Water Resource Management Commons^™

Public And Private Options For Evolving Water Organizations, Tim De Young, Duane Brown

Water Organizations in a Changing West (Summer Conference, June 14-16)

45 pages.

Innovative Approaches To Irrigation Conservation, Larry D. Simpson

Water Organizations in a Changing West (Summer Conference, June 14-16)

3 pages.

Water Organizations In The West, Barton H. Thompson, Jr.

Water Organizations in a Changing West (Summer Conference, June 14-16)

37 pages.

Contains references.

Water Organizations In The West, Patricia Mulroy

Water Organizations in a Changing West (Summer Conference, June 14-16)

10 pages.

Water Organizations In The West, Ron Bishop

Water Organizations in a Changing West (Summer Conference, June 14-16)

9 pages.

Overview Of Kansas Groundwater Management Districts: Their Duties, Authorities And Expectations, Wayne A. Bossert

Water Organizations in a Changing West (Summer Conference, June 14-16)

8 pages.

Contains references.

Water Issues Facing Acequia Associations, Dennis Chavez

Water Organizations in a Changing West (Summer Conference, June 14-16)

4 pages.

Supplying Southern California With Dependable Supplies Of Water, Duane L. Georgeson

Water Organizations in a Changing West (Summer Conference, June 14-16)

20 pages (includes 1 map).

Contains references.

Navajo Nation’S Department Of Water Resources Management, Teresa M. Showa

Water Organizations in a Changing West (Summer Conference, June 14-16)

13 pages (includes illustrations and 1 map).

Organizational Structure, Responsibilities And Authority: Northern Colorado Water Conservancy District, Larry Simpson

Water Organizations in a Changing West (Summer Conference, June 14-16)

3 pages.

Approaches To Improved Irrigation Water Conservation Under Consideration By Northwest Kansas Groundwater Management District No. 4, Wayne A. Bossert

Water Organizations in a Changing West (Summer Conference, June 14-16)

13 pages.

Contains references.

The Central Utah Project Completion Act, P. Kirt Carpenter, Karen M. Ricks

Water Organizations in a Changing West (Summer Conference, June 14-16)

10 pages.

Innovative Approaches To Urban Water Conservation, Tom Griswold

Water Organizations in a Changing West (Summer Conference, June 14-16)

10 pages.

Water Conservation Program: City Of Arvada, Colorado, Sterling E. Schultz

Water Organizations in a Changing West (Summer Conference, June 14-16)

28 pages (includes illustrations).

The Relevance Of Water “Ownership” To Water Markets And Other Issues, Barton H. Thompson, Jr.

Water Organizations in a Changing West (Summer Conference, June 14-16)

31 pages.

Contains references.

Water Conservation: The New Paradigm, Jeanne Mckeever

Water Organizations in a Changing West (Summer Conference, June 14-16)

17 pages.

Contains references.

Ownership Of Water Rights In Irrigation Water Delivery Organizations: An Outline Of The Major Issues, Jeffrey C. Fereday

Water Organizations in a Changing West (Summer Conference, June 14-16)

33 pages.

Contains footnotes.

Nutrient Content Of Runoff Water From Rice Fields, C. E. Wilson Jr., P. A. Moore Jr., R. J. Norman, B. R. Wells

Arkansas Water Resources Center Technical Reports

Current perception is that nutrient runoff from croplands is a significant contributor to poor water quality in some areas. While extensive research has been conducted to survey and ameliorate this problem for several upland crops, little work has been done to evaluate the problem with flooded rice (Oryza sativa, L.) soils. Since rice production utilizes a major portion of the total irrigation water usage for certain areas, it is important to understand the contribution of rice production to non-point source N and P in surface water. Several production fields were selected to evaluate the concentrations of nutrients in the floodwater …

The Influence Of Reservoir Basin Morphometry On Phytoplankton Community Structure, Richard L. Meyer, G. Keith Trost

