posted on 2025-05-16, 15:31authored byKerryn Little, Rayanne Vitali, Claire M Belcher, Nicholas Kettridge, Adam FA Pellegrini, Adriana ES Ford, Alistair MS Smith, Andy Elliott, Apostolos Voulgarakis, Cathelijne R Stoof, Crystal A Kolden, Dylan W Schwilk, Eric B Kennedy, Fiona E Newman Thacker, Gail R Millin-Chalabi, Gareth D Clay, James I Morison, Jessica L McCarty, Katy Ivison, Kevin Tansey, Kimberley J Simpson, Matthew W Jones, Michelle C Mack, Peter Z Fulé, Rob Gazzard, Sandy P Harrison, Stacey New, Susan PageSusan Page, Tilly E Hall, Tim Brown, W Matt Jolly, Stefan Doerr
Fire regimes are changing across the globe, with new wildfire behaviour phenomena and increasing impacts felt, especially in ecosystems without clear adaptations to wildfire. These trends pose significant challenges to the scientific community in understanding and communicating these changes and their implications, particularly where we lack underlying scientific evidence to inform decision-making. Here, we present a perspective on priority directions for wildfire science research—through the lens of academic and government wildfire scientists from a historically wildfire-prone (USA) and emerging wildfire-prone (UK) country. Key topic areas outlined during a series of workshops in 2023 were as follows: (A) understanding and predicting fire occurrence, fire behaviour and fire impacts; (B) increasing human and ecosystem resilience to fire; and (C) understanding the atmospheric and climate impacts of fire. Participants agreed on focused research questions that were seen as priority scientific research gaps. Fire behaviour was identified as a central connecting theme that would allow critical advances to be made across all topic areas. These findings provide one group of perspectives to feed into a more transdisciplinary outline of wildfire research priorities across the diversity of knowledge bases and perspectives that are critical in addressing wildfire research challenges under changing fire regimes.
This article is part of the theme issue ‘Novel fire regimes under climate changes and human influences: impacts, ecosystem responses and feedbacks’.
Funding
Toward a UK fire danger rating system: Understanding fuels, fire behaviour and impacts
GreenFeedBack project (greenhouse gas fluxes and Earth system feedbacks) funded by the European Union’s HORIZON Research and Innovation programme under grant agreement number 101056921
History
Author affiliation
College of Science & Engineering
Geography, Geology & Environment
Version
VoR (Version of Record)
Published in
Philosophical Transactions of the Royal Society B: Biological Sciences