HYD-1
Coupled Atmosphere-Forest Canopy-Soil Profile Monitoring and Simulation
P.I.(s): Richard H. Cuenca -- Oregon State University
Team: David Stangel -- Oregon State University
HYD-2
Validation of a Passive Microwave Snow Water Equivalent Algorithm Using an Energy Balance Model
P.I.(s): Al T.C. Chang -- NASA/Goddard Space Flight Center
Co-I(s): James L. Foster and Dorothy K. Hall -- NASA/GSFC
HYD-3
Distributed Energy Transfer Modeling in Snow and Soil for Boreal Ecosystems
P.I.(s): Robert (Bert) Davis -- U.S. Army Cold Regions Research & Engineering Lab (CRREL)
HYD-4
Determination of Snow Cover Variations in the Boreal Forest Using Passive Microwave Radiometry
P.I.(s): Barry E. Goodison, Ann E. Walker -- Atmospheric Environment Service (AES), Climate and Atmospheric Research Directorate
HYD-5
The Regional Representation of the Energy and Moisture Fluxes from Snow Covered Areas in the BOREAS Experiment
P.I.(s): Richard J. Harding -- Institute of Hydrology
HYD-6
Remote Sensing of Hydrologic Variables in Boreal Areas
P.I.(s): Eugene L. Peck -- Hydex Corp; Tom Carroll -- NWS NOAA
HYD-8
Simulation of Boreal Ecosystem Carbon and Water Budgets: Scaling from Local to Regional Extents
P.I.(s): Lawrence E. Band -- University of Toronto
Co-I(s): Anthony Price, Tony Carleton -- Univ. of Toronto; Joseph C. Coughlan -- NASA/ARC
HYD-9
From Micro-Scale to Meso-Scale Snowmelt, Soil Moisture and Evapotranspiration from Distributed Hydrologic Models
P.I.(s): Ric D. Soulis -- University of Waterloo
Co-I(s): Michael Jasinski -- NASA/GSFC; G. Kite -- National Hydrology Research Institute; Nicholas Kouwen -- Univ. of Waterloo; Robert Leconte -- Univ. of Quebec a` Monteal; Dennis Lettenmaier -- Univ. of Washington; Danny Marks -- USGS
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Last Updated: October 29, 1997