spent stage away from second stage 

Second stage (PS2)
The second stage is powered by a single Vikas engine and carries 41 5 t (40 8 long tons; 45 7 short tons) of Earth store-able liquid propellant – unsymmetrical dimethylhydrazine (UDMH) as fuel and nitrogen tetroxide (N2O4) as oxidiser in two tanks separated by a common bulkhead  It generates a maximum thrust of 800 kN (180,000 lbf)  The engine is gimbaled (±4°) in two planes to provide pitch and yaw control by two actuators, while roll control is provided by a Hot gas Reaction Control Motor (HRCM) that ejects hot gases diverted from gas generator of Vikas engine On inter-stage (1/2U) of PS2  there are two pairs of ullage rockets to maintain positive acceleration during PS1/PS2 staging and also two pairs of retro-rockets to help push away spent stage during PS2/PS3 staging Second stage also carries some quantity of water in a toroidal tank at its bottom  Water spray is used to cool hot gases from Vikas' gas generator to about 600 °C before entering turbopump  Propellant and water tanks of second stage are pressurized by Helium 

Third stage (PS3)
The third stage uses 7 6 t (7 5 long tons; 8 4 short tons) of HTPB solid propellant and produces a maximum thrust of 250 kN (56,000 lbf)  Its burn duration is 113 5 seconds  It has a Kevlar-polyamide fibre case and a submerged nozzle equipped with a flex-bearing-seal gimbaled nozzle with ±2° thrust vector for pitch and yaw control  Roll control is provided by the fourth stage reaction control system (RCS) during thrust phase as well as during combined-coasting phase under which burnt-out PS3 remains attached to PS4 

Fourth stage (PS4)
The fourth stage is powered by regeneratively cooled twin engines, burning monomethylhydrazine (MMH) and mixed oxides of nitrogen (MON)  Each pressure fed engine generates 7 4 kN (1,700 lbf) thrust and is gimbaled (±3°) to provide pitch, yaw and roll control during powered flight  Coast phase attitude control is provided by six 50N RCS thrusters  The stage is pressurized by Helium and carries up to 2,500 kg (5,500 lb) of propellant in the PSLV and PSLV-XL and 2,100 kg (4,600 lb) in the PSLV-CA On PSLV-C29/TeLEOS-1 mission, the fourth stage demonstrated re-ignition capability for the first time which was used in many subsequent flights to deploy payloads in multiple orbits on a single campaign As a space debris mitigation measure, PSLV fourth stage gets passivated by venting pressurant and propellant vapour after achieving main mission objectives  Such passivation prevents any unintentional fragmentation or explosion due to stored internal energy 

PS4 stage as orbital platform
PS4 has carried hosted payloads like AAM on PSLV-C8, Rubin 9 1/Rubin 9 2 on PSLV-C14 and mRESINS on PSLV-C21  But now, PS4 is being augmented to serve as a long duration orbital platform after completion of primary mission  PS4 Orbital Platform (PS4-OP) will have its own power supply, telemetry package, data storage and attitude control for hosted payloads On PSLV-C37 and PSLV-C38 campaigns, as a demonstration PS4 was kept operational and monitored for over ten orbits after delivering spacecraft PSLV-C44 was the first campaign where PS4 functioned as independent orbital platform for short duration as there was no on-board power generation capacity  It carried KalamSAT-V2 as a fixed payload, a 1U cubesat by Space Kidz India based on Interorbital Systems kit On PSLV-C45 campaign, the fourth stage had its own power generation capability as it was augmented with an array of fixed solar cells around PS4 propellant tank  Three payloads hosted on PS4-OP were, Advanced Retarding Potential Analyzer for Ionospheric Studies (ARIS 101F) by IIST, experimental AIS payload by ISRO and AISAT by Satellize  To function as orbital platform, fourth stage was put in spin-stabilized mode using its RCS thrusters On PSLV-C53 campaign the PS4-OP was referred as PSLV Orbital Experimental Module (POEM) and it hosted six payloads  POEM was first PSLV fourth stage based orbital platform to be actively stabilised using Helium based cold gas thrusters after the primary mission and stage passivization 

Payload fairing
Payload fairing of PSLV, also referred as its "Heatshield" consists of a conical upper section with spherical nose-cap, a cylindrical middle section and a lower boat-tail section  Weighing 1,182 kilograms (2,606 lb), it has 3 2 meter diameter and 8 3 meter height  It has Isogrid construction and is made out of 7075 aluminum alloy with a 3 mm thick steel nose-cap  The two halves of fairing are separated using a pyrotechnic device based jettisoning system consisting horizontal and lateral separation mechanisms  To protect spacecraft from damage due to excessive acoustic loads during launch, the heatshield interior is lined with acoustic blankets 

Variants
ISRO has envisaged a number of variants of PSLV to cater to different mission requirements  There are currently two operational versions of the PSLV — the core-alone (PSLV-CA) without strap-on motors, and the (PSLV-XL) version, with six extended length (XL) strap-on motors carrying 12 tonnes of HTPB based propellant each  These configurations provide wide variations in payload capabilities up to 3,800 kg (8,400 lb) in LEO and 1,800 kg (4,000 lb) in sun-synchronous orbit 

PSLV-G
The standard or "Generic" version of the PSLV, PSLV-G had four stages using solid and liquid propulsion systems alternately and six strap-on motors (PSOM or S9) with 9 tonne propellant loading  It had capability to launch 1,678 kg (3,699 lb) to 622 km (386 mi) into sun-synchronous orbit  PSLV-C35 was the last operational launch of PSLV-G before its discontinuation 

PSLV-CA
The PSLV-CA, CA meaning "Core Alone", model premiered on 23 April 2007  The CA model does not include the six strap-on boosters used by the PSLV standard variant but two SITVC tanks with Roll Control Thruster modules are still attached to the side of the first stage with addition of two cylindrical aerodynamic stabilizers  The fourth stage of the CA variant has 400 kg (880 lb) less propellant when compared to its standard version  It currently has capability to launch 1,100 kg (2,400 lb) to 622 km (386 mi) Sun-synchronous orbit 

PSLV-XL
PSLV-XL is the upgraded version of Polar Satellite Launch Vehicle in its standard configuration boosted by more powerful, stretched strap-on boosters with 12 tonne propellant load  Weighing 320 t (310 long tons; 350 short tons) at lift-off, the vehicle uses larger strap-on motors (PSOM-XL or S12) to achieve higher payload capability  On 29 December 2005, ISRO successfully tested the improved version of strap-on booster for the PSLV  The first use of PSLV-XL was the launch of Chandrayaan-1 by PSLV-C11  The payload capability for this variant is 1,800 kg (4,000 lb) to Sun-synchronous orbit 

PSLV-DL
PSLV-DL variant has only two strap-on boosters with 12 tonne propellant load on them  PSLV-C44 on 24 January 2019 was the first flight to use PSLV-DL variant of Polar Satellite Launch Vehicle  It is capable of launching 1,257 kg (2,771 lb) to 600 km (370 mi) Sun-synchronous orbit 

PSLV-QL
PSLV-QL variant has four ground-lit strap-on boosters, each with 12 tonnes of propellant  PSLV-C45 on 1 April 2019 was the first flight of PSLV-QL  It has the capacity to launch 1,523 kg (3,358 lb) to 600 km (370 mi) Sun-synchronous orbit 

PSLV-3S (concept)
PSLV-3S was conceived as a three-staged version of PSLV with its six strap-on boosters and second liquid stage removed  The total lift-off mass of PSLV-3S was expected to be 175 tonnes with capacity to place 500 kg in 550 km low Earth orbit 

Launch Profile
PSLV - XL:

The PS1 ignites at T+0 providing 4846  kN of thrust 
Within T+1, 4 out of the 6 boosters ignite on ground, each producing 703 kN of thrust  7658 kN of total thrust is produced by the combined propulsion of the PSOMs and the PS1 
At around T+23/26, the remaining 2 unlit boosters are air-lit bringing the rocket at its maximum thrust capacity 
At T+1:10, the first 4 ground-lit PSOMs have depleted its propellant and now separates and falls down to the  ocean  The remaining 2 PSOMs and the PS1 continue to burn 
At T+1:35, the remaining 2 PSOMs complete its 70 seconds burn and separate, leaving the rocket in a Core- Alone configuration 
At T+1:50, the PS1 has completed its 110-second burn and it separates and the Vikas Engine inside the PS2 ignites 
The second stage burns for around 130 seconds and around T+4 minutes, the second stages shuts off and separates 
The third stage, which is a solid rocket booster, and burns 80 seconds and then coasts for the remainder of time and around T+8/10 minutes, it separates and the 4th stage ignites to give the rocket a final push into the orbit 
This 4th stage burn is highly variable and depends on the mass and number of payloads and usually is around 500 seconds long  The 4th stage may shut off around T+16/18 minutes followed by the Payload Deployment 

Launch statistics
As of May 22, 2023 the PSLV has made 57 launches, with 54 successfully reaching their planned orbits, two outright failures and one partial failure, yielding a success rate of 94% (or 95% including the partial failure)  All launches have occurred from the Satish Dhawan Space Centre, known before 2002 as the Sriharikota Range (SHAR) 

Launch system status

Decade-wise summary of PSLV launches:

See also
GSLV Mark II
LVM 3
Comparison of orbital launchers families
Medium-lift launch vehicle, 2,000 to 20,000 kg to LEO
Comparison of orbital rocket engines
Comparison of orbital launch systems
Passage 2:
USA-214
USA-214, also known as Advanced Extremely High Frequency-1 or AEHF-1, is a military communications satellite operated by the United States Air Force  It is the first of six satellites to be launched as part of the Advanced Extremely High Frequency program, which will replace the earlier Milstar system 

Satellite description
The USA-214 satellite was constructed by Lockheed Martin Space, and is based on the A2100 satellite bus  The satellite has a mass of 6,168 kg (13,598 lb) and a design life of 14 years  It will be used to provide super high frequency (SHF) and extremely high frequency (EHF) communications for the United States Armed Forces, as well as those of the United Kingdom, the Netherlands, and Canada 

Launch
Though initially scheduled for launch on 30 July 2010, delays with the launch vehicle pushed flight back to 10 August 2010, and finally to 14 August 2010 USA-214 was launched by United Launch Alliance, aboard an Atlas V 531 flying from Space Launch Complex-41 (SLC-41) at the Cape Canaveral Air Force Station (CCAFS)  The launch occurred at 11:07:00 UTC on 14 August 2010, and resulted in the satellite being deployed successfully into a geostationary transfer orbit (GTO) with a perigee of 221 km (137 mi), an apogee of 50,179 km (31,180 mi), and 22 2° Orbital inclination 

Anomaly
The satellite was intended to maneuver from the transfer orbit into which it was launched to its operational geosynchronous orbit by means of a liquid apogee engine (LAE) and several 
Hall-effect thrusters, a process which normally takes 105 days  However, the satellite's Liquid Apogee Engine malfunctioned shortly after ignition on both its first burn on 15 August 2010 and a second attempt on 17 August 2010, and it was declared inoperable To solve the problem, the perigee altitude was raised to 4,700 km (2,900 mi) using twelve firings of the smaller Reaction Engine Assembly thrusters, originally intended for attitude control during LAE maneuvers  From this altitude, the solar arrays were deployed and the orbit was raised toward the operational orbit over the course of nine months using the 0 27 Newton Hall effect thruster, a form of electric propulsion which is highly efficient, but produces very low thrust and is therefore very slow 
The problem with the liquid apogee engine was later blamed on a piece of cloth accidentally left in a fuel line leading up to the engine while the line was taken apart for repair during the manufacture of the satellite  The cloth was likely placed in the line to prevent impurities from entering the fuel line and did not get removed when the line was put back together 

