Tech. Ryan, Robert The scope of the work was confined to areas of highest risk of severe fire, where fuel treatments are high priority dry, interior, western forests dominated by ponderosa pine, interior Douglasfir, and drytype lodgepole pine It uses specieshabitat relationships from the scientific literature to predict how changes in habitat elements from fuel treatment activities affect the life history requirements of species in terms of reproduction, food resources, predators and hazards. WHRM is in Scientific Peer Review. MyFTP has been review by both group of experts in the field and panel of users.

The scope of the work was confined to areas of highest risk of severe fire, where fuel treatments are high priority dry, interior, western forests dominated by ponderosa pine, interior Douglasfir, and drytype lodgepole pine Social science to improve fuels management synthesis of research on collaboration. Online at Wildland Fire Behavior & Forest Structure Team Fire Behavior Guide Book The Guide to Fuel Treatments uses the Fire and Fuels Extension of theForest Vegetation Simulator FFEFVS to analyze range of fuel treatmentsfor representative dry forest stands in the western United States.

EconomicsEnvironmentalFire BehaviorSocial Science The Science Synthesis Toolkit offers suite of resources relevant to planning and evaluating consequences of fuels treatments on our communities social and economic, fire behavior, and the environment air, water, soils, plants, weeds, wildlife habitat, and the likelihood of Armillaria disease. St. Understory Response ModelURM URM predicts qualitative changes in shrub, forb, and grass biomass at 1, 5, and year intervals caused by fuels treatment activities, based on speciesspecific life history traits life form, shade tolerance, etc. and sitespecific effects soil heating, bare mineral soil, etc..

Tech. Rep. Social science to improve fuels management synthesis of research relevant to communicating with homeowners about fuels management. Tech. Armillaria Response ToolART models qualitative risk of Armillaria root disease due to selected fuels treatments, determining whether given habitat supports the disease, and if so, estimating degree of risk. ART is in Scientific Peer Review.

All of the tools presented here have been or are being peer reviewed. Rep. Department of Agriculture, Forest Service, North Central Research Station. Sturtevant, Victoria Moote, Margaret Ann Jakes, Pamela Cheng, Anthony St. Documentation on each tool should clearly outline these. 52p. Online at Tech. The SIS model is screeninglevel modeling system for calculating PM2. 5 emissions and airborne concentrations downwind of natural or managed wildland fires. SIS has gone through blind Scientific Review. Tags: fuel

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