Abstract: Differentiation of upper and lower regions of the unsaturated (vadose) zone is important for modeling evapotranspiration, infiltration, and water table recharge. This study developed a methodology to describe relative ...

Abstract: Modeling evapotranspiration (ET) distribution in shallow water table environments is of great importance for understanding and reproducing other hydrologic fluxes such as runoff and recharge. Unfortunately, ET distribution ...

Abstract: Hydrologic simulation (runoff) models incorporate numerical algorithms, which are individually subject to computational errors due to spatial and temporal discretization. Infiltration errors can greatly affect parameter ...

Abstract: The use of geographic information systems (GIS) for spatial hydrologic data analysis has provided many benefits for water resources permitting and design. This paper discusses a computer model, developed to aid phosphate ...

Abstract: The relationship between the depression area

Abstract: Quantifying wetland and lake storage is crucial for developing accurate hydrologic models, especially in regional or large watershed applications with potentially hundreds or thousands of wetlands where detailed survey ...

Abstract: Rainfall disaggregation in time can be useful for the simulation of hydrologic systems and the prediction of floods and flash floods. Disaggregation of rainfall to timescales less than