See also
2010 in spaceflight
Passage 3:
Communications satellite
A communications satellite is an artificial satellite that relays and amplifies radio telecommunication signals via a transponder; it creates a communication channel between a source transmitter and a receiver at different locations on Earth  Communications satellites are used for television, telephone, radio, internet, and military applications   Many communications satellites are in geostationary orbit 22,300 miles (35,900 km) above the equator, so that the satellite appears stationary at the same point in the sky; therefore the satellite dish antennas of ground stations can be aimed permanently at that spot and do not have to move to track the satellite  Others form satellite constellations in low Earth orbit, where antennas on the ground have to follow the position of the satellites and switch between satellites frequently 
The high frequency radio waves used for telecommunications links travel by line of sight and so are obstructed by the curve of the Earth   The purpose of communications satellites is to relay the signal around the curve of the Earth allowing communication between widely separated geographical points   Communications satellites use a wide range of radio and microwave frequencies  To avoid signal interference, international organizations have regulations for which frequency ranges or "bands" certain organizations are allowed to use  This allocation of bands minimizes the risk of signal interference 

History
Origins
In October 1945, Arthur C  Clarke published an article titled "Extraterrestrial Relays" in the British magazine Wireless World  The article described the fundamentals behind the deployment of artificial satellites in geostationary orbits to relay radio signals  Because of this, Arthur C  Clarke is often quoted as being the inventor of the concept of the communications satellite, and the term 'Clarke Belt' is employed as a description of the orbit 

The first artificial Earth satellite was Sputnik 1 which was put into orbit by the Soviet Union on 4 October 1957  It was developed by Mikhail Tikhonravov and Sergey Korolev, building on work by Konstantin Tsiolkovsky  Sputnik 1 was equipped with an on-board radio transmitter that worked on two frequencies of 20 005 and 40 002 MHz, or 7 and 15 meters wavelength  The satellite was not placed in orbit to send data from one point on Earth to another; the radio transmitter was meant to study the properties of radio wave distribution throughout the ionosphere   The launch of Sputnik 1 was a major step in the exploration of space and rocket development, and marks the beginning of the Space Age 

Early active and passive satellite experiments
There are two major classes of communications satellites, passive and active  Passive satellites only reflect the signal coming from the source, toward the direction of the receiver  With passive satellites, the reflected signal is not amplified at the satellite, and only a very small amount of the transmitted energy actually reaches the receiver   Since the satellite is so far above Earth, the radio signal is attenuated due to free-space path loss, so the signal received on Earth is very, very weak  Active satellites, on the other hand, amplify the received signal before retransmitting it to the receiver on the ground  Passive satellites were the first communications satellites, but are little used now 
Work that was begun in the field of electrical intelligence gathering at the United States Naval Research Laboratory in 1951 led to a project named Communication Moon Relay  Military planners had long shown considerable interest in secure and reliable communications lines as a tactical necessity, and the ultimate goal of this project was the creation of the longest communications circuit in human history, with the moon, Earth's natural satellite, acting as a passive relay  After achieving the first transoceanic communication between Washington, D C , and Hawaii on 23 January 1956, this system was publicly inaugurated and put into formal production in January 1960 

The first satellite purpose-built to actively relay communications was Project SCORE,  led by Advanced Research Projects Agency (ARPA) and launched on 18 December 1958, which used a tape recorder to carry a stored voice message, as well as to receive, store, and retransmit messages  It was used to send a Christmas greeting to the world from U S  President Dwight D  Eisenhower  The satellite also executed several realtime transmissions before the non-rechargeable batteries failed on 30 December 1958 after eight hours of actual operation The direct successor to SCORE was another ARPA-led project called Courier  Courier 1B was launched on 4 October 1960 to explore whether it would be possible to establish a global military communications network by using "delayed repeater" satellites, which receive and store information until commanded to rebroadcast them  After 17 days, a command system failure ended communications from the satellite NASA's satellite applications program launched the first artificial satellite used for passive relay communications in Echo 1 on 12 August 1960  Echo 1 was an aluminized balloon satellite acting as a passive reflector of microwave signals  Communication signals were bounced off the satellite from one point on Earth to another  This experiment sought to establish the feasibility of worldwide broadcasts of telephone, radio, and television signals 

More firsts and further experiments
Telstar was the first active, direct relay communications commercial satellite and marked the first transatlantic transmission of television signals  Belonging to AT&T as part of a multi-national agreement between AT&T, Bell Telephone Laboratories, NASA, the British General Post Office, and the French National PTT (Post Office) to develop satellite communications, it was launched by NASA from Cape Canaveral on 10 July 1962, in the first privately sponsored space launch Another passive relay experiment primarily intended for military communications purposes was Project West Ford, which was led by Massachusetts Institute of Technology's Lincoln Laboratory  After an initial failure in 1961, a launch on 9 May 1963 dispersed 350 million copper needle dipoles to create a passive reflecting belt  Even though only about half of the dipoles properly separated from each other, the project was able to successfully experiment and communicate using frequencies in the SHF X band spectrum An immediate antecedent of the geostationary satellites was the Hughes Aircraft Company's Syncom 2, launched on 26 July 1963  Syncom 2 was the first communications satellite in a geosynchronous orbit  It revolved around the earth once per day at constant speed, but because it still had north–south motion, special equipment was needed to track it  Its successor, Syncom 3, launched on 19 July 1964, was the first geostationary communications satellite  Syncom 3 obtained a geosynchronous orbit, without a north–south motion, making it appear from the ground as a stationary object in the sky A direct extension of the passive experiments of Project West Ford was the Lincoln Experimental Satellite program, also conducted by the Lincoln Laboratory on behalf of the United States Department of Defense  The LES-1 active communications satellite was launched on 11 February 1965 to explore the feasibility of active solid-state X band long-range military communications  A total of nine satellites were launched between 1965 and 1976 as part of this series 

International commercial satellite projects
In the United States, 1962 saw the creation of the Communications Satellite Corporation (COMSAT) private corporation, which was subject to instruction by the US Government on matters of national policy  Over the next two years, international negotiations led to the Intelsat Agreements, which in turn led to the launch of Intelsat 1, also known as Early Bird, on 6 April 1965, and which was the first commercial communications satellite to be placed in geosynchronous orbit  Subsequent Intelsat launches in the 1960s provided multi-destination service and video, audio, and data service to ships at sea (Intelsat 2 in 1966–67), and the completion of a fully global network with Intelsat 3 in 1969–70  By the 1980s, with significant expansions in commercial satellite capacity, Intelsat was on its way to become part of the competitive private telecommunications industry, and had started to get competition from the likes of PanAmSat in the United States, which, ironically, was then bought by its archrival in 2005 When Intelsat was launched, the United States was the only launch source outside of the Soviet Union, who did not participate in the Intelsat agreements  The Soviet Union launched its first communications satellite on 23 April 1965 as part of the Molniya program  This program was also unique at the time for its use of what then became known as the Molniya orbit, which describes a highly elliptical orbit, with two high apogees daily over the northern hemisphere  This orbit provides a long dwell time over Russian territory as well as over Canada at higher latitudes than geostationary orbits over the equator 

Satellite orbits
Communications satellites usually have one of three primary types of orbit, while other orbital classifications are used to further specify orbital details  MEO and LEO are non-geostationary orbit (NGSO) 

Geostationary satellites have a geostationary orbit (GEO), which is 22,236 miles (35,785 km) from Earth's surface  This orbit has the special characteristic that the apparent position of the satellite in the sky when viewed by a ground observer does not change, the satellite appears to "stand still" in the sky   This is because the satellite's orbital period is the same as the rotation rate of the Earth   The advantage of this orbit is that ground antennas do not have to track the satellite across the sky, they can be fixed to point at the location in the sky the satellite appears 
Medium Earth orbit (MEO) satellites are closer to Earth  Orbital altitudes range from 2,000 to 36,000 kilometres (1,200 to 22,400 mi) above Earth 
The region below medium orbits is referred to as low Earth orbit (LEO), and is about 160 to 2,000 kilometres (99 to 1,243 mi) above Earth As satellites in MEO and LEO orbit the Earth faster, they do not remain visible in the sky to a fixed point on Earth continually like a geostationary satellite, but appear to a ground observer to cross the sky and "set" when they go behind the Earth beyond the visible horizon  Therefore, to provide continuous communications capability with these lower orbits requires a larger number of satellites, so that one of these satellites will always be visible in the sky for transmission of communication signals   However, due to their closer distance to the Earth, LEO or MEO satellites can communicate to ground with reduced latency and at lower power than would be required from a geosynchronous orbit 

Low Earth orbit (LEO)
A low Earth orbit (LEO) typically is a circular orbit about 160 to 2,000 kilometres (99 to 1,243 mi) above the earth's surface and, correspondingly, a period (time to revolve around the earth) of about 90 minutes Because of their low altitude, these satellites are only visible from within a radius of roughly 1,000 kilometres (620 mi) from the sub-satellite point  In addition, satellites in low earth orbit change their position relative to the ground position quickly  So even for local applications, many satellites are needed if the mission requires uninterrupted connectivity 
Low-Earth-orbiting satellites are less expensive to launch into orbit than geostationary satellites and, due to proximity to the ground, do not require as high signal strength (signal strength falls off as the square of the distance from the source, so the effect is considerable)  Thus there is a trade off between the number of satellites and their cost 
In addition, there are important differences in the onboard and ground equipment needed to support the two types of missions 

Satellite constellation
A group of satellites working in concert is known as a satellite constellation  Two such constellations, intended to provide satellite phone and low-speed data services, primarily to remote areas, are the Iridium and Globalstar systems  The Iridium system has 66 satellites, which orbital inclination of 86 4° and inter-satellite links provide service availability over the entire surface of Earth  Starlink is a satellite internet constellation operated by SpaceX, that aims for global satellite Internet access coverage 
It is also possible to offer discontinuous coverage using a low-Earth-orbit satellite capable of storing data received while passing over one part of Earth and transmitting it later while passing over another part   This will be the case with the CASCADE system of Canada's CASSIOPE communications satellite  Another system using this store and forward method is Orbcomm 

Medium Earth orbit (MEO)
A medium Earth orbit is a satellite in orbit somewhere between 2,000 and 35,786 kilometres (1,243 and 22,236 mi) above the earth's surface   MEO satellites are similar to LEO satellites in functionality  MEO satellites are visible for much longer periods of time than LEO satellites, usually between 2 and 8 hours  MEO satellites have a larger coverage area than LEO satellites  A MEO satellite's longer duration of visibility and wider footprint means fewer satellites are needed in a MEO network than a LEO network  One disadvantage is that a MEO satellite's distance gives it a longer time delay and weaker signal than a LEO satellite, although these limitations are not as severe as those of a GEO satellite 
Like LEOs, these satellites do not maintain a stationary distance from the earth   This is in contrast to the geostationary orbit, where satellites are always 35,786 kilometres (22,236 mi) from the earth 
Typically the orbit of a medium earth orbit satellite is about 16,000 kilometres (10,000 mi) above earth  In various patterns, these satellites make the trip around earth in anywhere from 2 to 8 hours 

