• Skip to primary navigation
  • Skip to main content
Southern Rockies Fire Science Network

Southern Rockies Fire Science Network

JFSP Fire Science Exchange Network

  • Home
  • About
    • About Us
    • Our Partners
  • Subregions
    • Why Subregions?
    • Black Hills / Pine Ridge
    • Canyonlands/Desert Montane
    • Northern New Mexico Plateau
    • Southern Rockies
    • Wasatch Plateaus/Uinta Mountains
    • Wyoming Sagebrush
  • Events
    • Event Summaries
  • Resources
    • Pre and Post-Fire Emergency Resources
    • Research & Publications
    • Maps, Models & Apps
    • COVID-19
  • Contact
  • Show Search
Hide Search

Fire directly affects tree carbon balance and indirectly affects hydraulic function: Consequences for post-fire mortality in two conifers

“The mechanistic links between fire-caused injuries and post-fire tree mortality are poorly understood. Current hypotheses differentiate effects of fire on tree carbon balance and hydraulic function, yet critical uncertainties remain about the relative importance of each and how they interact. — We utilize two prescribed burns with Douglas-fir and ponderosa pine to examine: the relative evidence for fire-caused changes in hydraulic function and carbon dynamics, and how such impacts relate to fire injuries; which impacts most likely lead to post-fire mortality; and how these impacts vary by species and burn timing (fall vs spring).”

Read HERE

Posted by:
Angela Hollingsworth
Published on:
September 12, 2025

Categories: PublicationTags: fire effects, non-structural carbohydrates, ponderosa pine, post-fire recovery, Prescribed Burning, Pseudotsuga menziesii, tree mortality, water dynamics

Footer

Connect With Us

  • Facebook
  • Twitter
  • YouTube

Sign up for our newsletter

Got a Question?
Email us.

This regional Fire Exchange is one of 15 regional fire science exchanges sponsored by the Joint Fire Science Program (JFSP).
View resources from multiple exchanges.