… This study illustrates the taxonomic diversity of Fe(III)-reducing … from Geobacteraceae, as
the decrease of Citrifermentans corresponded to the increase of unclassified Geobacteraceae. …

… that dissimilatory iron reduction mediated by the Geobacteraceae family … the diversity and
composition of the Geobacteraceae … in Clade 2 were the dominant Geobacteraceae context in …

… NC-Anammox rates showed a subsurface peak (between 5 … Geobacteraceae clades in
marine sediments appear to rely on the anaerobic oxidation of organic compounds to reduce Fe(III…

… Some members of subsurface microbial communities rely on … to the right of collapsed clades;
accession numbers are provided as … contributors to iron reduction than is currently realized. …

… matter oxidation with Fe(III) minerals reduction is discussed. … However, the phylogenetic
and metabolic diversity of … oxidoreductase from εHao phylogenetic clade. This group of …

… Geobacter is the ability to reduce Fe(III) to Fe(II) along with the … However, the phylogenetic
clades in UBCG trees differed … our understanding of diversity of predominant members in …

… This work expands the knowledge of the diversity, metabolic … led to the substitution of the
predominating morphotype in the … Fe(III) reducing ability in contrast to its non-Fe(III) reducing …

… interfere with subsurface (i) energy storage (CH 4 and H 2 ), (ii) … acetate and 1.7g of NaNO
3 for nitrate-reducing bacteria; or 15g of … They clustered between the BssA clade related to the …

… of Deferribacteres and may be involved in the reduction of … It is believed, however, that the
diversity of anaerobic acetate-… within the Geobacteraceae and the Geovibrio clade. Bacteria …

… ferric reducing bacteria in the family Geobacteraceae from the … the clade comprising species
of the family Geobacteraceae and … in the presence of a variety of electron donors, including …