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Wildland fire suppression / Wildfires / Ecological succession / Fire / Carbon sequestration / Carbon sink / Carbon offset / Carbon dioxide / Carbon / Chemistry / Forestry / Environment


Carbon Benefits from Fuel Treatments Jim Cathcart 1, Alan A. Ager 2, Andrew McMahan 3, Mark Finney 4, and Brian Watt 5 Abstract—Landscape simulation modeling is used to examine whether fuel treatments result in a carbo
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Document Date: 2010-11-15 17:35:48

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City

Boise / Fremont / /

Company

SofTec Solutions / BP / Hoover / Mason Bruce & Girard Inc. / Missoula Fire Sciences Laboratory / Stephens / Coleman / Microsoft / /

Country

United States / /

Event

Natural Disaster / Environmental Issue / Man-Made Disaster / Force Majeure / /

Facility

Rocky Mountain Research Station / Fort Collins / /

IndustryTerm

transportation / multi-threaded processing / energy / fire spread algorithm / biomass energy / long-lived wood products / energy sector / non-energy use / greenhouse gas mitigation action / minimum travel time / /

NaturalFeature

Fremont-Winema National Forest / Drews Creek / Forest Vegetation Simulator / Goose Lake / Quartz Creek / Chandler Creek / FremontWinema National Forest / National Forest / /

Organization

USDA / Oregon Department of Forestry / USDA Forest Service / U.S. Department of Agriculture / USDI Bureau / Western Wildlands Environmental Threat Assessment Center / Forest Service / /

Person

Jim Cathcart / Mark Finney / Andrew McMahan / Brian Watt / Alan A. Ager / /

Position

Governor / /

Product

P-61 / /

ProvinceOrState

Oregon / Lakeview Ranger District / California / /

Region

western United States / central Oregon / western U.S. / southern Oregon / western Oregon / /

Technology

fire spread algorithm / MTT algorithm / MTT fire spread algorithm / simulation / /

URL

http /

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