Background Although interactions between microorganisms involved in biogas production
are largely uncharted, it is commonly accepted that methanogenic Archaea are essential for …

Coastal wetlands contribute about 75% to the global oceanic CH 4 emissions, thus play a
vital role in global C cycles. In this paper, we provided a perspective on researches on …

Soda lakes constitute extreme aquatic ecosystems with remarkably high primary productivity
rates, but information on the diversity and activity of methanogens in such environments is …

Methane uptake and diversity of methanotrophic bacteria was investigated across six
hydrologically connected wetlands in a mountainous forest landscape upstream of lake …

Methane emissions, along with methanotrophs and methanogens and soil chemical
properties, were investigated in a flooded rice ecosystem. Methane emission increased after …

Aerobic methanotrophic bacterial communities in sediments of Lake Constance Page 1
Aerobic methanotrophic bacterial communities in sediments of Lake Constance Dissertation …

Aims: To combine database‐held sequence information with a programme of experimental
molecular ecology to define the methanogenic community of a hypereutrophic lake by a …

Three mesocosms were studied to evaluate the effect of wetland plants on the
methanotrophic bacterial populations in the sediments of a full-scale constructed wetland …

Methane is a critical greenhouse gas with significant impacts on environmental and global
change. However, CH4 cycling processes and coupling mechanisms with the …

Subseafloor pelagic sediments with high concentrations of organic matter form habitats for
diverse microorganisms. Here, we determined depth profiles of genes for SSU rRNA, mcrA …