Methanotrophs oxidize methane (CH4) and greatly help in mitigating greenhouse effect.
Increased temperatures due to global climate change can facilitate lake salinization …

Aerobic methane-oxidizing bacteria (MOB) play a crucial role in mitigating the methane
emission from lake ecosystems to the atmosphere. However, the distribution of …

Lakes are widely distributed on the Tibetan Plateau, which plays an important role in natural
methane emission. Aerobic methanotrophs in lake sediments reduce the amount of methane …

Microbial methanogenesis in sediment plays a crucial role in CH 4 emission from freshwater
lake ecosystems. However, knowledge of the layer-depth-related changes of methanogen …

Abstract Methane (CH4), an important greenhouse gas, significantly impacts the local and
global climate. Our study focused on the composition and activity of methanotrophs residing …

Methanogens are an important biogenic source of methane, especially in estuarine waters
across a river-to-sea gradient. However, the diversity and trophic strategy of methanogens in …

About half of the global methane (CH4) emission is contributed by the methanogenic
archaeal communities leading to a significant increase in global warming. This …

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

Methane emissions from wetlands contribute to the currently rising levels of methane in the
atmosphere. Nonetheless, the assessments of methane-producing Archaea (methanogens) …

Eutrophication increases the input of labile, algae-derived, organic matter (OM) into lake
sediments. This potentially increases methane (CH4) emissions from sediment to water …