Okla State Agency	Conservation Commission, Oklahoma
Okla Agency Code	'645'
Title	Basin-wide pollution inventory for the Illinois River comprehensive basin management program : final report
Authors	Oklahoma Conservation Commission. United States. Environmental Protection Agency. Oklahoma State University. Department of Biosystems and Agricultural Engineering. Oklahoma State University. Department of Agronomy. Oklahoma State University. Department of Zoology. Storm, Daniel E. Toetz, Dale. Sabbagh, George J. Gregory, Mark (Mark Steven) Smolen, M. D. Gade, David R., 1958- Haan, C. T. (Charles Thomas), 1941- Kornecki, Ted.
Publisher	Oklahoma Conservation Commission
Publication Date	1996-08
Publication type	Planning Document Technical Reports
Subject	Illinois River Watershed (Ark. and Okla.) Watershed management--Illinois River Watershed (Ark. and Okla.) Watershed hydrology--Illinois River Watershed (Ark. and Okla.) Watershed management--Oklahoma. Watershed hydrology--Oklahoma. Water quality management--Illinois River Watershed (Ark. and Okla.) Water quality management--Oklahoma. Nutrient pollution of water--Oklahoma.
Purpose	Volume I The purpose of this project is to provide assistance in the implementation of the Illinois River Watershed Implementation Program, which is part of Oklahoma's Section 319 Management Program. This project is one component of a comprehensive program that addresses the wide range of pollution sources within the Illinois River Basin.; Presented is a modeling study that utilizes a less complex model than existing watershed scale models called the Spatially Integrated Model for Phosphorus Loading and Erosion (SIMPLE). SIMPLE estimates runoff volume, sediment yield, and dissolved and sediment-bound phosphorus loading to the stream. In the following study we apply SIMPLE to the Upper Illinois River Basin.; Volume II The purpose of this paper is to describe three empirical biologically-based models to prioritize sub-basins given an initial coarse grained prioritization supplied by animal inventory of P nutrients. These empirical models were representative of stream conditions in a subset of sub-basins over a range of predicted nutrient contamination in the Oklahoma portion of the Illinois River watershed.
Contents	Volume I Estimating Nonpoint and Point Source Loading to the Upper Illinois River Basin;Chapter 1. Introduction;Chapter 2. Nonpoint Source Loading;2.1 Modeling Framework;2.2 Digital Spatial Data;2.3 Watershed Boundaries;2.4 Parameter Estimation;2.5 Simple Simulation Procedures;2.6 Results;Chapter 3. Point Source Loading;Chapter 4. discussion and Conclusions;4.1 Independent and Continuous Nonpoint Simulation Modes;4.2 Point and Nonpoint Loading;4.3 Nonpoint Source Loading Assumptions and Data Limitations;References;Appendix A. Procedure to Generate Field Boundary Maps;Appendix B. Summarization of INput Data at Field Scale;Appendix C Summarizing Output Data;Appendix D. LTPlus Procedures for DEM Development;Volume II Monitoring Stream Periphyton for Nutrient Limitation;Abstract;Introduction;Site Description;Materials and Methods;Results;Conclusions;Discussion;Recommendations;Literature Cited
Notes	Report 043--filename
OkDocs Class#	C4700.3 B313i 1996
Digital Format	PDF, Adobe Reader required
ODL electronic copy	Downloaded from agency website: www.okcc.state.ok.us/WQ/WQ_reports/REPORT043.pdf
Rights and Permissions	This Oklahoma state government publication is provided for educational purposes under U.S. copyright law. Other usage requires permission of copyright holders.
Language	English
Date created	2011-03-17
Date modified	2012-09-21
OCLC number	707983610

Basin-wide pollution inventory for the Illinois River comprehensive basin management program : final report

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