Examples of MEO
In 1962, the communications satellite, Telstar, was launched  It was a medium earth orbit satellite designed to help facilitate high-speed telephone signals  Although it was the first practical way to transmit signals over the horizon, its major drawback was soon realised  Because its orbital period of about 2 5 hours did not match the Earth's rotational period of 24 hours, continuous coverage was impossible  It was apparent that multiple MEOs needed to be used in order to provide continuous coverage 
In 2013, the first four of a constellation of 20 MEO satellites was launched  The O3b satellites provide broadband internet services, in particular to remote locations and maritime and in-flight use, and orbit at an altitude of 8,063 kilometres (5,010 mi)) 

Geostationary orbit (GEO)
To an observer on Earth, a satellite in a geostationary orbit appears motionless, in a fixed position in the sky   This is because it revolves around the Earth at Earth's own angular velocity (one revolution per sidereal day, in an equatorial orbit) 
A geostationary orbit is useful for communications because ground antennas can be aimed at the satellite without their having to track the satellite's motion  This is relatively inexpensive 
In applications that require many ground antennas, such as DirecTV distribution, the savings in ground equipment can more than outweigh the cost and complexity of placing a satellite into orbit 

Examples of GEO
The first geostationary satellite was Syncom 3, launched on 19 August 1964, and used for communication across the Pacific starting with television coverage of the 1964 Summer Olympics  Shortly after Syncom 3, Intelsat I, aka Early Bird, was launched on 6 April 1965 and placed in orbit at 28° west longitude  It was the first geostationary satellite for telecommunications over the Atlantic Ocean 
On 9 November 1972, Canada's first geostationary satellite serving the continent, Anik A1, was launched by Telesat Canada, with the United States following suit with the launch of Westar 1 by Western Union on 13 April 1974 
On 30 May 1974, the first geostationary communications satellite in the world to be three-axis stabilized was launched: the experimental satellite ATS-6 built for NASA 
After the launches of the Telstar through Westar 1 satellites, RCA Americom (later GE Americom, now SES) launched Satcom 1 in 1975   It was Satcom 1 that was instrumental in helping early cable TV channels such as WTBS (now TBS), HBO, CBN (now Freeform) and The Weather Channel become successful, because these channels distributed their programming to all of the local cable TV headends using the satellite   Additionally, it was the first satellite used by broadcast television networks in the United States, like ABC, NBC, and CBS, to distribute programming to their local affiliate stations   Satcom 1 was widely used because it had twice the communications capacity of the competing Westar 1 in America (24 transponders as opposed to the 12 of Westar 1), resulting in lower transponder-usage costs  Satellites in later decades tended to have even higher transponder numbers By 2000, Hughes Space and Communications (now Boeing Satellite Development Center) had built nearly 40 percent of the more than one hundred satellites in service worldwide  Other major satellite manufacturers include Space Systems/Loral, Orbital Sciences Corporation with the Star Bus series, Indian Space Research Organisation, Lockheed Martin (owns the former RCA Astro Electronics/GE Astro Space business), Northrop Grumman, Alcatel Space, now Thales Alenia Space, with the Spacebus series, and Astrium 

Molniya orbit
Geostationary satellites must operate above the equator and therefore appear lower on the horizon as the receiver gets farther from the equator  This will cause problems for extreme northerly latitudes, affecting connectivity and causing multipath interference (caused by signals reflecting off the ground and into the ground antenna) 
Thus, for areas close to the North (and South) Pole, a geostationary satellite may appear below the horizon  Therefore, Molniya orbit satellites have been launched, mainly in Russia, to alleviate this problem



ground_truth: Sebastian Cabot

prompt_front: Answer the question based on the given passages. Only give me the answer and do not output any other words.

Question: What province shares a border with the province where Lago District is located?

The following are given passages.
Context 4: Passage 1:
Randall Munroe
Randall Patrick Munroe (born October 17, 1984) is an American cartoonist, author, and engineer best known as the creator of the webcomic xkcd  Munroe has worked full-time on the comic since late 2006  In addition to publishing a book of the webcomic's strips, he has written four books: What If?, Thing Explainer, How To: Absurd Scientific Advice for Common Real-World Problems, and What If? 2 

Early life
Munroe was born in Easton, Pennsylvania, and his father has worked as an engineer and marketer  He has two younger siblings, including a brother named Doug, and was raised as a Quaker  He was a fan of comic strips in newspapers from an early age, starting off with Calvin and Hobbes  After graduating from the Chesterfield County Mathematics and Science High School at Clover Hill in Midlothian, Virginia, he graduated from Christopher Newport University in 2006 with a degree in physics 

Career
NASA
Munroe worked as a contract programmer and roboticist for NASA at the Langley Research Center, before and after his graduation with a physics degree  In late 2006, he left NASA and moved to Boston to focus on webcomics full time 

Webcomic
Munroe's webcomic, entitled xkcd, is primarily a stick figure comic  Its tagline describes it as "A webcomic of romance, sarcasm, math, and language" Munroe had originally used xkcd as an instant messaging screenname because he wanted a name without a meaning so he would not eventually grow tired of it  He registered the domain name, but left it idle until he started posting his drawings, perhaps in September 2005  The webcomic quickly became very popular, garnering up to 70 million hits a month by October 2007  Munroe has said, "I think the comic that's gotten me the most feedback is actually the one about the stoplights" Munroe now supports himself by the sale of xkcd-related merchandise, primarily thousands of t-shirts a month  He licenses his xkcd creations under the Creative Commons attribution-noncommercial 2 5, stating that it is not just about the free culture movement, but that it also makes good business sense In 2010, he published a collection of the comics  He has also toured the lecture circuit, giving speeches at places such as Google's Googleplex in Mountain View, California The popularity of the strip among science fiction fans resulted in Munroe being nominated for a Hugo Award for Best Fan Artist in 2011 and again in 2012  In 2014, he won the Hugo Award for Best Graphic Story for the xkcd strip "Time" 

Other projects
Munroe is the creator of the now defunct websites "The Funniest", "The Cutest", and "The Fairest", each of which presents users with two options and asks them to choose one over the other In January 2008, Munroe developed an open-source chat moderation script named "Robot9000"  Originally developed to moderate one of Munroe's xkcd-related Internet Relay Chat (IRC) channels, the software's algorithm attempts to prevent repetition in IRC channels by temporarily muting users who send messages that are identical to a message that has been sent to the channel before  If users continue to send unoriginal messages, Robot9000 mutes the user for a longer period, quadrupling for each unoriginal message the user sends to the channel  Shortly after Munroe's blog post about the script went live, 4chan administrator Christopher Poole adapted the script to moderate the site's experimental /r9k/ board  Twitch trialed R9K mode but it did not pass beta In October 2008, The New Yorker magazine online published an interview and "Cartoon Off" between Munroe and Farley Katz, in which each cartoonist drew a series of four humorous cartoons In early 2010, Munroe ran the xkcd Color Name Survey, in which participants were shown a series of RGB colors and asked to enter a suitable name for each specific color  Munroe wanted to identify colors which were given identical or highly similar names by a large number of survey participants, which would then serve as an approximate list of the most common colors rendered similarly across a range of computer monitors  Over 200,000 people eventually completed the survey, and Munroe published the resulting list of 954 named RGB web colors on the xkcd website  They have since been adopted as conventional color identifiers in various programming and markup languages, including Python and LaTeX 

What If?
Munroe has a blog entitled What If?, where he has answered questions sent in by fans of his comics  These questions are usually absurd and related to math or physics, and he explains them using both his knowledge and various academic sources  In 2014, he published a collection of some of the responses, as well as a few new ones and some rejected questions, in a book entitled What If?: Serious Scientific Answers to Absurd Hypothetical Questions  Starting in November 2019, Munroe began writing a monthly column in the New York Times titled Good Question, answering user-submitted questions in the same style as What If 
A sequel, What If? 2: Additional Serious Scientific Answers to Absurd Hypothetical Questions, was published in September 2022 

Radioactivity visualization
In response to concerns about the radioactivity released by the Fukushima Daiichi nuclear disaster in 2011, and to remedy what he described as "confusing" reporting on radiation levels in the media, Munroe created a radiation chart of comparative radiation exposure levels  The chart was rapidly adopted by print and online journalists in several countries, including being linked to by online writers for The Guardian, and The New York Times  As a result of requests for permission to reprint the chart and to translate it into Japanese, Munroe placed it in the public domain, but requested that his non-expert status be clearly stated in any reprinting Munroe published an xkcd-style comic on scientific publishing and open access in Science in October 2013 

Thing Explainer
Munroe's book Thing Explainer, announced in May 2015 and published later that year, explains concepts using only the 1,000 most common English words  The book's publisher, Houghton Mifflin Harcourt, saw these illustrations as potentially useful for textbooks, and announced in March 2016 that the next editions of their high-school-level chemistry, biology, and physics textbooks will include selected drawings and accompanying text from Thing Explainer 

How To
In February 2019, Munroe announced his next book, How To, which was released in September of that year  The book deals with everyday problems by using physics to find absurd, and generally extreme, solutions to them 

Influence
In September 2013, Munroe announced that a group of xkcd readers had submitted his name as a candidate for the renaming of asteroid (4942) 1987 DU6 to 4942 Munroe  The name was accepted by the International Astronomical Union 

Personal life
As of May 2008, Munroe lives in Somerville, Massachusetts In October 2010, Munroe's fiancée was diagnosed with stage three breast cancer; there had been no prior family history  The emotional effect of her illness was referenced in the comic panel "Emotion", published 18 months later in April 2012  In September 2011, he announced that they had married  In November 2012, he published a comic entitled "Two Years', and in December 2017, Munroe followed this with a comic entitled "Seven Years"  He revisited the subject in November 2020 in a comic entitled "Ten Years" His hobbies and interests include kite photography, in which cameras are attached to kites and photographs are then taken of the ground or buildings 

Publications
Publications by Munroe
xkcd: volume 0  Breadpig  2009  ISBN 9780615314464 
What If?: Serious Scientific Answers to Absurd Hypothetical Questions  London: John Murray  2014  ISBN 9781848549579 
Thing Explainer  Boston: Houghton Mifflin Harcourt  2015  ISBN 9780544668256 
How To: Absurd Scientific Advice for Common Real-World Problems  John Murray  2019  ISBN 9780525537090 
What If? 2: Additional Serious Scientific Answers to Absurd Hypothetical Questions  Riverhead Books  2022  ISBN 9780525537113 

Publications with contributions by Munroe
North, Ryan; Matthew, Bennardo; Malki, David (2010)  Machine of Death (PDF)  ISBN 9780982167120  Archived from the original on August 15, 2014 
Passage 2:
Aaron Spelling
Aaron Spelling (April 22, 1923 –  June 23, 2006) was an American film and television producer and occasional actor  His productions included the TV series Family (1976–1980), Charlie's Angels (1976–1981), The Love Boat (1977–1986), Hart to Hart (1979–1984), Dynasty (1981–1989), Beverly Hills, 90210 (1990–2000), Melrose Place (1992–1999), 7th Heaven (1996–2007), and Charmed (1998–2006)  He also served as producer of The Mod Squad (1968–1973), The Rookies (1972–1976), and Sunset Beach (1997–1999) 
Through his production company Spelling Television, Spelling holds the record as the most prolific television producer in US television history, with 218 producer and executive producer credits  Forbes ranked him the 11th top-earning deceased celebrity in 2009 

