<p>Haplotype network with (A) sampling localities and (B) host species used as traits. The sizes of haplotypic nodes are relative to the sample size. Each line represents one mutational step and dots represent alternative one-step mutations.</p
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>(A) Haplotype network based on statistical parsimony. Circle size corresponds to the number of ge...
<p>The analysis resulted in the creation of three sub-networks, centered on the most likely ancestra...
<p>The size of the pie charts is representative of the number of individuals that possess that haplo...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>Each circle represents an observed haplotype and the circles are proportional to the number of in...
<p>The red and blue circles represents shared and unique haplotypes, respectively. Haplotype names a...
<p>The squares stand for the most probable ancestral haplotypes, the circle for all other haplotypes...
<p>Each circle represents a haplotype and the diameter scales to haplotype frequency. Mutational ste...
<p><b>A</b> - ML tree computed on CO1 sequences. Scale bar represents the expected mutation per site...
<p>The respective nesting is indicated as a thin (1<sup>st</sup> level), thick (2<sup>nd</sup> level...
<p>Most groups were separated from each other by a maximum of six mutations. The exception was group...
<p>Thicker lines represent nonsynonymous substitutions and small circles stand for inferred haplotyp...
<p>A) <i>Thrips tabaci;</i> B) <i>Thrips palmi;</i> C) <i>Thrips flavidulus</i>. Different pie color...
Size of circles is proportional to the number of sequences sharing the same haplotype. Branch length...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>(A) Haplotype network based on statistical parsimony. Circle size corresponds to the number of ge...
<p>The analysis resulted in the creation of three sub-networks, centered on the most likely ancestra...
<p>The size of the pie charts is representative of the number of individuals that possess that haplo...
<p>Lines represent parsimonous connections between haplotypes and the small circles indicate missing...
<p>Each circle represents an observed haplotype and the circles are proportional to the number of in...
<p>The red and blue circles represents shared and unique haplotypes, respectively. Haplotype names a...
<p>The squares stand for the most probable ancestral haplotypes, the circle for all other haplotypes...
<p>Each circle represents a haplotype and the diameter scales to haplotype frequency. Mutational ste...
<p><b>A</b> - ML tree computed on CO1 sequences. Scale bar represents the expected mutation per site...
<p>The respective nesting is indicated as a thin (1<sup>st</sup> level), thick (2<sup>nd</sup> level...
<p>Most groups were separated from each other by a maximum of six mutations. The exception was group...
<p>Thicker lines represent nonsynonymous substitutions and small circles stand for inferred haplotyp...
<p>A) <i>Thrips tabaci;</i> B) <i>Thrips palmi;</i> C) <i>Thrips flavidulus</i>. Different pie color...
Size of circles is proportional to the number of sequences sharing the same haplotype. Branch length...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>(A) Haplotype network based on statistical parsimony. Circle size corresponds to the number of ge...
<p>The analysis resulted in the creation of three sub-networks, centered on the most likely ancestra...