Published: Apr 20, 2026 by B. Y. Queste

A new paper in Journal of Geophysical Research: Oceans investigates how ocean-model resolution affects the simulation of marine biogeochemical extremes.

The study, “The Role of Ocean Model Resolution in Simulating Marine Biogeochemical Extremes”, examines marine heatwaves, low-oxygen extremes, acidification extremes, and the influence of ocean eddies.

Understanding how model resolution changes simulated extremes is important for predicting future ocean conditions, especially in regions where physical transport and biogeochemical processes interact at small scales.

A new paper in Journal of Geophysical Research: Oceans investigates how ocean-model resolution affects the simulation of marine biogeochemical extremes.

A new paper led by Mauro Pinto-Juica has been published in Communications Earth & Environment.

Congratulations to Estel Font and co-authors on the publication of a new paper in Ocean Science.

A new paper by Gerd A. Bruss, Estel Font, Bastien Queste, and Rob A. Hall has been published in Ocean Science.

We are delighted to welcome Mathilde Girardot to the FLOW Lab as a PhD student within the ERC Synergy project RECLESS.

Model resolution matters for marine biogeochemical extremes