A team of scientists have elucidated an ancient mechanism of cellular respiration. To that end, they studied bacteria that feed on the gases carbon dioxide and hydrogen, and turn them into acetic acid ...
essanews.com on MSN3d
Microalgae in peatlands: A natural weapon against climate changeCan microalgae from peatlands help slow climate warming? It turns out that they absorb more CO2 as the temperature increases, ...
Coordinated measures highlight that bacteria and other single-celled microorganisms in the seas around Antarctica are ...
The “slow but consistent increase” in global temperatures is enabling climate-sensitive disease vectors, such as mosquitoes ...
The oceans teem with photosynthesizing bacteria, tiny-tailed dinoflagellates gobbling other plankton, algae surrounded by ...
Scientists' yearlong study on Antarctic microbial communities reveals how climate change alters bacterial and phytoplankton ...
Daily Wrap on MSN3d
Microalgae: Unsung heroes in the fight against climate changeCan microalgae from peatlands help slow climate warming? It seems they absorb more CO2 as temperatures rise, which could make ...
It’s important for scientists to understand how these extreme weather events will influence the sewage-associated viruses ...
From ice cores extracted from the Tibetan Plateau, scientists recovered the equivalent of 1,705 virus species. Reading their ...
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