triplets
sequence | passage
stringlengths 654
2.68k
| label_str
stringlengths 5
48
| label
int64 0
68
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sequence | __index_level_0__
int64 2
103k
|
|---|---|---|---|---|---|
[
"1988 Winter Olympics",
"participant",
"Bonnie Kathleen Blair"
] | Find the relation between <e1>1988 Winter Olympics<\e1> and <e2>Bonnie Kathleen Blair<\e2>.
Bonnie Kathleen Blair (born March 18, 1964) is a retired American speed skater. She is one of the top skaters of her era, and one of the most decorated athletes in Olympic history. Blair competed for the United States in four Olympics, winning five gold medals and one bronze medal. Blair made her Olympic debut in Sarajevo in 1984 where she finished eighth in the 500 meters. At the time, Blair trained in both short - track and long - track speed skating. She won the 1986 short - track world championship. Blair returned to the Olympics in 1988 competing in long - track at the 1988 Winter Olympics in Calgary. There she won her first Olympic gold medal in the 500 meters and a bronze medal in the 1,000 meter. Blair won two gold medals in the 1992 Winter Olympics in Albertville and her final two Olympic gold medals at the 1994 Lillehammer games. Blair continued competing through 1995 when the World Championships were held in Milwaukee, finally retiring in March 1995. After retiring from speed skating, Blair became a motivational speaker. She has been inducted into the Chicagoland Sports Hall of Fame, the Wisconsin Athletic Hall of Fame, and the United States Olympic Hall of Fame. | participant | 45 | [
"1988 Winter Olympics",
"Bonnie Kathleen Blair"
] | 61,583 |
[
"Winter Olympics",
"participant",
"Bonnie Kathleen Blair"
] | Find the relation between <e1>Winter Olympics<\e1> and <e2>Bonnie Kathleen Blair<\e2>.
Bonnie Kathleen Blair (born March 18, 1964) is a retired American speed skater. She is one of the top skaters of her era, and one of the most decorated athletes in Olympic history. Blair competed for the United States in four Olympics, winning five gold medals and one bronze medal. Blair made her Olympic debut in Sarajevo in 1984 where she finished eighth in the 500 meters. At the time, Blair trained in both short - track and long - track speed skating. She won the 1986 short - track world championship. Blair returned to the Olympics in 1988 competing in long - track at the 1988 Winter Olympics in Calgary. There she won her first Olympic gold medal in the 500 meters and a bronze medal in the 1,000 meter. Blair won two gold medals in the 1992 Winter Olympics in Albertville and her final two Olympic gold medals at the 1994 Lillehammer games. Blair continued competing through 1995 when the World Championships were held in Milwaukee, finally retiring in March 1995. After retiring from speed skating, Blair became a motivational speaker. She has been inducted into the Chicagoland Sports Hall of Fame, the Wisconsin Athletic Hall of Fame, and the United States Olympic Hall of Fame. | participant | 45 | [
"Winter Olympics",
"Bonnie Kathleen Blair"
] | 61,584 |
[
"World Championships",
"participant",
"Bonnie Kathleen Blair"
] | Find the relation between <e1>World Championships<\e1> and <e2>Bonnie Kathleen Blair<\e2>.
Bonnie Kathleen Blair (born March 18, 1964) is a retired American speed skater. She is one of the top skaters of her era, and one of the most decorated athletes in Olympic history. Blair competed for the United States in four Olympics, winning five gold medals and one bronze medal. Blair made her Olympic debut in Sarajevo in 1984 where she finished eighth in the 500 meters. At the time, Blair trained in both short - track and long - track speed skating. She won the 1986 short - track world championship. Blair returned to the Olympics in 1988 competing in long - track at the 1988 Winter Olympics in Calgary. There she won her first Olympic gold medal in the 500 meters and a bronze medal in the 1,000 meter. Blair won two gold medals in the 1992 Winter Olympics in Albertville and her final two Olympic gold medals at the 1994 Lillehammer games. Blair continued competing through 1995 when the World Championships were held in Milwaukee, finally retiring in March 1995. After retiring from speed skating, Blair became a motivational speaker. She has been inducted into the Chicagoland Sports Hall of Fame, the Wisconsin Athletic Hall of Fame, and the United States Olympic Hall of Fame. | participant | 45 | [
"World Championships",
"Bonnie Kathleen Blair"
] | 61,585 |
[
"B Division",
"operator",
"Metropolitan Transportation Authority"
] | Find the relation between <e1>B Division<\e1> and <e2>Metropolitan Transportation Authority<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"B Division",
"Metropolitan Transportation Authority"
] | 61,702 |
[
"B Division",
"part of",
"New York City Subway"
] | Find the relation between <e1>B Division<\e1> and <e2>New York City Subway<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | part of | 7 | [
"B Division",
"New York City Subway"
] | 61,703 |
[
"IND",
"owned by",
"New York"
] | Find the relation between <e1>IND<\e1> and <e2>New York<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | owned by | 12 | [
"IND",
"New York"
] | 61,705 |
[
"A Division",
"operator",
"Metropolitan Transportation Authority"
] | Find the relation between <e1>A Division<\e1> and <e2>Metropolitan Transportation Authority<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"A Division",
"Metropolitan Transportation Authority"
] | 61,706 |
[
"A Division",
"part of",
"New York City Subway"
] | Find the relation between <e1>A Division<\e1> and <e2>New York City Subway<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | part of | 7 | [
"A Division",
"New York City Subway"
] | 61,707 |
[
"IRT",
"owned by",
"New York"
] | Find the relation between <e1>IRT<\e1> and <e2>New York<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | owned by | 12 | [
"IRT",
"New York"
] | 61,708 |
[
"Automatic Block Signaling",
"operator",
"Metropolitan Transportation Authority"
] | Find the relation between <e1>Automatic Block Signaling<\e1> and <e2>Metropolitan Transportation Authority<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"Automatic Block Signaling",
"Metropolitan Transportation Authority"
] | 61,709 |
[
"IRT Dyre Avenue Line",
"owned by",
"New York"
] | Find the relation between <e1>IRT Dyre Avenue Line<\e1> and <e2>New York<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | owned by | 12 | [
"IRT Dyre Avenue Line",
"New York"
] | 61,710 |
[
"IRT Dyre Avenue Line",
"operator",
"Metropolitan Transportation Authority"
] | Find the relation between <e1>IRT Dyre Avenue Line<\e1> and <e2>Metropolitan Transportation Authority<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"IRT Dyre Avenue Line",
"Metropolitan Transportation Authority"
] | 61,711 |
[
"IRT Dyre Avenue Line",
"part of",
"New York City Subway"
