Research on water storage for Linhuaigang flood control project based on TOPSIS model
This article focuses on the environmental impact of water storage schemes in flood control engineer-ing and conducts optimization research,it aims to reduce environmental impact and optimize engineering bene-fits,using entropy weight method and TOPSIS method as the main research methods to calculate the weights of indicators such as embankment protection,seepage control engineering,collapsed bank protection,submerged land,affected drainage area,and buildings that need to be treated,and conducting comprehensive evaluations of the schemes,the environmental impact comprehensive scores of each water storage scheme are obtained.The research results show that evaluation object 3 performs the best among all water storage schemes,with the highest comprehensive score index,indicating that this scheme has the best performance in terms of environ-mental impact,which contributes to minimizing environmental impact and maximizing engineering benefits,en-riching the methods and practices of environmental impact assessment for water storage schemes.
Flood control engineeringWater storage planEntropy weight methodOptimization research
万方数据
维普
