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Baiheliang (literally meaning the "White Crane Ridge") is an archeological site in northern Fuling District that has since been submerged underwater due to the building of the Three Gorges Dam. [5] The museum displays centuries-old inscriptions recording changes in the water level of the Yangtze River for around 1,200 years. The site consists ...
Hundreds of poetical homages to the place were inscribed in rock faces, which have disappeared beneath the rising waters as the dam has been completed. In 2003, Xinhua News Agency , the People's Republic's official press agency , headlined the on-line story, June 10, "Accident-maker reef no longer threatens Yangtze navigation".
Both the dam and the Three Gorges Reservoir has had a massive impact on the region's ecology and people, involving the mass relocation of towns and villages. [5] [6] The higher water level has changed the scenery of the Three Gorges so that the river is wider and the mountains appear lower. However, the mountains still tower above the river ...
As China counts the costs of its most punishing flood season in more than three decades, the role played by the massive and controversial Three Gorges Dam - designed to help tame the Yangtze river ...
This is an accepted version of this page This is the latest accepted revision, reviewed on 17 December 2024. Dam in Yiling District, Hubei, China Dam in Yiling District, Hubei Three Gorges Dam 三峡大坝 The dam in September 2009 Location in Hubei Province Show map of Hubei Three Gorges Dam (China) Show map of China Country China Location Sandouping, Yiling District, Hubei Coordinates 30°49 ...
The Three Gorges cruise has been known for a long time. Li Bai, one of the most important poets of the Tang dynasty wrote about his cruise in the famous poem (早發白帝城) in 759 AD: "Leaving the White Imperial Castle in the morning, Reaching Jingzhou was a quick day trip; Hearing monkeys on both banks, our light boat sped through the mountains".
The valley of the Three Gorges Reservoir Region below 500 m has an annual temperature 17–19 °C and, with the frost-free period annually lasts 300–340 days. The annual runoff flow at the site of the dam of the Three Gorges Project is 451 billion m³ with the annual sediment discharge of 530 million tons.
By July 20, the Yangtze River at the Three Gorges Dam experienced its highest river discharge since the dam was built. The dam's outflow released 40,000 m 3 /s of water, with 30,000 m 3 /s of the river flow held back behind the dam, after water levels in the Reservoir rose four metres (13 ft) overnight. [66]