<p>Although the control appears to have lower diversity than the treatments, this visual difference is not statistically significant (95% confidence intervals not shown to improve figure clarity).</p
<p>Sample-based rarefaction curves estimates for both total species richness, including species not ...
Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 1. The...
<p>The shaded area represents the standard error of the rarefaction calculated after <a href="http:/...
<p>a) Rarefaction curves presenting the relationship between sequencing depth and species richness i...
<p>The <i>x</i> axis indicates the number of sequences per sample. The <i>y</i> axis indicates the a...
<p>(2A) Rarefaction plots of all 12 samples (one curve per sample) showing curves reaching asymptote...
<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>Rarefraction curves showing accumulation of species with increasing sample size for each of the f...
<p>Rarefaction curves for species richness, as a function of NISP, according to the studied loci.</p
<p>Rarefaction curves of the diversification rates (γ-statistic) for AOB and AOA in the different ha...
<p>Rarefaction curve of the observed richness of small mammals in treatments.</p
<p>The solid line represents the cumulated number of MOTUs (a) and food plant genera (b) as a functi...
Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 3. The...
<p>Note an increase in the number of species encountered with increasing number of plots sampled. Op...
<p>Sample-based rarefaction curves estimates for both total species richness, including species not ...
Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 1. The...
<p>The shaded area represents the standard error of the rarefaction calculated after <a href="http:/...
<p>a) Rarefaction curves presenting the relationship between sequencing depth and species richness i...
<p>The <i>x</i> axis indicates the number of sequences per sample. The <i>y</i> axis indicates the a...
<p>(2A) Rarefaction plots of all 12 samples (one curve per sample) showing curves reaching asymptote...
<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>Rarefraction curves showing accumulation of species with increasing sample size for each of the f...
<p>Rarefaction curves for species richness, as a function of NISP, according to the studied loci.</p
<p>Rarefaction curves of the diversification rates (γ-statistic) for AOB and AOA in the different ha...
<p>Rarefaction curve of the observed richness of small mammals in treatments.</p
<p>The solid line represents the cumulated number of MOTUs (a) and food plant genera (b) as a functi...
Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 3. The...
<p>Note an increase in the number of species encountered with increasing number of plots sampled. Op...
<p>Sample-based rarefaction curves estimates for both total species richness, including species not ...
Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 1. The...
<p>The shaded area represents the standard error of the rarefaction calculated after <a href="http:/...