Allison LaFleur
Purdue University
Recent Activity
ABSTRACT:
The final flow averages are contained in the PDF file. This data is various moving averages (1,5,10,15,25,30 years) of period flow from Little River near Huntington IN (Gauge # 03324000) calculated from the peak flow data, which is also provided. Code to do this calculation was provided from Purdue's EAPS 591 FAIR Data Science professors and is posted as a ipython notebook and python file. Instructions on how to obtain the averages are posted. The chart was created in MS excel by averaging each column of the respective files.
ABSTRACT:
This is a TIF for the watershed boundary for the Clinch River. This is the final output as well as the instructions for how to obtain the output. The original inputs and code were provided to me by Dr. Venkatesh Merwade in Purdue's EAPS 591 course to download DEM for this area. This resource was created on September 6th 2019.
ABSTRACT:
This is a shapefile, code, and instructions to obtain the tif file for the watershed boundary for the Clinch River. The original files and code were provided to me by Dr. Venkatesh Merwade in Purdue's EAPS 591 course to download DEM for this area. This resource was created on September 6th 2019.
ABSTRACT:
This is a collection of resources to obtain a tif file of the DEM for the watershed boundary for the Clinch River. Instructions for how to reproduce these dara are under both the "Watershed Boundary for Clinch River Inputs" and "TIF file for Clinch River Watershed Boundary" collection contents. The "Watershed Boundary for Clinch River Inputs" collection has all of the files and code provided to me, and the "TIF file for Clinch River Watershed Boundary" collection has the final outputs. The original files were provided to me by Dr. Venkatesh Merwade in Purdue's EAPS 591 course to download DEM for this area. This resource was created on September 6th 2019.
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![Collection Collection](https://storage.googleapis.com/hydroshare-prod-static-media/static/img/resource-icons/collection48x48.8a917b585442.png)
ABSTRACT:
This is a collection of resources to obtain a tif file of the DEM for the watershed boundary for the Clinch River. Instructions for how to reproduce these dara are under both the "Watershed Boundary for Clinch River Inputs" and "TIF file for Clinch River Watershed Boundary" collection contents. The "Watershed Boundary for Clinch River Inputs" collection has all of the files and code provided to me, and the "TIF file for Clinch River Watershed Boundary" collection has the final outputs. The original files were provided to me by Dr. Venkatesh Merwade in Purdue's EAPS 591 course to download DEM for this area. This resource was created on September 6th 2019.
![Resource Resource](https://storage.googleapis.com/hydroshare-prod-static-media/static/img/resource-icons/composite48x48.9d90905ebe96.png)
Created: Sept. 6, 2019, 4:03 p.m.
Authors: LaFleur, Allison
ABSTRACT:
This is a shapefile, code, and instructions to obtain the tif file for the watershed boundary for the Clinch River. The original files and code were provided to me by Dr. Venkatesh Merwade in Purdue's EAPS 591 course to download DEM for this area. This resource was created on September 6th 2019.
![Resource Resource](https://storage.googleapis.com/hydroshare-prod-static-media/static/img/resource-icons/composite48x48.9d90905ebe96.png)
Created: Sept. 6, 2019, 4:10 p.m.
Authors: LaFleur, Allison
ABSTRACT:
This is a TIF for the watershed boundary for the Clinch River. This is the final output as well as the instructions for how to obtain the output. The original inputs and code were provided to me by Dr. Venkatesh Merwade in Purdue's EAPS 591 course to download DEM for this area. This resource was created on September 6th 2019.
![Resource Resource](https://storage.googleapis.com/hydroshare-prod-static-media/static/img/resource-icons/composite48x48.9d90905ebe96.png)
Created: Sept. 9, 2019, 10:08 p.m.
Authors: LaFleur, Allison
ABSTRACT:
The final flow averages are contained in the PDF file. This data is various moving averages (1,5,10,15,25,30 years) of period flow from Little River near Huntington IN (Gauge # 03324000) calculated from the peak flow data, which is also provided. Code to do this calculation was provided from Purdue's EAPS 591 FAIR Data Science professors and is posted as a ipython notebook and python file. Instructions on how to obtain the averages are posted. The chart was created in MS excel by averaging each column of the respective files.