In recent years, the Canadian dairy sector has faced escalating challenges due to its
significant contribution to greenhouse gas emissions, particularly methane. This paper …

Methanogenic archaea are the only organisms that produce CH4 as part of their energy-
generating metabolism. They are ubiquitous in oxidant-depleted, anoxic environments such …

Microorganisms play a key role in arsenic (As) biogeochemistry, transforming As species
between inorganic and organic forms and different oxidation states. Microbial As methylation …

Saltmarshes are highly productive environments, exhibiting high abundances of
organosulfur compounds. Dimethylsulfoniopropionate (DMSP) is produced in large …

Estuarine wetlands harbor considerable carbon stocks, but rising sea levels could affect
their ability to sequester soil carbon as well as their potential to emit methane (CH4). While …

The expansive plains of West Siberia contain globally significant carbon stocks, with Earth's
most extensive peatland complex overlying the world's largest‐known hydrocarbon basin …

Production of methane by methanogenic archaea, or methanogens, in the rumen of
ruminants is a thermodynamic necessity for microbial conversion of feed to volatile fatty …

Seawater intrusion into freshwater wetlands causes changes in microbial communities and
biogeochemistry, but the exact mechanisms driving these changes remain unclear. Here we …

Mitigation of methane emission, a potent greenhouse gas, is a worldwide priority to limit
global warming. A substantial part of anthropogenic methane is emitted by the livestock …

Methane (CH4) is a potent greenhouse gas emitted by archaea in anaerobic environments
such as wetland soils. Tidal freshwater wetlands are predicted to become increasingly …