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Computer Simulation of the Hydrologic and Salinity Flow Systems Within the Bear River Basin / by Robert W. Hill, Eugene K. Israelsen, and J. Paul Riley.

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Title	Computer Simulation of the Hydrologic and Salinity Flow Systems Within the Bear River Basin / by Robert W. Hill, Eugene K. Israelsen, and J. Paul Riley.
Description	Computer Simulation of the Hydrologic and Salinity Flow Systems Within the Bear River Basin / Robert W. Hill, Eugene K. Israelsen, and J. Paul Riley.
Abstract	Accompanying the increased use of water resources is an increased accumulation of chemical pollutants. To prevent degradation of the water resources beyond useful limits, pollution inputs from additional uses must be quite accurately predicted prior to implementation of the new use. The model described in this report was formulated to provide the required predictive capacity for the Bear River Basin. In this study the model was synthesized on the hybrid computer and applied to the Cache Valley sub-basin of the Bear River Basin. The ability of the model to predict increased salt concentrations is demonstrated. A method for estimating and filling data gaps is also briefly discussed.
Author	Hill, Robert Wimmer, 1942- Israelsen, Eugene K., 1936- Riley, J. Paul (John Paul), 1927-
Contributers	Utah Water Research Laboratory
Original Date	November 1973
Publisher of Original	Utah Water Research Laboratory
Location	Bear River Watershed (Utah-Idaho) Utah Idaho United States
Geographic data	Bear River Watershed (Utah-Idaho) Cache Valley (Utah and Idaho)
Subject (LCSH)	Salinity--Bear River Watershed (Utah-Idaho)
Time Periods	1970-1979 20th century
Material type (Local)	Reports
Source	Computer Simulation of the Hydrologic and Salinity Flow Systems Within the Bear River Basin / Robert W. Hill, Eugene K. Israelsen, and J. Paul Riley. Logan, Utah : Utah Water Research Laboratory, College of Engineering, Utah State University, 1973. Utah State University, Merrill-Cazier Library, Special Collections and Archives, USU Archives 17.9:58a no. 95
Collection	Utah State University, Merrill-Cazier Library, Special Collections and Archives, USU Archives
USU Call Number	17.9:58a no. 95
Cited by	Bear River Watershed Historical Bibliography / compiled by Utah State University Libraries, Special Collections and Archives, 2005
Digital Publisher	Digitized by: Utah State University, Merrill-Cazier Library
Date.Digital	2009-04
Type	Text
Format	image/jpeg
Conversion Specifications	Scanned by Utah State University Library using Epson Expression 10000 scanner, 8-bit RGB, at 400 dpi. Archival file is uncompressed TIFF (400 dpi); display file is JPEG (300 dpi) to allow some zoom, while still minimizing file space. OCR text and display pdf generated using CONTENTdm OCR Extension. If pdf does not display correctly, try switching to a different browser or different reader.
Rights	Reproduction for publication, exhibition, web display or commercial use is only permissible with the consent of the USU Libraries University Archives Curator, phone (435) 797-0894.;
Holding Institution	Utah State University, Merrill-Cazier Library, Special Collections and Archives
Contributing Institution	Utah State University, Merrill-Cazier Library
Identifier	17958ano95
Search Date	1973-11
What do you know about this document?	Click this link to tell us more about this item : http://library.usu.edu/main/forms/diginfo.php?id=27192&collection=Bear
Linked Data	http://digital.lib.usu.edu/sup_pages/easyLOD/extract.php?coll=Bear&id=27192
Date created	2015-11-06

Title	Front Cover
Holding Institution	Utah State University, Merrill-Cazier Library, Special Collections and Archives
Transcript	Computer Simulation of the Hydrologic and Salinity Flow Systems Within the Bear River Basin Robert W. Hill, Eugene K. Israelsen, and J. Paul Riley AID-95 PRWG104-1 Utah Water Research Laboratory College of Engineering Utah State University Logan, Utah 84322 November 1973
Date created	2009-04-22

Computer Simulation of the Hydrologic and Salinity Flow Systems Within the Bear River Basin / by Robert W. Hill, Eugene K. Israelsen, and J. Paul Riley.

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