The atmospheric concentration of methane (CH4), a major greenhouse gas, is mainly
controlled by the activities of methane-producing (methanogens) and methane-consuming …

The prevailing paradigm in aquatic science is that microbial methanogenesis happens
primarily in anoxic environments. Here, we used multiple complementary approaches to …

Lake Pavin is a meromictic crater lake located in the French Massif Central area. In this
ecosystem, most methane (CH4) produced in high quantity in the anoxic bottom layers, and …

Freshwater lakes represent large methane sources that, in contrast to the Ocean,
significantly contribute to non-anthropogenic methane emissions to the atmosphere …

The build-up of methane in the hypolimnion of the eutrophic Lake Rotsee (Lucerne,
Switzerland) was monitored over a full year. Sources and sinks of methane in the water …

Methanotrophic bacteria play a key role in limiting methane emissions from lakes. It is
generally assumed that methanotrophic bacteria are mostly active at the oxic‐anoxic …

Lake is an important natural source of methane, a potential greenhouse gas, in the
atmosphere. Aerobic methanotrophs can consume a notable proportion of the methane …

Eutrophic lakes are major contributors to global aquatic methane emissions. Methanotrophy,
performed by methane oxidizing bacteria, results in the production of biomass, fermentation …

Freshwater lakes represent a substantial natural source of methane to the atmosphere and
thus contribute to global climate change. Microbial methane oxidation is an important control …

Methanotrophic bacteria play an important role oxidizing a significant fraction of methane
(CH 4) produced in lakes. Aerobic CH 4 oxidation depends mainly on lake CH 4 and oxygen …