Although coastal marshes are net carbon sinks, they are net methane sources. Aerobic
methanotrophs in coastal marsh soils are important methane consumers, but their activity …

Aerobic methanotrophs present in wetlands can serve as a methane filter and thereby
significantly reduce methane emissions. Sanjiang wetland is a major methane source and …

The Zoige wetland of the Tibetan Plateau is a high-altitude tundra wetland and one of the
biggest methane emission centers in China. In this study, methanotrophs with respect to …

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

Mangrove forests are one of the important ecosystems in tropical coasts because of their
high primary production, which they sustain by sequestering a substantial amount of CO2 …

Root-associated aerobic methanotrophs play an important role in regulating methane
emissions from the wetlands. However, the influences of the plant genotype on root …

Coastal wetlands are critical in the global carbon budget while vulnerable to plant invasion.
Spartina alterniflora (S. alterniflora), a typical invasive plant species, has rapidly expanded …

Sedge-dominated wetlands on the Qinghai–Tibetan Plateau are methane emission centers.
Methanotrophs at these sites play a role in reducing methane emissions, but relatively little …

Purpose Methanotrophs in wetlands are of great importance because up to 90% of the
methane (CH 4) produced in such wetlands could be oxidized by methanotrophs before …

Methanotrophs are the only biofilters for reducing the flux of global methane (CH4)
emissions in water-logged wetlands. However, adaptation of aerobic methanotrophs to low …