Lettenmaier, Dennis - Department of Civil and Environmental Engineering, University of Washington at Seattle

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Lettenmaier, Dennis - Department of Civil and Environmental Engineering, University of Washington at Seattle

Using synoptic-scale land surface moisture indices for hydrologic prediction ANDREW W. WOOD
University of Washington Hydrology Group Session 1: Creation of Input Files
Trends in 20Trends in 20thth Century DroughtCentury Drought
Erosion and sediment transport in a temperate forested watershed are predicted with a new sediment module linked to the Distributed Hydrology-Soil-Vegetation Model (DHSVM). The
Department of Civil Engineering University of Washington
Evaluating the potential of assimilatingEvaluating the potential of assimilating satellite passive microwave brightnesssatellite passive microwave brightness
Appendix to regridding NCDCs meteorological data 1 PRECIPITATION
Correcting errors in streamflow forecast ensemble mean and spread
Prospects for river discharge and depth estimation throughProspects for river discharge and depth estimation through assimilation of swathaltimetry into a raster-basedassimilation of swathaltimetry into a raster-based
Data Assimilation of Remotely Sensed Snow Observations Using an Ensemble Kalman Filter Konstantinos M. Andreadis1
Continental-scale water resources modeling
Department of Civil and Environmental Engineering University of Washington
Data Source Preparation
3. Model validation Streamflow Irrigation water requirements
Gridding NCDC daily meteorological data Version 2.0
Influence of spatial and temporal resolutions in
Climate Model based consensus on the hydrologic impacts of climate change to the Rio Lempa basin of Central America
UNIVERSITY OF WASHINGTON USING CLIMATE MODEL ENSEMBLE FORECASTS FOR
University of Washington Effects of Climate Change on the Hydrology and
As the most land-locked of the world's oceans, freshwater input from the land surface strongly controls the salinity of the Arctic Ocean, and subsequently the thermohaline circulation of the
Department of Civil and Environmental Engineering University of Washington
Department of Civil Engineerig University of Washington
Water management structures have become increasingly essential to provide water supply, as well as electric power,
The model was applied at a spatial resolution of 1/8o and hourly timestep. The
18th Conference on Hydrology
INTERNATIONAL INTERGOVERNMENTAL WORLD COUNCIL OCEANOGRAPHIC METEOROLOGICAL
UNIVERSITY OF WASHINGTON & UNIVERSITY OF BRITISH COLUMBIA INVITE YOU TO