This study led by Jan Taucher (n.o.T.) found that ocean acidification negatively affects diatoms through an Earth system feedback. This contrasts our current knowledge and sends a warning sign on how we interpret experiments. 🧵 1/9 nature.com/articles/s4158…

My first tweet... Proud what we achieved in this piece of work and being part of such a great team! Lennart Bach @TBoxhammer nature.com/articles/s4158…

A new study reveals #oceanacidification is triggering #diatom decline and it could lead to a significant shift in the marine food web or even a change for the ocean as a carbon sink➡bit.ly/3NFNq5g 📸GEOMAR_en

Vertical movement of phytoplankton is often neglected - but it could contribute substantially to global ocean productivity and even boost resilience against global warming! Check out our new study in Nature Climate Change: nature.com/articles/s4155…

#MIW2022 has started. Nice to see apart from the cool seafloor imaging and mapping advances there are also a lot of pelagic folks around! Plankton Imaging on the rise. Here: jan_taucher

Claude Li And another #snotpalace sighting, this time brought to #MIW2022 by PIScO. Fabulous!! 🤩

Check out our recent paper on the role of appendicularia (gelatinous zooplankton) on ocean carbon fluxes and the biological pump - and how this could be altered by ocean acidification onlinelibrary.wiley.com/doi/full/10.11…