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Jesse Dickinson

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This dataset contains inputs for a numerical groundwater-flow model of the Upper San Pedro Basin in southeastern Arizona and Northern Sonora, Mexico.
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Assessing the Impacts of Restoration Efforts on Water and Natural Systems in a Changing World
Resource managers must balance the impacts of competing management decisions on multiple, interacting natural systems. Hydrologic and ecological processes, such as groundwater fluctuations and riparian evapotranspiration, can be tightly coupled. Ideally, managers would have tools and models that include all processes to better understand how each management action would propagate through the environment. Because resources are limited, management tools that include only the most important processes may be more realistic. However, in some cases, omitting some interactions can lead to significant errors in predictions of hydrologic outcomes and ecological function, severely limiting a manager’s ability to identify...
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This dataset contains inputs for a numerical groundwater-flow model of the Upper San Pedro Basin in southeastern Arizona and Northern Sonora, Mexico.
These files are output from the surface water flow model VIC (Variable Infiltration Capacity). The VIC model was run for the Upper San Pedro Basin using inputs from the climate model HADCM3. The file were generated by Matthew Switanek, former PhD student at the University of Arizona under direction of Peter Troch.
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