![]() ![]() Simulated streamflow and groundwater levels generally agreed with observations trends showing that the SWATmf can be used for simulating surface and groundwater interactions. Using datasets from the Fort Cobb Reservoir experimental watershed (located in Oklahoma, USA), the SWATmf to facilitate linkage and dynamic simulation of SWAT and MODFLOW models. The SWATmf is designed to serve as a project manager, builder, and model performance evaluator, and to facilitate dynamic interactions between surface and groundwater domains at the watershed scale, thus providing a platform for simulating surface and groundwater interactions. The pumping module in the SWAT-MODFLOW model, which combines the well package of MODFLOW with SWATs water transfer options, was used to simulate water pumping from the present 198 wells on the island by increasing pumping amounts up to 20-fold. To address this need, a modelling framework, called “SWATmf”, was developed to link and integrate the Soil Water Assessment Tool (SWAT), a widely used surface watershed model with the MODFLOW, a groundwater model. The SWAT-MODFLOW model simulated water budget components reasonably well compared with observed data. Assessment of long-term anthropogenic impacts on agro-ecosystems requires comprehensive modelling capabilities to simulate water interactions between the surface and groundwater domains. ![]()
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