<p>Circles indicate unique haplotypes with the area proportional to haplotype frequency. Green, black, red and blue circles represent the subspecies <i>P. s. gilgandra, P. s. superciliosus, P. s. centralis and P. s. ashbyi</i> as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0106267#pone-0106267-g001" target="_blank">Figure 1</a>. Where a haplotype was sampled in more than one subspecies, pie slices are proportional to the number of individuals. Connections between haplotypes are single mutations unless indicated otherwise.</p
<p>The size of the circles on the network is proportional to haplotype frequency. Small red circles ...
<p>The missing haplotypes in the network are represented by gray dots. Circle sizes are proportional...
<p>Each haplotype is shown as an oval, the size of which indicates the number of individuals with th...
<p>Circles represent haplotypes. Hap<i>n</i> indicates haplotype <i>n</i> (<a href="http://www.ploso...
<p>The size of a circle is proportional to the frequency of a haplotype in the total sample. The pie...
<p>The length of line between the haplotypes does not depend on the number of mutations. Each circle...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...
<p>Haplotypes are displayed at network nodes and are symbolised by circles whose diameter is proport...
<p>Each node in the network represents a different haplotype, and the size of each circle is proport...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>It highlights the geographic distribution of <i>D-loop</i> haplotypes. N1, N2 and N3 indicate the...
<p>Size of the circle is proportional to the number sampled. Dashes indicate hypothesised but unsamp...
<p>Haplotypes are depicted by circles, the width being proportional to their frequencies. Color code...
<p>Circles represent haplotypes, area is proportional to frequency and colour indicates the subspeci...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype. B...
<p>The size of the circles on the network is proportional to haplotype frequency. Small red circles ...
<p>The missing haplotypes in the network are represented by gray dots. Circle sizes are proportional...
<p>Each haplotype is shown as an oval, the size of which indicates the number of individuals with th...
<p>Circles represent haplotypes. Hap<i>n</i> indicates haplotype <i>n</i> (<a href="http://www.ploso...
<p>The size of a circle is proportional to the frequency of a haplotype in the total sample. The pie...
<p>The length of line between the haplotypes does not depend on the number of mutations. Each circle...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...
<p>Haplotypes are displayed at network nodes and are symbolised by circles whose diameter is proport...
<p>Each node in the network represents a different haplotype, and the size of each circle is proport...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>It highlights the geographic distribution of <i>D-loop</i> haplotypes. N1, N2 and N3 indicate the...
<p>Size of the circle is proportional to the number sampled. Dashes indicate hypothesised but unsamp...
<p>Haplotypes are depicted by circles, the width being proportional to their frequencies. Color code...
<p>Circles represent haplotypes, area is proportional to frequency and colour indicates the subspeci...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype. B...
<p>The size of the circles on the network is proportional to haplotype frequency. Small red circles ...
<p>The missing haplotypes in the network are represented by gray dots. Circle sizes are proportional...
<p>Each haplotype is shown as an oval, the size of which indicates the number of individuals with th...