exoCean Laboratory

@exoceanlab.bsky.social

Laboratory of experimental oceanography based at CEREGE 🦚, Aix-en-Provence 🇫🇷. We culture, measure, and dissolve carbonates! 📨 exocean@cerege.fr 🌡️🌊🫧🐚🪸🔬 @juliemeilland.bsky.social, @sulpis.bsky.social, @chalkyoceans.bsky.social

Cool off from the heat dome (if affected) with a pair of lovely Arctic papers out recently in GCA from UiT (ex-)students Adele Westgård and Freya Sykes. Take your pick, N. pachyderma or G. bulloides, but they are both successfully cultured in the Tromsø polar culture facility with Mohamed Ezat.

The organizers of the seminar series «The Life of Retaria » got their first paper out - nice read for the weekend?!

Julie Meilland@juliemeilland.bsky.social · 2mo ago

We got our first common paper out #theLifeOfRetaria with @sandinmm.bsky.social , @raphaelmorard.bsky.social, @nicolecoots.bsky.social, @mattgr3co.bsky.social, Nicolaas Glock and Natalia Llopis-Monferrer - first product of our seminar series! check it out! onlinelibrary.wiley.com/doi/abs/10.1...

Really proud of @jysuarezibarra.bsky.social for his upcoming #MSCA research position with us @climatecerege.bsky.social. Not only a really exciting project to help us find out more about the climate system, but also an excellent career step for a superb young researcher.

CEREGE @cerege.bsky.social · 5mo ago

In the latest @exoceanlab.bsky.social interview, Jaime shares how his project eCO₂-MorpH uses planktonic foraminifera to reconstruct past CO₂ and inform climate models. Full interview: exocean.academicwebsite.com/pages/4065

#exocean advent calendar day 24! Today we thought it was a good fit to show an image/talk about “conception”… One of the thing we (try to) do best at ExoCean is planktonic foraminifera reproduction. Here two immaculate mummies… 😏 We would like to wish you all a beautiful Christmas Eve!

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#exoCeanadvent Day 23: at exoCean we also look at some old questions: in the late 1800s, during the HMS Challenger expedition, they discovered that you can have a constant rain of shells from above, and still end up with a seafloor that looks like the carbonate budget never existed. Why? Pressure. 🌊

HMS Challenger

#exoCeanadvent Day 23: at exoCean we also look at some old questions: in the late 1800s, during the HMS Challenger expedition, they discovered that you can have a constant rain of shells from above, and still end up with a seafloor that looks like the carbonate budget never existed. Why? Pressure. 🌊

HMS Challenger

#exocean advent calendar Day 21! The strongest link between all of us is our love for the ocean. Leaving Marseille with a magnificent sunrise reminds us each time we go out how lucky we are to do what we love for a living! We already have our ship time for the first 6 months of 2026 - exciting!

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#exoCeanadvent Day 19: Friday edition: today’s post is about the peacocks at CEREGE, because it’s Friday and our brains are in weekend mode. They wander around like they own the campus, scream for no reason, and block paths with absolute confidence. Honestly, goals. 🦚

glorious peacock seducing CEREGE peopleplease feed mewe love peacocks so much they follow us in our offices

Net accident you say? Ooops, this net came back looking like it had been mauled by a shark, and I think... Maybe it had. A good, but expensive(!) sample. Sorry @tdegaridel.bsky.social!

Look carefully! Fish carefully! A picture of a totally trashed plankton net and the legs of two very tired scientists.
exoCean Laboratory@exoceanlab.bsky.social · 8mo ago

#exoCeanadvent Day 17: Net accident, happy outcome. Ex-lab member Laura caught this phronima (monster in a barrel) “by mistake”, so we adopted it - alive - in a lab aquarium. One haul turned into days of behaviour notes.

#exoCeanadvent Day 14 Footprint reduction: we do lab-based ocean science because we genuinely love it, but also because lab experiments can replace lots of field trips. More control, more insight, and in part, fewer emissions. Bonus: dissolving old sediment cores neutralizes a bit of CO2. 😇

Sometimes you can replace a boat trip with a car trip, ever wondered how much ocean you can get into a Golf?

#exoCeanadvent Day 8: Meet Katoo Declerk's Erasmus+ work. During her internship Katoo is investigating recently dead foraminifera (handily available in our lab!) Forams typically sink to the ocean floor soon after death, but partial or total dissolution can occur before getting there.

A foram carefully lined up beneath the microscope, ready for investigation. 📷 K. Declerk