Florian Börgel

From weather data to river runoff: using spatiotemporal convolutional networks for discharge forecasting Abstract. The quality of river runoff determines the quality of regional climate projections for coastal oceans or other estuaries. This study presents a novel approach to river runoff forecasting usi...

@florianboergel.bsky.social & Team zeigen in einem neuen Paper, wie KI-basierte Modelle Flussabflüsse im Ostseeraum präzise vorhersagen können – ein vielversprechender Ansatz für Hochwasserschutz & Wassermanagement im Klimawandel. 👉 gmd.copernicus.org/articles/18/...
@ostseeforschung.bsky.social

Fresh research incoming: my co-authors @florianboergel.bsky.social , Matthias Gröger, Markus Meier, and I from @ostseeforschung.bsky.social got a new article where we revisit the role of the Atlantic Multidecadal Variability for European sea surface temperatures: doi.org/10.1088/1748...

‚Zukunft gestalten mit KI‘
@florianboergel.bsky.social vom IOW hat heute beim Akademischen Jahresempfang einen Einblick in die Rolle von KI für Klimamodelle und @ostseeforschung.bsky.social gegeben.

It is simultaneously true that:

1) This year's summer saw exceptional temperatures, smashing prior records.
2) There growing evidence of an acceleration in warming.
3) This year's temperatures are within the range of climate model projections, and models project some acceleration.

Hey all, what to expect here? In my research, I'm focusing on how the North Atlantic Ocean affects our climate. By combining global and local climate studies, I'm trying to provide a clearer insight into Northern Europe's unique climate patterns.

I also think we should all ride bikes!