#ecearth
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kinow.bsky.social
New Autosubmit workflow with RO-Crate published on WorkflowHub by Pablo Goitia: “EC-Earth3 workflow with wrappers in MareNostrum 4” workflowhub.eu/workflows/1733 #opensource #autosubmit #workflow #sciworkflow #python #rocrate #ecearth
workflowhub.eu
June 17, 2025 at 12:04 PM
ruthmottram.eurosky.social
We're also #hiring a coupled climate and ice sheet modeller for a 3 year position @dmidk.bsky.social
Come and work with me + colleagues on the @icelink-project.bsky.social developing #ECEarth + #Pism in both Greenland + Antarctica
🇩🇰🇬🇱🇦🇶🇪🇺🌍
candidate.hr-manager.net/ApplicationI...
Global climate and ice sheet modelling scientist
The Danish Meteorological Institute (DMI) opens a 3-year, full-time position for a scientist to work on global climate modeling with a particular focus on how t
candidate.hr-manager.net
January 19, 2026 at 10:23 AM
ai4pex.bsky.social
🇪🇺 EC-EARTH: a European community climate model coupling ECMWF’s IFS atmosphere, NEMO ocean & LPJ-GUESS vegetation.

We’re upgrading LPJ-GUESS land processes and vegetation dynamics to better capture ecosystem–climate feedbacks.

#ECEarth #ESM #ClimateModeling #ClimateScience #LPJGUESS
September 23, 2025 at 10:02 AM
ruth-mottram.fediscience.org.ap.brid.gy
We're also #hiring a coupled climate and ice sheet modeller for a 3 year position @dmidk.bsky.social
Come and work with me + colleagues on the @icelink-project.bsky.social developing #ecearth + #PISM in both Greenland + Antarctica

Job based @dmidk in Copenhagen
🇩🇰🇬🇱🇦🇶🇪🇺🌍
#academicjobs #FediHire […]
Original post on fediscience.org
fediscience.org
January 19, 2026 at 10:35 AM
pmarques35.bsky.social
[8/8] L’étude montre que #Jostedalsbreen résume les dynamiques glaciaires tempérées. Le recul combine élévation de l’équilibre, forte inertie et incertitude des précipitations. Le glacier devient un indicateur utile pour lire les recompositions climatiques à venir. #geography #glacier #Norway
Future model thickness and thickness change under medium (a–c) and high (d–f) emissions, using ECEARTH/CCLM climate forcing. (a, d) Modelled ice thickness in year 2100; (b, e) Total ice thickness change (future-present); (c, f) Relative thickness change. In (e)–(f), yellows means a slight surface lowering, while dark red implies strong thinning. In (c) and (f), −100 % thickness change means complete deglaciation
November 20, 2025 at 6:53 AM