⏰ Don't miss our policy webinar next week: 27 Nov. at 13:00 CET
➡️ Register: www.crices-h2020.eu/events/the-i...

🌎 Experts from across the polar community will discuss why European scientific leadership in polar climate research is essential for Europe’s preparedness, sustainability & security goals

❄️ A huge thank you to everyone who joined our high-level event on policy needs for the Polar Regions!

A science–policy dialogue bringing EU institutions and stakeholders together to shape evidence-based climate action.

@polarres.bsky.social @h2020protect.bsky.social
@oceaniceeu.bsky.social

🌍 Join us this November for three online events

As the CRiceS project approaches its conclusion, these events bring together leading scientists, policymakers & stakeholders to reflect on how polar science strengthens global climate preparedness.

👉 Register here: www.crices-h2020.eu/events/the-i...

🌍 Register for our Policy Webinar

🗓️ 27 November | 13:00–14:30 CET

📘 The importance of European scientific leadership in polar climate change

www.crices-h2020.eu/events/the-i...

Join us!

🔍 🌍 How rapid transformations in the Arctic and Antarctic are reshaping Europe’s climate, resilience, and security

Co-organised with @polarres.bsky.social @h2020protect.bsky.social @oceaniceeu.bsky.social

🔗 www.crices-h2020.eu/events/polar...

In a recent study, Alistair Duffey et al. assess how well global climate models (specifically those from #CMIP6) represent the Arctic winter atmospheric boundary layer above sea ice.

🔍 www.crices-h2020.eu/news/model-r...

Today @crices-h2020.bsky.social, @polarres.bsky.social, @oceaniceeu.bsky.social and @h2020protect.bsky.social, all 🇪🇺 @ec.europa.eu-funded, present key research findings on the polar regions 🌍❄️.
They’ll also identify critical knowledge gaps to guide future research agendas.
Stay tuned for insights!

✍ A new paper in Science Advances reveals that Atlantification -the increasing influence of Atlantic water in the Arctic- continues to reshape the Arctic Ocean.

🔗 Find the full paper here: lnkd.in/gQxJ626k

CRiceS PhD student Arundathi Chandrasekharan presents evaluation of EC-Earth simulations against MOSAiC observations at the EC-Earth General Assembly in Stockholm. EC-Earth is an Earth system model developed by a European consortium of national meteorological services and research institutes.

In a recent study, Wayne de Jager and Marcello Vichi examined the relationship between Antarctic sea ice rotation and atmospheric conditions.

Read a summary of their findings:
www.crices-h2020.eu/news/antarct...

[New publication ✍️]
Direct observation of Arctic Sea salt aerosol production from blowing snow & modeling over a changing sea ice environment
Ananth Ranjithkumar, Eliza Duncan, Xin Yang, Daniel G. Partridge, Thomas Lachlan-Cope, Xianda Gong, Kouichi Nishimura & Markus M. Frey
doi.org/10.1525/elem...

✍️ New publication

Deep Learning-Based Optical Flow in Fine-Scale Deformation Mapping of Sea Ice Dynamics
by Matias Uusinoka, Jari Haapala, and Arttu Polojärvi

agupubs.onlinelibrary.wiley.com/doi/10.1029/...

✍️Nadja S. Steiner and Cathy M. Reader analyzed data from 11 Earth System Models involved in the CMIP6 project to assess how climate factors, such as temperature, sea ice concentration, oxygen, and ocean acidification, affect Arctic marine ecosystems.

crices-h2020.eu/news/analysi...

Do you wonder what the Arctic Ocean will look like in 100 years? Or what about the socio-economic or biological consequences of reduced sea ice cover in the future Arctic Ocean?

Learn more about the rapid changes global warming leads to in the Arctic Ocean here:
www.youtube.com/watch?v=eofR...

Recent publication by Julia Kojoj et al. shows that bioaerosols at the North Pole, that can impact clouds, came from a local Arctic marine source, in ice-free waters further south ...

🔗 b.tellusjournals.se/articles/10....

The CRiceS project brings together 21 international research teams, from Europe, Canada, South Africa, India and Russia, at the forefront of polar and global climate research

The CRiceS project (www.crices-h2020.fr) contributes to a more precise understanding of the ocean-ice-snow-atmosphere system to deliver improved models that describe polar and global climate