An integrated simulation-optimization modeling system for water resources management under coupled impacts of climate and land use variabilities with priority in ecological protection

• Published in: Advances in water resources Vol. 154; p. 103986
• Main Authors: Li, Congcong, Cai, Yanpeng, Tan, Qian, Wang, Xuan, Li, Chunhui, Liu, Qiang, Chen, Dongni
• Format: Journal Article
• Language: English
• Published: Elsevier Ltd 01.08.2021
• Subjects: Adaptive management; case studies; climate; climate change; Climate projection; Ecology; Hydrological simulation; land use change; Landuse projection; risk; stream flow; temperature; Uncertain optimization; uncertainty; water; water allocation; watersheds; Yangtze River; Yangtze River; Hydrological simulation; Landuse projection; Ecology; Uncertain optimization; Climate projection; Adaptive management

An integrated simulation-optimization modeling system (ISOMS) approach was developed for assessing adaptive strategies in response to coupled impacts of climate and landuse variations. The ISOMS can not only reflect future hydrological trends under changing environment, but also provide water-alloca...