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Three-Gorges Reservoir Area on the Yangtze River Faced with Risk of Induced Destructive Earthquakes
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作者 li ping~1, li yuanjun~2, yang mei’e~1(1.institute of geology, china earthquake administration, beijing 100029, china 2.College of Civil Construction Engineering, Wuhan University, Wuhan 430072, china) 《工程科学(英文版)》 2007年第2期115-123,共9页
The Three-Gorge Water Conservancy Project on the Yangtze River started to impound water by locking gates on June 1, 2003. A swarm of more than 2000 small earthquakes suddenly occurred densely along the river section i... The Three-Gorge Water Conservancy Project on the Yangtze River started to impound water by locking gates on June 1, 2003. A swarm of more than 2000 small earthquakes suddenly occurred densely along the river section in Xinling Town north of Badong, Hubei Province, on June 7. This caused grave concern in the following years, but, with the completion of the second- and third-phase engineering construction, the water level in the reservoir will rise up to 156 m and 175 m respectively, no matter whether it can induce larger and stronger earthquakes. After an analysis of the distribution of active faults in the eastern part of the reservoir area, their intersections and capability to generate earthquakes from a seismo-tectonic viewpoint, we consider that after the reservoir impounding, two potential focal zones existing in Badong and Zigui counties may generate M 5.5 earthquake, the seismic intensity of which may reach Ⅷ. It will induce landslide bodies in the reservoir area to be reactivated and slide. The evidence is the large-scale landslide occurring on the Shazhenxi Creek river in Zigui County on June 12, 2003. 展开更多
关键词 Three-Gorges RESERVOIR on YANGTZE River active fault reservoir-induced earthquake
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