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Chinese state media has described the development as "a safe project that prioritises ecological protection", saying it will boost local prosperity and contribute to Beijing's climate neutrality ...
Yamdrok Lake. The geography of Tibet consists of the high mountains, lakes and rivers lying between Central, East and South Asia.Traditionally, Western (European and American) sources have regarded Tibet as being in Central Asia, though today's maps show a trend toward considering all of modern China, including Tibet, to be part of East Asia.
Major tributaries of Yarlung Tsangpo include Nyangchu River, Lhasa River, Nyang River, and Parlung Tsangpo. In Tibet the river flows through the South Tibet Valley, which is approximately 1,200 kilometres (750 mi) long and 300 kilometres (190 mi) wide. The valley descends from 4,500 metres (14,800 ft) above sea level to 3,000 metres (9,800 ft).
Earthquakes are common. The river basin is the center of Tibet politically, economically and culturally. As of 1990 the population was 329,700, of whom 208,700 were farmers. 88% of the people were ethnic Tibetans. [2] The climate is semi-arid monsoon, with a low average temperature of 1.2 to 7.5 °C (34.2 to 45.5 °F).
The Jiacha Hydropower Station (Chinese: 加查水电站), also named Gacha Hydropower Station, [2] is the second largest hydropower station built in Tibet, [3] located in Gyaca County on the middle reaches of the Yarlung Tsangpo, [4] with a total installed capacity of 360 MW and a designed annual generation capacity of 1.705 billion kWh.
The Sichuan-Tibet Networking Project (Chinese: 川藏联网工程), or Sichuan-Tibet Interconnection Project, formally referred to as the Sichuan-Tibet Interconnection Transmission and Transformation Project, HVDC Sichuan-Tibet, seeks to link the power grid of Chamdo in Tibet with that of Sichuan, thereby terminating the prolonged isolation of the Chamdo region and fundamentally addressing the ...
The commissioning of the Qinghai-Tibet Networking Project has alleviated Tibet's energy bottleneck, fundamentally resolving its long-standing power supply issues. [3] The Qinghai-Tibet Networking Project is the world's highest-altitude and longest DC transmission line traversing permafrost regions.
The region is about 1,500 km long and 250 km wide, stretching from the Yarlung Tsangpo river valley in Tibet in the southwest, to the Qilian Mountains of Gansu Province in the northeast. The strip of land forms a high plain over 4,000 meters in elevation. The plateau is inclined slightly from northwest to southeast. [1]
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