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Sara Goeking

Utah State University | PhD student

 Recent Activity

ABSTRACT:

This resource contains a notebook and dataset for testing RHESSys workflows and RHESSys in the CUAHSI Jupyter Hub environment, given custom GIS data inputs (downloaded from HydroTerre) and a USGS gage ID.

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ABSTRACT:

The purpose of this resource is to present all reports and supporting documentation for a term project for CEE 6490. The project objective was to identify a target in-stream flow rate for restoring and maintaining riparian forests in the lower Bear River, Utah, and assess the ability of meeting in-stream flow requirements on other water users.

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ABSTRACT:

This resource contains shapefiles and text/csv files for the Mission Creek basin, Montana, above USGS gage with STAID 12377150. The point shapefile represents the gage location, as identified in the USGS StreamStats online application, and the polygon shapefile is the basin boundary as delineated by StreamStats given the gage location as the outflow. The Mission_Creek_basin.csv contains descriptive information about the watershed, such as percent forest, min/max/mean elevation, precipitation, etc.

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ABSTRACT:

This resource contains shapefiles and text/csv files for the North Fork Sun River basin, Montana, above USGS gage with STAID 06078500. The point shapefile represents the gage location, as identified in the USGS StreamStats online application, and the polygon shapefile is the basin boundary as delineated by StreamStats given the gage location as the outflow. The N-Fk_Sun_River_basin.csv contains descriptive information about the watershed, such as percent forest, min/max/mean elevation, precipitation, etc.

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ABSTRACT:

This resource contains shapefiles and text/csv files for the Teton River basin, Montana, above USGS gage with STAID 06102500. The point shapefile represents the gage location, as identified in the USGS StreamStats online application, and the polygon shapefile is the basin boundary as delineated by StreamStats given the gage location as the outflow. The Teton_River_basin.csv contains descriptive information about the watershed, such as percent forest, min/max/mean elevation, precipitation, etc.

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 Contact

Resources
All 0
Collection 0
Composite Resource 0
Generic 0
Geographic Feature 0
Geographic Raster 0
HIS Referenced Time Series 0
Model Instance 0
Model Program 0
MODFLOW Model Instance Resource 0
Multidimensional (NetCDF) 0
Script Resource 0
SWAT Model Instance 0
Time Series 0
Web App 0
Generic Generic
An Enhanced Canopy Cover Layer for Hydrologic Modeling
Created: Sept. 22, 2016, 12:40 a.m.
Authors: Sara Goeking

ABSTRACT:

The objective of this project is to develop a canopy-cover raster from point data. The study watershed is the South Fork Flathead River, Montana. Tree canopy cover, as measured at permanent forest monitoring plots, will be modeled as a function of NLCD cover class, PRISM mean annual precipitation, elevation, slope, and aspect. Alternative models will be compared using k-fold cross-validation. The final model will be calibrated with all data points and then applied to the entire study watershed.

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Geographic Raster Geographic Raster
South Fork Flathead River DEM
Created: Feb. 15, 2017, 4:20 p.m.
Authors: Sara Goeking

ABSTRACT:

This dataset includes the NED 30 m tif for the South Fork Flathead River above Twin Creek.

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Composite Resource Composite Resource
S. Fk. Flathead River data
Created: Feb. 15, 2017, 4:43 p.m.
Authors: Sara Goeking

ABSTRACT:

Data for the South Fork Flathead River above Hungry Horse Reservoir.

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Composite Resource Composite Resource
Teton River, MT
Created: Feb. 20, 2017, 11:48 p.m.
Authors: Sara Goeking

ABSTRACT:

This resource contains shapefiles and text/csv files for the Teton River basin, Montana, above USGS gage with STAID 06102500. The point shapefile represents the gage location, as identified in the USGS StreamStats online application, and the polygon shapefile is the basin boundary as delineated by StreamStats given the gage location as the outflow. The Teton_River_basin.csv contains descriptive information about the watershed, such as percent forest, min/max/mean elevation, precipitation, etc.

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Composite Resource Composite Resource
North Fork Sun River, MT
Created: Feb. 20, 2017, 11:55 p.m.
Authors: Sara Goeking

ABSTRACT:

This resource contains shapefiles and text/csv files for the North Fork Sun River basin, Montana, above USGS gage with STAID 06078500. The point shapefile represents the gage location, as identified in the USGS StreamStats online application, and the polygon shapefile is the basin boundary as delineated by StreamStats given the gage location as the outflow. The N-Fk_Sun_River_basin.csv contains descriptive information about the watershed, such as percent forest, min/max/mean elevation, precipitation, etc.

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Composite Resource Composite Resource
Mission Creek, MT
Created: Feb. 21, 2017, 12:01 a.m.
Authors: Sara Goeking

ABSTRACT:

This resource contains shapefiles and text/csv files for the Mission Creek basin, Montana, above USGS gage with STAID 12377150. The point shapefile represents the gage location, as identified in the USGS StreamStats online application, and the polygon shapefile is the basin boundary as delineated by StreamStats given the gage location as the outflow. The Mission_Creek_basin.csv contains descriptive information about the watershed, such as percent forest, min/max/mean elevation, precipitation, etc.

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Generic Generic

ABSTRACT:

The purpose of this resource is to present all reports and supporting documentation for a term project for CEE 6490. The project objective was to identify a target in-stream flow rate for restoring and maintaining riparian forests in the lower Bear River, Utah, and assess the ability of meeting in-stream flow requirements on other water users.

Show More
Generic Generic
RHESSys testing - Custom data + Gage
Created: March 7, 2018, 3:46 p.m.
Authors: Sara Goeking

ABSTRACT:

This resource contains a notebook and dataset for testing RHESSys workflows and RHESSys in the CUAHSI Jupyter Hub environment, given custom GIS data inputs (downloaded from HydroTerre) and a USGS gage ID.

Show More