JMU expert available to comment on wildfire risk, climate impacts and community preparedness
As wildfire seasons grow longer and more complex across the U.S., Kevin Varga, a James Madison University geography professor, brings a deeply interdisciplinary perspective on how fire behavior intersects with weather, climate and human communities.
Varga’s work examines how atmospheric and ecological conditions shape wildfire risk and spread, as well as how people experience, interpret and respond to natural hazards. He specializes in fire–climate interactions and emphasizes the importance of blending scientific research with Indigenous and community-based knowledge to improve resilience and preparedness.
He previously developed expertise in California wildfire dynamics by analyzing the spread of the state’s largest recorded fire and modeling landscape flammability using live fuel moisture content. Varga has also applied his research in the field, helping develop a fire management plan for The Nature Conservancy’s Jack and Laura Dangermond Preserve and participating in prescribed burns. In addition, he served five years on the Executive Committee of the Santa Barbara County Fire Safe Council, where he helped build community wildfire preparedness programs.
Varga is expanding this work to the Mid-Atlantic. He is currently leading a research effort at Shenandoah National Park to measure live fuel moisture in species such as mountain laurel, pitch pine, and Virginia pine, improving understanding of how regional vegetation responds to changing weather and climate conditions. He is also collaborating with the growing prescribed fire community in the region and working to involve students in hands-on fire management and research.
Varga can speak to:
As wildfire seasons grow longer and more complex across the U.S., Kevin Varga, a James Madison University geography professor, brings a deeply interdisciplinary perspective on how fire behavior intersects with weather, climate and human communities.
Varga’s work examines how atmospheric and ecological conditions shape wildfire risk and spread, as well as how people experience, interpret and respond to natural hazards. He specializes in fire–climate interactions and emphasizes the importance of blending scientific research with Indigenous and community-based knowledge to improve resilience and preparedness.
He previously developed expertise in California wildfire dynamics by analyzing the spread of the state’s largest recorded fire and modeling landscape flammability using live fuel moisture content. Varga has also applied his research in the field, helping develop a fire management plan for The Nature Conservancy’s Jack and Laura Dangermond Preserve and participating in prescribed burns. In addition, he served five years on the Executive Committee of the Santa Barbara County Fire Safe Council, where he helped build community wildfire preparedness programs.
Varga is expanding this work to the Mid-Atlantic. He is currently leading a research effort at Shenandoah National Park to measure live fuel moisture in species such as mountain laurel, pitch pine, and Virginia pine, improving understanding of how regional vegetation responds to changing weather and climate conditions. He is also collaborating with the growing prescribed fire community in the region and working to involve students in hands-on fire management and research.
Varga can speak to:
- Wildfire risk and fire behavior in a changing climate
- Differences between Western and Eastern U.S. fire dynamics
- How fuel moisture and vegetation influence fire spread
- The role of prescribed fire in hazard mitigation
- Community preparedness and wildfire resilience strategies
- Integrating Indigenous and local knowledge into fire management
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