] | Find the relation between <e1>IRT Dyre Avenue Line<\e1> and <e2>New York City Subway<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | part of | 7 | [
"IRT Dyre Avenue Line",
"New York City Subway"
] | 61,712 |
[
"New York City Subway",
"located in the administrative territorial entity",
"New York"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>New York<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | located in the administrative territorial entity | 3 | [
"New York City Subway",
"New York"
] | 61,713 |
[
"New York City Subway",
"operator",
"Metropolitan Transportation Authority"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>Metropolitan Transportation Authority<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"New York City Subway",
"Metropolitan Transportation Authority"
] | 61,714 |
[
"New York City Subway",
"operator",
"BMT"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>BMT<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"New York City Subway",
"BMT"
] | 61,715 |
[
"New York City Subway",
"operator",
"IRT"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>IRT<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | operator | 49 | [
"New York City Subway",
"IRT"
] | 61,716 |
[
"New York City Subway",
"has part(s)",
"B Division"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>B Division<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | has part(s) | 10 | [
"New York City Subway",
"B Division"
] | 61,717 |
[
"New York City Subway",
"has part(s)",
"A Division"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>A Division<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | has part(s) | 10 | [
"New York City Subway",
"A Division"
] | 61,718 |
[
"Automatic Block Signaling",
"part of",
"New York City Subway"
] | Find the relation between <e1>Automatic Block Signaling<\e1> and <e2>New York City Subway<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | part of | 7 | [
"Automatic Block Signaling",
"New York City Subway"
] | 61,720 |
[
"New York City Subway",
"has part(s)",
"IRT Dyre Avenue Line"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>IRT Dyre Avenue Line<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | has part(s) | 10 | [
"New York City Subway",
"IRT Dyre Avenue Line"
] | 61,723 |
[
"New York City Subway",
"has part(s)",
"Automatic Block Signaling"
] | Find the relation between <e1>New York City Subway<\e1> and <e2>Automatic Block Signaling<\e2>.
In the New York metropolitan area, the Metropolitan Transportation Authority (MTA) runs the New York City Subway, which is mostly manually operated. The subway system currently uses Automatic Block Signaling with fixed wayside signals and automatic train stops. Many portions of the signaling system were installed between the 1930s and 1960s. Because of the age of the subway system, some replacement parts must be custom built for the MTA, as they are otherwise unavailable from signaling suppliers. Additionally, some subway services have reached their train capacity limits and can not operate extra trains with the current system. There are two different schemes of signaling in the system. The most used scheme is found on all of the B Division, which consists of lines originally built to the Brooklyn – Manhattan Transit Corporation (BMT) and Independent Subway System (IND)'s wider specifications, as well as on most of the A Division, which consists of lines built to the narrower specifications of the Interborough Rapid Transit Company (IRT). An older system was used on all of the A Division, but with the conversion of the IRT Dyre Avenue Line signals to the B Division scheme, this system is no longer in use. As part of the modernization of the New York City Subway, the MTA has plans to upgrade much of the system with communications - based train control (CBTC) technology, which will control the speed and starting and stopping of subway trains. The CBTC system is mostly automated and uses a moving block system – which reduces headways between trains, increases train frequencies and capacities, and relays the trains' positions to a control room – rather than a fixed block system. This will require new rolling stock to be built for the subway system, as only newer trains can use CBTC. | has part(s) | 10 | [
"New York City Subway",
"Automatic Block Signaling"
] | 61,724 |
[
"301 Massachusetts Avenue",
"located in the administrative territorial entity",
"Boston"
] | Find the relation between <e1>301 Massachusetts Avenue<\e1> and <e2>Boston<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"301 Massachusetts Avenue",
"Boston"
] | 61,794 |
[
"New England Conservatory",
"located in the administrative territorial entity",
"Boston"
] | Find the relation between <e1>New England Conservatory<\e1> and <e2>Boston<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"New England Conservatory",
"Boston"
] | 61,803 |
[
"U.S. National Historic Landmark",
"country",
"United States"
] | Find the relation between <e1>U.S. National Historic Landmark<\e1> and <e2>United States<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | country | 4 | [
"U.S. National Historic Landmark",
"United States"
] | 61,806 |
[
"Boston Symphony Orchestra",
"located in the administrative territorial entity",
"Boston"
] | Find the relation between <e1>Boston Symphony Orchestra<\e1> and <e2>Boston<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"Boston Symphony Orchestra",
"Boston"
] | 61,812 |
[
"Symphony Hall",
"located in the administrative territorial entity",
"Massachusetts"
] | Find the relation between <e1>Symphony Hall<\e1> and <e2>Massachusetts<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"Symphony Hall",
"Massachusetts"
] | 61,813 |
[
"Boston Pops Orchestra",
"located in the administrative territorial entity",
"Boston"
] | Find the relation between <e1>Boston Pops Orchestra<\e1> and <e2>Boston<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"Boston Pops Orchestra",
"Boston"
] | 61,814 |
[
"Symphony Hall",
"located in the administrative territorial entity",
"Boston"
] | Find the relation between <e1>Symphony Hall<\e1> and <e2>Boston<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"Symphony Hall",
"Boston"
] | 61,815 |
[
"301 Massachusetts Avenue",
"located in the administrative territorial entity",
"Massachusetts"
] | Find the relation between <e1>301 Massachusetts Avenue<\e1> and <e2>Massachusetts<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"301 Massachusetts Avenue",
"Massachusetts"
] | 61,816 |
[
"Boston Landmark",
"located in the administrative territorial entity",
"Massachusetts"
] | Find the relation between <e1>Boston Landmark<\e1> and <e2>Massachusetts<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"Boston Landmark",
"Massachusetts"
] | 61,817 |
[
"Boston Pops Orchestra",
"located in the administrative territorial entity",
"Massachusetts"
] | Find the relation between <e1>Boston Pops Orchestra<\e1> and <e2>Massachusetts<\e2>.
