Integrated GroundWater/Surface Water model http://www.dhigroup.com/Software/WaterResources/MIKESHE.aspx DHI Agern Alle 5, 2700 Hørsholm, Denmark software@dhigroup.com Available as part of standard MIKE SHE release dotNet 1.4.0.0 Air Temperature Measure of the heat content of the air Crop Coefficient Coefficient for adjusting the reference evapotranspiration relative to the actual evapotranspiration of the specific crop External Sources to Overland (for OpenMI) Source terms for each computational node Groundwater Extraction Extraction of Groundwater from a source at a specific rate Inflow (flux) to SZ drain Inflow to the Saturated Zone drain Leaf Area Index Area of the leaves above a unit area of the ground depending on vegetation type Leakage to SZ Exchange of water between surface water and groundwater based on a leakage coefficient Potential Evapotranspiration Water removed from the surface through evaporation and transpiration assuming no control on water supply Precipitation Rate The rate at which water is applied to the surface of a field Rooting Depth Root Depth below the ground surface External mass flux to SZ drain (for OpenMI) Measure of external mass flux to the Saturated Zone External sources to SZ (mobile) (for OpenMI) External sources in mobile phase to the Saturated Zone Inflow (flux) to SZ drain Inflow to the Saturated Zone Actual Evaporation from Interception Quantity of water evaporated from Interception Actual Evaporation from Ponded Water Quantity of water evaporated/removed from Ponded Water Actual Evapotraspiration Water removed from the surface through evaporation and transpiration Actual Transpiration Total amount of water that can be transpired Air Temperature Measure of the heat content of the air Average Water Content in the Rootzone Determines canopy development and corresponding crop transpiration Canopy Interception Storage Precipitation intercepted by vegetation which evaporates without adding to the soil moisture storage Crop Coefficient Coefficient for adjusting the reference evapotranspiration relative to the actual evapotranspiration of the specific crop Depth of Overland Water Overland water depth Depth to Phreatic Surface(negative) Depth to Phreatic Surface below the ground Elevation of Phreatic Surface Height of phreatic surface above a fixed reference point Evapotranspiration from SZ ET removed from the Saturated Zone Exchange between UZ and SZ (pos.up) Exchange flows between Unsaturated and Saturated Zone Groundwater Extraction Extraction of Groundwater from a source at a specific rate Infiltration to UZ (negative) Quantity of water entering the Unsaturated Zone Leaf Area Index Area of the leaves above a unit area of the ground depending on vegetation type Net Precipitation Rate for AD Net Rainfall fraction (recharge) to the groundwater table Overland Flow in X-Direction Overland Flow in X-Direction Overland Flow in Y-Direction Overland Flow in Y-Direction Overland Water Elevation Height of Overland Water above a fixed reference point Potential Evapotranspiration Water removed from the surface through evaporation and transpiration assuming no control on water supply Precipitation Rate Measured rainfall or snowfall in rainfall Rooting Depth Root Depth below the ground surface Seepage Overland Flow - SZ (negative) Flow from Overland to Saturated Zone Seepage Flow SZ - Overland Flow from Saturated Zone to Overland Snow Evaporation Evaporation from wet snow and dry snow storages SZ concentration (mobile phase) Concentration of specified specie in the Saturated Zone (mobile phase) Depth to Phreatic Surface (negative) Depth to Phreatic Surface below the ground Elevation of Phreatic Surface (negative) Height of phreatic surface above a fixed reference point