Our paper on the Arctic Beaufort Gyre in CMIP6 is featured in a spotlight article 🌊 *And* it is now #9 largest score on @altmetric.com of all @jgroceans.bsky.social articles... What a week Read on @eos.org: eos.org/research-spo... W/ @raphaelkoehler.bsky.social and @clnhz.bsky.social

Climate models offer little clarity on how climate change will affect the Beaufort Gyre, an influential current in the Arctic Ocean. Most predict the current will weaken or even stop, but the timing and impacts of this fate remain uncertain. eos.org/research-spo...

🆕 from PolarRES' @raphaelkoehler.bsky.social & colleagues on the future of the Beaufort Gyre, a major Arctic Ocean current. By accumulating/releasing freshwater, it shapes ocean properties. But most CMIP6 models project it will weaken or vanish, disrupting ocean circulation. 🔗: bit.ly/4cdZo3m

New study led by @marylouathanase.bsky.social and @raphaelkoehler.bsky.social. As #SeaIce thins, the Beaufort Gyre releases its feshwater out of the #Arctic. We don't predict the "Day After Tomorrow" but I'm curious about potential impacts on the #AMOC agupubs.onlinelibrary.wiley.com/doi/full/10....

En stor havsvirvel i Arktiska oceanen riskerar att försvagas eller försvinna helt under detta århundrade på grund av klimatförändringar och minskad havsis. Följden kan bli att den havscirkulationen försvagas i Nordatlanten, visar forskning från Göteborgs universitet. 🌊 #klimat #arktis rb.gy/nvtaeo

Our new study is out: The Arctic Beaufort Gyre is projected to weaken or vanish in most CMIP6 models under future climate change. The gyre would thus stop storing freshwater in its centre, with possibly large impacts on the Arctic and beyond. Read: agupubs.onlinelibrary.wiley.com/doi/full/10....