Uncharacterised Methanotrophs Dominate Natural Danish Habitats in Nationwide Genomic Survey
A national genomic study in Denmark identified 102 new methanotrophic species and revealed that uncharacterised methanotrophs dominate natural ecosystems.
A national genomic study in Denmark identified 102 new methanotrophic species and revealed that uncharacterised methanotrophs dominate natural ecosystems.
A genomic analysis of 132 ANME-1 archaea resolves 14 genus-level clusters across three subclades and reveals lineage-specific metabolic adaptations.
High-resolution snowpack measurements at a western Canadian Arctic site show winter carbon dioxide and methane fluxes vary sharply over tens ...
Converting natural gas into valuable chemical feedstocks remains a central objective in clean energy research, with the partial oxidation of ...
A study of 79 African lakes shows that methane-oxidizing bacteria, boosted by phytoplankton and wetland inputs, consume more than 70 ...
Copper single atoms anchored on boron nanosheets reversibly switch into clusters that convert methane to acetic acid with 97% selectivity, ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine