🏔️🌍🌎🌏 New study warns: Even if we only temporarily exceed 1.5 °C, mountain glaciers face irreversible losses lasting centuries. Such an overshoot reduces glacier runoff, specifically in regions where some glaciers regrow.

Further interested? Check out our new publication: doi.org/10.1038/s415...

Very cool that @carbonbrief.org @ayeshatandon.carbonbrief.org have covered our study, take a read here!

...and,

- Both the Amazon and Siberian forests will almost certainly undergo long-term committed and irreversible changes due to climate change.

@CamillaMathison led the work on our model documentation paper: gmd.copernicus.org/articles/18/...

We find:

- Long-term forest impacts are mitigated by reducing global temperatures below 1.5°C

- Despite simulating very optimistic scenarios, there are risks of significant forest loss in the Amazon

- Global temperature-based risk thresholds emerge close to the Paris Agreement goals

...

@cjsmith.be @mathisoncamilla.bsky.social @njsteinert.bsky.social @rebeccamayvarney.bsky.social

New paper on the risks of forest ecosystem impacts under emissions pathways designed to meet the Paris Agreement temperature goals is out today in Nature Climate Change! 🌳

Read it here: www.nature.com/articles/s41558-025-02327-9

Our new open access paper on the PRIME Earth System emulator for estimating regional impacts is out now: gmd.copernicus.org/articles/18/..., @njsteinert.bsky.social, @chrisd-jones .bsky.social, @cjsmith.be, @gergmunday.bsky.social, @dougmcneall.bsky.social