Early life
Spelling was born in Dallas, Texas  He was the son of Pearl (née Wald) and David Spelling, Russian Jewish immigrants  His father worked as a tailor and changed his surname from Spurling to Spelling after emigrating to the United States  Spelling was the youngest of five children  He had three older brothers: Maxwell “Max” Seltzer (circa 1909–?), Sam Spelling (1916–2001) and Daniel Spelling (1921–2009) and an older half-sister, Becky Seltzer Giller (1910–1978) At the age of eight, Spelling psychosomatically lost the use of his legs due to trauma caused by constant anti-semitic bullying from his schoolmates, and was confined to bed for a year  He made a full recovery After attending Forest Avenue High School in Dallas, he served in the United States Army Air Corps as a pilot during World War II 
Spelling later graduated from Southern Methodist University in 1949, where he was a cheerleader 

Career
Spelling made his first appearance as an actor in a film as Harry Williams in Vicki, directed by Harry Horner, in 1953  That same year, he appeared in the TV series I Led Three Lives and Dragnet (six episodes, 1953–55)  Spelling appeared in episode 112 of I Love Lucy ("Tennessee Bound," season 4, 1955) and Alfred Hitchcock Presents ("Breakdown", 1955) , as Weed Pindle in Gunsmoke's season one, episode 35, "The Guitar" (1956); He continued to appear in films and TV (often uncredited) over 25 times by 1957, appearing briefly as an actor in 1963, 1995, and 1998 (all uncredited )Spelling sold his first script to Jane Wyman Presents in 1954  He guest-starred that same year as a dogcatcher in the premiere episode of the CBS situation comedy, Willy, starring June Havoc as a young lawyer in New Hampshire, who later relocates to New York City to represent a vaudeville troupe Two years later, Spelling gained experience as a producer and additional credits as a script writer working for Four Star Television on the series Zane Grey Theater, which aired between 1956 and 1961  Of the 149 episodes in that series, he wrote 20 of the teleplays and produced many others  Spelling produced Burke's Law while at Four Star   The show was the first success for Spelling and pioneered the multiple guest star format, later seen on The Love Boat and Fantasy Island  Thomas-Spelling Productions was a television production company formed by comedian Danny Thomas and producer Aaron Spelling on April 15, 1966, as a partnership with 24 properties  Thomas continued his existing partnership, T&L Productions, with Sheldon Leonard  The company adapted its name by July 18, 1966, when it announced the financial involvement of ABC with its first show, Range (later Rango), a half-hour comedy western starring Tim Conway and its rented space on Desilu Productions' Gower lot  ABC also picked up another show for a pilot, just in an outline treatment, in The Guns of Will Sonnett   Thomas-Spelling Productions' active operations ended with the last season of The Mod Squad in 1972   Spelling formed a new partnership with Leonard Goldberg, Spelling-Goldberg Productions 
Beginning in 1965, Spelling began producing successful television shows including The Mod Squad, The Rookies, Family, Charlie's Angels, Fantasy Island, The Love Boat, Dynasty, Beverly Hills, 90210 (which starred his daughter Tori), Melrose Place, 7th Heaven, Charmed, Jane's House and Sunset Beach  Spelling founded Spelling Entertainment in 1965, alongside partnerships with comedian/actor Danny Thomas (Thomas-Spelling Productions, 1966–1972), and television/film producer Leonard Goldberg (Spelling-Goldberg Productions, 1972–1986) He produced the unsuccessful situation comedy The San Pedro Beach Bums in 1977 
In 2004, Spelling was portrayed in two television movies: Dan Castellaneta portrayed Spelling in Behind the Camera: The Unauthorized Story of Charlie's Angels, and Nicholas Hammond portrayed Spelling in television movie Dynasty: The Making of a Guilty Pleasure 

Personal life
Spelling married actress Carolyn Jones in 1953, in California when he was 30 and she was 23  They divorced in 1964  He briefly dated actress Jill Haworth when he was 42 and she was 19  Spelling married Candy Gene (née Marer) in 1968 when he was 45 and she was 23  The couple had daughter Tori in 1973 and son Randy in 1978 In 1988, Spelling bought the 6-acre (2 4 ha) property of Bing Crosby's former Los Angeles house  He demolished the property and built a 123-room home on the lot in 1991  Known as "The Manor", it has 56,500 square feet (5,250 m2) of floor space and as of 2006 was the largest single-family home in Los Angeles  Spelling's widow Candy listed the home for sale in 2008 for $150 million  Heiress Petra Ecclestone ultimately purchased the property for $85 million in 2011 through a brokered agreement that was developed by Brandon Davis, the brother of Jason Davis and grandson of wealthy industrialist, Marvin Davis In 1992, Candy, Spelling's second wife, commissioned pinball manufacturer Data East to produce a personalized table as a gift to Spelling  The game, a modified version of Data East's Lethal Weapon 3 table, has since appeared publicly at collector's expos 

Legacy and death
On September 15, 1978, Spelling was honored with a star on the Hollywood Walk of Fame located at 6667 Hollywood Blvd  In 1996, he was inducted into the Television Hall of Fame 
In 1983, he was accorded the NAACP Humanitarian Award for his monetary donation that permitted a 21-year-old's heart transplant operation In 2001, Spelling was diagnosed with oral cancer On June 23, 2006, Spelling died at The Manor, his estate in Holmby Hills, Los Angeles, from complications of a stroke he suffered five days prior  He also suffered from Alzheimer's disease  A private funeral was held several days later, and Spelling was entombed in a mausoleum in Culver City's Hillside Memorial Park Cemetery 
On August 27, 2006, Spelling was posthumously honored at the 58th Annual Primetime Emmy Awards by former employees Joan Collins, Stephen Collins, Heather Locklear, Farrah Fawcett, Kate Jackson and Jaclyn Smith 
7th Heaven's May 13, 2007, episode, the last before the series finale, was dedicated to Spelling  When 7th Heaven ended its run, it was touted by the network as being Spelling's longest-running series and the longest-running "family drama" in American television history 

Filmography
Spelling was a producer in all films unless otherwise noted 

Film
As writerAs an actor

Television
As writerAs an actorMiscellaneous crewSoundtrackAs directorThanks

Awards and nominations
See also
Norman Lear
David L  Wolper
Alan Landsburg
Passage 3:
Arman Arian
Arman Arian (Persian: آرمان آرین; born 1 September 1981) is an Iranian author, novelist and researcher, best known for his first trilogy, Persians and I (Persian:  پارسیان و من: کاخ اژدها)  He is the youngest winner of the annual “The Book of The Year of Iran”  In addition to many national awards, he received the honorary diploma in the 31st IBBY World Congress in Copenhagen, Denmark (2008) by the International Board on Books for Young People the highest recognition available to creators of children's books 
Although Arian is known as a children and young adults fantasy writer, he doesn't limit his genre to fantasy and also, his books are well received by wide range of readers from all age groups  Persians and I became the best-selling novel in the 19th Tehran International Book Fair, 2006 In his writings, Arman Arian has combined an affluent academic background in Cinema studies with an extensive knowledge of myths, religions and history “We need to look back to our cultural heritage to survive in the intricate modern life”, says this Iranian young author in an interview with Borna News in order to explain his intention to dig into Iranian ancient literature, history, mythical and epical stories 

Awards
Winner of the annual prize by The Children's Book Council of Iran for the trilogy of "Ash vaz dang heh" as the best fiction book of the year, 2016 
Winner of the annual book prize of "Payvar" for the trilogy of "Ashvazdangheh", 2016,
Winner of the diploma of the first book prize of Mehdi Azar Yazdi for the trilogy of "Ash vaz dang heh", 2016
The board of appreciation in “the Millennium Festival of Ferdowsi” For young researchers in Ferdowsi's Shaahname by the Youth Institute of Tehran's Municipality  2010 
Winner of the honorary diploma in the 31st IBBY World Congress in Copenhagen, Denmark by the International Board on Books for Young people 2008, for the book the Persians and I
The annual prize of “The Book of The Year of the Islamic Republic of Iran” was featured as the youngest recipient of this prestigious prize since its establishment in 1955, 2005 
The annual prize of -“Mehrgan e Adab” for writers and publishers, 2005

List of books
Patash Khoargar 2,(Persian:پَتَش خوآرگر 2: مردی از تبار اژدها), Ofogh publishing house, 2016
Writing about Writing, (نوشتن درباره نوشتن), Moaj publishing house, 2016
Shahnamag:Myths Six volumes,(Persian:شاهنامَگ: اسطوره ها), Chekke publishing house, 2015
Patash Khoargar 1,(Persian:پَتَش خوآرگر۱: حماسه سرآغاز), Ofogh publishing house, 2015
Ash vaz dang heh 2: Invincible Demons,(Persian: اشوزدنگهه 2), Moaj publishing house, 2014
Ash vaz dang heh 3: Emancipatory Epic,(Persian: اشوزدنگهه 3), Moaj publishing house, 2013
Shadowy light (Persian: تاریک روشنا), Ghatreh Publication House, 2014
Ancient Future3: The First Night Story (Persian: آینده کهن), Safran Publication House, 2013
Ancient Future2: The First Night Story (Persian: آینده کهن), Safran Publication House, 2013
Ancient Future1: The Last Night Story (Persian: آینده کهن), Safran Publication House, 2013
The book of spell(Persian: افسون نامه), Iranban publishing house, 2011
The nightmare of the dark garden(Persian: کابوس باغ سیاه), Iranban publishing house, 2011
The encyclopedia of the Avesta’s dramatic elements(Persian:دانشنامه تصویری و نمایشی اوستا), Moaj publishing house, 2011
The Book of Wisdom (Persian: صد پند هزار بار شنیده), Iranban publishing house, 2012
The quiet hubbub, a collection of thoughts and articles (Persian: غوغای خموش ), Moaj publishing house, 2011
The dream of the white garden(Persian: رویای باغ سپید), Iranban publishing house, 2010
The guide to storytelling for computer games(Persian:راهنمای بازی نامه نویسی ), Co-authored, The National Computer game organization, 2010 
Sepit maan: the story of Zoroaster's life (Persian: سپیتمان), Iranban publishing house, 2009
Ash vaz dang heh 4:God, The World, and Thoughts: Ash vaz dang heh's Six-Thousand-Year-Old Manuscripts  (Persian: اشوزدنگهه 4), Moaj publishing house, 2009
Ash vaz dang heh 1: the myth now,(Persian: اشوزدنگهه 1), Moaj publishing house, 2008
Bitter Earrings: a collection of short stories(Persian: گوشواره تلخ), Moaj publishing house, 2007  Bitter Earring is published in Turkish (Turkish: Acı Küpe)by Demavand Publication House, 2015
The Trilogy of the Persians and I(Persian: سه گانه پارسیان و من), Moaj publishing house, 2006 
Persians and I: the resurrection begins(Persian: پارسیان و من، رستاخیز فرا می رسد), Moaj publishing house, 2005
Persians and I: the secret of the bird mountain (Persian: پارسیان و من، راز کوه پرنده)),  Moaj publishing house, 2004
Persians and I: Azh dahak Fortress(Persian: کاخ اژدها), Moaj publishing house, 2003

