<p>The rarefaction curves for all the marine samples reached the near plateau phase representing good sampling depth. The samples are R-SED (Green), M-SED (Blue), SR (Red), SW (Violet) and SG (Orange).</p
Rarefaction curves for bacterial (blue) and fungal (red) OTUs were calculated by rarefying both bact...
Rarefaction has long represented a powerful tool for detecting species richness and its variation ac...
Curves indicate adequate sequencing depth for samples included in the analysis. (TIF)</p
<p>a) Rarefaction curves are depicted at 3%, 5% and 10% dissimilarity level; b) Rank-abundances show...
<p>Permuted sample-based rarefraction curves for observed genera in deep-sea control samples: A. 27 ...
<p>Green, most or all species have been sampled; blue, this habitat has not been exhaustively sample...
<p>Solid curves were the interpolated rarefaction curve from the reference sample. Dashed curves wer...
<p>Curves were generated for OTUs at species level (a) with cutoff value of 3 % and at genus level (...
<p>A) Rarefaction curves with singletons included. B) Rarefaction curves with singletons excluded. T...
<p>Rarefaction curves showing observed taxonomic units of bacterial species diversity in the source ...
<p>Rarefaction curves depicting macrofaunal diversity on seep carbonates as a function of A. Activit...
<p>Rarefaction curves of the diversification rates (γ-statistic) for AOB and AOA in the different ha...
<p>Rarefraction curves showing accumulation of species with increasing sample size for each of the f...
<p>Rarefaction curves of OTUs clustered at 97% sequence identity across different environmental samp...
<p>Extrapolation (plain lines) of rarefaction curves (lines with symbols) based on samples from loca...
Rarefaction curves for bacterial (blue) and fungal (red) OTUs were calculated by rarefying both bact...
Rarefaction has long represented a powerful tool for detecting species richness and its variation ac...
Curves indicate adequate sequencing depth for samples included in the analysis. (TIF)</p
<p>a) Rarefaction curves are depicted at 3%, 5% and 10% dissimilarity level; b) Rank-abundances show...
<p>Permuted sample-based rarefraction curves for observed genera in deep-sea control samples: A. 27 ...
<p>Green, most or all species have been sampled; blue, this habitat has not been exhaustively sample...
<p>Solid curves were the interpolated rarefaction curve from the reference sample. Dashed curves wer...
<p>Curves were generated for OTUs at species level (a) with cutoff value of 3 % and at genus level (...
<p>A) Rarefaction curves with singletons included. B) Rarefaction curves with singletons excluded. T...
<p>Rarefaction curves showing observed taxonomic units of bacterial species diversity in the source ...
<p>Rarefaction curves depicting macrofaunal diversity on seep carbonates as a function of A. Activit...
<p>Rarefaction curves of the diversification rates (γ-statistic) for AOB and AOA in the different ha...
<p>Rarefraction curves showing accumulation of species with increasing sample size for each of the f...
<p>Rarefaction curves of OTUs clustered at 97% sequence identity across different environmental samp...
<p>Extrapolation (plain lines) of rarefaction curves (lines with symbols) based on samples from loca...
Rarefaction curves for bacterial (blue) and fungal (red) OTUs were calculated by rarefying both bact...
Rarefaction has long represented a powerful tool for detecting species richness and its variation ac...
Curves indicate adequate sequencing depth for samples included in the analysis. (TIF)</p
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