王然、成金华  Optimizing the Water Ecological Environment of Mining Cities in the Yangtze River Economic Belt Using the Cloud Model, CV-TOPSIS, and Coupling Coordination Degre 

我校金沙8888js官方王然老师在T2级别期刊——《International Journal of Environmental Research and Public Health》上发表题为“Optimizing the Water Ecological Environment of Mining Cities in the Yangtze River Economic Belt Using the Cloud Model, CV-TOPSIS, and Coupling Coordination Degree”。论文第一作者王然为金沙8888js官方副教授。

Abstract / 摘要：

原文  The Yangtze River Economic Belt (YREB) is the core region for the security of mineral resources in China and is a strategic water source containing rich water resources. Coordinating the security of mineral resources and water resources in the YREB is a key problem. Establishing and optimizing the water ecological environment (WEE) is crucial for addressing this problem in mining cities, which are the main bases for the supply of mineral resources. This study applies the cloud model, CV-TOPSIS, the standard deviation ellipse, and the coupling coordination degree model to evaluate the WEE and the coordinated development state, and to optimize the WEE. The results show that: (1) the WEE of mining cities in the YREB is generally good; (2) the protection of WEE in most mining cities has achieved significant results recently, and the results in the downstream are more remarkable than those in the mid-upstream; (3) the coordinated development of WEE in regenerative mining cities is better than that of mature and declining cities; and (4) most mining cities still belong to the lagging type of water environment (heavy metal pollution has been better treated and the threat of water ecological security caused by heavy metal pollution is low). This study suggests improvements to the sewer system, promotes WEE management in the mid-upstream, and propels the transformational development of mature and declining mining cities in advance.

论文信息;

Title/题目: 

Optimizing the Water Ecological Environment of Mining Cities in the Yangtze River Economic Belt Using the Cloud Model, CV-TOPSIS, and Coupling Coordination Degree 

Authors/作者:

Wang Ran; Lin Hao; Cheng Jinhua; Xu Zixi; Feng Haoying; Tang Yameng 

Keywords / 关键词

Yangtze river economic belt; mining city; water ecological environment; cloud model; CV-TOPSIS; coupling coordination degree model 

Indexed by / 核心评价

WAJCI; Scopus; SCI; PMC; SSCI; MEDLINE; SCIE; AHCI; 

DOI: 10.3390/IJERPH19042469

全文链接：https://www.mdpi.com/1660-4601/19/4/2469