Fundamental Wildfire Behavior Research at the Missoula Fire Sciences Lab: answers to your burning (rate) questions Abstract Every year, wildland fires seem to be more […]

Managing the Chemical Complexity of Wildland Fire Emissions in Highly Parameterized Air Quality Models  Abstract Emissions from wildland fires strongly influence tropospheric chemistry and climate. Fires emit high levels of […]

Dry Forest Restoration and Megafires: lessons from the 2014 Carlton Complex, north-central WA Abstract The 2014 Carlton Complex was the largest single wildfire event in […]

Human dimensions of wildfire: Examining wildfire risk mitigation on private property and across landscapes Abstract Increasing wildfire risk poses a significant challenge to human communities […]

Household Decision Making and Evacuation Behavior during Wildfires Abstract As wildfires that threaten communities become more severe, there is an increasing need to understand human […]

Challenges and Opportunities for Increasing Prescribed Fire on Federal Lands in the West: Lessons from Case Studies and Broader Implications for Improving US Fire Management […]

Fires, Air Pollution, and Public Health: A Remote Sensing-Based Perspective Abstract Wildfire frequency and severity are increasing in many locations around the world. Wildfires emit […]

Radar and Lidar Observations of Wildfire Plume Dynamics Abstract Large, high-intensity wildfires can generate their own extreme weather, including fire-generated thunderstorms (i.e., pyrocumulonimbus) and rare […]

Damage inspection and research implications on the California structure ignition problem Abstract Wildfire has long been a part of California’s history. However, the severity of […]

How do we solve the “Wicked Problem”?: the State of Fire Science in California Abstract California has a long history of fire science and an […]