Stochastic Water Quality Modeling of an Impaired River Impacted by Climate Change. Article in Journal of Environmental Engineering, 141(11), November 2015.
Stochastic Water Quality Modeling of an Impaired River Impacted by Climate Change. Article in Journal of Environmental Engineering, 141(11), November 2015. (Number of pages: 1) (Publication Size: 80KB)
Note: pdf includes a link to the abstract for the journal article.
|Author(s)||Cox, T., D. Turner, G. Pelletier, and A. Navato|
|Description||A new stochastic water quality modeling tool was applied to quantify potential climate change effects on a nutrient impaired reach in the Pacific Northwest. This tool allows for multiple stochastic inputs for steady state river water quality simulations. A previously published calibrated deterministic model of the targeted reach was adapted for this study. This model simulates steady-state nutrient, algae, and dissolved oxygen dynamics with both point and nonpoint pollutant loadings. It also includes simulation of diurnally varying water temperature, calculated as a function of air temperature, shading, and streamflow using heat budget equations.
See a link to the abstract in the pdf above and also under Web Page below.
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|Keywords||modeling, river, water quality|
|WEB PAGE||Abstract for Journal Article|
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