Abstract: A planning model is presented for the optimal management of groundwater systems. The model, which is formulated as a bi‐objective optimization problem, allocates over a series of planning periods, groundwater to competing ...

Abstract: A planning model is presented for the control of seawater intrusion in regional groundwater systems. The management model is structured as a problem in optimal control. The hydraulic response equations, which are developed ...

Abstract: A conjunctive groundwater‐surface water planning model is presented. The optimization model maximizes the net revenue generated from the production of wheat, corn, and cotton over a one‐year planning horizon. The costs of ...

Abstract: A conjuctive‐use management model is presented that can be used to develop planning and operational strategies for a river basin. In contrast to previous investigations, the conjunctive‐use model explicitly incorporates ...

Abstract: An optimization model for the control of saltwater intrusion in the Jakarta Multiple aquifer system is presented. The optimization model incorporates a quasi‐three‐dimensional, finite‐difference simulation model of the ...

Abstract: To assess the potential effects of climatic changes on water resources, it is important to incorporate predictions of future climatic trends into hydrologic planning models. Disaggregation models can be used to produce a ...