Albert Brangarí

It has been fun! 👍✨ Thanks @rousklab.bsky.social @seritafrey.bsky.social and MelKnorr

This suggests microbial trait optimisation can moderate carbon emissions, offering a simple mechanistic explanation for global observations and highlighting the need to integrate microbial dynamics into #climate models 🌍🧮

In SWaN #HarvardForest, we show that #microbes initially accelerate carbon release but then adjust their thermal traits, improving CUE and slowing SOC loss. Microbial #adaptation can buffer soils against long-term carbon loss 🔥🦠

Shifts in Microbial Thermal Traits Mitigate Heat‐Induced Carbon Losses in Soils The impact of global warming on soil carbon stocks remains uncertain. While warming initially accelerates microbial decomposition of organic matter and CO2 release, long-term field studies consistent...

In this new #GlobalChangeBio paper (doi.org/10.1111/gcb.70579), we investigate why #warming initially boosts soil #CO2 emissions but losses stabilize over time, limiting impact of chronic warming on #SOC stocks

📢 #PhDpositions🔥🚨! #PhD in microbial resource limitation and element cycling in soils. Lund University – University of Amsterdam @lunduniversity.bsky.social

Details and apply (deadline 15/09) here: lu.varbi.com/en/what:job/...

#EGU25 abstract submission deadline is approaching (Jan 15)--so many great sessions to choose! See 3 re-posts below, and for modelers: meetingorganizer.copernicus.org/EGU25/sessio... chaired by @moritzmohrlok.bsky.social, @albertbrangari.bsky.social, @kseniaguseva.bsky.social, Hassan Karjoun