A. SimDivers represented as circle areas. B. Dependence of SimDivers from depth fitted by 5th order power function. C. Dependence of SimDivers from grain size fitted by 3rd order power function. D. Dependence of SimDivers from TOM fitted by 6th order power function; full line: significant correlation.</p
<p>Similarity Percentage Analysis (SIMPER) of vegetation species abundance that contribute up to 50%...
<p>Note: a, b, c, and d show richness, Shannon, evenness, and Simpson indices, respectively. Per div...
<p>A). Heatmap of the Pearson’s correlation coefficients for comparisons across all the library type...
A. Similarities represented as circle areas. B. Dependence of similarities from depth fitted by 3rd ...
A. ‘Incorporation Values’ represented as circle areas. B. Dependence of ‘Incorporation Values’ from ...
A. Rank distances represented as circle areas. B. Dependence of rank distances from depth fitted by ...
A. Densities of living and dead individuals represented as pie charts. B. Dependence of densities fr...
<p>The profile shows the ordered similarities between sites plotted against their real ranks (black ...
<p>Spearman rank correlation coefficient values for comparisons of size-frequency distributions of <...
Similarity percentages (SIMPER) indicating the most abundant genera contributing to the discriminati...
<p>Simpson’s Index of Diversity (1-D) of isolates from different categories (country and host specie...
<p>Square: number of parsimony informative sites; triangle: total number of loci; and dots: number o...
<p>Correlation coefficients indicating covariation among many site characteristics.</p
Summary. The effect of sample size and species diversity on a variety of similarity indices is explo...
Spearman’s rank correlations between the contribution of each grid cell to the overall BA similarity...
<p>Similarity Percentage Analysis (SIMPER) of vegetation species abundance that contribute up to 50%...
<p>Note: a, b, c, and d show richness, Shannon, evenness, and Simpson indices, respectively. Per div...
<p>A). Heatmap of the Pearson’s correlation coefficients for comparisons across all the library type...
A. Similarities represented as circle areas. B. Dependence of similarities from depth fitted by 3rd ...
A. ‘Incorporation Values’ represented as circle areas. B. Dependence of ‘Incorporation Values’ from ...
A. Rank distances represented as circle areas. B. Dependence of rank distances from depth fitted by ...
A. Densities of living and dead individuals represented as pie charts. B. Dependence of densities fr...
<p>The profile shows the ordered similarities between sites plotted against their real ranks (black ...
<p>Spearman rank correlation coefficient values for comparisons of size-frequency distributions of <...
Similarity percentages (SIMPER) indicating the most abundant genera contributing to the discriminati...
<p>Simpson’s Index of Diversity (1-D) of isolates from different categories (country and host specie...
<p>Square: number of parsimony informative sites; triangle: total number of loci; and dots: number o...
<p>Correlation coefficients indicating covariation among many site characteristics.</p
Summary. The effect of sample size and species diversity on a variety of similarity indices is explo...
Spearman’s rank correlations between the contribution of each grid cell to the overall BA similarity...
<p>Similarity Percentage Analysis (SIMPER) of vegetation species abundance that contribute up to 50%...
<p>Note: a, b, c, and d show richness, Shannon, evenness, and Simpson indices, respectively. Per div...
<p>A). Heatmap of the Pearson’s correlation coefficients for comparisons across all the library type...