Among the emerged metaheuristic optimization techniques, ant colony optimization (ACO)
has received considerable attentions in water resources and environmental planning and …

The river networks in the plains of China are in low-lying terrain with mild bed slopes and
weak hydrodynamics conditions. Filled with intense human activities, these areas are …

Water resources scarcity and competition among stakeholders in water allocation always
highlights the optimal operation of water resources. This research examines the operation of …

In this study, a stochastic simulation-based chance-constrained programming (SSCP) model
is developed by integrating soil and water assessment tool (SWAT), generalized likelihood …

Water quality models survey and predict changes in the water quality parameters with the
optimized monitoring costs. The Gharasou River is the primary resource of water supply for …

Simulation-based optimization (S–O) frameworks are effective in developing cost-effective
watershed management strategies, where optimization algorithms have substantial effect on …

In this research work, soil and water assessment tool (SWAT) and fuzzy credibility chance-
constrained programming (FCCP) model were integrated into an optimization framework for …

Predicting suspended sediment load is one of the most important issues in relation to
watershed basins which must be in a way that decision-makers make correct decisions …

Prediction of sediment volume and sediment load is always one of the important issues for
decision-makers of watershed basins. The present study investigated the daily suspended …

Reservoirs are built to provide a powerful tool to control and manage surface water
resources in order to cover inconsistency between water resources and demands. Due to …