OS
Ocean Sciences

Ocean Sciences

Book Review: The Swarm by Frank Schätzing

Book Review: The Swarm by Frank Schätzing

So far, our reading adventures have kept us close to reality with Blue Machine by Helen Czerski and Below the Edge of Darkness by Edith Widder. Now, we are turning to a work of fiction. The author did plenty of research and spoke with scientists, who even appear as characters in the book, resulting in the science-fiction eco-thriller The Swarm. For centuries, humans have treated the ocean as a res ...[Read More]

Join the EGU Ocean Sciences blog team 🌊

Join the EGU Ocean Sciences blog team 🌊

The EGU Ocean Sciences division blog is looking for new volunteer editors. So far, the team consists of two early career scientists, Jacqueline and Maurie — both working in ocean biogeochemistry — and we would love to grow. As an editor, you will keep an eye out for interesting new articles and datasets to write about, write short blog posts about ocean related news, and approach other scientists ...[Read More]

Meet Tillys Petit, EGU Ocean Sciences’ 2026 Outstanding Early Career Scientist Award Winner!

Meet Tillys Petit, EGU Ocean Sciences’ 2026 Outstanding Early Career Scientist Award Winner!

On Monday 4 May, Tillys Petit delivered the OS Division Outstanding Early Career Scientist Award Lecture at EGU 2026 in Vienna. We chatted with her about the hidden engines driving the Atlantic Meridional Overturning Circulation, and why that matters for the future of our climate. Spoiler: it’s not just about the Labrador Sea! 🌊 Can you share your career journey with us? Did you always dream ...[Read More]

Beyond wind speed: what really controls air-sea gas exchange?

Beyond wind speed: what really controls air-sea gas exchange?

When we think about what drives air-sea gas exchange (such as CO2), wind usually gets all the credit. Strong winds stir the surface, enhance turbulence, and speed up gas transfer. But a new study in Atmospheric Chemistry and Physics shows there is more to the story: CO2 exchange does not just follow the wind, it is also directly affected by surface conditions (Fig. 1). Using the eddy covariance te ...[Read More]