SnowPI

@snowpi.bsky.social

Investigating Polar Climate Change Funded by the European Union. Website: https://snowpi.eu/

How do we collect data in some of the harshest environments on Earth? 🛰️ SnowPI will combine satellite data, monitoring records and new field campaigns across the Arctic and Antarctic. These data will help improve climate models and support more accurate projections of polar change. #HorizonEU

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Research findings can take years to influence adaptation planning. SnowPI is taking a new approach by advancing scientific discovery and societal application in parallel. While researchers improve our understanding of snow, others will translate this knowledge into practical info. #HorizonEU

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❄️ We know the polar regions are changing. But how will those changes play out locally? SnowPI will use storylines to explore plausible futures for the Arctic and Antarctic. Rather than predicting a single future, storylines examine realistic climate processes and their consequences. #HorizonEU

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❄️ SnowPI behind the science: deep learning! Some snow processes are too complex to accurately represent in climate models. SnowPI is exploring whether deep learning can emulate these processes, helping improve climate projections while reducing computational costs. #HorizonEU

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❄️ Kicking off SnowPI – Polar Snow, Permafrost and Inland Ice in a Changing World! We are excited to announce the launch of #SnowPI, a new #HorizonEurope project. Over the next 4 years, we will put snow at the centre of climate science to explore its role in polar environments and global impacts.

Text: Kick-off in Bergen
Four years of investigating polar climate change.

As the PolarRES project officially comes to an end today, a heartfelt thank you to everyone who contributed to this four year adventure 💙 The website will stay online with open access to all project resources: polarres.eu The journey continues with the upcoming SnowPI project, so stay tuned!

Thank you for advancing our understanding of Polar climate processes!

🇪🇺 Strengthen your institution’s decisions with trusted insights on how polar climate change is shaping Europe’s future. PolarRES, has released a new set of factsheets that translate the latest polar research into clear, actionable insights! 👉 Download them now: polarres.eu/polarresnews... #H2020

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💬 Thank you all for joining our policy event "Polar Science for Global Action: Strengthening Climate Preparedness through EU Leadership" yesterday and helping make it a real success. Stay tuned on our website for key takeaways and more coming soon: polarres.eu #H2020

🏛️🌍We open our policy event with remarks from Larissa Lorinczi, Policy Officer at the European Commission, setting the stage for a timely dialogue that brings science, diplomacy and policy together at a crucial moment for Europe’s future. Stay tuned for more! #H2020

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Europe’s climate resilience begins at the poles❄️ What happens in the Arctic and Antarctic doesn’t stay there - it shapes Europe’s weather, oceans and security. Join leading scientists, policymakers & experts at our event tomorrow in Brussels/online. 👉 Register now: polarres.eu/polarreseven...

PolarRES was selected as one of only four projects coordinated by orgs in Norway to join the #HorizonEU Coordinators Forum at the Research Council of Norway!❄️ Cédric Hananel (@arctik.eu) shared our communication approach, showcasing lessons learned and practices that support meaningful engagement.

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Day2️⃣ After a full day of introductions and an afternoon buzzing with teamwork, we’re kicking off the day with updates from each group on their progress so far. The four groups will keep up the momentum until Friday, when they’ll reveal their final results! #H2020 @esaclimate.bsky.social

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New preprint ✨: We explain why Antarctic ice-shelf melt responds non-linearly to warming, and show that the temperature-melt relationship differs between ice shelves in dry versus wet climates. Using new RACMO2.4p1 simulations until 2100 as part of @polarres.bsky.social project. 🇦🇶❄️

On the non-linear response of Antarctic ice shelf surface melt to warming

Abstract. Surface meltwater can saturate firn, form melt ponds, and trigger hydrofracturing of Antarctic ice shelves, ultimately accelerating grounded ice flow and contributing to sea level rise. Alth...

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This is going to be awesome: Who wants to work on latest gen high resolution #ClimateModels and/or polar climate data from @esaclimate.bsky.social in the #ESApisco project? I'll be there with a cool project on sea ice and ice sheet mass budget - feel free to get in touch if you have other ideas!

SnowPI@snowpi.bsky.social · 11mo ago

Hack the future at our upcoming PolarRES-PISCO Hackathon, 3–7 Nov, at HungaroMet in Budapest. 💻📡 This is your chance to get hands-on with cutting-edge polar datasets and sharpen your skills. 👉 Apply now: polarres.eu/polarreseven... Open to students & ECRs. #H2020

🌀Summer 2006: the northern Antarctic Peninsula, a highly productive ecosystem, saw record-high phytoplankton blooms – the largest in over two decades. But why? PolarRES’s Timo Vihma, with collaborators, analysed long-term data to uncover the reasons: bit.ly/3UwCiNF #H2020

Text: Large-Scale Ocean-Atmosphere Interactions Drive Phytoplankton Accumulation in the Northern Antarctic Peninsula