Understanding fire behavior requires a complete picture of forest fuelbeds, yet traditional modeling methods often overlook key …
Continue Reading about Estimating masticated and cone fuel loads using the Photoload method
Understanding fire behavior requires a complete picture of forest fuelbeds, yet traditional modeling methods often overlook key …
Continue Reading about Estimating masticated and cone fuel loads using the Photoload method

Webinar RecordingFRAMES Resource PageWebinar co-hosted with LANDFIRE on October 9, 2019, by the Southern Rockies, Great Basin and …
Continue Reading about LANDFIRE Remap in the Southwestern U.S: “Mega” Southwest U.S. Webinar

Full publication here Abstract: Wildland fire is a global phenomenon that influences ecosystems, cultures, and livelihoods. Humans …

From USU Forestry Extension: Taking it to the Road: Utah Biochar Workshops Increase Knowledge and Lead to Behavior Change. This …

Many tools available through the IFTDSS portal here: https://iftdss.firenet.gov/landing_page/Thumbnail Photo by Tyler Gilbert, The …
Continue Reading about IFTDSS: Interagency Fuel Treatment Decision Support System

WFEIS is a web-based tool that provides users a simple interface for calculating wildland fire emissions across the US and Canada …
Continue Reading about WFEIS: Wildland Fire Emissions Information System

Science spotlight from the Rocky Mountain Research Station about the drying rates of masticated fuelbeds.View here: …

View the full report hereAbstract: Fuels are highly variable and dynamic in space and time, and fuel loading can vary considerably …
