文章引用说明 更多>> (返回到该文章)

张士锋, 陈俊旭, 华东, 等. 水资源系统风险构成及其评价——以北京市为例[J]. 自然资源学报, 2010, 25(11): 1855-1863. ZHANG Shifeng, CHEN Junxu, HUA Dong, et al. Research on the assessment of water resource system risk—A case study of Beijing. Journal of Natural Resources, 2010, 25(11): 1855-1863. (in Chinese)

被以下文章引用:

  • 标题: 黑河中游取水总量控制风险管理研究Risk Management of Total Water Withdrawal Control in the Middle of Heihe River Reach

    作者: 胡彩虹, 高建菊, 吴泽宁, 管新建

    关键字: 黑河中游, 取水总量控制, 风险因子, 风险管理The Middle of Heihe River Reach; Total Water Withdrawal Control; Risk Factor; Risk Management

    期刊名称: 《Journal of Water Resources Research》, Vol.1 No.6, 2012-11-20

    摘要: 取水总量控制是通过取水量的合理分配和总量控制,实现流域经济社会和生态环境的协调发展。黑河是我国较早实施取水总量控制的流域之一,由于上游来水、区域取水以及用水等过程的不确定性,黑河中游取水总量控制系统不可避免存在着风险,有必要开展相应的风险管理研究。本文结合黑河中游实际情况,从黑河中游取水总量控制的风险因子出发,构建了黑河中游取水总量控制风险评价指标体系,并对风险进行了估算和分析。结果表明黑河中游的取水总量控制风险处于可控状态,但中游的农业和生态用水受到一定的限制。并辨识主要致险和承险因子,提出相应的风险管理措施,为取水总量控制在黑河中游的实施提供指导。 Total water withdrawal control is able to realize coordinated development of the social economic and ecological environment through the reasonable distribution and total amount control. The HeiheRiveris the early implementation of total water withdrawal control. Due to the uncertainty of flow runoff and water demand, the risk of total water withdrawal control in the middle of Heihe River reach is objectively exist, and the corresponding risk management research is also necessary. Based on the analysis of the risk factors, combining with the actual situation of the middle of Heihe river reach, the risk evaluation index system of total water withdrawal control was proposed and the risks were analyzed. The results show that the risk level of total water withdrawal control in the middle Heihe River reach is in a controllable state, but the agricultural and ecological water use are limited in certain extent. The main risk factors and counterforce factors are given which could provide guid- ance for risk management and implementation of total water amount control in this region.

在线客服:
对外合作:
联系方式:400-6379-560
投诉建议:feedback@hanspub.org
客服号

人工客服,优惠资讯,稿件咨询
公众号

科技前沿与学术知识分享