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Water environment safety degree assessment based on system dynamics approach

机译:基于系统动力学方法的水环境安全程度评估

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Water environment safety is increasingly gaining public attention in recent years. To assess the degree of water environment safety, an evaluation index system associated with system dynamics (SD) was built. Water environment safety degree (WESD) is affected by a comprehensive system. As the effective tool for complex system simulation, SD approach was used to simulate the relationship between water environment and social activity. Taking Zhejiang Province as an example, the study was on the assessment of WESD from 2003 to 2010 and prediction from 2011 to 2015 in high, normal, low development scenarios. Results suggest that index parameters should be revised according to the development of society in order to get more accurate and reliable assessment results, and that the approach is reasonable to mimic the actual situation and to predict the future water environment safety degree.
机译:近年来,水环境安全越来越受到公众的关注。为了评估水环境安全程度,建立了与系统动态(SD)相关的评估指标系统。水环境安全程度(WESD)受全面系统的影响。作为复杂系统模拟的有效工具,SD方法用于模拟水环境与社会活动之间的关系。以浙江省为例,该研究是在2003年至2010年到2010年评估威斯德,从2011年到2015年的预测高,正常,低发展场景。结果表明,索引参数应根据社会的发展修订,以获得更准确和可靠的评估结果,而该方法是合理的,可以模仿实际情况,预测未来的水环境安全程度。

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