<p>White circles denote haplotypes found in sexual individuals only, dark grey circles denote those found in hybrids only, and light grey circles denote haplotypes shared by both hybrid and sexual individuals. The sizes of haplotypes are proportional to their frequency. Small blank circles represent missing (unobserved) haplotypes. Newly sequenced haplotypes are in bold. Rectangles delimit the hybrid clades I and II.</p
<p>The red and blue circles represents shared and unique haplotypes, respectively. Haplotype names a...
<p>Circles represent individual haplotypes. The size of the circle is proportional to the frequency ...
<p>The size of the circle represents the frequency of each haplotype. Numbers represent substitution...
<p>Black circles represent diploid parthenogenetic <i>Artemia</i> haplotypes and coloured circles re...
<p>The area of each circle is proportional to the number of specimens sharing that haplotype. Small ...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>Thicker lines represent nonsynonymous substitutions and small circles stand for inferred haplotyp...
<p>Circle diameter is proportional to the relative haplotype frequency. The haplotype codes correspo...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>The sizes of haplotypes are proportional to the number of samples. Small black circles indicate u...
<p>Circles indicate unique haplotypes with the area proportional to haplotype frequency. Green, blac...
<p>Circles represent haplotypes and connecting lines represent patterns of relationship. Hash marks ...
<p>The analysis resulted in the creation of three sub-networks, centered on the most likely ancestra...
<p>Circles are proportional to the total number of individuals showing each ...
<p>The sizes of the circles are proportional to haplotype frequencies and black dots represent missi...
<p>The red and blue circles represents shared and unique haplotypes, respectively. Haplotype names a...
<p>Circles represent individual haplotypes. The size of the circle is proportional to the frequency ...
<p>The size of the circle represents the frequency of each haplotype. Numbers represent substitution...
<p>Black circles represent diploid parthenogenetic <i>Artemia</i> haplotypes and coloured circles re...
<p>The area of each circle is proportional to the number of specimens sharing that haplotype. Small ...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>Thicker lines represent nonsynonymous substitutions and small circles stand for inferred haplotyp...
<p>Circle diameter is proportional to the relative haplotype frequency. The haplotype codes correspo...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>The sizes of haplotypes are proportional to the number of samples. Small black circles indicate u...
<p>Circles indicate unique haplotypes with the area proportional to haplotype frequency. Green, blac...
<p>Circles represent haplotypes and connecting lines represent patterns of relationship. Hash marks ...
<p>The analysis resulted in the creation of three sub-networks, centered on the most likely ancestra...
<p>Circles are proportional to the total number of individuals showing each ...
<p>The sizes of the circles are proportional to haplotype frequencies and black dots represent missi...
<p>The red and blue circles represents shared and unique haplotypes, respectively. Haplotype names a...
<p>Circles represent individual haplotypes. The size of the circle is proportional to the frequency ...
<p>The size of the circle represents the frequency of each haplotype. Numbers represent substitution...