Systematic impact assessment on inter-basin water transfer projects of the Hanjiang River Basin in China
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Systematic impact assessment on inter-basin water transfer projects of the Hanjiang River Basin in China

机译:对中国汉江流域跨盆地水转运项目的系统影响评价

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Highlights?Intelligent water allocation methodology for inter-basin water allocation schemes.?Analyze water demands & assess impacts of water transfer projects on supplying basins.?Optimize water allocation to mitigate negative impacts by two genetic algorithms – AGA & SGA.?The large comparative results provide solid evidence that AGA is superior to SGA.?Assess reliability, vulnerability & resilience of water supply for supplying basins.AbstractChina’s inter-basin water transfer projects have gained increasing attention in recent years. This study proposes an intelligent water allocation methodology for establishing optimal inter-basin water allocation schemes and assessing the impacts of water transfer projects on water-demanding sectors in the Hanjiang River Basin of China. We first analyze water demands for w
机译:<![cdata [ 亮点 池间水间水分配方案的智能水分配方法。 分析水需求和评估影响供应盆地的水转移项目。 优化水分配,通过两个遗传算法缓解负面影响 - AGA&SGA。 大的比较VE结果提供了稳定的证据,即AGA优于SGA。 评估供水盆的供水的可靠性,漏洞和恢复力。 抽象 中国的池间水转印项目近年来越来越升高。本研究提出了一种智能水分配方法,用于建立最佳的池间水分分配计划,并评估水资源转移项目对中国汉江流域水需求的影响。我们首先分析W的水需求

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