Methane fluxes from sediments in different zones of a Bruguiera sexangula mangrove
wetland were determined by closed static chamber techniques during one whole year …

Mangrove sediments are known sources for methane emission that has a very high global
warming potential. The spatio-temporal emission of methane in the mangrove sediments …

The total methane emission to the atmosphere and hydrosphere, and its seasonal variation,
were estimated using an enclosed static chamber technique from a tidal marshes dominated …

Mangrove wetland soils have been considered as important sources for atmospheric CH4,
but the magnitude of CH4 efflux in mangrove wetlands and its relative contribution to climate …

Methane production is influenced by the abundance of methanogens and the availability of
substrates. Sulfate-reducing bacteria (SRB) also play an important role in the anaerobic …

The strength of methane (CH 4) source of mangroves is not well understood, especially
when including all CH 4 pathways in consideration. This study measured CH 4 fluxes by five …

Although the sediments of coastal marine mangrove forests have been considered a minor
source of atmospheric methane, these estimates have been based on sparse data from …

Mangrove ecosystems are an important component of “blue carbon”. However, it is not clear
whether the stems play roles in the CH 4 budget of mangrove ecosystems. This study …

Methane (CH4) emissions from estuarine wetlands were proved to be influenced by tide
movement and inundation conditions notably in many previous studies. Although there have …

Aims and methods To evaluate the seasonal and spatial variations of methane (CH 4)
emissions and understand the controlling factors, we measured CH 4 fluxes and their …