<p>The red and blue circles represents shared and unique haplotypes, respectively. Haplotype names are beside the circles. The small circles indicate the presence of missing intermediates, while the connections are based on the set of plausible solutions with a 95% of parsimony probability.</p
<p>Red circles represent sampled haplotypes from the northern region and blue circles represent samp...
<p>The sizes of haplotypes are proportional to the number of samples. Small black circles indicate u...
<p>Sizes of the circles are proportional to the number of specimens included. A) Network for COI hap...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>Areas of circles are proportional to the frequency of each haplotype in the dataset and differing...
<p>The area of each circle is proportional to the number of specimens sharing that haplotype. Small ...
<p>Each circle and a square represent a unique haplotype. Haplotypes (Cs1–Cs9) correspond to <a href...
<p>Each line in the network represents a single mutational change; small black dots indicate missing...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>The unfilled circles indicate the missing or inferred haplotypes; the circle size is proportional...
<p>Open circles in network are hypothesized but not sampled haplotypes. Abbreviations are as in <a h...
<p>Each haplotype is represented by a circle, the relative size of which roughly corresponds to the ...
<p>White circles denote haplotypes found in sexual individuals only, dark grey circles denote those ...
<p>Each circle denotes a unique haplotype and the area of the circle is proportional to its frequenc...
<p>Red circles represent sampled haplotypes from the northern region and blue circles represent samp...
<p>The sizes of haplotypes are proportional to the number of samples. Small black circles indicate u...
<p>Sizes of the circles are proportional to the number of specimens included. A) Network for COI hap...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>Areas of circles are proportional to the frequency of each haplotype in the dataset and differing...
<p>The area of each circle is proportional to the number of specimens sharing that haplotype. Small ...
<p>Each circle and a square represent a unique haplotype. Haplotypes (Cs1–Cs9) correspond to <a href...
<p>Each line in the network represents a single mutational change; small black dots indicate missing...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>The unfilled circles indicate the missing or inferred haplotypes; the circle size is proportional...
<p>Open circles in network are hypothesized but not sampled haplotypes. Abbreviations are as in <a h...
<p>Each haplotype is represented by a circle, the relative size of which roughly corresponds to the ...
<p>White circles denote haplotypes found in sexual individuals only, dark grey circles denote those ...
<p>Each circle denotes a unique haplotype and the area of the circle is proportional to its frequenc...
<p>Red circles represent sampled haplotypes from the northern region and blue circles represent samp...
<p>The sizes of haplotypes are proportional to the number of samples. Small black circles indicate u...
<p>Sizes of the circles are proportional to the number of specimens included. A) Network for COI hap...