Computer games and script
Ario: The little hero: An animated serial, produced by Saba & paarsima corporations, 2007  It participated in the 27th International Children Film Festival under the name of Legend of the Jewels Land, 2013 

Other activities
Conducting the "Creative Writing Workshop" in Eastern Mediterranean University, North Cyprus, 2014
He teaches the first professional workshop of scenario writing held by Iran National Foundation of Computer Game, 2010 
Conducting and teaching in a "Myths and Legends" workshop, 2009
He was a juror of the 1st International Tehran Game Expo and Festival, 2011
He was the judge in the First NoGhalam (Persian:نوقلم) amateur Story-writing Competition, 2009 
Passage 4:
Living Out Loud
Living Out Loud is a 1998 American comedy-drama film written and directed by Richard LaGravenese and set in New York City, starring Holly Hunter, Danny DeVito, Queen Latifah, Martin Donovan, and Elias Koteas 

Plot
Judith Moore had what she thought was a perfect marriage, with both her and her husband studying to be doctors  But after she puts her studies on hold to find a job and support them, many years pass until suddenly he leaves Judith to be with another doctor  Depressed, she holes up in her apartment, where the middle-aged Pat Francato serves as a building superintendent and elevator operator  He is as lonely as she is, beset with gambling problems, and Judith and Pat make a connection  Yet what he wishes to pursue as a romantic relationship, Judith sees only as a friendship  Her friend Liz Bailey, who sings at a nightclub, makes attempts to improve Judith's love life as well as her own 

Cast
Holly Hunter as Judith Moore
Danny DeVito as Pat Francato
Queen Latifah as Liz Bailey
Martin Donovan as Robert Nelson
Elias Koteas as The Kisser
Richard Schiff as Philly Francato
Mariangela Pino as Donna
Suzanne Shepherd as Mary
Eddie Cibrian as The Masseur
Tamlyn Tomita as Mrs  Nelson
Carmit Bachar as Dancer

Reception
Living Out Loud received mixed reviews from critics  On Rotten Tomatoes the film has an approval rating of 59% rating based on 34 reviews  The site's consensus states: "Unoriginal, with one-dimensional characters " On Metacritic the film has a weighted average score of 64% based on reviews from 24 critics  Audiences surveyed by CinemaScore gave the film a grade "B−" on scale of A to F Roger Ebert of the Chicago Sun-Times gave the film three and a half stars and wrote that he enjoyed that the movie provided "the comfort of these lives flowing briefly in the same stream  The sense that the unexpected was free to enter the story, and would not be shouldered aside by the demands of conventional plotting "  Ebert gave particular praise to writer and director Richard LaGravenese, who he wrote is "more interested in characters and dialogue than in shaping everything into a conventional story   He aims for the kind of bittersweet open ends that life itself so often supplies; he doesn't hammer his square pegs into round holes " Mark Caro of the Chicago Tribune also gave the film a positive review, but noted that the "story also has a tendency to wander, which enhances the slice-of-life feel but at the expense of the movie feeling fully formed "  The New York Times critic Janet Maslin was less favorable, writing that LaGravenese "has borrowed from Chekhov the soul-baring introspection that can be so ineffable on the page or stage yet becomes so damply sensitive and dramatically vague on the screen" and, in describing some of the "wild flights of fancy springing from Judith's imagination," observed that "free-spirited as the film hopes to be, it can't easily reconcile such flamboyant departures with an otherwise static pace " Maslin credited Latifah as the film's "one big saving grace," and also offered praise for DeVito for "turning Pat into a three-dimensional figure and singing They Can't Take That Away from Me with brio on the nightclub's amateur night "
Passage 5:
A Kid for Two Farthings
A Kid for Two Farthings may refer to:

A Kid for Two Farthings (novel)
A Kid for Two Farthings (film)
Passage 6:
Dan Mirvish
Dan Mirvish is an American filmmaker and author, best known as the co-founder of the Slamdance Film Festival and co-creator of the Martin Eisenstadt hoax during the 2008 Presidential election 

Early life and education
Mirvish was born to a Jewish family in Omaha, the son of Linda  and Sidney Mirvish  His father was a prominent cancer researcher at the University of Nebraska Medical Center  In 1985, Mirvish graduated from Omaha Central High School  He graduated Phi Beta Kappa from Washington University in St  Louis  After school, he worked as a freelance journalist and as a speechwriter for Tom Harkin, U S  Senator from Iowa before taking a sabbatical to travel around the world  He then returned to California to complete his education in film at the University of Southern California film school 

Career
In 1994, while still in school, he released his first feature film entitled Omaha as his master’s thesis for and then founded the Slamdance Film Festival in Park City, Utah after the film was not accepted at the Sundance Film Festival In 2004, Mirvish spearheaded the effort to get the Academy of Motion Picture Arts & Sciences to reactivate their Best Original Musical Oscar category  In a controversial move, the Academy canceled the category after Mirvish and others submitted the requisite number of films, including two by Mirvish In 2009, he co-authored the satirical novel I Am Martin Eisenstadt: One Man's (Wildly Inappropriate) Adventures with the Last Republicans published by Farrar, Straus and Giroux ISBN 978-0-86547-914-2 Mirvish directed the film Between Us, based on the play of the same name by Joe Hortua  The four-person drama stars Taye Diggs, Melissa George, David Harbour and Julia Stiles   The original play premiered at Manhattan Theatre Club, and Hortua and Mirvish co-wrote the screenplay adaptation   The film version won the grand jury prize at the 2012 Bahamas International Film Festival, and was the Closing Night Film at the 50th Annual Gijón International Film Festival in Spain  The film had its world premiere at the Oldenburg International Film Festival, and also screened at such festivals as Athens International Film Festival, the Hamptons, Woodstock Film Festival, Slamdance Film Festival, Napa Valley Film Festival, and Whistler Film Festival In 2016, Mirvish wrote the nonfiction book The Cheerful Subversive's Guide to Independent Filmmaking  The phrase "cheerful subversive" comes from a New York Times article describing the original Slamdance filmmakers In 2016, Mirvish directed the feature film Bernard and Huey written by Oscar/Pulitzer/Obie-winner Jules Feiffer Mirvish directed the feature film 18½ which had its world premiere at the 2021 Woodstock Film Festival  The film had its international premiere at the São Paulo International Film Festival The film had its European premiere at the Gijón International Film Festival  The film won the Stubbornly Independent Award at the Tallgrass Film Festival in 2021 Mirvish is widely credited as the discoverer of the Hathaway effect, which indicates that when actress Anne Hathaway is in the news, the share price for Warren Buffett's Berkshire Hathaway increases He was also a speechwriter for Senator Tom Harkin of Iowa 

Filmography
18½ (2021)
Bernard and Huey (2017)
Between Us (2012)
The Last Republican (2008)
Sheldon (2007)
The Few & the Proud (2007)
Half Empty (2006)
A Message from the President of Iran (2006)
Open House (2004)
Omaha (1994)
Passage 7:
Growing Up American
Growing Up American: How Vietnamese Children Adapt to Life in the United States, by Min Zhou and Carl L  Bankston III is one of the most influential books on the Vietnamese American experience  Published in 1998 by the Russell Sage Foundation, it is widely used in college classes on international migration, contemporary American history, and Asian Studies  The book emphasizes the role of Vietnamese communities in promoting the adaptation of Vietnamese American young people  
One of the unique characteristics of the book is its combination of a general history of the growth and nature of Vietnamese American communities around the United States with an in-depth study of one specific Vietnamese community, on the eastern edge of New Orleans, Louisiana 

Organization of the book
Chapter 1 traces the history of Vietnamese settlement in the United States, giving special attention to how the process of refugee resettlement and popular opinions of the American public have influenced Vietnamese American children  Chapter 2 gives a description of the demographic and socioeconomic characteristics of the U S  Vietnamese population and describes the social and economic challenges facing the Vietnamese  Chapter 3 offers examples of how families and surrounding ethnic communities can serve as sources of social capital for young people  Chapter 4 discusses the patterns of social and kinship relations in Vietnamese ethnic communities  Here, Zhou and Bankston develop their theory that ethnic social relations can serve as a form of social capital for young people growing up in immigrant communities  Chapter 5 examines how Vietnamese language abilities promote the adaptation of young Vietnamese to American society by connecting them to the supports of their families and communities  Chapter 6 considers Vietnamese American adaptation to American schools and argues that generally high levels of school performance are products of tightly integrated ethnic communities  Chapter 7 examines bicultural conflict and gender role issues faced by Vietnamese growing up in the United States  Chapter 8 discusses peer group associations and problems of juvenile delinquency  It provides evidence that young people who follow delinquent patterns tend to be those who assimilate to the youth culture of Vietnamese and other subgroups, rather than remain bound within their ethnic communities  Chapter 9 gives a general summary and offers conclusions of relevance to the study of immigrant and minority groups in the United States 

Critical reception
Growing Up American has received widespread critical praise  Writing in the journal Social Forces, reviewer Jiannbin Shiao described the analysis of delinquency in the Vietnamese community as “contestable but refreshingly bold” and described it as “a fine contribution to the sociology of education, social stratification, social demography, Asian American Studies, and, one hopes, also U S  urban policy ” In the International Migration Review, Kimberly Goyette praised the book for “…elaborat[ing] a detailed and elegant framework for conceptualizing the relationship between children and their various environments and also the relationship between these environments ” Kelly Chong, reviewing the book for the American Journal of Sociology, observed “this comprehensive investigation of the adaptation process of second generation Vietnamese in the United States fills an important gap in the study of contemporary “new” immigrants and the second generation assimilation experience ”
In addition to the praise, though, reviewers have also had some reservations  In particular, critics have questioned the generalizability of the books findings to other ethnic groups and they have suggested the book may be too optimistic in its account of the future of young Vietnamese Americans  Critics of more radical orientations have often objected the authors’ acceptance of American society and the focus on adapting to that society  For example, Karin Aguilar-San Juan, in the book Little Saigons: Staying Vietnamese in America, accuses Zhou and Bankston of ignoring the processes of racialization and systemic racism in encouraging Asian immigrant achievement while frustrating black American achievement 

Awards
1999 Thomas and Znaniecki Award, Outstanding Book in International Migration, American Sociological Association
2000 Distinguished Book Award, Mid-South Sociological Association

See also
Asian American
Diaspora studies
List of U S  cities with large Vietnamese American populations
List of Vietnamese Americans
Little Saigon
Overseas Vietnamese
Refugees
Vietnamese people

External links
Article title
Article title
http://tulane edu/liberal-arts/sociology/carlbankston cfm
http://www eric ed gov/PDFS/ED439180 pdf
http://blogs bauer uh edu/vietDiaspora/contributors-5/
Passage 8:
The Loud House
The Loud House is an American animated television series created by Chris Savino that premiered on Nickelodeon on May 2, 2016  The series revolves around the chaotic everyday life of a boy named Lincoln Loud, who is the middle child and only son in a large family of 11 children  It is set in a fictional town in southeastern Michigan called Royal Woods, based on Savino's hometown of Royal Oak  The series was pitched to the network in 2013 as a two-minute short film entered in the annual Animated Shorts Program  It entered production the following year  The series is based on Savino's own childhood growing up in a large family, and its animation is largely influenced by newspaper comic strips 
Since its debut, the series has gained high ratings, becoming the top-rated children's animated series on American television within its first month on the air  The series has received considerable media attention and nominations at both the 28th and the 29th GLAAD Media Awards for its inclusion of Howard and Harold McBride, two supporting characters who are an interracial gay married couple  Their introduction into the series was reported in the news as being historic and caused a ratings surge  In May 2017, the characters of Lincoln Loud and Clyde McBride were featured on the front cover of Variety as an example of diverse characters in children's television As of May 2023, seven seasons of the series have been broadcast  The series has spawned a multimedia franchise, including the spin-off series The Casagrandes, which aired from October 2019 to September 2022, an animated feature film that was released on Netflix in August 2021, a live-action television film that premiered in November 2021, and live-action series The Really Loud House that premiered in November 2022  Additionally, a second live-action television film is in development, set to premiere in fall 2023 

