🌊 In this study we show that coastal permafrost erosion weakens the Arctic Ocean CO2 uptake by 7-14%. This exerts a weak positive biogeochemical feedback on climate, increasing atmospheric CO2 by 1–2 TgC per year per °C of rise in global surface air temperature. www.nature.com/articles/s41...
It is great to see that an image featuring our paper 'Reduced Arctic Ocean CO2 uptake due to coastal permafrost erosion' led by David Nielsen has been chosen as cover art work in this month's Nature Climate Change 🥳
Same here, it’s like meeting all those I knew from before plus so many new people. This is exciting.
Thank you! Yes, David's starter packs are very useful to get started here.
What if we could start a weather simulation and let it run over seasons, years, decades, centuries ... This is at the heart of the ICON-Seamless Project developing a new generation Earth System Model ICON-XPP suitable for weather and climate forecasts. www.dwd.de/EN/research/...
These novel simulations will contribute to CMIP7 which will respond to the needs of IPCC AR7. P.S. I left the job description somewhat broad to leave space for candidates' creativity in shaping the focus of their analysis.
I am looking for a Postdoc Associate for my group @uni-hamburg.dewww.uni-hamburg.de/stellenangeb... 🌊
I allowed myself to be convinced, partially because I was missing the reposting feature 😜
My profile header picture spells out HAMburg Ocean Carbon Cycle model (the working tool to test my ideas) in Landsat Earth imagery: H - Southwestern Kyrgyzstan A - Lake Guakhmaz M - Shenandoah River O - Manicouagan Reservoir C - Deception Island C - False River landsat.gsfc.nasa.gov/apps/YourNam...