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Fort Hall Indian Water Rights Settlement Agreement Of 1990, Shoshone-Bannock Tribes Of The Fort Hall Indian Reservation, State Of Idaho, United States

Native American Water Rights Settlement Project

Settlement Agreement: Fort Hall Indian Water Rights Agreement of 1990. Parties: Shoshone Bannock Tribe and US. Agreement settles water rights arising under Second Treaty of Fort Bridger of July 3, 1868 and the Winters doctrine. The agreement recognizes a right to diversions from the Upper Snake River Basin of 581,031 a/f/y. Surface-water rights in Snake River and Sand Creek are 100-115,000 a/f/y depending on irrigation needs with a priority date of June 14, 1867. Due to Sand Creek water- fluctuations, an amount equal to that had in 1989 shall satisfy the right. Groundwater from Ross Fork Creek and Basin may …

Shifting Water To Urban Uses: Activities Of The Metropolitan Water District Of Southern California, Timothy H. Quinn

Moving the West's Water to New Uses: Winners and Losers (Summer Conference, June 6-8)

36 pages.

Contains references.

Evaluating Judicial Capacity To Determine Public Welfare Values In Water Transfers, Charles T. Dumars

Moving the West's Water to New Uses: Winners and Losers (Summer Conference, June 6-8)

31 pages (includes illustrations).

Contains references.

An Evaluation Of The Effect Of Discharging A High Quality Effluent Into A Small Ozark Mountain Stream, David G. Parker, Floyd E. Cotter, Sandra C. Parker

Technical Reports

Recently the newly constructed Fayetteville wastewater treatment plant went on line and directed a portion of its discharge to a point in the Mud Creek drainage basin that had previously not received any effluent. Prior to the discharge, a background study had been performed to establish the water quality in the basin. The background data, when compared to the data collected by this study, allowed any alteration of the stream water quality to be evaluated. Also the modeling procedure used to set the effluent limits for the treatment plant was analyzed. All stream data were compared to the limits set …

Determination Of The Suitability Of Arkansas River Water For Municipal, Industrial And Agricultural Use: Volume 2b Water Quality Data, James W. Moore

Technical Reports

Volume II of the overall report for the project to determine the suitability of the Arkansas River for municipal, agricultural and industrial water supplies contains additional water quality information. This information includes the historical evaluation of the water quality in the Arkansas River and data for various water quality parameters included in the two-year sampling program. The research project was conducted under contract with the Arkansas Soil and Water Conservation Commission. Funding was provided by the Corps of Engineers, the Environmental Protection Agency, the City of Little Rock, Rockefeller Foundation and the Ozark Society. Additionally, the U.S. Geological Survey contributed …

Determination Of The Suitability Of Arkansas River Water For Municipal, Industrial And Agricultural Use: Volume 2a Water Quality Data, James W. Moore

Technical Reports

Volume II of the overall report for the project to determine the suitability of the Arkansas River for municipal, agricultural and industrial water supplies contains additional water quality information. This information includes the historical evaluation of the water quality in the Arkansas River and data for various water quality parameters included in the two-year sampling program. The research project was conducted under contract with the Arkansas Soil and Water Conservation Commission. Funding was provided by the Corps of Engineers, the Environmental Protection Agency, the City of Little Rock, Rockefeller Foundation and the Ozark Society. Additionally, the U.S. Geological Survey contributed …

Determination Of The Suitability Of Arkansas River Water For Municipal, Industrial And Agricultural Use: Volume 4 Cost Analyses, Joseph Watt, James W. Moore

Technical Reports

Volume IV of the overall report for the project to determine the suitability of the Arkansas River for municipal, agricultural and industrial water supplies contains the cost information calculated using WATER MAID. WATER MAID is an interactive software program for use in calculating treatment plant costs. The software program was developed for the Environmental Protection Agency. The research project was conducted under contract with the Arkansas Soil and Water Conservation Commission.

Determination Of The Suitability Of Arkansas River Water For Municipal, Industrial And Agricultural Use: Volume 3 Treatability Study, Steven M. Jones, Steven G. Burghart, James W. Moore

Technical Reports

Volume III of the overall report for the project to determine the suitability of the Arkansas River for municipal, agricultural and industrial water supplies contains the treatability data. These data include the results of the granular activated carbon, ozonation and packed tower aeration studies. The research project was conducted under contract with the Arkansas Soil and Water Conservation Commission. Funding was provided by the Corps of Engineers, the Environmental Protection Agency, the City of Little Rock, Rockefeller Foundation and the Ozark Society. Additionally, the U.S. Geological Survey contributed financially by matching the cost of sample collection. The City of Little …

Beaver Lake Water Quality Monitoring Plan, Kenneth W. Carter, George Losak, Kenneth Steele, Joel Cahoon, Dwayne Edwards, Tommy C. Daniel, Richard Meyer, Dee Mitchell

Technical Reports

The Beaver Lake basin is located in Northwest Arkansas, and includes portions of Washington, Madison, Benton, Carroll and Franklin counties. The White River is the :major tributary to Beaver lake, with minor tributaries including the Middle and West Forks of the Whi 1:e River, Richland Creek and War Eagle Creek. The basin encompassing 1,186 square miles of drainage area provides a usable storage capacity of 1.22 :million acre-feet, 300,000 of which are designated as flood control, the remainder is utilized for power generation and water supply. Beaver Lake is the water source for both the Beaver and Carroll County Water …

Cc90-342 Soil Compaction...Fact And Fiction: Common Questions And Their Answers, Alice J. Jones, Robert D. Grisso, Charles A. Shapiro

University of Nebraska-Lincoln Extension: Historical Materials

What causes soil compaction? Compaction occurs when soil particles move closer together because of external forces exerted by humans, animals, equipment and water droplets. It can be found on the soil surface and at almost any depth. Compacting soils leads to conditions that are less than optimum for crop growth, soil water management and efficient use of agricultural chemicals.

Utah Water Quality- Fertilizer Impact On Groundwater In Utah, Robert W. Hill, Howard Deer, Richard C. Peralta

All Archived Publications

Water quality has become the focal point of many decisions involving crop production. Crop production depends on specific inputs including fertilizer application. Without proper fertilization a farmer cannot achieve maximum economic returns. Crop yields in Utah have been increased over 50% by nitrogen fertilizer application alone. However, increasing nitrogen application beyond that needed for optimum economic return does more harm than good. This is especially true when groundwater concerns are addressed.

G90-989 Drinking Water: Bacteria (Revised November 1998), Sharon Skipton, Paul J. Jasa, David L. Varner, Delynn Hay

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide discusses recommended practices to manage bacteria in a domestic water supply. The presence of bacteria and pathogenic (disease-causing) organisms is a concern when considering the safety of drinking water. Pathogenic organisms can cause intestinal infections, dysentery, hepatitis, typhoid fever, cholera, and other illnesses.