Past studies show that coupled model biases in European blocking and North Atlantic eddy-driven jet variability decrease as one increases the horizontal resolution in the atmospheric and oceanic model components, …
Eastern Boundary Upwelling Systems (EBUS) are characterized by wind-triggered upwelling of deep waters along the coast. They are hotspots of biological productivity and diversity and therefore have a high economic, …
Read more “Earth's future climate and its variability simulated at 9 km global resolution”
Watch EERIE project scientists Stella Bērziņa (ETH Züric) and Stephy Libera’s (UC Louvain) presentation on Mesoscale eddies in EERIE models, a summary of the key project deliverable D5.1. The session …
On June 16, our Storms, Eddies and Science Hour featured EERIE project scientists Diajeng Atmojo (University of Bremen) and Simon Michel (University of Oxford) speaking about “Data-driven equation discovery of …
Realistically representing deep atmospheric convection is important for accurate numerical weather and climate simulations. However, parameterizing where and when deep convection occurs (“triggering”) is a well-known source of model uncertainty. …
Approximately 50 researchers from modeling centers and academia attended a workshop organized by the CLIVAR Atlantic Regional Panel AMOC Task Team to discuss how to improve the modeling of the …
Understanding the complex interplay of atmospheric processes is one of the biggest challenges in climate science. A new study, led by EERIE project researcher Gunnar Behrens, brings forward promising advances …
Gaining knowledge of the past and present variations of the Atlantic meridional overturning circulation (AMOC) is crucial for the development of accurate future climate projections. The short range covered by …
Our May ‘Storms, Eddies and Science Hour’ webinar features EERIE project scientists Amber Sneddon (UCT) speaking about “Climatology of Atmospheric Rivers in the South Atlantic Basin using modern image processing-based …
Eastern Boundary Upwelling Systems (EBUS) are characterized by wind-triggered upwelling of deep waters along the coast. They are hotspots of biological productivity and diversity and therefore have a high economic, …
Read more “Spatial variation of future trends in Atlantic upwelling cells from two CMIP6 models”
