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gbi12079-sup-0001-FigS1.pdfapplication/PDF386KFig. S1 Relative abundance of phylogenetic groups associated with autotrophic carbon fixation. (A) pcc/acc (propionyl-CoA/acetyl-CoA carboxylase); (B) RuBisCO ribulose (1,5-biphosphate carboxylase/oxygenase); (C) carbon monoxide dehydrogenase (CODH); (D) aclB-ATP (ATP citrate lyase). Relative abundance is based on the total signal intensities of all genes associated with each particular carbon fixation pathway. Proteobacteria phylum is divided into the classes, Alpha-, Beta-, Gamma-, Epsilon-.
gbi12079-sup-0002-FigS2.pdfapplication/PDF373KFig. S2 Phylogenetic distribution and normalized signal intensity of genes associated with representative microbial genera associated with acetogenesis and methanotrophy. (A) Representative distribution of acetogens at phylum level. Proteobacteria phylum is divided into the classes, Alpha- and Gamma-; (B) Distribution of acetogens at genus level. Proteobacteria phylum is divided into the classes, Alpha-, Beta-, Gamma-; (C) Distribution of methanotrophs at phylum level; and (D) Distribution of methanotrophs at genus level. Relative abundance is based on the total signal intensities of genes associated with each particular geochemical cycle.
gbi12079-sup-0003-FigS3.pdfapplication/PDF415KFig. S3 Phylogenetic distribution of genes associated with denitrification. (A) Representative distribution of denitrifiers at phylum level. Proteobacteria phylum is divided into the classes, Alpha-, Beta-, Gamma-; (B) Distribution of denitrifiers at genus level. Relative abundance is based on the total signal intensities of all denitrification genes within a given phylogenetic group.
gbi12079-sup-0004-FigS4.pdfapplication/PDF94KFig. S4 Phylogenetic distribution of genes involved in ammonification. Relative abundance is based on the total signal intensities of all genes associated with ammonification. Proteobacteria phylum is divided into the classes, Alpha-, Beta-, Delta-, Gamma-.
gbi12079-sup-0005-FigS5.pdfapplication/PDF834KFig. S5 Phylogenetic distribution of genes associated with N2 fixation. (A) Representative distribution of N2- fixers at phylum level. Proteobacteria phylum is divided into the classes, Alpha-, Beta-, Delta-, Epsilon-. (B) Distribution of N2 fixers at genus level. Relative abundance is based on the total signal intensities of N2 fixation genes within a given phylogenetic group.
gbi12079-sup-0006-FigS6.pdfapplication/PDF462KFig. S6 Phylogenetic distribution of genes associated with sulfate reduction. (A) Representative distribution of sulfate reducers at phylum level. Proteobacteria phylum is divided into the classes, Alpha-, Beta-, Delta-, Gamma-. (B) Distribution of sulfate reducers at genus level. Relative abundance is based on the total signal intensities of sulfate-reducing genes within a given phylogenetic group.
gbi12079-sup-0007-TableS1.docxWord document133KTable S1 Summary of geochip 4.2 probes and covered gene sequences among different categories.

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