📣 New preprint: Warmed soils remain a robust sink for trace gases - especially CO and H₂. Methane-oxidizing microbes are less resilient, yet they persist and continue to mitigate accelerating global methane emissions.
👉 https://doi.org/10.1101/2025.11.18.689010
#Methane #SoilWarming #ClimateChange
Study led by @AnneDaebeler and supported by an outstanding collaborative team.
It is becoming increasingly difficult to produce sufficient drinking water, and this process also releases large amounts of methane. For his PhD thesis, microbiologist Alje Boersma found ways to reduce methane emissions by 50%.
Last year, we found that @OpenAlex was mistakenly marking some papers as retracted—misleading researchers. We @hauschke reported the issue, posted a preprint in March 2024, and… #OpenAlex fixed it almost instantly! 👏
https://doi.org/10.1177/01655515251322478
Meanwhile, our peer-reviewed paper on this? Published today - over a year later. See the difference? Preprints matter. Open science works.
Joseph
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