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This dataset was used to summarize and analyze the mortality factors recorderd on dead trees in the Sierra Nevada Forest Dynamics Plot Network, which is managed by the Sequoia and Kings Canyon Field station of the U.S. Geological Survey's Western Ecological Research Center. Each row of the dataset represents an individual dead tree. These are dead trees that were recorded in the network from 1998 to 2010 for the subset of plots as described in the associated manuscript; Das, A.J., Stephenson, N.L., Davis, K.P. 2016. Why do trees die? Characterizing the drivers of background tree mortality. Ecology. 97(10): 2616-2627, http://dx.doi.org/10.1002/ecy.1497
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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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USFS Region 6 forest insect and disease aerial detection survey, including years 2007-11. Clipped to SWO. Each year, all forested federal, state and private land in Oregon and Washington are aerially surveyed for insect and disease damage. This survey is flown cooperatively by the Region 6 US Forest Service, Forest Insects and Diseases group; the Oregon Department of Forestry, Insect and Disease Section; and the Washington Department of Natural Resources. This data is collected to determine regional insect and disease trends and to serve as an indicator to land owners/managers on insect and disease activity in their area.
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Western Pine Beetle, Ponderosa Pine, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Bark Beetles, No Data on Host Type, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Bark Beetles, No Data on Host Type, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Fir Engraver, No Data on Host Type, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Limber Pine, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Spruce Beetle, Spruce Species, 2006. 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 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 United States (1997–2010),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Western Pine Beetle, Ponderosa Pine, 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 United States (1997–2010),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Whitebark Pine, 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 United States (1997–2010),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Whitebark Pine, 1997. 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Limber Pine, 1997. 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 1997. 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Fir Engraver, No Data on Host Type, 1999. 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 1999. 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Spruce Beetle, No Data on Host Type, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, IPS Engraver Beetles, Ponderosa Pine, 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),...
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This is one of many datasets generated as part of the cited study. It shows Western Conterminous US Killed Trees Per Grid Cell, Roundheaded Pine Beetle, Ponderosa Pine, 1999. 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...


map background search result map search result map Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 1999 Western Conterminous US Killed Trees Per Grid Cell, Fir Engraver, No Data on Host Type, 1999 Western Conterminous US Killed Trees Per Grid Cell, Roundheaded Pine Beetle, Ponderosa Pine, 1999 Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 1997 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Limber Pine, 1997 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Whitebark Pine, 1997 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Whitebark Pine, 2010 Western Conterminous US Killed Trees Per Grid Cell, Western Pine Beetle, Ponderosa Pine, 2009 Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 2009 Western Conterminous US Killed Trees Per Grid Cell, Spruce Beetle, Spruce Species, 2006 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Limber Pine, 2004 Western Conterminous US Killed Trees Per Grid Cell, Fir Engraver, No Data on Host Type, 2004 Western Conterminous US Killed Trees Per Grid Cell, Bark Beetles, No Data on Host Type, 2004 Western Conterminous US Killed Trees Per Grid Cell, Bark Beetles, No Data on Host Type, 2003 Western Conterminous US Killed Trees Per Grid Cell, Western Pine Beetle, Ponderosa Pine, 2002 Western Conterminous US Killed Trees Per Grid Cell, IPS Engraver Beetles, Ponderosa Pine, 2002 Western Conterminous US Killed Trees Per Grid Cell, Spruce Beetle, No Data on Host Type, 2001 British Columbia Percent Killed Trees, Douglas-fir Beetle, 2003 Insect & Disease Aerial Survey SW Oregon Mortality factors for dead trees from a subset of plots from the Sierra Nevada Forest Dynamics Plot Network from 1998 to 2010 Mortality factors for dead trees from a subset of plots from the Sierra Nevada Forest Dynamics Plot Network from 1998 to 2010 Insect & Disease Aerial Survey SW Oregon British Columbia Percent Killed Trees, Douglas-fir Beetle, 2003 Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 1999 Western Conterminous US Killed Trees Per Grid Cell, Fir Engraver, No Data on Host Type, 1999 Western Conterminous US Killed Trees Per Grid Cell, Roundheaded Pine Beetle, Ponderosa Pine, 1999 Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 1997 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Limber Pine, 1997 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Whitebark Pine, 1997 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Whitebark Pine, 2010 Western Conterminous US Killed Trees Per Grid Cell, Western Pine Beetle, Ponderosa Pine, 2009 Western Conterminous US Killed Trees Per Grid Cell, Douglas-fir Beetle, Douglas-fir, 2009 Western Conterminous US Killed Trees Per Grid Cell, Spruce Beetle, Spruce Species, 2006 Western Conterminous US Killed Trees Per Grid Cell, Mountain Pine Beetle, Limber Pine, 2004 Western Conterminous US Killed Trees Per Grid Cell, Fir Engraver, No Data on Host Type, 2004 Western Conterminous US Killed Trees Per Grid Cell, Bark Beetles, No Data on Host Type, 2004 Western Conterminous US Killed Trees Per Grid Cell, Bark Beetles, No Data on Host Type, 2003 Western Conterminous US Killed Trees Per Grid Cell, Western Pine Beetle, Ponderosa Pine, 2002 Western Conterminous US Killed Trees Per Grid Cell, IPS Engraver Beetles, Ponderosa Pine, 2002 Western Conterminous US Killed Trees Per Grid Cell, Spruce Beetle, No Data on Host Type, 2001