… Iron is the most abundant redox-active metal in the Earth's … understood for anaerobic Fe(III)-reducing
or aerobic and … also play a role in the anaerobic oxidation of ferrous iron, Fe(II), and …

… oxidation with Fe oxides [23]. Recently combined geochemical and molecular evidence
has revealed microbial iron … also be linked to a cryptic sulfur cycle and iron-coupled AOM [24]. …

… This study aimed to determine whether the electron acceptors ferric iron and nitrate… anaerobic
microcosms to evaluate the role of electron acceptors by measuring the methane oxidation …

… Iron oxide mineral treated slurries demonstrated significant microbial iron reduction and
increase in ferrous iron by … The high ferrous iron concentration in slurries with BES addition and …

… dry soil or sediment), and most of this iron is combined with oxygen to form iron oxides. In
anoxic or anaerobic environments, iron plays an important role in shuttling electrons in …

… couple the reduction of environmentally relevant particulate forms of iron and manganese
to methane oxidation, filling one of the remaining lacunas in anaerobic methane oxidation. …

… Here, using a multidisciplinary approach, we show that Fe-AOM occurs in iron oxide-rich …
iron oxides facilitated AOM in long-term sediment slurry incubations but manganese oxide did …

… Previous research on iron-reducing microorganisms has indicated that nano-sized iron
oxides could significantly stimulate microbial iron reduction (two orders of magnitude higher than …

… , the iron-dependent anaerobic oxidation of methane (Fe-AOM) occurs in paddy soil,
reducing methane emissions to the atmosphere. Paddy soil contains a variety of iron minerals …

… This review focuses on fundamentals of iron reduction process in organics oxidation and …
on the microbial iron reduction process and ecological diversity of these iron reducers in later …