<p>The Simpson’s diversity index for the four subtypes of interest from both datasets is presented in (a). Absolute change in rank against rank ((b) and (c)), change in rank against rank ((d) and (e)) and rank-abundance curves ((f) and (g)) are presented for each dataset - panel letters given refer to datasets 1 and 2 respectively. Panels (h)-(k) show correlations in the data, with (h)-(i) showing any significant correlations between subtype presence/absence for the complete datasets, and (j)-(k) showing any correlations between prevalence levels for the 4 subtypes of interest.</p
(A) Plot showing the delta K values on the y-axis and the corresponding K values on the x-axis. The ...
<p>The diversity index for each of the 3211 haplotype blocks was calculated as [number of polymorphi...
<p>A) Scatter dot plot comparing cases versus controls values of chao1 richness index. B) Scatter do...
<p>Note: a, b, c, and d show richness, Shannon, evenness, and Simpson indices, respectively. Per div...
<p>Information as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0079918#p...
<p>Four different models were used: linear (LM), quadratic (QM), cubic (CM), and additive (AM). Bold...
Calculating a single-sample rank abundance curve by using the negative-binomial distribution provide...
Calculating a single-sample rank abundance curve by using the negative-binomial distribution provide...
<p>These stacked bar plots help to compare the low abundant taxonomic units, which may be difficult ...
<p>Simpson’s Index of Diversity (1-D) of isolates from different categories (country and host specie...
<p>Box plots representing comparison between the diversity indices (Chao, Shannon and Simpson) for C...
<p>A theoretical rank abundance curve (a PDF) is overlayed with its CDF (black) as a “Pareto chart”....
AbstractCalculating a single-sample rank abundance curve by using the negative-binomial distribution...
<p>Panel A is for Gutianshan (GT) vs. Dinghushan (DH). Panel B is for Xishuangbanna (BN) vs. Dinghus...
<p>Species diversity is represented on a local scale (for all samples) at a 99% similarity level (pa...
(A) Plot showing the delta K values on the y-axis and the corresponding K values on the x-axis. The ...
<p>The diversity index for each of the 3211 haplotype blocks was calculated as [number of polymorphi...
<p>A) Scatter dot plot comparing cases versus controls values of chao1 richness index. B) Scatter do...
<p>Note: a, b, c, and d show richness, Shannon, evenness, and Simpson indices, respectively. Per div...
<p>Information as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0079918#p...
<p>Four different models were used: linear (LM), quadratic (QM), cubic (CM), and additive (AM). Bold...
Calculating a single-sample rank abundance curve by using the negative-binomial distribution provide...
Calculating a single-sample rank abundance curve by using the negative-binomial distribution provide...
<p>These stacked bar plots help to compare the low abundant taxonomic units, which may be difficult ...
<p>Simpson’s Index of Diversity (1-D) of isolates from different categories (country and host specie...
<p>Box plots representing comparison between the diversity indices (Chao, Shannon and Simpson) for C...
<p>A theoretical rank abundance curve (a PDF) is overlayed with its CDF (black) as a “Pareto chart”....
AbstractCalculating a single-sample rank abundance curve by using the negative-binomial distribution...
<p>Panel A is for Gutianshan (GT) vs. Dinghushan (DH). Panel B is for Xishuangbanna (BN) vs. Dinghus...
<p>Species diversity is represented on a local scale (for all samples) at a 99% similarity level (pa...
(A) Plot showing the delta K values on the y-axis and the corresponding K values on the x-axis. The ...
<p>The diversity index for each of the 3211 haplotype blocks was calculated as [number of polymorphi...
<p>A) Scatter dot plot comparing cases versus controls values of chao1 richness index. B) Scatter do...