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Geological impact of the Three Gorges Reservoir on the Yangtze River in China

机译:三峡水库对中国长江三峡库区的地质影响

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The Three Gorges Reservoir (TGR), located on the Yangtze River in China, currently holds the title as the biggest man-made water reservoir in the world. However, with its unprecedented size, construction has brought with it natural gas blowout incidents in nearby mining wells, a geological phenomenon that had not been considered before. These incidents had resulted in the loss of hundreds of lives as well as millions of dollars in properties. Through investigation, various hypotheses which suggest that the blowouts were indeed related to the reservoir are proposed. In addition, TGR's size has made it a suitable target for quantifying and understanding various well-established side-effects that result from the creation of new reservoirs. Such 'common' effects that are considered include reactivated landslides and reservoir-induced earthquakes. From this, it is proposed that initial impoundment of water increases landslide susceptibility for a period, whilst being independent of rainfall. From this paper, it could be better understood how large-scale reservoirs are able to impact surrounding areas geologically.
机译:三峡库区(TGR),位于中国的长江,目前将其称为世界上最大的人造水库。然而,凭借其前所未有的规模,建筑在附近采矿井中的天然气爆炸事件带来了一种,这是之前未考虑的地质现象。这些事件导致数百人生命损失以及数百万美元的性质。通过调查,提出了各种假设,提出了井喷的井喷与储层有关。此外,TGR的尺寸使其成为量化和理解各种良好的副作用的合适目标,这些副作用导致新的水库产生的各种良好的副作用。被认为的这种“共同”的效果包括重新激活的山体滑坡和储层诱导的地震。由此,提出初步蓄水增加了一段时间的滑坡易感性,同时独立于降雨。从本文中,可以更好地理解大规模水库如何能够在地质上影响周围地区。

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