Symphony Hall is a concert hall located at 301 Massachusetts Avenue in Boston, Massachusetts. Designed by McKim, Mead and White, it was built in 1900 for the Boston Symphony Orchestra, which continues to make the hall its home. The hall was designated a U.S. National Historic Landmark in 1999 and is a pending Boston Landmark. It was then noted that " Symphony Hall remains, acoustically, among the top three concert halls in the world. .. and is considered the finest in the United States. "Symphony Hall, located one block from Berklee College of Music to the north and one block from the New England Conservatory to the south, also serves as home to the Boston Pops Orchestra as well as the site of many concerts of the Handel and Haydn Society. | located in the administrative territorial entity | 3 | [
"Boston Pops Orchestra",
"Massachusetts"
] | 61,818 |
[
"Liang Congjie",
"country of citizenship",
"People's Republic of China"
] | Find the relation between <e1>Liang Congjie<\e1> and <e2>People's Republic of China<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country of citizenship | 29 | [
"Liang Congjie",
"People's Republic of China"
] | 61,961 |
[
"Liang Congjie",
"father",
"Liang Sicheng"
] | Find the relation between <e1>Liang Congjie<\e1> and <e2>Liang Sicheng<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | father | 26 | [
"Liang Congjie",
"Liang Sicheng"
] | 61,962 |
[
"Liang Congjie",
"place of death",
"Beijing"
] | Find the relation between <e1>Liang Congjie<\e1> and <e2>Beijing<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | place of death | 20 | [
"Liang Congjie",
"Beijing"
] | 61,963 |
[
"Liang Congjie",
"educated at",
"Peking University"
] | Find the relation between <e1>Liang Congjie<\e1> and <e2>Peking University<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | educated at | 25 | [
"Liang Congjie",
"Peking University"
] | 61,964 |
[
"Liang Congjie",
"award received",
"Ramon Magsaysay Award"
] | Find the relation between <e1>Liang Congjie<\e1> and <e2>Ramon Magsaysay Award<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | award received | 28 | [
"Liang Congjie",
"Ramon Magsaysay Award"
] | 61,965 |
[
"Liang Sicheng",
"child",
"Liang Congjie"
] | Find the relation between <e1>Liang Sicheng<\e1> and <e2>Liang Congjie<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | child | 18 | [
"Liang Sicheng",
"Liang Congjie"
] | 61,970 |
[
"Liang Sicheng",
"father",
"Liang Qichao"
] | Find the relation between <e1>Liang Sicheng<\e1> and <e2>Liang Qichao<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | father | 26 | [
"Liang Sicheng",
"Liang Qichao"
] | 61,971 |
[
"Liang Qichao",
"child",
"Liang Sicheng"
] | Find the relation between <e1>Liang Qichao<\e1> and <e2>Liang Sicheng<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | child | 18 | [
"Liang Qichao",
"Liang Sicheng"
] | 61,972 |
[
"Peking University",
"located in the administrative territorial entity",
"Beijing"
] | Find the relation between <e1>Peking University<\e1> and <e2>Beijing<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | located in the administrative territorial entity | 3 | [
"Peking University",
"Beijing"
] | 61,973 |
[
"Maoist Cultural Revolution",
"country",
"People's Republic of China"
] | Find the relation between <e1>Maoist Cultural Revolution<\e1> and <e2>People's Republic of China<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country | 4 | [
"Maoist Cultural Revolution",
"People's Republic of China"
] | 61,979 |
[
"Li Bo",
"country of citizenship",
"People's Republic of China"
] | Find the relation between <e1>Li Bo<\e1> and <e2>People's Republic of China<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country of citizenship | 29 | [
"Li Bo",
"People's Republic of China"
] | 61,981 |
[
"Ma Jun",
"country of citizenship",
"People's Republic of China"
] | Find the relation between <e1>Ma Jun<\e1> and <e2>People's Republic of China<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country of citizenship | 29 | [
"Ma Jun",
"People's Republic of China"
] | 61,985 |
[
"Liang Sicheng",
"country of citizenship",
"People's Republic of China"
] | Find the relation between <e1>Liang Sicheng<\e1> and <e2>People's Republic of China<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country of citizenship | 29 | [
"Liang Sicheng",
"People's Republic of China"
] | 61,986 |
[
"Zhu Rongji",
"country of citizenship",
"Chinese"
] | Find the relation between <e1>Zhu Rongji<\e1> and <e2>Chinese<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country of citizenship | 29 | [
"Zhu Rongji",
"Chinese"
] | 61,988 |
[
"Liang Congjie",
"country of citizenship",
"Chinese"
] | Find the relation between <e1>Liang Congjie<\e1> and <e2>Chinese<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | country of citizenship | 29 | [
"Liang Congjie",
"Chinese"
] | 61,994 |
[
"Chinese",
"part of",
"Asian"
] | Find the relation between <e1>Chinese<\e1> and <e2>Asian<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | part of | 7 | [
"Chinese",
"Asian"
] | 61,998 |
[
"Western China",
"continent",
"Asian"
] | Find the relation between <e1>Western China<\e1> and <e2>Asian<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | continent | 5 | [
"Western China",
"Asian"
] | 61,999 |
[
"People's Republic of China",
"head of government",
"Zhu Rongji"
] | Find the relation between <e1>People's Republic of China<\e1> and <e2>Zhu Rongji<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | head of government | 0 | [
"People's Republic of China",
"Zhu Rongji"
] | 62,001 |
[
"Asian",
"has part(s)",
"Chinese"
] | Find the relation between <e1>Asian<\e1> and <e2>Chinese<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | has part(s) | 10 | [
"Asian",
"Chinese"
] | 62,005 |
[
"Asian",
"has part(s)",
"People's Republic of China"
] | Find the relation between <e1>Asian<\e1> and <e2>People's Republic of China<\e2>.
