… 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 …

… 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 …

… 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 …

… Iron is the fourth most widespread component in the earth's crust. AOM-driven iron oxide …
So AOM coupled to iron oxide reduction has received increasing attentions than other electron …

… (26) Similarly, Fe(0) enables to react with water through iron corrosion process under
anaerobic conditions, thus releasing hydrogen to drive microbial reactions. (25) For example, …

… Compared to iron, manganese has higher environmental turnover rates, indicating the …
the carbon cycle by mediating the anaerobic microbial methane oxidation, in which the …

… anaerobic oxidation of Fe(II) but not for As(III) oxidation in these strains. The results suggest
that anaerobic Fe(II) oxidation in … redox coupling with anaerobic As(III) oxidation catalyzed by …

… interactions within the nitrogen and iron-cycle-related microbial communities, which might
… In this review of the emerging process, we detail the end-products and microbes involved in …

… IMPORTANCE The anaerobic corrosion of iron structures is … of anaerobic respiratory
microorganisms can accelerate iron … Fe(0) can support anaerobic respiration. They also map out …

… All bottles except for the controls were amended either with nitrate, sulfate, amorphous
manganese, or iron oxide, with final concentrations of 4.8 mmol L −1 , 2.4 mmol L −1 , 10 mmol L −…