Premise
Lincoln Loud is the only boy and the middle child in a family of eleven children residing in the fictional town of Royal Woods, Michigan  He has ten sisters with distinctive personalities consisting of bossy eldest child Lori, ditzy fashionista Leni, musician Luna, comedian Luan, athletic Lynn Jr , gloomy poetic goth Lucy, polar opposite twins Lana and Lola, child genius Lisa, and baby Lily  Lincoln occasionally breaks the fourth wall to explain to the viewers the chaotic conditions and sibling relationships of the household, and continually devises plans to make his life in the Loud House better 
During the first four seasons, Lori, Leni, Luna, and Luan were in high school, Lynn was in middle school, and Lincoln, Lucy, Lana, Lola, and Lisa were in elementary school  In the fifth season, the Loud siblings aged up a year with Lori going to Fairway University, Lincoln going to middle school, and Lily going to preschool 

Episodes
Production
Development
The Loud House was created by Chris Savino for Nickelodeon  Savino based the series on his own experiences growing up in a large family  Early in development, the Loud family was going to be composed of rabbits, but this was terminated when an executive, Jenna Boyd, asked Savino to make them human  The idea of the Loud family being rabbits became used as Lincoln's dream in the Season 3 episode "White Hare"  He pitched the idea to Nickelodeon in 2013 as a 2+1⁄2-minute short for their annual Animated Shorts Program  In June 2014, Nickelodeon announced that The Loud House had been picked up for a season of 13 episodes  The episode order was later increased to 26  On May 25, 2016, Nickelodeon announced that the series had been picked up for a second season of 14 episodes later increased to 26  On October 19, 2016, the series had been picked up for a third season of 26 episodes  Savino has cited Peanuts and Polly and Her Pals as influences on the show's characterizations and animation  Newspaper comic strips are also influences on the show's background art 
Episodes are produced at Nickelodeon Animation Studio in Burbank, California, USA and animated by Canadian studio Jam Filled Entertainment 

Savino's firing
On October 17, 2017, Cartoon Brew reported that Chris Savino was suspended from the studio due to allegations of sexual harassment, the report noting that rumors of Savino's behavior have existed for "at least a decade " On October 19, a Nickelodeon spokesperson confirmed that Savino had been fired from the studio, and that the series will continue production without him  Six days later on October 23, Savino spoke for the first time since his firing saying he said he was "deeply sorry" for his actions  Alongside the announcement of the series being greenlit for a fourth season, it was revealed that story editor Michael Rubiner had now been named executive producer and showrunner  On May 30, 2018, Savino was suspended from The Animation Guild, IATSE Local 839, for one year 

Broadcast
The series debuted on Nickelodeon on May 2, 2016, with new episodes premiering every weekday that month



ground_truth: Cabo Delgado Province

prompt_front: Answer the question based on the given passages. Only give me the answer and do not output any other words.

Question: What is the experimental satellite which was the forerunner to the communication satellite of the operator of GSAT-7 called?

The following are given passages.
Context 3: 
Molniya orbits can be an appealing alternative in such cases  The Molniya orbit is highly inclined, guaranteeing good elevation over selected positions during the northern portion of the orbit  (Elevation is the extent of the satellite's position above the horizon  Thus, a satellite at the horizon has zero elevation and a satellite directly overhead has elevation of 90 degrees )
The Molniya orbit is designed so that the satellite spends the great majority of its time over the far northern latitudes, during which its ground footprint moves only slightly  Its period is one half day, so that the satellite is available for operation over the targeted region for six to nine hours every second revolution  In this way a constellation of three Molniya satellites (plus in-orbit spares) can provide uninterrupted coverage 
The first satellite of the Molniya series was launched on 23 April 1965 and was used for experimental transmission of TV signals from a Moscow uplink station to downlink stations located in Siberia and the Russian Far East, in Norilsk, Khabarovsk, Magadan and Vladivostok  In November 1967 Soviet engineers created a unique system of national TV network of satellite television, called Orbita, that was based on Molniya satellites 

Polar orbit
In the United States, the National Polar-orbiting Operational Environmental Satellite System (NPOESS) was established in 1994 to consolidate the polar satellite operations of
NASA (National Aeronautics and Space Administration)
NOAA (National Oceanic and Atmospheric Administration)  NPOESS manages a number of satellites for various purposes; for example, METSAT for meteorological satellite, EUMETSAT for the European branch of the program, and METOP for meteorological operations 
These orbits are sun synchronous, meaning that they cross the equator at the same local time each day  For example, the satellites in the NPOESS (civilian) orbit will cross the equator, going from south to north, at times 1:30 P M , 5:30 P M , and 9:30 P M 

Beyond geostationary orbit
There are plans and initiatives to bring dedicated communications satellite beyond geostationary orbits 
NASA proposed LunaNet as a data network aiming to provide a „Lunar Internet for cis-lunar spacecraft and Installations 
The Moonlight Initiative is an equivalent ESA project that is stated to be compatible and providing navigational services for the lunar surface  Both programmes are satellite constellstions of several satellites in various orbits around the Moon 
Other orbits are also planned to be used  Positions in the Earth-Moon-Libration points are also proposed for communication satellites covering the Moon alike communication satellites in geosynchronous orbit cover the Earth  Also, dedicated communication satellites in orbits around Mars supporting different missions on surface and other orbits are considered, such as the Mars Telecommunications Orbiter 

Structure
Communications Satellites are usually composed of the following subsystems:

Communication Payload, normally composed of transponders, antennas, and switching systems
Engines used to bring the satellite to its desired orbit
A station keeping tracking and stabilization subsystem used to keep the satellite in the right orbit, with its antennas pointed in the right direction, and its power system pointed towards the sun
Power subsystem, used to power the Satellite systems, normally composed of solar cells, and batteries that maintain power during solar eclipse
Command and Control subsystem, which maintains communications with ground control stations  The ground control Earth stations monitor the satellite performance and control its functionality during various phases of its life-cycle The bandwidth available from a satellite depends upon the number of transponders provided by the satellite  Each service (TV, Voice, Internet, radio) requires a different amount of bandwidth for transmission  This is typically known as link budgeting and a network simulator can be used to arrive at the exact value 

Frequency allocation for satellite systems
Allocating frequencies to satellite services is a complicated process which requires international coordination and planning  This is carried out under the auspices of the International Telecommunication Union (ITU) 
To facilitate frequency planning, the world is divided into three regions:

Region 1: Europe, Africa, the Middle East, what was formerly the Soviet Union, and Mongolia
Region 2: North and South America and Greenland
Region 3: Asia (excluding region 1 areas), Australia, and the southwest PacificWithin these regions, frequency bands are allocated to various satellite services, although a given service may be allocated different frequency bands in different regions  Some of the services provided by satellites are:

Fixed satellite service (FSS)
Broadcasting satellite service (BSS)
Mobile-satellite service
Radionavigation-satellite service
Meteorological-satellite service

Applications
Telephony
The first and historically most important application for communication satellites was in intercontinental long distance telephony  The fixed Public Switched Telephone Network relays telephone calls from land line telephones to an earth station, where they are then transmitted to a geostationary satellite   The downlink follows an analogous path   Improvements in submarine communications cables through the use of fiber-optics caused some decline in the use of satellites for fixed telephony in the late 20th century 
Satellite communications are still used in many applications today  Remote islands such as Ascension Island, Saint Helena, Diego Garcia, and Easter Island, where no submarine cables are in service, need satellite telephones  There are also regions of some continents and countries where landline telecommunications are rare to non existent, for example large regions of South America, Africa, Canada, China, Russia, and Australia  Satellite communications also provide connection to the edges of Antarctica and Greenland  Other land use for satellite phones are rigs at sea, a backup for hospitals, military, and recreation  Ships at sea, as well as planes, often use satellite phones Satellite phone systems can be accomplished by a number of means  On a large scale, often there will be a local telephone system in an isolated area with a link to the telephone system in a main land area  There are also services that will patch a radio signal to a telephone system  In this example, almost any type of satellite can be used  Satellite phones connect directly to a constellation of either geostationary or low-Earth-orbit satellites  Calls are then forwarded to a satellite teleport connected to the Public Switched Telephone Network  

Television
As television became the main market, its demand for simultaneous delivery of relatively few signals of large bandwidth to many receivers being a more precise match for the capabilities of geosynchronous comsats   Two satellite types are used for North American television and radio: Direct broadcast satellite (DBS), and Fixed Service Satellite (FSS) 
The definitions of FSS and DBS satellites outside of North America, especially in Europe, are a bit more ambiguous  Most satellites used for direct-to-home television in Europe have the same high power output as DBS-class satellites in North America, but use the same linear polarization as FSS-class satellites  Examples of these are the Astra, Eutelsat, and Hotbird spacecraft in orbit over the European continent  Because of this, the terms FSS and DBS are more so used throughout the North American continent, and are uncommon in Europe 
Fixed Service Satellites use the C band, and the lower portions of the Ku band  They are normally used for broadcast feeds to and from television networks and local affiliate stations (such as program feeds for network and syndicated programming, live shots, and backhauls), as well as being used for distance learning by schools and universities, business television (BTV), Videoconferencing, and general commercial telecommunications  FSS satellites are also used to distribute national cable channels to cable television headends 
Free-to-air satellite TV channels are also usually distributed on FSS satellites in the Ku band  The Intelsat Americas 5, Galaxy 10R and AMC 3 satellites over North America provide a quite large amount of FTA channels on their Ku band transponders 
The American Dish Network DBS service has also recently used FSS technology as well for their programming packages requiring their SuperDish antenna, due to Dish Network needing more capacity to carry local television stations per the FCC's "must-carry" regulations, and for more bandwidth to carry HDTV channels 
A direct broadcast satellite is a communications satellite that transmits to small DBS satellite dishes (usually 18 to 24 inches or 45 to 60 cm in diameter)  Direct broadcast satellites generally operate in the upper portion of the microwave Ku band  DBS technology is used for DTH-oriented (Direct-To-Home) satellite TV services, such as DirecTV, DISH Network and Orby TV in the United States, Bell Satellite TV and Shaw Direct in Canada, Freesat and Sky in the UK, Ireland, and New Zealand and DSTV in South Africa 
Operating at lower frequency and lower power than DBS, FSS satellites require a much larger dish for reception (3 to 8 feet (1 to 2 5 m) in diameter for Ku band, and 12 feet (3 6 m) or larger for C band)   They use linear polarization for each of the transponders' RF input and output (as opposed to circular polarization used by DBS satellites), but this is a minor technical difference that users do not notice  FSS satellite technology was also originally used for DTH satellite TV from the late 1970s to the early 1990s in the United States in the form of TVRO (Television Receive Only) receivers and dishes  It was also used in its Ku band form for the now-defunct Primestar satellite TV service 
Some satellites have been launched that have transponders in the Ka band, such as DirecTV's SPACEWAY-1 satellite, and Anik F2  NASA and ISRO have also launched experimental satellites carrying Ka band beacons recently Some manufacturers have also introduced special antennas for mobile reception of DBS television  Using Global Positioning System (GPS) technology as a reference, these antennas automatically re-aim to the satellite no matter where or how the vehicle (on which the antenna is mounted) is situated   These mobile satellite antennas are popular with some recreational vehicle owners   Such mobile DBS antennas are also used by JetBlue Airways for DirecTV (supplied by LiveTV, a subsidiary of JetBlue), which passengers can view on-board on LCD screens mounted in the seats 