Liang Congjie (; 4 August 1932 – 28 October 2010) was a Chinese historian best known for his work as an environmental activist who established the Friends of Nature in 1994 as the first environmental non - governmental organization to be officially recognized by the government of the People's Republic of China. Liang's father, architect Liang Sicheng, had led attempts to prevent the destruction of the walls surrounding Beijing with the land to be used for the construction of highways. His grandfather Liang Qichao spent 14 years in exile in Japan after he advocated on behalf of turning the Qing Dynasty into a constitutional monarchy. His ancestry came to haunt him during the Maoist Cultural Revolution when he was purged for his being the " grandson of China's biggest royalist ". Liang was ultimately able to attend Peking University. Having learned about the activities of Greenpeace, Liang and three of his colleagues at the Academy for Chinese Culture came to agreement that a corresponding organization was required in China to address growing environmental concerns in that country. The group that they formed, Friends of Nature, eschewed Greenpeace's more confrontational techniques, choosing to develop grassroots concern about nature through fostering environmental awareness in schools and establishing the nation's first birdwatching group. The organization worked with the Chinese government to ensure enforcement of existing environmental law, including efforts to protect a Tibetan antelope which were on the path to extinction and videotaping the cutting stands of old - growth forest in Western China that led to a 1999 order by Zhu Rongji prohibiting cutting down such trees. Environmentalist Ma Jun described Liang as having " incubated the first generation of environmentalists in China " and described how he worked in conjunction with the government on a " constructively critical " basis to build support for protecting the environment. Friends of Nature's Li Bo credited him with " promoting ordinary Chinese's participation in supervising pollution problems and protecting the environment ". Liang was recognized in 2000 with the Ramon Magsaysay Award, which recognizes Asian contributions to public service, noting that he was able to push environmental issues while having " avoided the pitfall of alienating government ". Liang died at the age of 78 on October 28, 2010, due to a lung infection while at a hospital in Beijing. He was survived by his wife, a daughter and a son. | has part(s) | 10 | [
"Asian",
"People's Republic of China"
] | 62,007 |
[
"Idaho",
"continent",
"North America"
] | Find the relation between <e1>Idaho<\e1> and <e2>North America<\e2>.
The Pleistocene coyote (Canis latrans orcutti), also known as the Ice Age coyote, is an extinct subspecies of coyote that lived in western North America during the Late Pleistocene era. Most remains of the subspecies were found in southern California, though at least one was discovered in Idaho. It was part of a carnivore guild that included other canids like foxes, gray wolves, and dire wolves. Compared to their modern Holocene counterparts, Pleistocene coyotes were larger and more robust, weighing, likely in response to larger competitors and prey rather than Bergmann's rule. Their skulls and jaws were significantly thicker and deeper than in modern coyotes, with a shorter and broader rostrum and wider carnassial (denoting the large upper premolar and lower molar teeth of a carnivore, adapted for shearing flesh) teeth. These adaptions allowed it to cope with higher levels of stress, when it killed larger prey, compared to modern coyotes. Pleistocene coyotes were also likely more specialized carnivores than their descendants, as their teeth were more adapted to shearing meat, showing fewer grinding surfaces which were better suited for processing vegetation. The lower jaw was also deeper, and the molars showed more signs of wear and breakage than modern populations, thus indicating that the animals consumed more bone than today. Behaviorally, it is likely to have been more social than the modern coyote, as its remains are the third most common in the La Brea Tar Pits, after dire wolves and sabre - toothed cats, both thought to be gregarious species. Their reduction in size occurred within 1,000 years of the occurrence of the Quaternary extinction event, when the climate changed and the majority of their larger prey became extinct. Furthermore, Pleistocene coyotes were unable to successfully exploit the big game hunting niche left vacant after the extinction of the dire wolf, as that gap was rapidly filled by gray wolves. These gray wolves are likely to have actively killed off the larger - bodied coyotes, with natural selection favoring the modern gracile morph. Human predation on the Pleistocene coyote's dwindling prey base may have also impacted the animal's change in morphology. | continent | 5 | [
"Idaho",
"North America"
] | 62,354 |
[
"La Brea Tar Pits",
"located in the administrative territorial entity",
"California"
] | Find the relation between <e1>La Brea Tar Pits<\e1> and <e2>California<\e2>.
