<p>The x-axis shows the number of individuals per subpopulation. The y-axis shows the mean (left) and variance (right) of </p><p></p><p></p><p></p><p><mi>F</mi></p><p><mi>s</mi><mi>t</mi></p><p></p><mo>−</mo><p></p><p><mi>F</mi><mo>^</mo></p><p><mi>s</mi></p><p><mi>t</mi><mn>1</mn></p><p></p><p></p><p></p><p></p><p></p> (red), <p></p><p></p><p></p><p><mi>F</mi></p><p><mi>s</mi><mi>t</mi></p><p></p><mo>−</mo><p></p><p><mi>F</mi><mo>^</mo></p><p><mi>s</mi></p><p><mi>t</mi><mn>2</mn></p><p></p><p></p><p></p><p></p><p></p> (blue), <p></p><p></p><p></p><p><mi>F</mi></p><p><mi>s</mi><mi>t</mi></p><p></p><mo>−</mo><p></p><p><mi>F</mi><mo>^</mo></p><p><mi>s</mi></p><p><mi>t</mi><mi>m</mi></p><p></p><p></p><p></p><p></p><p></p> (green), and <p></p><...
<p>(a) H<sub>S</sub> as a function of the number of individuals in the sample. (b) Relationship betw...
<p>Subscript P represents the population values, while subscript D represents the values measured fo...
<p>Results are shown for varying proportions of resident and transient individuals in a single simul...
<p>The x-axis shows the number of subpopulations. The y-axis shows the mean (left) and variance (rig...
Schematic examples illustrating the (a) Single-population and (b) Different-subpopulation models and...
<p>Bias (%year<sup>-1</sup>) in estimated trend in migration counts (estimated—simulated trend), whe...
<p>The y-axes is the estimated statistical power, while the x-axis represents the effect size specif...
<p>Each panel represents a stacked bar plot showing transect population totals (summed across <i>y</...
<p>In (a), outbreak risk (red, left axis) and impact (black, right axis) are plotted with respect to...
<p>Data shown are for a uniform (UTA, grey lines) and random (RTA, black lines) trap arrangement, us...
<p>The simulated results are represented by the solid symbols connected with lines. In these cases, ...
<p>The <i>x</i> axis represents the size of the random gene sets that were chosen, and the <i>y</i> ...
<p>Data shown are for a uniform (UTA, grey lines) and random (RTA, black lines) trap arrangement, us...
<p>Each point shows the mean clusteredness of 2,000 runs with the specified sample size and allele f...
<p>(A) The simulated and observed <i>N/S</i> ratios with increasing cutoffs of sequencing coverage (...
<p>(a) H<sub>S</sub> as a function of the number of individuals in the sample. (b) Relationship betw...
<p>Subscript P represents the population values, while subscript D represents the values measured fo...
<p>Results are shown for varying proportions of resident and transient individuals in a single simul...
<p>The x-axis shows the number of subpopulations. The y-axis shows the mean (left) and variance (rig...
Schematic examples illustrating the (a) Single-population and (b) Different-subpopulation models and...
<p>Bias (%year<sup>-1</sup>) in estimated trend in migration counts (estimated—simulated trend), whe...
<p>The y-axes is the estimated statistical power, while the x-axis represents the effect size specif...
<p>Each panel represents a stacked bar plot showing transect population totals (summed across <i>y</...
<p>In (a), outbreak risk (red, left axis) and impact (black, right axis) are plotted with respect to...
<p>Data shown are for a uniform (UTA, grey lines) and random (RTA, black lines) trap arrangement, us...
<p>The simulated results are represented by the solid symbols connected with lines. In these cases, ...
<p>The <i>x</i> axis represents the size of the random gene sets that were chosen, and the <i>y</i> ...
<p>Data shown are for a uniform (UTA, grey lines) and random (RTA, black lines) trap arrangement, us...
<p>Each point shows the mean clusteredness of 2,000 runs with the specified sample size and allele f...
<p>(A) The simulated and observed <i>N/S</i> ratios with increasing cutoffs of sequencing coverage (...
<p>(a) H<sub>S</sub> as a function of the number of individuals in the sample. (b) Relationship betw...
<p>Subscript P represents the population values, while subscript D represents the values measured fo...
<p>Results are shown for varying proportions of resident and transient individuals in a single simul...