Microbes Could Survive in the Hidden Ocean of Saturn’s Moon Enceladus
A new LMU study shows that methane-producing archaea can grow under simulated Enceladus seafloor conditions, suggesting the moon's hidden ocean ...
A new LMU study shows that methane-producing archaea can grow under simulated Enceladus seafloor conditions, suggesting the moon's hidden ocean ...
Researchers in Kerala have shown that acidic waste coconut water from oil mills can be converted into biogas at full ...
New studies in Science Advances show that Enceladus's ice plumes naturally segregate and concentrate the moon's ocean chemistry, making it ...
Researchers report that a thermophilic archaeon from hot spring sediments can directly convert long-chain fatty acids into methane through a ...
A new study of Tibetan Plateau proglacial lakes shows that seasonal shifts in methane-producing and methane-consuming microbes control whether these ...
New field measurements in a subtropical Australian rainforest show that soil methane fluxes can swing from a sink to a ...
German researchers built a three-stage anaerobic digestion system modeled on the sun beetle larva gut that converts wheat straw into ...
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© 2025 Scienmag - Science Magazine