The Pleistocene coyote (Canis latrans orcutti), also known as the Ice Age coyote, is an extinct subspecies of coyote that lived in western North America during the Late Pleistocene era. Most remains of the subspecies were found in southern California, though at least one was discovered in Idaho. It was part of a carnivore guild that included other canids like foxes, gray wolves, and dire wolves. Compared to their modern Holocene counterparts, Pleistocene coyotes were larger and more robust, weighing, likely in response to larger competitors and prey rather than Bergmann's rule. Their skulls and jaws were significantly thicker and deeper than in modern coyotes, with a shorter and broader rostrum and wider carnassial (denoting the large upper premolar and lower molar teeth of a carnivore, adapted for shearing flesh) teeth. These adaptions allowed it to cope with higher levels of stress, when it killed larger prey, compared to modern coyotes. Pleistocene coyotes were also likely more specialized carnivores than their descendants, as their teeth were more adapted to shearing meat, showing fewer grinding surfaces which were better suited for processing vegetation. The lower jaw was also deeper, and the molars showed more signs of wear and breakage than modern populations, thus indicating that the animals consumed more bone than today. Behaviorally, it is likely to have been more social than the modern coyote, as its remains are the third most common in the La Brea Tar Pits, after dire wolves and sabre - toothed cats, both thought to be gregarious species. Their reduction in size occurred within 1,000 years of the occurrence of the Quaternary extinction event, when the climate changed and the majority of their larger prey became extinct. Furthermore, Pleistocene coyotes were unable to successfully exploit the big game hunting niche left vacant after the extinction of the dire wolf, as that gap was rapidly filled by gray wolves. These gray wolves are likely to have actively killed off the larger - bodied coyotes, with natural selection favoring the modern gracile morph. Human predation on the Pleistocene coyote's dwindling prey base may have also impacted the animal's change in morphology. | located in the administrative territorial entity | 3 | [
"La Brea Tar Pits",
"California"
] | 62,355 |
[
"Holocene",
"follows",
"Pleistocene"
] | Find the relation between <e1>Holocene<\e1> and <e2>Pleistocene<\e2>.
The Pleistocene coyote (Canis latrans orcutti), also known as the Ice Age coyote, is an extinct subspecies of coyote that lived in western North America during the Late Pleistocene era. Most remains of the subspecies were found in southern California, though at least one was discovered in Idaho. It was part of a carnivore guild that included other canids like foxes, gray wolves, and dire wolves. Compared to their modern Holocene counterparts, Pleistocene coyotes were larger and more robust, weighing, likely in response to larger competitors and prey rather than Bergmann's rule. Their skulls and jaws were significantly thicker and deeper than in modern coyotes, with a shorter and broader rostrum and wider carnassial (denoting the large upper premolar and lower molar teeth of a carnivore, adapted for shearing flesh) teeth. These adaptions allowed it to cope with higher levels of stress, when it killed larger prey, compared to modern coyotes. Pleistocene coyotes were also likely more specialized carnivores than their descendants, as their teeth were more adapted to shearing meat, showing fewer grinding surfaces which were better suited for processing vegetation. The lower jaw was also deeper, and the molars showed more signs of wear and breakage than modern populations, thus indicating that the animals consumed more bone than today. Behaviorally, it is likely to have been more social than the modern coyote, as its remains are the third most common in the La Brea Tar Pits, after dire wolves and sabre - toothed cats, both thought to be gregarious species. Their reduction in size occurred within 1,000 years of the occurrence of the Quaternary extinction event, when the climate changed and the majority of their larger prey became extinct. Furthermore, Pleistocene coyotes were unable to successfully exploit the big game hunting niche left vacant after the extinction of the dire wolf, as that gap was rapidly filled by gray wolves. These gray wolves are likely to have actively killed off the larger - bodied coyotes, with natural selection favoring the modern gracile morph. Human predation on the Pleistocene coyote's dwindling prey base may have also impacted the animal's change in morphology. | follows | 44 | [
"Holocene",
"Pleistocene"
] | 62,356 |
[
"Pleistocene",
"followed by",
"Holocene"
] | Find the relation between <e1>Pleistocene<\e1> and <e2>Holocene<\e2>.
The Pleistocene coyote (Canis latrans orcutti), also known as the Ice Age coyote, is an extinct subspecies of coyote that lived in western North America during the Late Pleistocene era. Most remains of the subspecies were found in southern California, though at least one was discovered in Idaho. It was part of a carnivore guild that included other canids like foxes, gray wolves, and dire wolves. Compared to their modern Holocene counterparts, Pleistocene coyotes were larger and more robust, weighing, likely in response to larger competitors and prey rather than Bergmann's rule. Their skulls and jaws were significantly thicker and deeper than in modern coyotes, with a shorter and broader rostrum and wider carnassial (denoting the large upper premolar and lower molar teeth of a carnivore, adapted for shearing flesh) teeth. These adaptions allowed it to cope with higher levels of stress, when it killed larger prey, compared to modern coyotes. Pleistocene coyotes were also likely more specialized carnivores than their descendants, as their teeth were more adapted to shearing meat, showing fewer grinding surfaces which were better suited for processing vegetation. The lower jaw was also deeper, and the molars showed more signs of wear and breakage than modern populations, thus indicating that the animals consumed more bone than today. Behaviorally, it is likely to have been more social than the modern coyote, as its remains are the third most common in the La Brea Tar Pits, after dire wolves and sabre - toothed cats, both thought to be gregarious species. Their reduction in size occurred within 1,000 years of the occurrence of the Quaternary extinction event, when the climate changed and the majority of their larger prey became extinct. Furthermore, Pleistocene coyotes were unable to successfully exploit the big game hunting niche left vacant after the extinction of the dire wolf, as that gap was rapidly filled by gray wolves. These gray wolves are likely to have actively killed off the larger - bodied coyotes, with natural selection favoring the modern gracile morph. Human predation on the Pleistocene coyote's dwindling prey base may have also impacted the animal's change in morphology. | followed by | 9 | [
"Pleistocene",
"Holocene"
] | 62,357 |
[
"Windows 10",
"subclass of",
"Windows"
] | Find the relation between <e1>Windows 10<\e1> and <e2>Windows<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | subclass of | 42 | [
"Windows 10",
"Windows"
] | 62,383 |
[
"Windows 8.1",
"subclass of",
"Windows"
] | Find the relation between <e1>Windows 8.1<\e1> and <e2>Windows<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | subclass of | 42 | [
"Windows 8.1",
"Windows"
] | 62,384 |
[
"Skylake CPUs",
"follows",
"Broadwell"
] | Find the relation between <e1>Skylake CPUs<\e1> and <e2>Broadwell<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | follows | 44 | [
"Skylake CPUs",
"Broadwell"
] | 62,391 |
[
"Skylake CPUs",
"developer",
"Intel"
] | Find the relation between <e1>Skylake CPUs<\e1> and <e2>Intel<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | developer | 54 | [
"Skylake CPUs",
"Intel"
] | 62,396 |
[
"Broadwell",
"followed by",
"Skylake CPUs"
] | Find the relation between <e1>Broadwell<\e1> and <e2>Skylake CPUs<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | followed by | 9 | [
"Broadwell",
"Skylake CPUs"
] | 62,398 |
[
"6th - generation Core",
"developer",
"Intel"
] | Find the relation between <e1>6th - generation Core<\e1> and <e2>Intel<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | developer | 54 | [
"6th - generation Core",
"Intel"
] | 62,406 |
[
"Intel",
"has part(s)",
"9th gen Core X 98xx/99xx series CPUs"
] | Find the relation between <e1>Intel<\e1> and <e2>9th gen Core X 98xx/99xx series CPUs<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | has part(s) | 10 | [
"Intel",
"9th gen Core X 98xx/99xx series CPUs"
] | 62,412 |
[
"Windows",
"has part(s)",
"Windows 8.1"
] | Find the relation between <e1>Windows<\e1> and <e2>Windows 8.1<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | has part(s) | 10 | [
"Windows",
"Windows 8.1"
] | 62,413 |
[
"Windows",
"has part(s)",
"Windows 10"
] | Find the relation between <e1>Windows<\e1> and <e2>Windows 10<\e2>.
Skylake is the codename used by Intel for a processor microarchitecture that was launched in August 2015 succeeding the Broadwell microarchitecture. Skylake is a microarchitecture redesign using the same 14 nm manufacturing process technology as its predecessor, serving as a " tock " in Intel's " tick - tock " manufacturing and design model. According to Intel, the redesign brings greater CPU and GPU performance and reduced power consumption. Skylake CPUs share its microarchitecture with Kaby Lake, Coffee Lake and Cannon Lake CPUs. Skylake is the last Intel platform on which Windows earlier than Windows 10 will be officially supported by Microsoft, although enthusiast - created modifications exist that allow Windows 8.1 and earlier to continue to receive updates on later platforms. Some of the processors based on the Skylake microarchitecture are marketed as " 6th - generation Core ". On October 8, 2018, Intel announced new 9th gen Core X 98xx/99xx series CPUs, with the Core i9 - 9980XE Extreme Edition leading the launch. | has part(s) | 10 | [
"Windows",
"Windows 10"
] | 62,414 |
[
"Lewis of Luxembourg",
"country of citizenship",
"France"
] | Find the relation between <e1>Lewis of Luxembourg<\e1> and <e2>France<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | country of citizenship | 29 | [
"Lewis of Luxembourg",
"France"
] | 62,605 |
[
"Lewis of Luxembourg",
"father",
"Beauvoir"
] | Find the relation between <e1>Lewis of Luxembourg<\e1> and <e2>Beauvoir<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | father | 26 | [
"Lewis of Luxembourg",
"Beauvoir"
] | 62,606 |
[
"Lewis of Luxembourg",
"mother",
"Marguerite of Enghien"
] | Find the relation between <e1>Lewis of Luxembourg<\e1> and <e2>Marguerite of Enghien<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | mother | 23 | [
"Lewis of Luxembourg",
"Marguerite of Enghien"
] | 62,607 |
[
"Beauvoir",
"child",
"Lewis of Luxembourg"
] | Find the relation between <e1>Beauvoir<\e1> and <e2>Lewis of Luxembourg<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | child | 18 | [
"Beauvoir",
"Lewis of Luxembourg"
] | 62,608 |
[
"Beauvoir",
"spouse",
"Marguerite of Enghien"
] | Find the relation between <e1>Beauvoir<\e1> and <e2>Marguerite of Enghien<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | spouse | 22 | [
"Beauvoir",
"Marguerite of Enghien"
] | 62,609 |
[
"Charles VII",
"country of citizenship",
"France"
] | Find the relation between <e1>Charles VII<\e1> and <e2>France<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | country of citizenship | 29 | [
"Charles VII",
"France"
] | 62,610 |
[
"Marguerite of Enghien",
"child",
"Lewis of Luxembourg"
] | Find the relation between <e1>Marguerite of Enghien<\e1> and <e2>Lewis of Luxembourg<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | child | 18 | [
"Marguerite of Enghien",
"Lewis of Luxembourg"
] | 62,611 |
[
"Marguerite of Enghien",
"spouse",
"Beauvoir"
] | Find the relation between <e1>Marguerite of Enghien<\e1> and <e2>Beauvoir<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | spouse | 22 | [
"Marguerite of Enghien",
"Beauvoir"
] | 62,612 |
[
"Henry VI",
"country of citizenship",
"England"
] | Find the relation between <e1>Henry VI<\e1> and <e2>England<\e2>.
