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 …

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 …

After our previous study about methane (CH4) emissions from littoral marshes of the Three
Gorges Reservoir (TGR), Chinese dams have raised a world‐wide concern. Through …

Although methane (CH 4) fluxes from northern wetlands in Asia have been described in
previous research at different temporal and spatial scales, integrated studies at the …

From studies undertaken during 1995–2004, annual budgets of CH4 emissions from natural
wetlands and its temporal and spatial variations were examined throughout China, and …

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

This article focuses on the seasonal and spatial changes of CH4 emission from the natural
reed marsh of Liaohe Delta, China. Field experiments showed that this natural wetland acts …

Sources of methane (CH 4) become highly variable for countries undergoing a heightened
period of development due to both human activity and climate change. An urgent need …

Yangtze estuary, lying in the subtropical monsoon region of China, is characterized by a
unique environmental setting and endemic wetland plant species (Scirpus mariqueter) …

Methane emissions from aquatic ecosystems play an important role in global carbon cycle
and climate change. Reclamation of coastal wetlands for aquaculture use has been shown …