Fire affects forests above and belowground. Travel along on a multiscale journey from forest-wide influences to molecular-level changes, unraveling the knowns and unknowns of fire effects on soil, vegetation, and carbon. Sharon Hood) explains how fire affects tree mortality, tracing the pivotal role of carbohydrates in a tree's post-fire survival. Dexter Strother) investigates the production and persistence of black carbon in soils, shedding light on its potential climate implications. Matt Dickinson) shares innovative techniques for measuring belowground heat transfer during fires, and unveils the intricate effects on soil nutrients and microbial life. Related Research:
Long-term Efficacy of Fuel Reduction and Restoration Treatments in Northern Rockies Dry Forests) (2024) Nonstructural Carbohydrates Explain Post-fire Tree Mortality and Recovery Patterns) (2024)
Scientists: Sharon Hood), Research Ecologist, Missoula, Montana Dexter Strother), Research Ecologist, Athens, Georgia
Forestcast is an official USDA Forest Service podcast, and is produced by USDA Forest Service Research and Development).* Want more information? Visit us at https://www.fs.usda.gov/research/products/multimedia/forestcast) Questions or ideas for the show? Contact Jon at [email protected]