Lewis of Luxembourg (or Louis II de Luxembourg ; died 1443) was an Archbishop of Rouen, Bishop of Ely, and Cardinal. He was a younger son of John of Luxembourg, Lord of Beauvoir and Marguerite of Enghien. Lewis was elected archbishop of Rouen in 1436. He was the leading native administrator / collaborator with the Lancastrian regime in France. As its position weakened, his own fortunes and even personal safety became precarious. Although the city of Rouen did not fall to Charles VII of France until late 1449, well after Luxembourg's death, Henry VI's government had long ago decided he needed and deserved remuneration and status based more securely in England. Thus he was provided to Ely' in commendam' on 27 September 1437. This was the fifth wealthiest see in England, yet also amongst the smallest in terms of size or burden. He is not known ever to have visited it. He died on 18 September 1443. | country of citizenship | 29 | [
"Henry VI",
"England"
] | 62,616 |
[
"Ronald Leonard",
"educated at",
"Curtis Institute of Music"
] | Find the relation between <e1>Ronald Leonard<\e1> and <e2>Curtis Institute of Music<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | educated at | 25 | [
"Ronald Leonard",
"Curtis Institute of Music"
] | 62,716 |
[
"Ronald Leonard",
"country of citizenship",
"American"
] | Find the relation between <e1>Ronald Leonard<\e1> and <e2>American<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | country of citizenship | 29 | [
"Ronald Leonard",
"American"
] | 62,717 |
[
"Ronald Leonard",
"award received",
"Walter Naumburg Competition"
] | Find the relation between <e1>Ronald Leonard<\e1> and <e2>Walter Naumburg Competition<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | award received | 28 | [
"Ronald Leonard",
"Walter Naumburg Competition"
] | 62,718 |
[
"Leonard Rose",
"educated at",
"Curtis Institute of Music"
] | Find the relation between <e1>Leonard Rose<\e1> and <e2>Curtis Institute of Music<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | educated at | 25 | [
"Leonard Rose",
"Curtis Institute of Music"
] | 62,719 |
[
"Orlando Cole",
"educated at",
"Curtis Institute of Music"
] | Find the relation between <e1>Orlando Cole<\e1> and <e2>Curtis Institute of Music<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | educated at | 25 | [
"Orlando Cole",
"Curtis Institute of Music"
] | 62,720 |
[
"Leonard Rose",
"country of citizenship",
"American"
] | Find the relation between <e1>Leonard Rose<\e1> and <e2>American<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | country of citizenship | 29 | [
"Leonard Rose",
"American"
] | 62,724 |
[
"Ronald Leonard",
"employer",
"Eastman School of Music"
] | Find the relation between <e1>Ronald Leonard<\e1> and <e2>Eastman School of Music<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | employer | 38 | [
"Ronald Leonard",
"Eastman School of Music"
] | 62,725 |
[
"Ronald Leonard",
"employer",
"Eastman"
] | Find the relation between <e1>Ronald Leonard<\e1> and <e2>Eastman<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | employer | 38 | [
"Ronald Leonard",
"Eastman"
] | 62,726 |
[
"Ronald Leonard",
"employer",
"USC Thornton School of Music"
] | Find the relation between <e1>Ronald Leonard<\e1> and <e2>USC Thornton School of Music<\e2>.
Ronald Leonard is an American cellist. He has had a distinguished career as a soloist, chamber musician, principal cellist and teacher. He is currently on the faculties of the USC Thornton School of Music and the Colburn School. He was a winner of the Walter Naumburg Competition while a student at the Curtis Institute of Music, where he studied with Leonard Rose and Orlando Cole. His first professional position was as a cellist in the Cleveland Orchestra, where he sat on the second stand. Two years later Mr. Leonard became principal cellist of the Rochester Philharmonic Orchestra and at that time began teaching at the Eastman School of Music. He taught at Eastman for 17 years, spent one year as cellist of the Vermeer Quartet, and then was appointed principal cellist of the Los Angeles Philharmonic, a post he held for 24 years. During this time, he soloed frequently with the orchestra. During this entire period he has been very active as a soloist, chamber musician and teacher. Conducting is his most recent activity ; Mr. Leonard is the conductor of the Colburn School Chamber Orchestra and he has been very involved at the USC Thornton School of Music, working with the string sections of both the USC Thornton Symphony and the USC Thornton Chamber Orchestra. From 1993 to 2003, he held the prestigious post of " Gregor Piatigorsky Endowed Chair in Violoncello " at the USC Thornton School of Music. He was only third person to ever hold the position, following Piatigorsky himself and Lynn Harrell (1986 – 1993). He is known internationally as " one of the better cellists originally from Rhode Island ". | employer | 38 | [
"Ronald Leonard",
"USC Thornton School of Music"
] | 62,727 |
[
"Hewanorra International Airport",
"located in the administrative territorial entity",
"Vieux Fort Quarter"
] | Find the relation between <e1>Hewanorra International Airport<\e1> and <e2>Vieux Fort Quarter<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located in the administrative territorial entity | 3 | [
"Hewanorra International Airport",
"Vieux Fort Quarter"
] | 62,807 |
[
"Hewanorra International Airport",
"located on terrain feature",
"Caribbean"
] | Find the relation between <e1>Hewanorra International Airport<\e1> and <e2>Caribbean<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located on terrain feature | 65 | [
"Hewanorra International Airport",
"Caribbean"
] | 62,808 |
[
"Vieux Fort Quarter",
"located on terrain feature",
"Caribbean"
] | Find the relation between <e1>Vieux Fort Quarter<\e1> and <e2>Caribbean<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located on terrain feature | 65 | [
"Vieux Fort Quarter",
"Caribbean"
] | 62,811 |
[
"Castries",
"located on terrain feature",
"Caribbean"
] | Find the relation between <e1>Castries<\e1> and <e2>Caribbean<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located on terrain feature | 65 | [
"Castries",
"Caribbean"
] | 62,814 |
[
"George F. L. Charles Airport",
"located in the administrative territorial entity",
"Castries"
] | Find the relation between <e1>George F. L. Charles Airport<\e1> and <e2>Castries<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located in the administrative territorial entity | 3 | [
"George F. L. Charles Airport",
"Castries"
] | 62,817 |
[
"Saint Lucia",
"located on terrain feature",
"Caribbean"
] | Find the relation between <e1>Saint Lucia<\e1> and <e2>Caribbean<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located on terrain feature | 65 | [
"Saint Lucia",
"Caribbean"
] | 62,820 |
[
"Saint Lucia",
"capital",
"Castries"
] | Find the relation between <e1>Saint Lucia<\e1> and <e2>Castries<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | capital | 1 | [
"Saint Lucia",
"Castries"
] | 62,821 |
[
"SLASPA",
"located in the administrative territorial entity",
"Castries"
] | Find the relation between <e1>SLASPA<\e1> and <e2>Castries<\e2>.
