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Groundwater Quality in the Columbia Plateau Snake River Plain, and Oahu Basaltic-Rock and Basin-Fill Aquifers in the Northwestern United States and Ha (in English)
Michael G. Rupert
(Author)
·
Charles D. Hunt
(Author)
·
Kenneth D. Skinner
(Author)
·
Createspace Independent Publishing Platform
· Paperback
Groundwater Quality in the Columbia Plateau Snake River Plain, and Oahu Basaltic-Rock and Basin-Fill Aquifers in the Northwestern United States and Ha (in English) - Rupert, Michael G. ; Hunt, Charles D. ; Skinner, Kenneth D.
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Synopsis "Groundwater Quality in the Columbia Plateau Snake River Plain, and Oahu Basaltic-Rock and Basin-Fill Aquifers in the Northwestern United States and Ha (in English)"
This assessment of groundwater-quality conditions of the Columbia Plateau, Snake River Plain, and Oahu for the period 1992-2010 is part of the U.S. Geological Survey's National Water Quality Assessment (NAWQA) program. It shows where, when, why, and how specific water-quality conditions occur in groundwater of the three study areas and yields science-based implications for assessing and managing the quality of these water resources. The primary aquifers in the Columbia Plateau, Snake River Plain, and Oahu are mostly composed of fractured basalt, which makes their hydrology and geochemistry similar. In spite of the hydrogeologic similarities, there are climatic differences that affect the agricultural practices overlying the aquifers, which in turn affect the groundwater quality. Understanding groundwater-quality conditions and the natural and human factors that control groundwater quality is important because of the implications to human health, the sustainability of rural agricultural economies, and the substantial costs associated with land and water management, conservation, and regulation.
