Tim Whiteaker
The University of Texas at Austin
|
Research Scientist
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ABSTRACT:
This is a shapefile of NHDPlus flowlines in the Bull Creek watershed near Austin, TX. Some very important people live in this watershed, which has several low water crossings that are overtopped in major flood events. This dataset can serve as the backbone upon which simulation models for predicting flood events are built.
ABSTRACT:
This PowerPoint slideshow introduces an online map that helps watermasters determine if there is enough water in a river to support a given diversion request from a water rights holder. The presentation then shows that the National Water Model could replace the modeling that is currently being performed locally. Finally the presentation introduces the HydroShare API into the National Water Model results and a GitHub project that utilizes that API to facilitate time series and single file downloads.
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Created: July 13, 2016, 4:35 p.m.
Authors: Tim Whiteaker
ABSTRACT:
This PowerPoint slideshow introduces an online map that helps watermasters determine if there is enough water in a river to support a given diversion request from a water rights holder. The presentation then shows that the National Water Model could replace the modeling that is currently being performed locally. Finally the presentation introduces the HydroShare API into the National Water Model results and a GitHub project that utilizes that API to facilitate time series and single file downloads.

Created: Sept. 13, 2016, 2:41 p.m.
Authors: Tim Whiteaker
ABSTRACT:
This is a shapefile of NHDPlus flowlines in the Bull Creek watershed near Austin, TX. Some very important people live in this watershed, which has several low water crossings that are overtopped in major flood events. This dataset can serve as the backbone upon which simulation models for predicting flood events are built.