<p>Circle size and branches are proportional to haplotype frequency and number of mutation steps among haplotypes, respectively. Numbers refer to mutation steps separating the main haplogroups (circled). To improve overall visualization of the network, branch proportions were not respected within the <i>Canis lupus/familiaris</i> haplogroup.</p
<p>Size of the circle is proportional to the number sampled. Dashes indicate hypothesised but unsamp...
<p>The size of the circles on the network is proportional to haplotype frequency. Small red circles ...
<p>Circles indicate unique haplotypes with the area proportional to haplotype frequency. Green, blac...
<p>Each circle represents a haplotype; circle sizes are proportional to the frequency of haplotypes;...
<p>Haplotype circle sizes are proportional to frequency, and colour coded according to geographic sa...
(a) CYTB; (b) ND4; (c) PCB; (d) TOPO; (e) URO; (f) ZNFP. Ticks on branches indicate mutational steps...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...
<p>Circles represent individual haplotypes. The size of the circle is proportional to the frequency ...
<p>Each node in the network represents a different haplotype, and the size of each circle is proport...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...
Circle size is proportional to the number of individuals exhibiting that haplotype (H_1 represents a...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>The circle size is proportional to the haplotype frequency and the branch length is proportional ...
<p>Haplotype circles are colour coded according to geographic locality, and circle size is proportio...
<p>Circles represent haplotypes, area is proportional to frequency and colour indicates the subspeci...
<p>Size of the circle is proportional to the number sampled. Dashes indicate hypothesised but unsamp...
<p>The size of the circles on the network is proportional to haplotype frequency. Small red circles ...
<p>Circles indicate unique haplotypes with the area proportional to haplotype frequency. Green, blac...
<p>Each circle represents a haplotype; circle sizes are proportional to the frequency of haplotypes;...
<p>Haplotype circle sizes are proportional to frequency, and colour coded according to geographic sa...
(a) CYTB; (b) ND4; (c) PCB; (d) TOPO; (e) URO; (f) ZNFP. Ticks on branches indicate mutational steps...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...
<p>Circles represent individual haplotypes. The size of the circle is proportional to the frequency ...
<p>Each node in the network represents a different haplotype, and the size of each circle is proport...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...
Circle size is proportional to the number of individuals exhibiting that haplotype (H_1 represents a...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>The circle size is proportional to the haplotype frequency and the branch length is proportional ...
<p>Haplotype circles are colour coded according to geographic locality, and circle size is proportio...
<p>Circles represent haplotypes, area is proportional to frequency and colour indicates the subspeci...
<p>Size of the circle is proportional to the number sampled. Dashes indicate hypothesised but unsamp...
<p>The size of the circles on the network is proportional to haplotype frequency. Small red circles ...
<p>Circles indicate unique haplotypes with the area proportional to haplotype frequency. Green, blac...