环境保护科学2011，Vol.37Issue(6)：98-101,4.
基于熵权法的连云港市入海河流环境健康评价——以蔷薇河为例
Environmental Health Assessment on Seagoing Water in Lianyungang City by Entropy Weight Approach-A Case Study of Qiangwei River
摘要
Abstract
This paper assessed the health conditions of the seagoing water in Lianyungang (a case study of Qiangwei River from 2000 to 2007) under the force of rapid urbanization. We used a fuzzy logic approach on entropy weight. The indicator system contained the components of Pressure, State and Response, and the relative membership method used here avoided the uncertainty in estimating the standard of stream health subjectively. The results showed that the relative health status of the Qiangwei River approximately presented downtrend from 2000 to 2007. The most healthy year was 2002, and the least healthy year was 2006; based on the maximum membership degree principle, the maximum membership degree in pressure group was 0.763 9 (2003), in state group was 0.722 4 (2000), and in response group was 1.0000 (2002); the maximum membership degree among all asseessed indicators was in 2002, with a probability of 32.15%.关键词
河流健康/压力-状态-响应/模糊综合评价/熵权/相对隶属度Key words
Stream Health/Pressure-State-Response/Fuzzy Synthetic Assessment/Entropy Weight Relative Membership引用本文复制引用
侯东林,李杨帆,吴霜,周驰,蒋仲妮,孙翔,朱晓东..基于熵权法的连云港市入海河流环境健康评价——以蔷薇河为例[J].环境保护科学,2011,37(6):98-101,4.基金项目
国家自然科学基金项目(40901081,40976021) （40901081,40976021）
南京大学国家大学生创新训练计划项目(XY101028444) （XY101028444）
