The EERIE Data Viewer v1 is out!
The first version of the EERIE Data Viewer has been released today. You can explore it by clicking here or on the Data Viewer tab on the top menu of …
Spin up acceleration in NEMO + State of EERIE Project Phase 2 Simulations
Hosted by EERIE co-Coordinator Malcolm Roberts, our January 2026 Storms, Eddies and Science webinar features Met Office researcher Dave Storkey presenting his work on ‘Using sequence acceleration to speed up …
Read more “Spin up acceleration in NEMO + State of EERIE Project Phase 2 Simulations”
Taming the Petabytes: Making km-scale climate data usable
In the past few years, climate modeling has taken a remarkable leap forward, especially with the development of km-scale Earth system models (ESMs). These models operate at spatial resolutions as …
Read more “Taming the Petabytes: Making km-scale climate data usable”
The North Atlantic mean state in mesoscale eddy-resolving coupled models: a multimodel study
Ocean mesoscale structures, which are parameterized in models with standard resolutions on the order of 1° or coarser, have an impact at larger scales, affecting the ocean mean state and …
Causal model evaluation of Southern Ocean air-sea interactions +Preliminary results on coupling…
EERIE project scientists Jan-Hendrik Malles and Bobby Antonio present their research on Causal model evaluation of Southern Ocean air-sea interactions and Preliminary results on coupling a machine-learned atmospheric model (ACE2) …
Tracking Long-Lived Convective Systems + Climate change in EERIE simulations + Sea ice&heat fluxes
EERIE project scientists Mulalo Maphugwi (University of Cape Town), Rohit Ghosh (AWI) and Cécile Davrinche (UC Louvain) present their research on Tracking Long-Lived Convective Systems in Observations and Earth System …
Turbulent isopycnal mixing dominates thermohaline transformations of intermediate ocean waters
The ocean, because of its ability to store heat and as the biggest mediator of water exchanges on Earth, modulates the climate from years to centuries. By combining Water Mass …
Southern Annular Mode persistence and westerly jet: a reassessment using high-resolution global models
This study evaluates the performance of high-resolution (grid sizes of 9–28 km for the atmosphere; 5–13 km for the ocean) global simulations from the EERIE project in representing the persistence of the …
Impact of eddies on atmospheric mean state
EERIE project scientist Kristian Strommen (University of Oxford) presents his group’s work on the impact of eddies on the atmospheric mean state, a summary of project deliverable 7.1. You can …
Global climate mode resonance due to rapidly intensifying El Niño-Southern Oscillation
The El Niño-Southern Oscillation (ENSO) influences climate variability globally, encompassing various other modes of variability, and thus represents a key predictable climate signal on seasonal timescales. Yet, its response to …
Read more “Global climate mode resonance due to rapidly intensifying El Niño-Southern Oscillation”
