Cross-landscape fuel moisture differences impact simulated fire behaviour

Deleting my account for obvious reasons, you can find me on @littlekerryn.bsky.social 🦋🔥🌎

RT @DrCEriksen: Exciting to learn about the outputs from the @ukfdrs project. A ton of hard work has gone into developing FireInSite - thei…

@CarlB53551510 I'm not able to message you on here to send it, but here is a copy below!

@CarlB53551510 Oh no sorry to hear that Carl! Did you receive the newsletter that went out afterwards? The publication is under review for publishing currently (this is a bit of a slow process at the moment..)

@ukfdrs @nkettridge @ClaireMBelcher @GeogBham @DrStaceyNew

RT @Jones_MattW: Today, in @ScienceMagazine, we report that global CO2 #emissions from #forest fires have increased by 60%since 2001. Fores…

@GuillermoRein @FirebreakSvcs Yes Matt’s work has been really key in this space! Including the recently published calluna fuel models from that data that came out since this paper was submitted.

@GuillermoRein Thanks @GuillermoRein, not in this study as we wanted to implement off the shelf models but we have since constrained fuel models that reflect the fuel loads + heat content var of Calluna (hope to share this at uk wildfire conference in Nov if you are joining? @FirebreakSvcs)

We need to validate existing fuel models or develop tailored models that capture live fuel moisture dynamics and fuel loads in temperate shrub fuels… watch this space @UKFDRS

RT @TRUNewsroom: The fast-moving Jasper wildfire was fuelled by a web of extreme conditions that converged into what wildfire experts descr…

RT @SarahBaker189: Interested in how we can mitigate wildfire through different land management practises? Funded PhD opportunity at @Uniof…

RT @IsabeauOttolini: Just published! A new @UndiEnvi blogpost by fellow colleagues @KatUytt, @Alexandre_MoSou & myself While we are living…