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The goal of the Wetlands in a Changing Climate project was to provide consistent, wall-to-wall data on wetland location, historical hydrologic dynamics, and projected climate change impacts on hydrologic dynamics. We worked with managers to determine what products would be most informative, and what approach would help them use these data products to develop recommendations for climate-smart conservation of wetlands across the Columbia Plateau.
U.S. States (Generalized) represents the fifty states and the District of Columbia of the United States. The Northwest Climate Science Center (NW CSC) Science Agenda outlines the overall science direction for the NW CSC in 2012-2016. It forms an integral part of the NW CSC Strategic Plan for 2012-2016 and was developed with input from cultural and natural resource managers in the Northwest. The Science Agenda guides the NW CSC and its Executive Stakeholder Advisory Committee ( ESAC) in the identification of annual and long-term research priorities to be funded by the NW CSC.
When the Earth experiences changes in its climate, wildlife respond by moving – species adjust their ranges to track changes in climate, moving out of areas that become too hot or otherwise inhospitable, and moving into areas that become newly hospitable. However, climate change is now proceeding so quickly that it is becoming difficult for species to move fast enough to keep pace. In addition, today’s landscapes feature significant barriers to movement presented by human land uses (e.g., roads, cities, farms). Such is the case in the region around the border of Washington and British Columbia, where increasing development pressure and limited coordination of land and wildlife management across the border pose a...
Habitat condition, both acres flooded and timing of inundation, were determined using remote sensing images from Landsat 5 and 8 for the Lower Klamath Basin, the representative basin for the southern Oregon and northeast California (SONEC) region. The dataset includes proportional water coverage (acres) for 8,825 distinct patches in Lower Klamath over 6 different time periods (1984-89; 1990-94; 1995-99; 2000-04; 2005-09; 2010-16), with a total of 368,301 acres of possibly foreageable land.


    map background search result map search result map Water Coverage Data in Lower Klamath Basin, 1984-2016 Water Coverage Data in Lower Klamath Basin, 1984-2016