Aquaveo WMS 10.1.10 + Tutorials

WMS is developed by Aquaveo, an engineering services company with many years of experience developing watershed modeling solutions. Harness the entire spectrum of watershed analysis tools with WMS - the all-in-one hydrologic and hydraulic solution.

The complete all-in-one watershed solution:
- GIS Tools
- Web-based data acquisition tools
- Terrain data import and editing tools
- Automated watershed delineation & hydrologic modeling
- Support for the most industry standard hydrologic models
- Step-by-step hydrologic modeling wizard
- Hydraulic modeling & floodplain mapping
- Storm drain modeling
- 2D (Distributed) Hydrology
- Integration with FHWA hydraulic calculation software
- Export WMS animations to Google Earth

Automated watershed delineation & hydrologic modeling
- Automatically delineate a watershed and sub-basins using digital terrain data
- Automatically compute geometric basin data such as area, slope, mean elevation, maximum flow distance and more
- With a small amount of input, compute hydrologic basin data such as time of concentration, curve number, and infiltration parameters
- Industry standard equations for computing sub-basin lag times and times of concentration are included with WMS
- Add any number of interior outlet points and let WMS subdivide the watershed automatically
- Manipulate stream networks to represent man-made features or proposed changes to the watershed
- Override derived basin boundaries to match your knowledge of the watershed

Support for most industry standard hydrologic models
- HEC-1
- HEC-HMS
- TR-20
- TR-55
- Rational Method
- MODRAT
- OC (Orange County, California) Rational
- OC Hydrographic
- HSPF
- National Streamflow Statistics
- Convert and compare the results of a watershed developed for one model with any of the other models supported in WMS

Hydraulic modeling & floodplain mapping
- Define a stream centerline and bank stations
- Define cross section locations
- Automatically cut cross sections and derive Manning's roughness values from elevation and ground material data
- Export cross sections to the HEC-RAS or Simplified Dam Break hydraulic models
- Run the hydraulic model and read the water elevations back into WMS
- Read water surface elevation data from a hydraulic model or manually input known water surface elevations
- Create flood extents and flood depth maps using digital terrain data and water surface elevation data points
- Link the peak flow or complete hydrograph from any of the WMS-supported hydrologic models to an HEC-RAS hydraulic model

Storm drain modeling
- Draw a storm drain network or import a network from GIS
- Compute elevations, lengths, and slopes of pipes from underlying elevation data
- Link the storm drain network to your hydrologic model data
- Export the hydrologic model data and the storm drain network to EPA-SWMM or XP-SWMM
- Import existing EPA-SWMM or XP-SWMM files into WMS

2D (Distributed) hydrology
- Flood forecasting (depth and velocity over entire 2D domain)
- Thunderstorm (localized rainfall) flood analysis
- Surface ponding and infiltration analysis
- Wetland modeling
- Land use change impact modeling
- Groundwater/surface-water interaction modeling
- Sediment and contaminant modeling