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首页> 外文期刊>Journal of Cleaner Production >Optimization path for overcoming barriers in China's environmental protection institutional system
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Optimization path for overcoming barriers in China's environmental protection institutional system

机译:克服中国环保制度体系壁垒的优化路径

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摘要

The successful implementation of the most stringent environmental protection institution is crucial for China to prevent and control increasingly serious environmental issues. However, the current environmental protection institutional system (EPIS) is constrained by various barriers. This paper aims to construct a path analysis model to reveal the methods and timing to best select and overcome different EPIS barriers systematically, especially determining at which stage prioritizing corresponding barriers may lead to the optimal improvement of EPIS's performance. The barriers categorized in the environmental legal, economic, administrative and public participation institutional subsystems are identified by combining an empirical survey and literature review. A novel path analysis model based on rough DEAMTEL-NK approach is proposed in which the interaction relationship and intensity between barriers are used to construct a heuristic path searching algorithm; the optimal path for overcoming barriers in China's EPIS is determined by simulating the climbing optimization process of the system on the fitness landscape. The path results show that the defective integration among legislation, plans, and policies and the inadequate environmental economic policy assessment mechanism are the two key barriers that should be prioritized. This study provides a strategic tool or remedial measure for management to better optimize the implementation of the most stringent environmental protection institution and achieve environmental sustainability from the novel perspective of prioritizing approaches to overcoming barriers. (C) 2019 Elsevier Ltd. All rights reserved.
机译:成功实施最严格的环境保护制度对于中国预防和控制日益严重的环境问题至关重要。但是,当前的环境保护制度体系受到各种障碍的制约。本文旨在构建一个路径分析模型,以揭示系统地最佳选择和克服不同EPIS障碍的方法和时机,尤其是确定在哪个阶段对相应的障碍进行优先级排序可能会导致EPIS性能的最佳改善。通过结合实证调查和文献综述,确定了在环境法律,经济,行政和公众参与制度子系统中分类的障碍。提出了一种基于粗糙DEAMTEL-NK方法的路径分析模型,该模型利用势垒之间的相互作用关系和强度来构造启发式路径搜索算法。通过模拟健身环境中系统的攀登优化过程,确定克服中国EPIS障碍的最佳路径。路径结果表明,立法,计划和政策之间的整合不完善以及环境经济政策评估机制不完善是应优先考虑的两个主要障碍。这项研究为管理提供了一种战略工具或补救措施,可以从优先考虑克服障碍的方法的新颖角度更好地优化最严格的环境保护机构的实施并实现环境的可持续性。 (C)2019 Elsevier Ltd.保留所有权利。

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