Radio broadcasting
Satellite radio offers audio broadcast services in some countries, notably the United States  Mobile services allow listeners to roam a continent, listening to the same audio programming anywhere 
A satellite radio or subscription radio (SR) is a digital radio signal that is broadcast by a communications satellite, which covers a much wider geographical range than terrestrial radio signals 

Amateur radio
Amateur radio operators have access to amateur satellites, which have been designed specifically to carry amateur radio traffic  Most such satellites operate as spaceborne repeaters, and are generally accessed by amateurs equipped with UHF or VHF radio equipment and highly directional antennas such as Yagis or dish antennas  Due to launch costs, most current amateur satellites are launched into fairly low Earth orbits, and are designed to deal with only a limited number of brief contacts at any given time  Some satellites also provide data-forwarding services using the X 25 or similar protocols 

Internet access
After the 1990s, satellite communication technology has been used as a means to connect to the Internet via broadband data connections  This can be very useful for users who are located in remote areas, and cannot access a broadband connection, or require high availability of services 

Military
Communications satellites are used for military communications applications, such as Global Command and Control Systems  Examples of military systems that use communication satellites are the MILSTAR, the DSCS, and the FLTSATCOM of the United States, NATO satellites, United Kingdom satellites (for instance Skynet), and satellites of the former Soviet Union  India has launched its first Military Communication satellite GSAT-7, its transponders operate in UHF, F, C and Ku band bands  Typically military satellites operate in the UHF, SHF (also known as X-band) or EHF (also known as Ka band) frequency bands 

Data collection
Near-ground in situ environmental monitoring equipment (such as weather stations, weather buoys, and radiosondes), may use satellites for one-way data transmission or two-way telemetry and telecontrol  It may be based on a secondary payload of a weather satellite (as in the case of GOES and METEOSAT and others in the Argos system) or in dedicated satellites (such as SCD)  The data rate is typically much lower than in satellite Internet access 

See also
Passage 4:
ATS-6
ATS-6 (Applications Technology Satellite-6)  was a NASA experimental satellite, built by Fairchild Space and Electronics Division It has been called the world's first educational satellite as well as world's first experimental Direct Broadcast Satellite as part of the Satellite Instructional Television Experiment between NASA and Indian Space Research Organisation (ISRO)  It was launched May 30, 1974, and decommissioned July 1979  At the time of launch, it was the most powerful telecommunication satellite in orbit  ATS-6 carried no fewer than 23 different experiments, and introduced several breakthroughs  It was the first 3-axis stabilized spacecraft in geostationary orbit  It was also the first to use experimentally with some success electric propulsion in geostationary orbit  It also carried several particle physics experiments, including the first heavy ion detector in geostationary orbit 
During its five-year life, ATS-6 transmitted connection programming to various countries, including India, the United States and other regions  The vehicle also conducted air traffic control tests, was used to practice satellite-assisted search and rescue techniques, carried an experimental radiometer subsequently carried as a standard instrument aboard weather satellites, and pioneered direct broadcast TV 
ATS-6 was a precursor to many technologies still in use today on geostationary spacecraft: large deployable antenna, 3-axis attitude control with slewing capabilities, antenna pointing through RF sensing, electric propulsion, meteorological radiometer in geostationary orbit, and direct to home broadcasting  It is also possible that ATS-6 was a forerunner of the large ELINT satellites such as Mentor 

Launch
ATS-6 was launched on May 30, 1974, by a Titan III-C launch vehicle  The spacecraft was inserted directly in the geosynchronous orbit  This reduced the on-board fuel requirements to less than 40 kilograms (88 lb) (for a total mass at launch of nearly 1,400 kilograms (3,100 lb))  The highly accurate orbit insertion further lowered the amount of fuel required for final positioning to 9 kilograms (20 lb)  This enabled a life extension from the original 2 year to 5 years, even accounting for the premature failure of the electric propulsion subsystem (the station-keeping fuel requirement being around 1 6 kilograms per year (3 5 lb/a)) 

Structure, power subsystem and antenna
One of the major innovations of ATS-6 was an in-flight deployable antenna of more than 9 metres (30 ft) in diameter  The antenna reflector was furled during launch under the launch vehicle fairing, and was deployed in orbit much like an umbrella  The antenna reflector was built from 48 aluminum ribs, supporting a metallized Dacron mesh  The antenna feeds (in C, S, L, UHF and VHF bands) were placed on the spacecraft body, facing the antenna reflector, and linked to the antenna and the solar panels masts by a carbon-fiber reinforced plastic (CFRP) truss  The solar panels were rigidly mounted on two deployable masts  They were of hemi-cylinder shape, thus providing a relatively constant power (595 W beginning of life)  Electric power was supplied during eclipses by two Nickel cadmium batteries of 15-A·h capacity, powering a regulated 30 5-V bus  The satellite dimensions in orbit were 15 8-metre (52 ft) width by 8 2-metre (27 ft) height 
This deployable antenna parabola was designed and developed by Lockheed Missiles and Space Company (LMSC), now Lockheed Martin, under subcontract to Fairchild Aerospace, after several years of small study contracts at LMSC   The program manager at LMSC was GKC (Colin) Campbell   The deployment of the reflector was initiated by pyrotechnically operated SQUIB cable cutters   Deployment time was on the order of 2 5 seconds producing 3,400 newton-metres (2,500 lb⋅ft) of torque at the spacecraft interface   The reflector surface was designed for optimal operation at S-Band frequencies  It weighed 83 kilograms (182 lb) at launch and stowed into a toroidal volume (doughnut shaped) approximately 1 8 metres (6 ft) in diameter and 250 millimetres (10 in) thick   Three models were fabricated, the STM or structural test model, the F reflector and the G reflector   The STM was destroyed by Fairchild shortly after the program was finished and the F model was launched with the spacecraft in 1972   The G model sat unprotected in the Farchild parking lot for several years before it was donated to the Smithsonian   Bill Wade, the assistant program manager and test manager on the program supported The Smithsonian in the restoration by providing a complete set of drawings and specifications and visited the Silver Hill facility to provide technical guidance At the time of launch it was the largest parabolic surface launched into orbit 

Three-axis stabilisation
ATS-6 has been the first geostationary satellite with three-axis stabilization and pointing , This subsystem was capable of a highly accurate pointing (better than 0 1° through the inertial measurement units, down to 0 002° by using a radio-frequency interferometer )  Furthermore, the satellite was able to follow low earth orbit satellites through slewing, by tracking the low earth-orbit satellite through an S-band RF sensing  The system was also able to perform orbitography of the tracked satellite, and was a precursor to the operational system TDRSS 
This highly advanced (for the time) pointing subsystem used earth and sun sensors, a star tracker pointed to the pole star, Polaris, and three inertial sensors  The sensor measurements were fed to two digital computers (nominal and redundant), as well to a back-up analog computer  It was also possible to orient the satellite by using radio-frequency sensors   Actuators were three momentum wheels, and hot gas (hydrazine mono-propellant) thrusters  One of the momentum wheels having failed in July 1975, an alternative scheme was developed, allowing station-keeping with the two remaining wheels and thrusters 

Electric propulsion
ATS-6 was equipped with two electric thrusters based on the acceleration of cesium ions, that were to be used for North-South Station Keeping  This subsystem development followed earlier failed attempts on the previous ATS spacecraft  Each of the thrusters had a mass of 16 kilograms (35 lb), used 150 W of electric power, and produced a thrust of 4 newton-metres (3 0 lbf⋅ft), with a specific impulse of 2500s  The on-board supply of cesium would have been sufficient for 4400 hours of thrust  Unfortunately, both thrusters failed prematurely, one after 1 hour of operation, one after 95 hours  However, some of the experiments objectives could be met, such as the measurement of the effective thrust, the absence of any interference with the radio-frequency payloads (from 150 MHz to 6 GHz), no cesium redeposition on the critical parts of the payload (such as the radiometer), and the correct neutralisation of the spacecraft versus its environment 

Payload
Radiometer
A radiometer was on board ATS-6, mounted on the earth-facing panel  This instrument was (for the time) of very high resolution  It operated on two channels: infra-red (10 5 to 12 5 µm) and visible light (0 55 to 0 75 µm)  Images taken with the radiometer covered the whole earth disk, with a resolution of 1,200 lines of 2,400 pixels each (11-kilometre (6 8 mi) square pixel in infra-red, and 5 5-kilometre (3 4 mi) square in visible light)  The IR detector was passively cooled at 115K, and the visible light detector maintained at 300K  A complete image of earth's disk was transmitted to ground every 25 minutes  Several hundreds images were taken and transmitted, until a mechanical component of the radiometer failed, two and a half months after launch 

Telecommunication experiments
The main mission of ATS-6 was to demonstrate the feasibility of direct-to-home (DTH) television broadcasting  To this end, in addition to the high-gain antenna, the spacecraft payload was able to receive in any of the VHF, C, S and L-bands, and to transmit in S-band (2 GHz) through a 20-W solid state transmitter, in L-band (1650 MHz) at 40W, in UHF (860 MHz) at 80W (which was used for the Satellite Instructional Television Experiment (SITE)), and with a TWTA-based transmitter of 20 W in C-band (4 GHz)  The antenna produced two spots on earth of 400,000 square kilometres (150,000 sq mi) each, in which the TV broadcast could be received with 3 metres (9 8 ft) diameter antennas  This payload was first used over the United States for tele-education and tele-medicine experiments, from August 1974 to May 1975 as part of the HET, or Health, Education, Telecommunications experiment developed jointly by NASA and the US Department of Health, Education, & Welfare (now DHHS)  The spacecraft was then moved over the geo-stationary arc from 94 °W to 35 °E, in collaboration with the Indian Space Agency (ISRO), who had deployed in India more than 2500 receive ground stations  The move of the satellite from 94 degrees West to 35 degrees East, a journey of 12,800 kilometres (8,000 mi), was actioned from the ground station at Rosman North Carolina  This relocation involved 2 rocket burns of the onboard rocket motor  The 2nd burn lasting 5 hours 37 minutes and 17 seconds  The longest burn ever done by a chemical rocket in space at that time  A tele-education programme was started – Satellite Instructional Television Experiment or SITE – and run for one year  During the experiment, a receive station was offered by the Indian Government to Arthur C  Clarke, who was living in Sri Lanka  This experiment was highly successful, and encouraged ISRO to start building an operational program, with the Indian spacecraft  INSAT IB (launched 1983)  After the SITE experiment, the satellite was brought back over the United States, and served notably as a data-relay and tracking satellite for low-orbit spacecraft such as Nimbus 6, and for the Apollo-Soyuz flight 

