… iron-redox cycling is an excellent example of ecosystem-level ‘biochemical co-operation’, akin
to that known for other redox… that extracellular microbial iron-redox metabolism contributes …

… on rates of microbial Fe(III) reduction (41), changes in Fe(III) oxide mineralogy (eg,
production of amorphous surface coatings) associated with microbial Fe redox cycling have the …

… Redox transformations of iron, as well as dissolution and precipitation and thus mobilization
… The third section focuses on microbial iron cycling catalyzed by the cooperation of these two …

… microbial Fe redox cycling occurred within this habitat and support previous conceptual models
for how microbial … Changes in iron (Fe) redox state are linked to carbon and energy flow …

… Prior to 1988, both environmental data and the redox properties of oxidized manganese (Mn)
and iron (Fe) had led many investigators to speculate about the existence of organisms …

… ►We have examined the biogeochemistry of bacteriogenic iron oxides (BIOS) ►BIOS
mineralogy … ►Closely coupled microbial iron redox cycle exists in surface BIOS-rich sediments …

… - to centimeter-scale redox gradients? Significant interest … iron cycle. In terms of BIF, were
bacteria the dominant oxidizers of dissolved Fe(II)? Similarly, did the evolution of microbial iron …

… for future studies to investigate rates of iron redox cycling in natural systems, and how
those … the importance of iron redox cycling on driving changes in metal speciation in iron-bearing …

… microbial N and Fe redox cycling in sediments. Changes in microbial community structure
associated with redox … metallireducens to catalyse anaerobic Fe redox cycling analogous to …

… At a circumneutral pH, microbial iron redox cycling can significantly affect the geochemistry
of hydromorphic soils (that is, soils showing poor drainage) and sediments, leading to the …