Arkansas Water Resources Center Technical Reports

The research protocol was designed to compare three reservoirs with similar physical environments but different morphometry. Three reservoirs on the western edge of the Ozark uplift were selected because of their similar substrate and climatic condition. The reservoirs primarily differed in morphometry. Two of the reservoirs were of identical size, Bob Kidd and Prairie Groves Lakes, but of different configuration, semicircular and linear, respectively. The bifurcated lake, Lincoln Lake, was of smaller size. Each lake is dimictic. Each of the lakes were nitrate-N limited while soluble reactive phosphorus-P is available and not restricting the growth of phytoplankton. Although the pattern …

Prediction And Management Of Sediments Load And Phosporus In The Beaver Reservoir Watershed Using A Geographic Information System, J. M. Mckimmey, H. D. Scott

Arkansas Water Resources Center Technical Reports

A study was conducted to compile a GIS database for the Beaver Reservoir Watershed and then use the database to run the Universal Soil Loss Equation and the Phosphorus Index Model on the War Eagle Creek Watershed, a portion of the Beaver Reservoir Watershed database. Characterization of the spat i a 1 properties of the primary attributes compiled for the watershed were reported. In addition, water quality samples taken from War Eagle Creek were analyzed for relationships across the watershed. Erosion in the watershed was lower than expected with well vegetated and fertilized pastures contributing to the reduction of annual …

Completion Report: Pesticide And Nitrate Monitoring Results For Craighead, Mississippi, And Poinsett Counties, Arkansas: Phase Ii, Kenneth F. Steele, William R. Clayton, Terry W. Nichols, Paul F. Vendrell

Arkansas Water Resources Center Technical Reports

Because of the concern for potential contamination of ground water by agricultural chemicals, 38 wells drilled in the Mississippi River Valley alluvial aquifer in Mississippi County and the eastern parts of Craighead and Poinsett Counties, Arkansas were analyzed for pesticides and nitrate. The pesticide, fluometuron, was detected in one sample at a concentration of 0.5 mg/L. Bentazon was detected in three samples at concentrations of 2.5, 0.3, and 0.3 mg/L. The occurrences of the pesticides appear to represent isolated incidents rather than a widespread aquifer contamination. All detections were below health and safety standards. Nitrate is present in several wells …

National Wetlands Inventory Maps, Logan, (Ogden Nw) Ut, Usfws, United States Department Of The Interior, Fish And Wildlife Service

Water

This document was prepared primarily by stereoscopic analysis of high altitude aerial photographs. Wetlands were identified on the photographs based on vegetation, visible hydrology, and geography in accordance with classification of Wetland and Deepwater Habitats of the United States (FWS/OBS-79/31 December 1979). The aerial photographs typically reflect conditions during the specific year and season when they were taken. In addition there is a margin of error inherent in the use of the aerial photographs.

Effect Of Drying On Cyromazine Loss From Surface-Applied Caged-Layer Manure, T. C. Daniel, D. H. Pote, D. R. Edwards

Arkansas Water Resources Center Technical Reports

In Arkansas, much of the environmental concern related to water quality has focused on the high volume of poultry fecal waste spread on the surf ace of local pastures to fertilize forage grass. Cyromazine (N-cyclopropyl-1,3,5-triazine-2,4,6- triamine), a feed-through larvicide used to control house flies (Musca domestica), is often a component of caged-layer manure. Cyromazine is quite soluble and stable in water, and previous research has shown that it can be readily washed from pasture plots by intense rainfall. Therefore, a study was conducted to evaluate increased drying time as a best management practice technique for reducing cyromazine runoff losses from …

Computer Simulation Model Calibration And Validation For Prediction Of Water Quality Impacts Of Poultry Waste Disposal, D. R. Edwards, T. C. Daniel

