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Biology / Chilcotin District / Ecological succession / Fire / Mountain pine beetle / Fire ecology / Coarse woody debris / Snag / Chilcotin Plateau / Forest ecology / Systems ecology / Ecology


Predicting Mountain Pine Beetle Impacts on Lodgepole Pine Stands and Woody Debris Characteristics in a Mixed Severity Fire Regime Using PrognosisBC and the Fire and Fuels Extension Brad Hawkes, Steve Taylor, Chris Stockd
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Document Date: 2006-06-06 14:50:19


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File Size: 1,59 MB

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City

Prince George / Vancouver / Washington DC / Amman / Roe / /

Company

Fort Collins CO. / Natural Resources / Teck / Island Press / Donald Robinson ESSA Technologies Ltd. / Lignum Ltd. / /

Country

Canada / /

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Event

Natural Disaster / Man-Made Disaster / /

IndustryTerm

few quantitative tools / /

MusicGroup

B.C. / /

NaturalFeature

Mountain Pine Beetle Impacts / Idaho Panhandle National Forests / Chilcotin Plateau / Forest Vegetation Simulator / /

Organization

Canadian Forest Service Pacific Forestry Centre / USDA / IDF / British Columbia Ministry of Forests / /

Person

Brad Hawkes / Dave Conly / Leo Unger / Tim Harding / Peter Koot / Steve Taylor / Bob Erickson / Paula Vera / Chris Stockdale / /

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Position

driver / General / /

ProvinceOrState

Oregon / British Columbia / Idaho / /

Region

central Oregon / southern Oregon / North Idaho / Northern Idaho / /

Technology

simulation / /

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