The flux of methane, a potent greenhouse gas, from the seabed is largely controlled by
anaerobic oxidation of methane (AOM) coupled to sulfate reduction (S-AOM) in the sulfate …

… This review summarizes recent advances in the application of molecular methods to study
anaerobic microbial communities in contaminated terrestrial subsurface ecosystems. We …

… The distributions ofabundant lipid products apparently derived from members of AOM consortia
indicate a substantial diversity among the microbial players in different methane-rich envi…

… the discovery of aerobic ammonia oxidation within the domain Archaea. Aerobic oxidation of
… recent developments related to the microbial ecology of anaerobic and archaeal ammonia …

… All nine of the methanogens studied anaerobically oxidized small quantities of methane …
ref 68) has played a unique role in the discovery and characterization of AOM-related microbial …

… and balanced anaerobic microbial communities are necessary to attain proper anaerobic …
performance and the microbial community structure of six full-scale anaerobic digesters and …

… key players in all plants whereas STPs were composed by a more plant-specific microbial
network. Assignment of each generalistic OTU to one or more steps of anaerobic degradation …

… microbial players (determined by 16S rDNA clone libraries and/or FISH) are available.
However, AOM may be mediated by multiple groups of archaea and SRB in one habitat and AOM …

… day methane cycling, the process may have played an important role in the early biogeochemical
… on the early earth, then SDMO may have played a key role in modulating the climate of …

… The other most relevant microbial players involved in iron-coupled AOM are methanotrophic
bacteria. These are identified by very strong 13 C-enrichment of and high 13 C-uptake into …