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| CURRENT
RESEARCH:
I am currently working on the
sediment erosion module of DHSVM.
My research will ultimately use DHSVM to predict hydrologic effects of
fire, particularly erosion and sediment transport.
Other presentations related to DHSVM sediment modeling: Doten, C.O., USDA Forest Service DHSVM Sediment
Module Demonstration, 2004, Oral Presentation, Channel Routing Implementation and Output Doten, C.O., USDA Forest Service DHSVM Sediment
Module Demonstration, 2004, Oral Presentation, Hillslope Erosion Implementation and Output Doten, C.O., USDA Forest Service DHSVM Sediment Module Demonstration, 2004, Oral Presentation, Mass Wasting Doten, C.O., USDA Forest Service DHSVM Sediment Module Demonstration, 2004, Oral Presentation, Scenario Evaluation Doten, C.O., USDA Forest Service DHSVM Sediment
Module Demonstration, 2004, Oral Presentation, Hydrologic Setup of DHSVM for Rainy Creek Lanini, J.S., DHSVM Users Group
Meeting, 2004, Oral Presentation, Development
of A DHSVM Erosion Sediment Transport Model Lanini, J.S., USDA Forest Service DHSVM Sediment Module Demonstration, 2004, Oral Presentation, DHSVM Hillslope Erosion Modeling Theory Lanini, J.S., USDA Forest Service
DHSVM Sediment Module Demonstration, 2004, Oral Presentation,
DHSVM Channel Erosion and Transport Model Lanini, J.S., USDA Forest Service DHSVM Sediment Module Demonstration, 2004, Oral Presentation, Modeling the Hydrologic Effects of Fire with DHSVM
Stream temperature modeling: Description of the model: Sansone, Amy
Lynn A GIS-Based Temperature Model For The Prediction of
Maximum Stream Temperatures in the Cascade Mountain Region Water
Resources Series Technical Reports, December 2001 Sridhar,V., Sansone, A.L.,
Lamarche, J., Dubin, T. and D.P. Lettenmaier, 2004, Prediction of
stream temperature in forested watersheds, J. Amer. Water Res. Assn.,
40(1):197-213. |
| University of
Washington Hydrology Group Wilson Ceramic Laboratory Box 352700 University of Washington Seattle, WA 98195-2700 hydro@hydro.washington. edu |
