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Table 1.

Characteristics and descriptions of study sites.

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Table 1 Expand

Fig 1.

Richness and diversity of prokaryote 16S rRNA communities in New Zealand wetlands.

a) Rarefied richness and diversity curves; b) range of richness and diversity values for individual samples from each core (small circles) plotted against pH. Large circles represent mean values for each site or distinct soil/sediment unit within a site. Solid lines represent fitted quadratic curves with dashed lines representing the lower and upper bounds of 95% confidence intervals. Note that values in B are based on a sequencing depth of 4000 reads.

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Fig 1 Expand

Fig 2.

Relationship between Archaea: Bacteria ratio (assigned reads) and depth within seven New Zealand wetlands.

For ombrotrophic bogs, colours reflect wetland condition: Red, Dunearn (most modified condition); Orange, Bayswater (moderate condition); Green, Awarua (most intact condition).

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Fig 2 Expand

Fig 3.

Archaea community composition at the taxonomic level of class.

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Fig 4.

Bacteria community composition at the taxonomic level of phyla.

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Fig 5.

Bray-Curtis PCA (total prokaryote community composition) scores plotted against depth.

a) axis 1 (15.14% variation explained); b) axis 2 (8.77% variation explained); c) axis 3 (6.48% variation explained).

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Fig 5 Expand

Fig 6.

NMDS ordination of samples based on metabolic pathway composition.

Coloured by a) locality and b) depth. c) Clusters assigned using hierarchical cluster analysis (cut at k = 7) plotted against depth.

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Fig 6 Expand

Fig 7.

Differences in the relative abundance of metabolic pathways in three New Zealand ombrotrophic bogs along a wetland condition gradient.

a) aerobic respiration; b) denitrification; c) sulfate reduction. Red, Dunearn (most modified condition); Orange, Bayswater (moderate condition); Green, Awarua (most intact condition). Horizontal line marks 75 cm depth.

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Fig 7 Expand

Fig 8.

Differences in the relative abundance of metabolic pathways related to the carbon cycle in three New Zealand ombrotrophic bogs along a wetland condition gradient.

a) carbon fixation; b) fermentation; c) methanogenesis; d) methanol to CO2. Red, Dunearn (most modified condition); Orange, Bayswater (moderate condition); Green, Awarua (most intact condition). Horizontal line marks 75 cm depth.

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Fig 8 Expand