Authors
Josue Medellin-Azuara, Duncan MacEwan, Richard E Howitt, George Koruakos, Emin C Dogrul, Charles F Brush, Tariq N Kadir, Thomas Harter, Forrest Melton, Jay R Lund
Publication date
2015/9/1
Journal
Hydrogeology journal
Volume
23
Issue
6
Pages
1205
Publisher
Springer Nature BV
Description
As in many places, groundwater in California (USA) is the major alternative water source for agriculture during drought, so groundwaters availability will drive some inevitable changes in the states water management. Currently, agricultural, environmental, and urban uses compete for groundwater, resulting in substantial overdraft in dry years with lowering of water tables, which in turn increases pumping costs and reduces groundwater pumping capacity. In this study, SWAP (an economic model of agricultural production and water use in California) and C2VISim (the California Department of Water Resources groundwater model for Californias Central Valley) are connected. This paper examines the economic costs of pumping replacement groundwater during drought and the potential loss of pumping capacity as groundwater levels drop. A scenario of three additional drought years continuing from 2014 show lower …
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