长江口新横沙填海工程对盐度影响的数值模拟研究

H. Lyu, Junjie Bian, Yu-Duo Hao, Runli Tao
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引用次数: 0

摘要

利用Ecom-si软件模拟了新横沙围垦工程对长江口海水入侵和淡水资源的影响。结果表明,新横沙填海工程实施后,北支盐度略有下降,北、南航道盐度下降明显。此外,新横沙填海工程的实施对东风西沙水库、陈行水库、青草沙水库三个水库的取水产生了重大影响。在一个大潮-小潮周期中,新横沙围垦工程实施后,东风西沙水库由工程实施前最多7天缩短为6天,陈行水库由3.5天缩短为0天,青草沙水库由4天缩短为2.5天。上述研究结果表明,新横沙围垦工程的实施有利于三个水库的取水。
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Numerical simulation study on impacts of the Xinhengsha reclamation project on salinity in the Yangtze Estuary
The impacts of the Xinhengsha Reclamation Project on saltwater intrusion and freshwater resources in the Yangtze Estuary is simulated by Ecom-si. It is found that the salinity in the North Branch decreases slightly, the salinity in the North Channel and South Channel decreases obviously after the implementation of the Xinhengsha Reclamation Project. In addition, the implementation of the Xinhengsha Reclamation Project has a significant impact on the water intaking of the three reservoirs (Dongfengxisha Reservoir, Chenhang Reservoir, Qingcaosha Reservoir). In a spring-neap tide cycle, after the implementation of the Xinhengsha Reclamation Project, Dongfengxisha Reservoir is shortened from a maximum of 7 days before the project to 6 days, Chenhang Reservoir is shortened from 3.5 days to 0 days, Qingcaosha Reservoir is shortened from 4 days to 2.5 days. The above research results show that the implementation of the Xinhengsha Reclamation Project is beneficial to the water intaking of the three reservoirs.
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