Computer simulation of soil-water dynamics: a compendium of recent work
Fundamental principles of modeling and simulation; Isothermal evaporation of soil water under fluctuating evaporativity, including the role of hysteresis; Non-isothermal evaporation of soil water, including the effect of surface reflectivity; Water dynamics and storage in fallow soils as affected by soil texture and profile layering; Hydrology of a sloping field, including surface runoff and groundwater flow; Moisture extraction by root systems, and the concurrent movement of water and salt in the soil profiles.
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Isothermal Evaporation of Soil Water
NonIsothermal Evaporation of Soil water
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albedo bottom boundary calculated clay column compartment crown potential CSMP cumulative evaporation cyclic evaporativity decrease depth desorption diurnally downslope drainage and evaporation dynamics effect equation evaporation rate factors field flow FORTRAN function gradients groundwater Hillel hydraulic conductivity hydraulic resistance hysteresis hysteretic infiltration initially saturated layer profiles loam loop matric potential matric suction mode1 parameters pattern percent plant water potential potential evaporation potential head rain rainfall rate rainstorm root growth root system root zone runoff shown in Figure simulation model simultaneous drainage slope soi1 soil moisture soil moisture characteristic soil physics soil profile soil surface soil texture soil water soil wetness soil's solution specific SUCTB surface water surface zone temperature texture thermal conductivity thickness tion top layer transpirational demand uniform profiles unsaturated values vapour variables voLuMETRIc HEAT CAPACITY volumetric wetness water content water potential water table zero