<p>F<i><sub>ST</sub></i> against geographical distance for <i>C. nemoralis</i> populations (<i>b</i> = 0.0791; <i>P</i><0.0001).</p
<p>On the left (A) Mantel Test plot analysis using SNPs data; on the right (B) Mantel Test plot anal...
Relationship between geographic distance and genetic distance within the eight populations of Lepist...
<p>A) relationship between genetic differentiation estimates (<i>F<sub>ST</sub></i> and <i>D<sub>est...
<p>Linear regression of the relationship of genetic distance to geographic distance by species. The ...
<p>Genetic isolation-by-distance analysis by regression of genetic differentiation (<i>FST</i>) vs. ...
<p>The genetic distance in <i>H. pylori</i> between pairs of geographical populations (<i>F</i><sub>...
<p>Nei's Genetic Distance (D) is shown above the diagonal and Wright's F<sub>ST</sub> values of gene...
<p>Analyses used a reduced major axis regression (r<sup>2</sup> = 0.006, intercept = −0.041±0.008, ...
<p>Mantel regression of the pairwise relationship between genetic and geographical distances for <i>...
<p>Genetic barriers (A) and MDS plot (B) based on the Φ<i><sub>ST</sub></i>'s distances between popu...
<p>Regressing linearized F<sub>ST</sub> values against the natural logarithm of distance (km) reveal...
<p>Each pair of seven populations, in all 21 pairs, is dotted as a different symbol according to com...
<p>Genetic distance (below diagonal) and geographical distance (above diagonal) of 11 populations, k...
Relationship between genetic and geographic distance in the populations of M. lutarioriparius.</p
<p>Genetic distance is represented by pairwise <i>F</i><sub><i>ST</i></sub>/(1–<i>F</i><sub><i>ST</i...
<p>On the left (A) Mantel Test plot analysis using SNPs data; on the right (B) Mantel Test plot anal...
Relationship between geographic distance and genetic distance within the eight populations of Lepist...
<p>A) relationship between genetic differentiation estimates (<i>F<sub>ST</sub></i> and <i>D<sub>est...
<p>Linear regression of the relationship of genetic distance to geographic distance by species. The ...
<p>Genetic isolation-by-distance analysis by regression of genetic differentiation (<i>FST</i>) vs. ...
<p>The genetic distance in <i>H. pylori</i> between pairs of geographical populations (<i>F</i><sub>...
<p>Nei's Genetic Distance (D) is shown above the diagonal and Wright's F<sub>ST</sub> values of gene...
<p>Analyses used a reduced major axis regression (r<sup>2</sup> = 0.006, intercept = −0.041±0.008, ...
<p>Mantel regression of the pairwise relationship between genetic and geographical distances for <i>...
<p>Genetic barriers (A) and MDS plot (B) based on the Φ<i><sub>ST</sub></i>'s distances between popu...
<p>Regressing linearized F<sub>ST</sub> values against the natural logarithm of distance (km) reveal...
<p>Each pair of seven populations, in all 21 pairs, is dotted as a different symbol according to com...
<p>Genetic distance (below diagonal) and geographical distance (above diagonal) of 11 populations, k...
Relationship between genetic and geographic distance in the populations of M. lutarioriparius.</p
<p>Genetic distance is represented by pairwise <i>F</i><sub><i>ST</i></sub>/(1–<i>F</i><sub><i>ST</i...
<p>On the left (A) Mantel Test plot analysis using SNPs data; on the right (B) Mantel Test plot anal...
Relationship between geographic distance and genetic distance within the eight populations of Lepist...
<p>A) relationship between genetic differentiation estimates (<i>F<sub>ST</sub></i> and <i>D<sub>est...
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