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Creator:: Carroll, Trish, Nevill, Mike, Aldous, Allison, Bach, Leslie, and Gurrieri, Joe
Abstract:: Presented at The Oregon Water Conference, May 24-25, 2011, Corvallis, OR.
Resource Type:: Presentation
Full Text:: manages about 190 mm acres nation wide. Region 6, the PNW Region, includes Oregon and Washington. The FS

Creator:: Grant, Gordon E., Tague, Christina, Safeeq, Mohammad, and Lewis, Sarah
Abstract:: Spatial patterns of summer streamflow in the Cascade Mountains of Oregon vary dramatically between the geologically distinct High and Western Cascade regions. A key control is the partitioning of water input between a fast-draining shallow subsurface flow network (Western Cascades) versus a slow-draining deeper groundwater system (High Cascades). These differences...
Resource Type:: Presentation
Full Text:: Slide 1 Gordon E. Grant USDA Forest Service PNW Research

Creator:: Campana, Michael E.
Abstract:: The specter of climate change looms large over Oregon. Although hydroclimatologic models predict a warmer Oregon, the total volume of precipitation may not change significantly. However, the character (rain vs. snow) and spatial and temporal distributions of precipitation will likely change. The state is already witnessing earlier snowmelt in the...
Resource Type:: Presentation
Full Text:: Nolin, OSU) Pacific Northwest study area…….…<3% Oregon Cascades……………..…..22% Washington Cascades

Creator:: Safeeq, M., Grant, G., and Tague, C.
Abstract:: A key challenge for resource and landscape managers is to predict the consequences of climate warming on streamflows and water resources. Different approaches are being developed to forecast the direction, magnitude, and timing of future streamflow changes in specific landscapes. One approach that is being utilized in the Pacific Northwest...
Resource Type:: Presentation
Full Text:: Geosciences, Oregon State University Gordon E. Grant USDA Forest Service PNW Research Station Sarah Lewis

ScholarsArchive@OSU