Optimization-Simulation Modeling of Sustainable Water Resource
A special issue of Water (ISSN 2073-4441). This special issue belongs to the section "Water Resources Management, Policy and Governance".
Deadline for manuscript submissions: 30 April 2025 | Viewed by 1609
Special Issue Editor
Interests: intelligent computing; water resources optimization; combinatorial optimization algorithm
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
Optimization–simulation modeling for sustainable water resources is a systematic approach to exploring sustainable water resource management options through modeling and simulation and evaluating model performance. This approach can provide decision support for the management and planning of water resources and provide clear data and information that are more reliable, accurate, and trusted.
In the field of sustainable water resources management, the optimization–simulation modeling approach covers the following main areas:
- The planning and management of water resources: through the simulation of various models and scenarios, the feasibility and sustainability of water resource utilization plans can be assessed and the best options can be determined.
- The scheduling of water resources: By establishing dynamic scheduling models of hydropower plants and reservoirs, optimal control and scheduling can be achieved to ensure the rational use and supply of water resources.
- The allocation of water resources: after simulation, the optimal water resource allocation scheme can be determined to realize the fair and reasonable allocation of water resources and the maximum benefit.
- The management of the water environment: through the construction of water ecosystem and water quality models, simulation analysis, and prediction, a better water environment management plan can be formulated.
- Disaster management: by constructing models of floods, droughts, and geologic hazards, disaster risks can be assessed and response plans can be formulated to reduce the impacts of disasters.
In conclusion, through the optimization–simulation modeling methodology, the in-depth analysis and optimal design of water resource systems can be undertaken to ensure the development and management of sustainable water resources.
Dr. Zhaocai Wang
Guest Editor
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Keywords
- water resources management
- sustainable development of water resources
- optimization models
- simulation modeling
- water planning
- water scheduling
- water allocation
- water environment management
- disaster management
- decision support systems
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