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Supporting Information: Estimating Discharge in Low-Order Rivers with High-Resolution Aerial Imagery


Authors: Bethany Neilson · Tyler King
Owners: Bethany Neilson
DOI:10.4211/hs.9badb941303d4813b3c398cdab038368 How to Cite
Resource type:Composite Resource
Created:Dec 29, 2017 at 11:15 p.m.
Last updated: Jan 06, 2018 at midnight by Bethany Neilson

Abstract

Introduction
This document provides an overview of the accompanying data files used in the production the accompanying manuscript. 
Text S1.
For each virtual gauging station, we have included:
1. NIR orthorectified mosaics for each flight
2. Low flow RGB orthorectified mosaic and DSMs
3. Shapefiles of the hydraulic model domains
4. HEC-RAS models
5. Total station channel surveys
6. In situ observations of wetted width and wetted widths extracted from imagery

WRR_GIS:
All of the imagery, digital surface models, and shapefiles for the hydraulic model domains (items 1-3 above) are included in the WRR_GIS folder. To view these data, launch the included ArcMap Map Document: KingEtAl_WRR_2017.mxd. Data reference paths are relative for inter computer fidelity. This map document was produced with ArcMap 10.3. The hydraulic domain shapefile data were used to produce the geometry files used in HEC-RAS with the HEC-GeoRAS toolkit.

WRR_HEC-RAS:
The HEC-RAS models (item 4 above), produced in HEC-RAS 5.0.3 are provided in the folder WRR_HEC-RAS. The project files for each virtual gauging station are located in WRR_HEC-RAS \ VGS# \ Projects where VGS# is virtual gauging station number of interest. These project files contain the information to run the open channel hydraulic models. Opening these files will prompt a warning message that some files were not found. These files were test runs that are not germane to the final results and were therefore not included in an attempt to minimize confusion. Note that HEC-RAS models follow our local naming convention and map onto the virtual gauging station naming convention as follows: VGS1 = Kup8US, VGS2 = Kup7DS, VGS3 = Kup5uus.

WRR_GroundTruthing:
The ground truthing data (items 5 and 6 above) are included in csv files within the WRR_GroundTruthing folder. Total station surveys are provided along with corresponding elevations extracted from the Digital Surface Models in csv files located at WRR_GroundTruthing \ ChannelSurveys \ VGS#TransectCompare.csv where VGS# is the virtual gauging station of interest. Observed wetted width and the corresponding wetted widths extracted from the NIR mosaics are provided in the csv file: WRR_GroundTruthing \ WettedWidths \ WettedWidthComparison.csv.

Subject Keywords

River Discharge,Remote Sensing

How to cite

Neilson, B., T. King (2018). Supporting Information: Estimating Discharge in Low-Order Rivers with High-Resolution Aerial Imagery, HydroShare, https://doi.org/10.4211/hs.9badb941303d4813b3c398cdab038368

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    Coverage

    Spatial:

     Coordinate System/Geographic Projection:  WGS 84 EPSG:4326
     Coordinate Units:  Decimal degrees
    Place/Area Name: Kuparuk River, AK

    North Latitude
    68.8642°
    East Longitude
    -149.4508°
    South Latitude
    68.7169°
    West Longitude
    -149.6501°

    Temporal:

     Start Date:
     End Date:

    Content

    Download All Content as Zipped BagIt Archive
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    Authors

    The people or organizations that created the intellectual content of the resource.

    Name Organization Address Phone Author Identifiers
    Bethany Neilson Utah State University 8200 Old Main Hill, Logan, UT 84322
    Tyler King Utah State University 8200 Old Main Hill, Logan, UT 84322

    Contributors

    People or organizations that contributed technically, materially, financially, or provided general support for the creation of the resource's content but are not considered authors.

    Name Organization Address Phone Author Identifiers
    Mitchell Rasmussen Utah State University 8200 Old Main Hill, Logan, UT 84322

    Credits

    This resource was created using funding from the following sources:
    Agency Name Award Title Award Number
    National Science Foundataion Collaborative Research: Quantification of Dominant Heat Fluxes in Streams and Rivers in Arctic Alaska 1204220

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