南水北调与水利科技2017，Vol.15Issue(1)：18-24,7.DOI:10.13476/j.cnki.nsbdqk.2017.01.004
水资源适应性利用理论及其在治水实践中的应用前景
Theory of adaptive utilization of water resources and its application prospect in water management practices
摘要
Abstract
Water system is constantly changing under the influences of climate changes and human activities so that the development and utilization of water resources should be adapted to these changes rather than conform to a fixed control threshold or certain constraints.Certainly,it is not a passive and freewheeling adaptation. Therefore,studying the adaptive utilization and management of water resources is of great significance.In this paper,the principle and mode of adaptive utilization of water resources (AUWR) is expounded based on the analysis of water system and its relationship with environmental changes.Based on the understanding of the mechanism of AUWR under environmental changes,the theory of adaptive utilization of water resources (AUWR theory) is put forward,a framework system of the theory is constructed,and its basic concepts and key contents are expounded.Based on the analysis of modem water management practices in China,this paper elaborates on the underlying AUWR theory,and the existing problems in modern water management practices in China as well as the possible solutions to these problems using the AUWR theory.The study shows that the AUWR theory can provide significant guidance on the rational development,comprehensive utilization,and scientific management of water resources,as well as lay the theoretical foundation for the research and practice of water resources utilization under environmental changes.关键词
水资源适应性利用/理论体系/治水实践/水资源适应性管理/水资源适应性利用模式Key words
adaptive utilization of water resources (AUWR)/theoretical system/water management practices/adaptive management of water resources (AMWR)/adaptive utilization mode of water resources (AUWR mode)分类
建筑与水利引用本文复制引用
左其亭..水资源适应性利用理论及其在治水实践中的应用前景[J].南水北调与水利科技,2017,15(1):18-24,7.基金项目
国家自然科学基金(51279183) （51279183）
郑州大学重大科技项目培育基金(015ZDPY011)National Natural Science Foundation of China(51279183) （015ZDPY011）
Major Science and Technology Projects of Zhengzhou University(015ZDPY011) （015ZDPY011）
