π΄ A NEW PAPER IS OUT!
π"Exploring the ocean mesoscale at reduced computational cost with FESOM 2.5: efficient modeling strategies applied to the Southern Ocean"π
β‘οΈRead it here: eerie-project.eu/publicationβ¦
Our new study on km-scale modelling is out today @EGU_GMD, led by @NB_sci@AWI_Media
We applied efficiency-maximising strategies to allow for past, present & future climate simulations with well-resolved ocean mesoscale (3km) in the Southern Ocean
πdoi.org/10.5194/gmd-17-529-2β¦@ECMWF
ALT Mean eddy kinetic energy between 2016-2020 in (left) 3km simulations, SO3, and (right) in a gridded satellite altimetry dataset.
Are you looking for an opportunity to share recent findings in Marine and Polar Data Science?
@PatriciaSchntag and I host a session at @icymare 2023 best suited for this, session 1.3. π»π¦π»ββοΈπ§π
The #AWI-led #EERIE project aims to improve Earth system models using supercomputers. The focus is on the simulation of ocean eddies. The EU is funding the project with 10 million euros. @JungAwiawi.de/en/about-us/service/pβ¦
Our @nextgems_eu activities have demonstrated that IFS-FESOM/NEMO @ECMWF@AWI_Media & ICON @MPI_Meteo are capable of running global coupled simulations finer than 5km, with sufficient throughput on state-of-the-art supercomputers. Exciting times ahead!
@CSCfi@BSC_CNS#DestinE
Western boundary currents are the amplifier of climate change, which are experiencing the most noticeable warming. Now, with the aid of satellite observation and high-resolution model simulations, scientists have uncovered new details of their changes.nature.com/articles/s41558-0β¦
A nice study by Nathan Beech tells about how ocean eddy activity will change in a warming world, using AWI-CM CMIP6 output.nature.com/articles/s41558-0β¦