Methane availability in freshwaters is usually associated with spatial-temporal variation in
methanogenesis. Unusually, however, natural gas macro-seeps occur along the Condamine …

In coastal waters, methane-oxidizing bacteria (MOB) can form a methane biofilter and
mitigate methane emissions. The metabolism of these MOBs is versatile, and the resilience …

Mangroves are valuable ecosystems that facilitate primary production, carbon sequestration,
and regulation of greenhouse gas (GHG) cycles in coastal sediments, with microorganisms …

Shallow coastal waters are dynamic environments that dominate global marine methane
emissions. Particularly high methane concentrations are found in seasonally anoxic waters …

Methane metabolism, driven by methanogenic and methanotrophic microorganisms, plays a
pivotal role in the carbon cycle. As seawater intrusion and soil salinization rise due to global …

Abstract Emissions of methane (CH 4), a major greenhouse gas, should be cut by at least
30% by 2030 according to the last Conference of the Parties, CoP26. Aquaculture pond is a …

Microbial methanogenesis is a known source of methane in marine environment, but the
factors affecting the production of methane from different pathways remain largely …

Rewetted peatlands can be a significant source of methane (CH 4), but in coastal
ecosystems, input of sulfate-rich seawater could potentially mitigate these emissions. The …

The importance of methanotrophic microorganisms in the sediment and water column for
balancing marine methane budgets is well accepted. However, whether methanotrophic …

Coastal ecosystems dominate oceanic methane (CH4) emissions. However, there is limited
knowledge about how biotic interactions between infauna and aerobic methanotrophs (ie …