Andrew Styles

@andrewfstyles.bsky.social

Physical Oceanographer at the British Antarctic Survey. Collaborating with the University of Liverpool as part of the OceanBound project.

What if the ocean current keeping Britain warm started to slow down? ☔ The AMOC acts like a giant conveyor belt, moving heat from the tropics to our shores. Models predict that the AMOC could slow down or collapse – potentially leading to new extremes in weather. 🧵1/2

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Got bored tonight, so I downloaded 3 hours worth of Earthcam replay / archive footage from their Skydeck camera atop of the Willis Tower (Sears Tower) in Chicago and made a time lapse of the fog rolling in off Lake Michigan. Good illustration of how our atmosphere behaves like any other fluid. #ilwx

Calling all oceanographers who like to think BIG 🌊🌍🌎🌏. I am excited to announce the very first Global Ocean Circulation and Connectivity (GOCC) meeting. The meeting will take place on Monday 7th September 2026 (the same week as the Challenger 2026 conference) at Bangor University. [1/3] 🧵🌊

Logo for the GOCC meeting. The logo features the ocean-centric Spilhaus projection.

Greenland’s glaciers are losing ice at an unprecedented pace 🇬🇱 The bad news: vast quantities of freshwater entering the North Atlantic could disrupt major ocean currents - changing ocean ecosystems and European climate. The good news: this GIANT collaboration is getting to the bottom of it, fast ⬇

📢 PhD opportunity! 🌊 “To collapse or not: the stability of the AMOC in a warming climate” Deadline: 8 Jan 2026 Work with Bristol, Liverpool & the Met Office on AMOC stability using observations, models & AI. Details: www.nercgw4plus.ac.uk/projects-202... Please share with anyone interested!

To collapse or not: the stability of the AMOC in a warming climate — NERC GW4+

Supervisor: Dr Rory Bingham Project keywords: climate, oceanography, AMOC, sea-level, AI

nercgw4plus.ac.uk

I'm on my way to NOC, Southampton this morning. I'll be giving a seminar on the drivers of basin-wide geostrophic transport in the Atlantic (11:00). Using ECCO and adjoint modelling, we have isolated the fundamental forces and timescales behind geostrophic transport variability in the Atlantic. 🌊

If anybody is interested in (or knows someone interested in) doing a postdoc at Oxford on topics aligned with marine connectivity or oceanic forcing of coral reefs, I'm happy to discuss ideas and funding routes. One option is the 1851 Royal Commission fellowships (3 years, deadline Jan 2026)!