Xiang Yang

Chla phenologies and climatologies’ means grouped differently according to sea ice retreat times.

Thursday at #OSM26, I’ll be sharing our (with my team at @imas-utas.bsky.social ) work on a new approach for describing how sea ice retreat timing impact the spring bloom phenology and thus carbon cycle in the Weddell Sea by using data from @bgc-argo.bsky.social . See you at poster OB44K-0568!

Speaking of long time scale air-sea CO2 flux observations?

Fresh off the preprint server! @maratimes.bsky.social and I show how data from the overlapping SWOT and PACE satellite missions present a step forward in our ability to observe linked biogeochemical-physical processes in the ocean.

We look forward to chatting about this with folks at #OSM2026! 🌊

🌊 OneArgo at OSM 2026 – Glasgow!

50+ talks 🎤 | 50+ posters 🖼️ | 1 town hall 🏛️

See how Argo helps us understand & protect our oceans
Full events: docs.google.com/spreadsheets...

#OneArgo #Argofloats @euro-argo.eu @argogermany.bsky.social @argocanada.bsky.social @globaloceanbgc.bsky.social

1️⃣ Antarctic sea ice during winter didn’t use to change very much from year to year. But in recent winters, the extent of ice has crashed to unusually low levels. Which begs the question: what controls how much sea ice can form in winter?

🌊 plot by @edoddridge.bsky.social

Climate engineering would alter the oceans, reshaping marine life – our new study examines each method’s risks Some methods being tried to counter climate change shift the ocean’s biology or chemistry. Others would deflect solar radiation. All have consequences for marine life.

"It is possible that no climate intervention will ever be safe enough to implement on a large scale. But we believe that decision should be guided by evidence – not market pressure, fear or ideology."
— @tyler-rohr.bsky.social et al in @theconversation.com

▶️ theconversation.com/climate-engi...