Pure-culture study links fatty-acid breakdown to methane in one archaeon
A pure-culture study of an archaeon from a Chinese petroleum reservoir shows that fatty-acid oxidation can be coupled directly to ...
A pure-culture study of an archaeon from a Chinese petroleum reservoir shows that fatty-acid oxidation can be coupled directly to ...
A controlled microcosm and greenhouse rice study found that microscale zero-valent iron reduced arsenic in grain by 34% while increasing ...
A year-long study of a tropical seagrass meadow in Taiwan finds that its sediments produce methane steadily, yet nearly all ...
Scientists have isolated Methanothermobacter tomskensis sp. nov., a novel hydrogenotrophic methanogen dominating a 2.7-kilometer-deep thermal aquifer in Western Siberia, revealing ...
A new review reveals how flooding transforms root exudates and soil redox chemistry to restructure rhizosphere microbial communities, with implications ...
Two new Science Advances studies show that Enceladus's ice plumes naturally concentrate ocean chemicals, including potential biosignatures, and that methane-producing ...
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 ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine