… ferrous iron concentrations in anoxic waters has led to the conclusion that reductive (microbial) …
The nature of the mineral forming upon anaerobic microbial Fe(II) oxidation may have …

… of the supplementation of electrically conductive iron oxides (hematite and … iron oxides on
syntrophic benzoate degradation, and we identify the corresponding changes in the microbial …

… The contribution of iron from the sediment to the total iron … under anaerobic conditions, leading
to microbial reduction of both … Under solely anaerobic conditions, after a single addition of …

… seas typically emphasize the role of coupled iron (Fe), sulfur (S) and P cycling for sediment
P burial and release. Here, we show that anaerobic oxidation of methane (AOM) also may …

… bacteria which reduced ferric iron during anaerobic growth reduced iron as a minor reaction…
organic matter oxidation to ferric iron reduction during growth under anaerobic conditions. …

… that microbial EET potentially induces corrosion of iron structures. It has been well known
that corrosion of iron occurring under anoxic conditions is mostly caused by microbial activities, …

… ferrous iron by physical reworking through bioturbation, waves, or currents. Thus, microbial
Fe … quantify the role of microbial Fe reduction in anaerobic carbon oxidation in a wider marine …

… iron contents of the three NOM samples used in this study (Table 1) were 1–2 orders of
magnitude lower than the iron … sufficient to explain the observed NOM oxidation capacity (Table 2)…

… Ferrimagnetic iron … iron sulfides in anoxic environments is produced via bacterial reduction
of sulfate ( SO 4 2 - ) , which enables biogenic oxidation of organic matter (OM) by anaerobic …

… Anaerobic microbial reduction and dissolution of Fe(III) (hydr)oxides, as well as dissimilitary
… surface water under anaerobic conditions. The reversal of the process by the oxidation of Fe(…