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Fire Ecology Portal
Definition: The study of the interactions between fire and living organisms and their environment.
(National Wildfire Coordinating Group/Fire Research And Management Exchange System)
Fire ecology is a branch of ecology that concentrates on the origins, cycles, and future stages of wildland fire. It discovers and evaluates the relationship of fire with living organisms and their environment.
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FFI (FEAT/FIREMON Integrated) is a monitoring software tool designed to assist managers with collection, storage and analysis of ecological information.
The FFI-DataDepot is an online data repository for fire effects monitoring data collected using the FEAT/FIREMON Integrated (FFI) software application.
The Fire and Fire Surrogates Study (FFS) assessed the effects of fire and fire surrogate fuel treatments, specifically, quantifying the costs and ecological consequences of alternative fire and fire surrogate restorative treatments in a number of forest types and conditions across the US.
Fire Effects Monitoring and Inventory Protocol (FIREMON) is an agency independent plot level sampling system designed to characterize changes in ecosystem attributes over time.
FireWorks is an educational program about the science of wildland fire, designed for students in grades 1-12. The FireWorks program consists of a curriculum and a trunk of materials, including laboratory equipment, specimens, CDs, books, and kits of specialized materials for teachers. Content focuses on the physical science of fire behavior, human influences on fire, and fire ecology.
The IFIRE - UI Combustion Lab was developed to advance research and educational opportunities within the field of fire sciences.
IFIRE University of Idaho Combustion Lab research project quantifying the biogeoscientific and societal impacts of extreme wildland fires from the regional to community scales in the US northern Rockies.
Researching long term (>10 yrs) response in fuel loads and vegetation composition after large and severe wildfires across five fire-adapted ecosystems in the western US, including Alaska.
Scientists from the USFS Rocky Mountain Research Station and the University of Montana conducted a study in which observed data were used to produce statistical models describing the probability of high severity fire as a function of fuel, topography, climate, and fire weather.
The Southwest Fire Science Consortium is partnering with FRAMES to help fire managers access important fire science information related to the Southwest's top ten fire management science issues.
The vision of the World of Wildland Fire is to provide and connect fire science educators and trainers with scientifically solid and peer-reviewed teaching tools and techniques, using state-of-the-art materials, which will be free and accessible to all.