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Increasing Plant Water Use To Reduce Salinity : Proceedings Of A Seminar Held At The Esperance Civic Centre 31 July 1996, R J. Short, Greening Western Australia, Soil And Water Conservation Association Of Australia. Western Australian Branch
Increasing Plant Water Use To Reduce Salinity : Proceedings Of A Seminar Held At The Esperance Civic Centre 31 July 1996, R J. Short, Greening Western Australia, Soil And Water Conservation Association Of Australia. Western Australian Branch
Resource management technical reports
No abstract provided.
Presettlement Vegetation Of The Lower Chippewa River Valley, Lisa A. Schulte-Moore, William J. Barnes
Presettlement Vegetation Of The Lower Chippewa River Valley, Lisa A. Schulte-Moore, William J. Barnes
Lisa A. Schulte Moore
The lower Chippewa River of west-central Wisconsin is the portion that flows southwest from the city of Eau Claire to the Mississippi River at Nelson. The river has a gentle gradient of about 0.8 m/km and highly erodible banks of sand and gravel. The river valley occurs between 35 m to 70 m below the surrounding upland, is between 1 and 5 km wide, and was formed primarily by glacial meltwaters. The floodplain is defined by annual high water levels and is generally below the 25 year flood recurrence interval, which on this part of the Chippewa River is >5m …
Dutch Experience In Irrigation Water Management Modelling, B J. Van Den Broek
Dutch Experience In Irrigation Water Management Modelling, B J. Van Den Broek
All U.S. Government Documents (Utah Regional Depository)
Modeling the soil-water-crop atmosphere system to improve agricultural water management in arid zones (SWATRE); Groundwater approach to drainage design in irrigated agriculture (SGMP); Computer Program for flume and weir design (FLUME 3.0); A hydrodynamic model in the design of operational controllers for water systems (MODIS/MATLAB); Decision support simulation model for water management at a regional and national scale (SIWARE); Management of water delivery systems (RIBASIM/OMIS); A water allocation, scheduling, and monitoring program (WASAM); and Irrigation agencies, farmers and computational decision support tools.