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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Douglas-fir Beetle, 2003. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2 grids...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Western Balsam Bark Beetle, 2007. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Mountain Pine Beetles, 2007. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Spruce Beetle, 2005. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2 grids of...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Spruce Beetle, 2002. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2 grids of...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Douglas-fir Beetle, 2002. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2 grids...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Mountain Pine Beetle, 2010. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Douglas-Fir Beetle, 2010. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Spruce Beetle, 2004. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Douglas-Fir Beetle, 2004. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Western Balsam Bark Beetle, 2009. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Douglas-Fir Beetle, 2009. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Western Balsam Bark Beetle, 2005. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Douglas-Fir Beetle, 2005. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Spruce Beetles, 2001. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Douglas-Fir Beetle, 2001. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Mountain Pine Beetles, 2004. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent mortality area (0-100% of the gridcell area containing killed trees) due to Mountain Pine Beetle, 2009. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western...
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This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Mountain Pine Beetles, 2005. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2...
thumbnail
This is one of many datasets generated as part of the cited study. It shows British Columbia percent killed trees due to Mountain Pine Beetles, 2001. Below is a description of the entire study: Abstract. Outbreaks of aggressive bark beetle species cause widespread tree mortality, affecting timber production, wildlife habitat, wildfire, forest composition and structure, biogeochemical cycling, and biogeophysical processes. As a result, agencies responsible for forest management in the United States and British Columbia conduct aerial surveys to map these forest disturbances. Here we combined aerial surveys from British Columbia (2001–2010) and the western conterminous United States (1997–2010), produced 1-km2...


map background search result map search result map British Columbia Percent Killed Trees, Mountain Pine Beetles, 2007 British Columbia Percent Killed Trees, Spruce Beetle, 2005 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2005 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2004 British Columbia Percent Killed Trees, Douglas-fir Beetle, 2003 British Columbia Percent Killed Trees, Spruce Beetle, 2002 British Columbia Percent Killed Trees, Douglas-fir Beetle, 2002 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2001 British Columbia Percent Mortality Area, Mountain Pine Beetle, 2010 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2010 British Columbia Percent Mortality Area, Western Balsam Bark Beetle, 2009 British Columbia Percent Mortality Area, Mountain Pine Beetle, 2009 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2009 British Columbia Percent Mortality Area, Western Balsam Bark Beetle, 2007 British Columbia Percent Mortality Area, Western Balsam Bark Beetle, 2005 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2005 British Columbia Percent Mortality Area, Spruce Beetle, 2004 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2004 British Columbia Percent Mortality Area, Spruce Beetle, 2001 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2001 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2007 British Columbia Percent Killed Trees, Spruce Beetle, 2005 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2005 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2004 British Columbia Percent Killed Trees, Douglas-fir Beetle, 2003 British Columbia Percent Killed Trees, Spruce Beetle, 2002 British Columbia Percent Killed Trees, Douglas-fir Beetle, 2002 British Columbia Percent Killed Trees, Mountain Pine Beetles, 2001 British Columbia Percent Mortality Area, Mountain Pine Beetle, 2010 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2010 British Columbia Percent Mortality Area, Western Balsam Bark Beetle, 2009 British Columbia Percent Mortality Area, Mountain Pine Beetle, 2009 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2009 British Columbia Percent Mortality Area, Western Balsam Bark Beetle, 2007 British Columbia Percent Mortality Area, Western Balsam Bark Beetle, 2005 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2005 British Columbia Percent Mortality Area, Spruce Beetle, 2004 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2004 British Columbia Percent Mortality Area, Spruce Beetle, 2001 British Columbia Percent Mortality Area, Douglas-Fir Beetle, 2001