Particle physics experiments
Several particle physics experiments were on board ATS-6  The most significant measured low energy protons (from 25 keV to 3 6 MeV), as well as detected heavy ions (up to 6 MeV)  This latter experiment allowed to detect the first heavy ions (Z > 6) with an energy  E > 4 MeV, in geostationary orbit 

Propagation experiments
Finally, ATS-6 embarked several radio beacons, which allowed to measure electromagnetic propagation properties of the atmosphere at 13, 18, 20 and 30 GHz 

Decommissioning
By June 30, 1979, only one of the four ATS-6 station keeping thrusters was working, and was showing signs of unreliability  This thruster was used to move ATS-6 out of geostationary orbit to an orbit several hundred kilometers higher  This was to vacate the geostationary slot for the next satellite 

See also
1974 in spaceflight
Applications Technology Satellite
Passage 5:
FedSat
FedSat (Australia's 'Federation Satellite'; sometimes FedSat 1; COSPAR 2002-056B, SATCAT 27598) was an Australian scientific research satellite launched from Tanegashima Space Center, Japan by a NASDA H-IIA launch vehicle  on 14 December 2002 (NASDA is now merged with JAXA)  The satellite was developed by the Cooperative Research Centre for Satellite Systems, a cooperative made up of several universities, commercial organisations and government bodies  The ground station was at the Institute for Telecommunications Research, part of the University of South Australia, near Adelaide  Since 2005 it was operated by the Australian Department of Defence 

Payloads
The satellite had six payloads, as given below:

Communications Payload: A collection of three components (UHF transponder, Ka-band transponder and base-band processor) used to perform several experiments in satellite communications 
High Performance Computing Experiment: A reconfigurable computer based on a Xilinx XQR4062 FPGA, the first of its kind to be used in space 
GPS Payload: A Global Positioning System receiver built by NASA  Conceived especially for ionospheric studies between GPS constellation levels and FedSat orbit 
NewMag Payload: A magnetometer built by the University of Newcastle, Australia, used to take measurements of the Earth's magnetic field near its poles 
Star Camera: An experimental star camera built by the University of Stellenbosch, used to determine the position of the satellite in space by analysing images of surrounding stars 
Compact Disk: A nickel "master" disk "cultural time capsule" with tracks including Paul Kelly's performance of the song he co-wrote with Kev Carmody, "From Little Things, Big Things Grow", and recorded statements from several hundred Australian school children about how they imagined a future Australia and its place in the Asia-Pacific The satellite platform, comprising the structural/thermal components, power system, attitude control system, onboard computer and groundlink, was originally developed in the United Kingdom by Space Innovations Limited  It was later completed along with integration of payloads in Canberra, Australia 

Declared Dead
The spacecraft's battery failed in May 2007 and the mission has been terminated, after lasting 18 months longer than expected 
Passage 6:
NOAA-4
NOAA-4, also known as ITOS-G was a weather satellite operated by the National Oceanic and Atmospheric Administration (NOAA)  It was part of a series of satellites called ITOS, or improved TIROS  NOAA-4 was launched on a Delta rocket on November 15, 1974  The launch carried two other satellites: AMSAT-OSCAR 7 and Intasat  It remained operational for 1463 days until it was deactivated by NOAA on November 18, 1978 
Passage 7:
Hans K  Ziegler
Hans K  Ziegler (March 1, 1911, Munich, Germany – December 11, 1999 Colts Neck Township, New Jersey, United States) was a pioneer in the field of communication satellites and the use of photovoltaic solar cells as a power source for satellites 

Life
Hans Ziegler was born in Munich, Germany  There, he studied at the Technische Hochschule, which is today the Technische Universität München (TUM), and began his career as Wissenschaftlicher Assistant (Scientific Assistant)  Following that, he was a researcher in German industry for ten years  During the Second World War, he worked for the company Rosental Selb in Bavaria on high tension porcelain 
In 1947, he came to the US with Wernher von Braun under Operation Paperclip, by means of which the USA gained Nazi engineers and scientists  He went to the US Army Signal Corps' Laboratories in Fort Monmouth, New Jersey, and became a US citizen in 1954 
Ziegler's work in the US was very influential in the development of military electronics, especially in the electronics for the early phases of the US space program  During the thirty years he worked as an engineer in the field of electronics and electrical engineering in the research and development department of the U S  Army in Fort Monmouth, N J  (from 1947 to 1976), he held the top position of Chief Scientist for 12 years  In Fort Monmouth, he worked as a Scientific Consultant, Assistant Director of Research, Director of the Astro-Electronics Division and Chief Scientist (1959)  After the Army was restructured, he became Deputy for Science and Chief Scientist of the US Army Electronics Command in 1963 and Director of the US Army Electronics Technology & Devices Laboratory from 1971 until his retirement 
In May 1954, after examining the solar cells of Daryl Chapin, Calvin Fuller and Gerald Pearson at Bell Laboratories, Ziegler wrote, "Future development [of the silicon solar cell] may well render it into an important source of electrical power [as] the roofs of all our buildings in cities and towns equipped with solar [cells] would be sufficient to produce this country's entire demand for electrical power "Referring to silicon solar cells, he said to the head of the U  S  Signal Corps, General James O'Connell, at a meeting in September 1955, "In fact, in the long run, mankind has no choice but to turn to the sun if it wants to survive "He and his team produced a report on the prospects for application of this technique in the field of communication and they named the supply of energy for artificial satellites as the most important application  He knew that he was not the first to suggest this application  For example, the science fiction author, Arthur C  Clarke had already made this suggestion in 1945, but without having a concrete technology for it at that time 
Ziegler participated in the development of the first planned satellites  The first satellite,
Explorer 1, still went into space without solar cells, since it was a quick, less-than-ideal solution after the start of the Sputnik to show the American public that America's scientists could also start a satellite  The actual scheduled satellite project, Project Vanguard, successfully put a satellite named Vanguard I in orbit around Earth on March 17, 1958 
Over the objections of the Navy, which still thought that solar cells were not a mature technology, this satellite had four solar cells on its outer hull, due to the persistent work of Ziegler, which powered the instruments and performed their duties reliably for more than seven years  After this success, solar cells were established as the energy supply for satellites  He was also involved with the development of the first communication satellite in the world, SCORE, which was started in 1958 
He was awarded the Meritorious Civilian Service Award by the US Department of Defense in 1963 as a " world pioneer in communications satellites and solar energy systems to power satellites"  When he retired in 1977, he was decorated with the highest award of the Army for "exceptional civilian service" 
Ziegler was the author of many technical papers, a member of the IEEE, and represented the US, in military and civilian matters, in many national and international committees  In 1958, he was a member of the US delegation to the International Geophysical Year in Moscow, USSR, and in 1964, he gave advice on the scientific activities in Antarctica and at the South Pole, under the direction of the US National Science Foundation 
Ziegler's wife Friederike died in 1996  He last lived in Colts Neck Township, New Jersey and died at the age of 88 on December 11, 1999  He was survived by his daughters, Christine Griffith and Friederike Meindl, and his son, Hans 

See also
Solar power
Solar panel
Active solar
Photovoltaic components, projects and howtos
Passage 8:
TDRS-6
TDRS-6, known before launch as TDRS-F, is an American communications satellite, of first generation, which is operated by NASA as part of the Tracking and Data Relay Satellite System  It was constructed by TRW, and is based on a custom satellite bus which was used for all seven first generation TDRS satellites 

History
TDRS-F was deployed from Space Shuttle Endeavour during the STS-54 mission in 1993  Endeavour was launched from Launch Complex 39B at the Kennedy Space Center, at 13:59:30 UTC on 13 January 1993  TDRS-F was deployed from Endeavour around six hours after launch, and was raised to geosynchronous orbit by means of an Inertial Upper Stage 

Deployment
The two-stage solid-propellent Inertial Upper Stage made two burns  The first stage burn occurred shortly after deployment from Endeavour, and placed the satellite into a geosynchronous transfer orbit (GTO)  At 02:26 UTC on 14 January 1993, it reached apogee, and the second stage fired, placing TDRS-F into geosynchronous orbit  At this point, it received its operational designation, TDRS-6 

Operation
In 1994, it was placed at a longitude 46 0° West of the Greenwich Meridian, to serve as an on-orbit spare  In 1996, it was moved to 47 0° West, where it remained until 2005, when it was repositioned to 174 0° West, where, as of August 2009, it was used to provide communications with spacecraft in Earth orbit, such as the International Space Station (ISS) and spacecraft bringing astronauts to the ISS 

See also
List of TDRS satellites
Passage 9:
GSAT-7
GSAT-7 or INSAT-4F is a multi-band military communications satellite developed by the Indian Space Research Organisation  The Indian Navy is the user of the multi-band communication spacecraft, which has been operational since September 2013  According to defense experts, the satellite will enable the navy to extend its blue water capabilities and stop relying on foreign satellites like Inmarsat, which provide communication services to its ships 

Satellite
GSAT-7, the multi-band communication satellite named Rukmini carries the payloads in UHF, C band and Ku band  It is the first dedicated military communication satellite (unlike earlier dual use satellites) built by ISRO that will provide services to the Indian Armed Forces with the main user being the Indian Navy  Its procured launch cost has been put at ₹480 crore, with the satellite costing ₹185 crore  Cost of whole project per Memorandum of Understanding with ISRO was ₹950 crores The multiple-band spacecraft will be used exclusively by the Navy to shore up secure, real-time communications among its warships, submarines, aircraft and land systems  GSAT-7/ INSAT-4F is said to significantly improve the country's naval operations around the world  
GSAT 7 satellite carrying payloads operating in UHF, S, C and Ku bands, had a lift-off mass of 2,650 kilograms (5,840 lb) and is based on ISRO's 2,000 kilograms (4,400 lb) class satellite bus I-2K with some new technological elements, including the antennae  After a flight of almost 34 minutes, the satellite was injected into a geosynchronous transfer orbit (GTO) of 249-kilometre (155 mi) perigee, 35,929-kilometre (22,325 mi) apogee and an inclination of 3 5 degree with respect to the equator ISRO launched a second satellite, GSAT-7A for Indian Air Force on 19 December 2018 on its Geosynchronous Satellite Launch Vehicle (GSLV-F11) 

Launch
The satellite was launched early on 30 August 2013 atop an Ariane 5 ECA rocket from Kourou, French Guiana India's first dedicated military satellite was put into a geosynchronous orbit, about 36,000 kilometres (22,000 mi) above Earth, five days after it was launched after three orbit-raising manoeuvres from ISRO's Master Control Facility at Hassan in Karnataka  The 2 5-tonne spacecraft's antennae, including the ultra high frequency Helix antenna were deployed before it was stabilised on its three-axis in the orbit  All of the on-board transponders were switched on successfully on September 18, 2013

Capability
Rukmini will provide networking capabilities to various Indian Naval assets  During Theater-level Readiness and Operational Exercise (Tropex) in the Bay of Bengal in 2014, Rukmini was able to network about 60 ships and 75 aircraft seamlessly  Rukmini has a nearly 2,000 nautical mile 'footprint' over the Indian Ocean Region 

Replacement
The Indian Navy placed an order for GSAT-7R on June 11, 2019  GSAT-7R is expected to eventually replace GSAT-7 

See also
Indian military satellites
GSAT-7A
GSAT
Indian National Satellite System
List of Indian satellites



ground_truth: ATS - 6 (Applications Technology Satellite - 6)

ATS-6