The Gavilan Peak, Maricopa County, Arizona Watershed. The WMS F0601 (Modrat) Interface for LA County. The Sava River Watershed model.
WMS has interfaces to several hydrologic models which compute hydrographs sub-basins and perform river reach routing for a watershed. interface for computing composite Curve Numbers, Runoff Coefficients, and Green-Ampt parameters. The Rational Method interface in WMS.
A watershed model for the city of American Fork, Utah. The Sava River watershed model which was used in the war in Bosnia for military operations there. An urban watershed model.
A hill-shaded DEM can be used to manually determine the approximate boundaries of a watershed. Triangulated Irregular Networks (TINs) used to delineate watershed boundaries. A TIN-based watershed model can be divided up into sub-basins and the geometric data can be computed for each sub-basin.
Built-in equations that can be used to compute the time of concentration, lag time, and travel time for sub-basins in a watershed. WMS can compute composite curve numbers for each sub-basin in a watershed. Graphical interface to EC-1, HEC-HMS, TR-20, TR-55, and other hydrologic models.
Built-in digital terrain modeling capabilities. WMS can display digital terrain model and unoff modeling results. WMS imports and exports ArcView® Shapefiles.