Difference between revisions of "Tarsier Tutorial: Adding GroundWater to Watershed Simulation"
From CCoWS Wiki
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* Open Aquifer Tab in Watershed Analysis tool | * Open Aquifer Tab in Watershed Analysis tool | ||
* Click Calc Floodplain | * Click Calc Floodplain | ||
| − | ** Warning: Must have your Net Ptr, HydroDEM, and Stream Raster open in their usee controls. | + | ** '''Warning:''' Must have your Net Ptr, HydroDEM, and Stream Raster open in their usee controls. |
** This tool creates a raster covering your floodplain according to your set max flood height | ** This tool creates a raster covering your floodplain according to your set max flood height | ||
** Default max flood height it 1 meter. This should be estimated and changed to suit your watershed. | ** Default max flood height it 1 meter. This should be estimated and changed to suit your watershed. | ||
| Line 13: | Line 13: | ||
** This too breaks up your floodplain and connects a floodplain area with a corresponding node. | ** This too breaks up your floodplain and connects a floodplain area with a corresponding node. | ||
* Click Calc Aquifer From Floodplain | * Click Calc Aquifer From Floodplain | ||
| − | ** Warning, must have your floodplain raster open, and have calculated floodplain area | + | ** '''Warning''', must have your floodplain raster open, and have calculated floodplain area |
** This tool uses a hillslope parameter to estimate triangular aquifer geometry | ** This tool uses a hillslope parameter to estimate triangular aquifer geometry | ||
** The default hillslope is 15 degrees from horizontal, make a good estimation for your watershed. | ** The default hillslope is 15 degrees from horizontal, make a good estimation for your watershed. | ||
| − | ** Warning, a hillslope less then or equal to zero, or greater or equal to ninety will not work properly. | + | ** '''Warning,''' a hillslope less then or equal to zero, or greater or equal to ninety will not work properly. |
== Including GroundWater processes in you Watershed Model == | == Including GroundWater processes in you Watershed Model == | ||
*In Progress.... | *In Progress.... | ||
Revision as of 11:04, 9 April 2010
- This tutorial provides instructions on how to how a groundwater component to you Watershed Simulation Model.
Prerequisits
- Watershed analysis saved with all data
- Working Watershed simulation model
Adding aquifer Information to your Network Data
- Open Aquifer Tab in Watershed Analysis tool
- Click Calc Floodplain
- Warning: Must have your Net Ptr, HydroDEM, and Stream Raster open in their usee controls.
- This tool creates a raster covering your floodplain according to your set max flood height
- Default max flood height it 1 meter. This should be estimated and changed to suit your watershed.
- Click Calc Floodplain Area
- Warning: Must have your Net Ptr, HydroDEM, and Stream Raster And your floodplain raster open in their usee controls.
- This too breaks up your floodplain and connects a floodplain area with a corresponding node.
- Click Calc Aquifer From Floodplain
- Warning, must have your floodplain raster open, and have calculated floodplain area
- This tool uses a hillslope parameter to estimate triangular aquifer geometry
- The default hillslope is 15 degrees from horizontal, make a good estimation for your watershed.
- Warning, a hillslope less then or equal to zero, or greater or equal to ninety will not work properly.
Including GroundWater processes in you Watershed Model
- In Progress....
