Methane is estimated to have contributed 20% of postindustrial global warming.
Methanotrophs oxidize methane and curb methane emissions into the atmosphere …

Microorganisms are important players in the global methane cycle. Anaerobic methanogenic
archaea are largely responsible for methane production, while aerobic methanotrophic …

Arctic lakes emit methane (CH 4) to the atmosphere. The magnitude of this flux could
increase with permafrost thaw but might also be mitigated by microbial CH 4 oxidation …

Maritime transportation is recognized to have advantages in terms of environmental impact
compared to other forms of transportation. However, an increment in traffic volumes will also …

Lake sediments are globally important carbon sinks. Although the fate of organic carbon in
lake sediments depends significantly on microorganisms, only few studies have investigated …

Metagenomic studies on geothermal environments have been central in recent discoveries
on the diversity of archaeal methane and alkane metabolism. Here, we investigated …

Freshwater lakes, especially eutrophic ones, have become a hotspot of methanogenesis.
However, the effects of eutrophication and seasonality on methanogenesis activity and …

Methanogenesis is a key process in carbon cycling in lacustrine ecosystems. Knowledge of
the methanogenic pathway is important for creating mechanistic models as well as …

Small oxygen-stratified humic lakes of the boreal zone are important sources of methane to
the atmosphere. Although stable isotope profiling has indicated that a substantial part of …

Northern lakes disproportionately influence the global carbon cycle, and may do so more in
the future depending on how their microbial communities respond to climate warming …