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Occupational safety and health / Firefighting in the United States / Fire / Wildland fire suppression / Wildfire / National Fire Danger Rating System / Energy Release Component / Forest-fire model / Ecology / Firefighting / Wildfires / Public safety


Continental-scale simulation of burn probabilities, flame lengths, and fire size distribution for the United States
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Document Date: 2011-10-07 15:14:15

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File Size: 2,59 MB

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City

Central Oregon / New York / /

Company

Kendall / McGraw-Hill / Stephens / Missoula Fire Sciences Laboratory / /

Country

United States / /

/

Event

Man-Made Disaster / Natural Disaster / /

Facility

Rocky Mountain Research Station / Fort Collins / /

IndustryTerm

empirical distribution software / power-law distributions / minimum travel time methods / fire suppression algorithm / observed power-law behavior / observed power-law distribution / suppression algorithms / shortest travel times / minimum travel time / power-law fire size distributions / /

NaturalFeature

Forest Fire Research D. X. Viegas / /

Organization

U.S. Forest Service / USDA / USF Service / /

Person

Bill Breedlove / Charles W. McHugh / Donna Scholz / Danny Lee / Barb Loving / Stu Bedoll / Tom Quigley / Van Wagner / Jim Hutton / Schroeder / Brent Timothy / /

/

ProvinceOrState

Georgia / Colorado / Montana / /

PublishedMedium

Forest Ecology and Management / Canadian Journal of Forest Research / /

Region

western United States / Central Oregon / /

Technology

radiation / alternative suppression algorithms / MTT algorithm / simulation system / simulation / fire suppression algorithm / /

URL

http /

SocialTag