<p>Each circle represents a haplotype and is approximately proportional in area to the number of individuals possessing the haplotype. The smallest circles represent missing haplotypes. Each haplotype is named using the following convention: The alphabets preceding the hyphen indicate the subspecies as listed in b), and the alphabets following the hyphen indicate the populations in which the haplotype was recovered, with each population abbreviated according to the list in d). Widespread haplotypes, i.e., those occurring in more than two populations, have a ‘WS’ after the hyphen. For the three haplotypes found in more than one subspecies, c) lists the numbers of individuals for each; d) is the legend to the patterns representing each popula...
<p>Haplotypes are colored by region and the size of their circle is proportional to number of indivi...
<p>In each network, circles represent either COI haplotypes (coded with numbers), 16s rRNA haplotype...
<p>Circle size is proportional to the frequency of a haplotype over all the populations, with the la...
<p>Each line in the network represents a single mutational change; small black dots indicate missing...
<p><b>Legend</b>: Maximum parsimony network constructed using a median joining algorithm and post-pr...
<p>Statistical parsimony network of mitochondrial haplotypes, and the distribution of haplotypes in ...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>Haplotypes are represented as circles which area is not proportional to its relative frequency fo...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...
<p>Size of circles is proportional to the number of individuals with that haplotype, where the large...
<p>TCS generated haplotype networks of A) chiru (<i>Pantholops hodgsonii</i>), and B) Tibetan gazell...
<p>The area of each circle is proportional to the number of specimens sharing that haplotype. Small ...
<p>Red circles represent sampled haplotypes from the northern region and blue circles represent samp...
<p>Each haplotype is represented by a colored circle the locality where was collected. The size of t...
<p>Size of the circles is in proportion to the number of haplotypes. Branches begin in the centre of...
<p>Haplotypes are colored by region and the size of their circle is proportional to number of indivi...
<p>In each network, circles represent either COI haplotypes (coded with numbers), 16s rRNA haplotype...
<p>Circle size is proportional to the frequency of a haplotype over all the populations, with the la...
<p>Each line in the network represents a single mutational change; small black dots indicate missing...
<p><b>Legend</b>: Maximum parsimony network constructed using a median joining algorithm and post-pr...
<p>Statistical parsimony network of mitochondrial haplotypes, and the distribution of haplotypes in ...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>Haplotypes are represented as circles which area is not proportional to its relative frequency fo...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...
<p>Size of circles is proportional to the number of individuals with that haplotype, where the large...
<p>TCS generated haplotype networks of A) chiru (<i>Pantholops hodgsonii</i>), and B) Tibetan gazell...
<p>The area of each circle is proportional to the number of specimens sharing that haplotype. Small ...
<p>Red circles represent sampled haplotypes from the northern region and blue circles represent samp...
<p>Each haplotype is represented by a colored circle the locality where was collected. The size of t...
<p>Size of the circles is in proportion to the number of haplotypes. Branches begin in the centre of...
<p>Haplotypes are colored by region and the size of their circle is proportional to number of indivi...
<p>In each network, circles represent either COI haplotypes (coded with numbers), 16s rRNA haplotype...
<p>Circle size is proportional to the frequency of a haplotype over all the populations, with the la...