@ird-fr.bsky.social @climatecerege.bsky.social
@cerege.bsky.social ❤️

My besties! ♥️
@chalkyoceans.bsky.social & @antacl.bsky.social

Science has never been about competition!
It’s about sharing, learning, and enjoying the journey together.
Thank you for being such wonderful researchers and friends!

#ICP15
@climatecerege.bsky.social

SASHIMI has arrived in Senegal 🇸🇳
Not the sushi!! the microscope.
It scans tiny fossils with love, patience, and cables 🌀

From @cerege.bsky.social to BISSAP Lab, it crossed borders to help us see the invisible.

Welcome, little scanner. Let’s make micro-history together 🇸🇳❤️

#ScienceHasNoBorders

🌟 Thrilled to celebrate @lucbeaufort.bsky.social, senior researcher at CNRS @cerege.bsky.social @climatecerege.bsky.social, for receiving a prestigious medal at the 2024 AGU Honors Ceremony! 🏅

📽️ Watch the ceremony in the thread below ⬇️

I’m delighted to announce that I’ll be co-presenting the fifth CESABINAR with @tdegaridel.bsky.social, on the Dec 12th, 3:00–4:15 PM (Paris time). Together, we’ll share the results of the FORCIS project: Foraminifera Response to Climatic Stress. 🌊🦠

Looking forward to seeing you there! 💻

🧵 1/6

The vertical migration patterns are observed for few species in recent decades, likely to avoid warming surface waters. But this migration is slower than the pace of ocean warming. 📊

By modeling future conditions, we found that low-latitude Foraminifera species will face conditions beyond their tolerance limits by 2050-2100. Poleward migration may allow some survival, but many species won't thrive, leading to a biodiversity loss. 🔬

Our data show a 24% decrease in Foraminifera abundance over the last 80 years. For some species, poleward migration helps them cope. But these shifts are creating a biodiversity squeeze at the Equator, with warming low-latitude waters losing diversity. 🧬

Using a century of data from FORCIS, a global plankton census, we tracked shifts in Foraminifera migration. Not only are they moving poleward, but many are also migrating vertically within the water column. This 3D adaptation is novel and complex. 📈🌍

Rising CO₂ emissions are driving ocean warming and acidification. These changes put stress on marine life, especially calcifying species like planktonic Foraminifera. So, how are they adapting to this unprecedented change? 🐚

🚨 Hot news from CEREGE! 🚨

We just got a new asher, and we had to name it Monica 😎🔥

Sample? Ashes. Problem? Ashes. Monday morning mood? Ashes 🔥💁‍♀️

Get ready, world—Monica’s ready to burn it all down (scientifically, of course) 🔥😏

@sulpis.bsky.social Thank you!!

#MonicaTheAsher #myhennikerplasma

Congratulations @sulpis.bsky.social 🍾🎉🎊
www.provence-corse.cnrs.fr/fr/cnrsinfo/...

Our attempt at a group huddle turned into a chair cuddle! 🪑😄
#TeamworkMakesTheDreamWork
@sulpis.bsky.social @chalkyoceans.bsky.social