Hewanorra International Airport, located near Vieux Fort Quarter, Saint Lucia, in the Caribbean, is the larger of Saint Lucia's two airports and is managed by the Saint Lucia Air and Seaports Authority (SLASPA). It is on the southern cape of the island, about 53.4 km (33.2 mi) from the capital city, Castries. The airport is a Fire Category 9 facility that handles 500,000 passengers a year and can accommodate Boeing 747, Airbus A330, Airbus A340, Boeing 777, and other long - range intercontinental aircraft. Aircraft maintenance is carried out by Caribbean Dispatch Services. The country's smaller airport, George F. L. Charles Airport, is located in Castries and handles inter - Caribbean passenger flights, which are operated with turboprop and prop aircraft. | located in the administrative territorial entity | 3 | [
"SLASPA",
"Castries"
] | 62,823 |
[
"Pahuatlán",
"located in the administrative territorial entity",
"Puebla"
] | Find the relation between <e1>Pahuatlán<\e1> and <e2>Puebla<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | located in the administrative territorial entity | 3 | [
"Pahuatlán",
"Puebla"
] | 62,866 |
[
"Sierra Norte de Puebla",
"located in the administrative territorial entity",
"Puebla"
] | Find the relation between <e1>Sierra Norte de Puebla<\e1> and <e2>Puebla<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | located in the administrative territorial entity | 3 | [
"Sierra Norte de Puebla",
"Puebla"
] | 62,871 |
[
"San Pablito",
"located in the administrative territorial entity",
"Pahuatlán"
] | Find the relation between <e1>San Pablito<\e1> and <e2>Pahuatlán<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | located in the administrative territorial entity | 3 | [
"San Pablito",
"Pahuatlán"
] | 62,874 |
[
"Guajalote Mountain",
"located in the administrative territorial entity",
"Puebla"
] | Find the relation between <e1>Guajalote Mountain<\e1> and <e2>Puebla<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | located in the administrative territorial entity | 3 | [
"Guajalote Mountain",
"Puebla"
] | 62,875 |
[
"La Huasteca",
"located in the administrative territorial entity",
"Puebla"
] | Find the relation between <e1>La Huasteca<\e1> and <e2>Puebla<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | located in the administrative territorial entity | 3 | [
"La Huasteca",
"Puebla"
] | 62,883 |
[
"San Pablito",
"located in the administrative territorial entity",
"Puebla"
] | Find the relation between <e1>San Pablito<\e1> and <e2>Puebla<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | located in the administrative territorial entity | 3 | [
"San Pablito",
"Puebla"
] | 62,884 |
[
"Sierra Norte de Puebla",
"has part(s)",
"Guajalote Mountain"
] | Find the relation between <e1>Sierra Norte de Puebla<\e1> and <e2>Guajalote Mountain<\e2>.
San Pablito is a small town located on the side of the Guajalote Mountain in the Sierra Norte de Puebla mountain region in central east Mexico. It belongs to the Pahuatlán municipality of the state of Puebla. Culturally it is dominated by the Otomi although it is part of the La Huasteca region. San Pablito is best known for the commercial production of a bark paper called amate as a handcraft. This paper is mostly sold to Nahua painters in Guerrero, but it is also sold nationally and internationally on its own. The paper is made much the way it was before the arrival of the Spanish. Originally, it was made only by the area's shamans for ritual purpose but today commercial production is mostly done by the town's women and children as many men have left to work in the United States. | has part(s) | 10 | [
"Sierra Norte de Puebla",
"Guajalote Mountain"
] | 62,885 |
[
"Augereau",
"located in the administrative territorial entity",
"Melun"
] | Find the relation between <e1>Augereau<\e1> and <e2>Melun<\e2>.
L'École des officiers de la gendarmerie nationale, the French Gendarmerie nationale Officers School, was created in 1901 and based in the Schomberg barracks in Paris. At the time it was simply to give additional training to NCOs likely to enter the officer corps. In 1918, following the First World War, the school moved to Versailles and diversified by including in its ranks officers from other armies. It was not until 1937 that the school was given a flag. This emblem was officially handed over to the chef de corps, Colonel Picot, 14 July 1937, on the Champs - Élysées by the President Albert Lebrun. During the Second World War, the school moved to Pau then back to Paris before finding its current home in the Augereau barracks in Melun on 1 October 1945. | located in the administrative territorial entity | 3 | [
"Augereau",
"Melun"
] | 62,961 |
[
"L'École des officiers de la gendarmerie nationale",
"located in the administrative territorial entity",
"Paris"
] | Find the relation between <e1>L'École des officiers de la gendarmerie nationale<\e1> and <e2>Paris<\e2>.
L'École des officiers de la gendarmerie nationale, the French Gendarmerie nationale Officers School, was created in 1901 and based in the Schomberg barracks in Paris. At the time it was simply to give additional training to NCOs likely to enter the officer corps. In 1918, following the First World War, the school moved to Versailles and diversified by including in its ranks officers from other armies. It was not until 1937 that the school was given a flag. This emblem was officially handed over to the chef de corps, Colonel Picot, 14 July 1937, on the Champs - Élysées by the President Albert Lebrun. During the Second World War, the school moved to Pau then back to Paris before finding its current home in the Augereau barracks in Melun on 1 October 1945. | located in the administrative territorial entity | 3 | [
"L'École des officiers de la gendarmerie nationale",
"Paris"
] | 62,963 |
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