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Macroscale hydrologic modeling of ecologically relevant flow metrics in small streams, credited to Hamlet, A F, published in 2010. Published in USFS Region 6 annual meeting, Vancouver, WA., in 2010.
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Stream hydrology strongly affects the structure of aquatic communities. Changes to air temperature and precipitation driven by increased greenhouse gas concentrations are shifting timing and volume of streamflows potentially affecting these communities. The variable infiltration capacity (VIC) macroscale hydrologic model has been employed at regional scales to describe and forecast hydrologic changes but has been calibrated and applied mainly to large rivers. An important question is how well VIC runoff simulations serve to answer questions about hydrologic changes in smaller streams, which are important habitat for many fish species. To answer this question, we aggregated gridded VIC outputs within the drainage...
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Temperature, flow regime and biotic interactions determine differential responses of four trout species to projected climate change (In preparation), credited to Dauwalter, M.M., published in 2011.
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Native and invasive trout distributions in the Upper Columbia Basin under climate change: influence of flow regime, temperature and biotic interaction, credited to Hamlet, A F, published in 2010. Published in Idaho State University, Pocatello, ID. February 4, 2010, in 2010.
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Adapting the VIC hydrologic model to headwater streams in the West, credited to Hamlet, A F, published in 2009. Published in US Forest Service Western Watersheds and Climate Change Workshop, Boulder, CO. November 18, 2009, in 2009.
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