Tree stems are an important and unconstrained source of methane, yet it is uncertain
whether internal microbial controls (ie methanotrophy) within tree bark may reduce methane …

Methane oxidizing and methane releasing bacterial communities are very pioneer microbial
population, abundantly present in several ecosystems. The microbial dynamics and …

Aquatic plants play an important role on denitrification and greenhouse gas emissions in
wetlands, but the contribution of plants in the enhanced denitrification wetlands with extra …

Peatlands in permafrost region are large carbon pools sensitive to global warming.
However, the effects of increased temperature on carbon emissions and associated …

Due to the impact of human agricultural production and climate and environmental changes,
the applicability of groundwater for drinking purposes has attracted widespread attention. In …

Root-associated aerobic methanotroph plays an important role in reducing methane
emissions from wetlands. In this study, we examined the activity of methane-dependent …

Lakes represent a considerable natural source of methane to the atmosphere compared to
their small global surface area. Methanotrophs in sediments and in the water column largely …

Although climate change is predicted to affect methane (CH4) emissions in paddy soil, the
dynamics of methanogens and methanotrophs in paddy fields under climate change have …

Recent investigations demonstrate that some coastal wetlands are atmospheric methane
sinks, but the regulatory mechanisms are not clear. Here, the main pathway and operator of …

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