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Live Fuels and Fire Behavior Research

Status
Ongoing
Start Date
January, 2010

Wildland fires are a common global ecosystem disturbance and they spread through a combination of living and dead vegetation. Historically, research on fuel ignition and fire behavior characteristics has focused on dead fuels that are easily manipulated in the field and laboratory. However, live fuels represents a large part of the wildland fuel complex and little is known about the key factors that drive their inter- and intra-species variations in flammability.

 

Photo of wildfire

Photo of wildfire

Scientists at the Missoula Fire Sciences Laboratory, in partnership with various regional and global partners, are continually developing and refining studies that examine the complex relationships between fuel moisture, chemistry, physical and thermal characteristics that can influence live wildland fuel ignition, spread rates and intensities. Our work spans a range of methods from small-scale benchtop experiments in the laboratory to large-scale field prescribed burns. Additionally, in partnership with researchers at Los Alamos National Laboratories, we leverage computational fluid dynamics-based fire behavior simulators to create controlled numerical experiments to explore these complex interactions.

This work is leading to entirely new conceptual models that describe these complex linkages in ways that can be directly integrated into fire danger and fire behavior modeling systems.

Principal Investigator: W. Matt Jolly

Funding Contributor(s): DoE Los Alamos National Laboratory, Joint Fire Science Program, National Fire Plan

Project Years: 2010-present

Key Personnel

Principal Investigator

Research Staff

  • Person

    Elliott Conrad

    Biological Sciences Technician
  • Person

    Russell A. Parsons, PhD

    Research Ecologist

Collaborators

  • Research Collaborators:

    • Rod Linn, LANL
  • Funding Contributor(s):

    • DoE Los Alamos National Laboratory
    • Joint Fire Science Program
    • National Fire Plan
Last updated October 31, 2024