Arkansas Water Resources Center Technical Reports

Runoff and water quality data collected from two pairs of grazed fields in northwestern Arkansas were analyzed to support efforts to model runoff quality from areas receiving poultry manure and other fertilizer sources. The monitoring period described in this report was September 1, 1991 to April 30, 1993. One of each pair of fields was fertilized with inorganic fertilizer, and the other received either poultry litter or manure. Losses of fertilizer constituents were quite low from an agronomic standpoint, ranging from approximately 2-11 kg N/ha/year and 0.5-4.1 kg P04-P/ha/year. Annual losses of fertilizer constituents were dominated by only a small …

Water Current, Volume 25, No. 1, June 1993

Water Current Newsletter

Water Resources Tour Set to See State's Sites in July
From the Director: Award of Two National Grants Reflects High Level of Activity
New Communications Associate Joins Staff at UNL Water Center
Coalition Issues Agenda
Michigan Video Illustrates Local Wellhead Program
Students Issue Verdict on Dam
Call for Papers
Danube Damming Project Controversial
Study on Sandhills Available
Soil and Water Sciences Tour Features Labs, Urban Water Sites
New Water Organization Formed
UNL Soil Scientist Conducts Pilot Study
FishAmerica Offers Grants
Book Tells History of Nebraska and Its Water
Festival to Celebrate State's Natural Resources

Napier-King Land Conservation District : Land Management Manual, Peter Hocking

All other publications

With the discovery of the role of trace elements, large tracts of land in the south west of Western Australia, previously regarded as unsuitable for agriculture, were cleared in the 1950s and 1960s. Much of this land was taken up as Conditional Purchase Blocks, a scheme which enabled conversion of unalienated crown land to freehold title providing a set proportion of the block was 'developed'.

However, the removal of the natural deep rooted vegetation and its replacement with pasture species (up to 90% of privately owned land in the Napier-King LCD area is cleared) has not been without problems. The …

The Hydrology Of Shallow And Deep Aquifers In Relation To Secondary Soil Salinisation In Southwestern Australia, Richard J. George, Arthur J. Conacher

Natural Resources Research Articles

Results are reported from detailed research which has been carried out since 1984 on several Western Australian wheatbelt catchments, ranging in size from 12 ha to 1000 km2, in order to quantify the nature and roles of groundwater aquifers in relation to secondary salinisation. Secondary soil salinisation in the semi-arid wheatbelt has increased by 600% over the past 34 years to 440 000 ha, and is likely to increase by at least another 500% in the next 30-50 years. Changes in groundwater hydrology following the replacement of the native, woodland vegetation with agricultural crops and pastures during this century, have …

Resource Law Notes Newsletter, No. 28, Spring Issue, Apr. 1993, University Of Colorado Boulder. Natural Resources Law Center

Resource Law Notes: The Newsletter of the Natural Resources Law Center (1984-2002)

No abstract provided.

Conservation For Production : Kings Rocks Catchment Report, William Oldfield

Agriculture reports

The aim of this report is to bring together current information on the land and ideas which will provide landholders of the King Rocks catchment group with a basis to make more informed decisions about managing the land. The report contains information on how the landscape was formed, how areas become degraded, what are the present recommended ways of fixing land degradation and what are the most productive means of farming the land.

Atrazine In A Stream-Aquifer System: Transport Of Atrazine And Its Environmental Impact Near Ashland, Nebraska, Darryl A. Blum, James D. Carr, Ralph K. Davis, Darryll T. Pederson

Nebraska Water Center: Faculty Publications

The municipal wellfield for Lincoln, Nebraska, consists of 44 wells located adjacent to the Platte River near Ashland, Nebraska. The herbicide atrazine was monitored in the river and two transects of monitoring wells. The amount of atrazine transported down the Platte River in 1989, 1990, and 1991 was shown to increase each year. Induced recharge from the Platte River results in movement of atrazine from the river into the aquifer. A 21-day lag time was determined for the movement of atrazine from the river to a transect of monitoring wells 10 feet west of the bank. The role that colloids …