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A Spatially Distributed Model For The Dynamic Prediction Of Sediment Erosion And Transport In Mountainous Forested Watersheds, Colleen O. Doten, Laura C. Bowling, Jordan S. Lanini, Edwin P. Maurer, Dennis P. Lettenmaier
A Spatially Distributed Model For The Dynamic Prediction Of Sediment Erosion And Transport In Mountainous Forested Watersheds, Colleen O. Doten, Laura C. Bowling, Jordan S. Lanini, Edwin P. Maurer, Dennis P. Lettenmaier
Civil, Environmental and Sustainable Engineering
Erosion and sediment transport in a temperate forested watershed are predicted with a new sediment model that represents the main sources of sediment generation in forested environments (mass wasting, hillslope erosion, and road surface erosion) within the distributed hydrology-soil-vegetation model (DHSVM) environment. The model produces slope failures on the basis of a factor-of-safety analysis with the infinite slope model through use of stochastically generated soil and vegetation parameters. Failed material is routed downslope with a rule-based scheme that determines sediment delivery to streams. Sediment from hillslopes and road surfaces is also transported to the channel network. A simple channel routing …