CEE6440 GIS in Water Resourses, Fall 2008
USU Student Term Project web pages

This page contains the student work for the GIS in Water Resources Class.

Student Project Title Presentation Final Paper
Due Starting Nov 18 Due Dec 5
Presentations on November 18, 2008. Recording.
Heiner, Bryan Run-off Prediction for Pineview Reservoir Presentation Term Paper
Sharp, Zachary Flood Predictions in Smithfield and Birch Creek Canyons resulting from 100 year Precipitation events in Cache County, Utah. Presentation Term Paper
Presentations on November 25, 2008. Recording.
Woods, Clay Run-off and Flood Prediction for Yellowstone River Presentation Term Paper
Crookston, Brian Performance of Hydraulic Structures along Summit Creek Presentation Term Paper
Roundy, Joshua Using Matlab Mapping Toolbox to analyze rainfall radar data for the Durango Watershed Presentation Term Paper
Bagley, Ren Runoff evaluation for Moody Creek, Idaho Presentation Term Paper
Bingham, Quinten Using FLIR Imagery for Delineation of Main Channel from Dead Zone on a ~17 Km reach of the Virgin River near Hurricane, Utah Presentation Term Paper
Presentations on December 2, 2008. Recording.
Han, Yiding River Mapping Using Low Cost Small Unmanned Aerial Vehicle with Remote Sensing Platform Presentation Term Paper
Jayasekera, Dumindu Assessment of Temperature and Precipitation Trends under Climate Change in Utah Presentation Term Paper
Ramu, Sekar A Comparative study on Stream Network Delineation using Arc-Hydro and TAUDEM for Upper, Lower Dolores Basin, Colorado-Utah Presentation Term Paper
Parry, Greg Bear River Groundwater Recharge and Discharge Estimate Maps Presentation Term Paper
Clemens, Shannon Using GIS and Aerial Photography to Monitor Riparian Changes in the Virgin River, UT Presentation Term Paper

Disclaimer. The information contained herein includes student classwork and is provided as a public service with the understanding that Utah State University makes no warranties, either expressed or implied, concerning the accuracy, completeness, correctness, reliability, or suitability of the information.

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