This position is part of the @erc.europa.eu project #oceanpeak. We work with the ocean and biogeochemistry models #FESOM and #REcoM.
Please share with interested colleagues (@usocb.bsky.social ?).
Apply by 22 April.
We found that warming and terrigenous inputs weaken the biological carbon pump and the 🌊 Arctic Ocean's carbon sink, mainly through intensified remineralization, regardless of emission scenarios.
#FESOM #REcoM
#COMFORT #MarESys
2/5
Increased sunlight and more nutrients in the Arctic Ocean won’t boost carbon storage as expected :(
🌊🧪 #FESOM
Article in Nature Climate Change: www.nature.com/articles/s41...
Press release from AWI: www.awi.de/en/about-us/...
🌊 A still image of ocean currents around Antarctica from our high-resolution (3 km) ocean model.
Let’s hope the compression algorithm shows some mercy on this one. 🧪 #FESOM #SciArt
🌊 New insights into Arctic atlantification! 🌡️ 🧪
A new study in Science Advances reveals that sea ice decline, driven by climate warming, is the dominant driver behind the warming and salinity increase in the Eurasian Basin during the 2010s.
📖 Read more: doi.org/10.1126/scia...) #FESOM
Our model now has carbon isotopes and you can read about it in GMD
Work led by Martin Butzin
gmd.copernicus.org/articles/17/...
#FESOM #REcoM
Decomposing climate change effects on the North Atlantic carbon sink
We offer regional process descriptions, in the paper for the North Atlantic. In the supplement for North Pacific, tropics/subtropics and Southern Ocean.
Thank you for funding!
#MarESys #COMFORT #OceanPeak
#FESOM #REcoM
