<p>Figs A to G show the maps of the haplotype distribution and haplotype network for each locus. The red triangles on the map represent the sampling sites, and the black letters and numbers in the parentheses represent the population codes and the number of haplotypes, respectively. The frequencies of the haplotype components are shown using pie charts of the map. The circles with different colors in the haplotype networks represent different haplotypes, and the codes near the circles show the haplotype codes. The numbers in the connecting lines between the haplotypes represent the number of mutation steps. Fig H shows the location of Hainan in China.</p
<p>(A) Pie diagram size indicates number of individuals. (B) Statistical parsimony networks showing ...
<p>Each haplotype is represented by a circle, with the area of the circle proportional to its freque...
<p>The haplotypes are illustrated as colored circles and the sizes of the circles are proportional t...
<p>Circles represent haplotypes and connecting lines represent patterns of relationship. Hash marks ...
<p>The sampled haplotypes are indicated by circles; the geographical regions from which the sample w...
<p>Numbers in the map indicate the localities listed in the key to localities. Numbers in the haplot...
<p>(A) Pie diagram size indicates number of individuals. (B) Statistical parsimony network showing n...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>Each circle (H1-H32) represents a unique haplotype, with circle size reflecting haplotype frequen...
<p>The pie charts show the proportion of each OTU per sampling locality. Color codes aim to reflect ...
<p><b>(a)</b> Geographical distribution of nrDNA haplotypes (H1–H34) detected in <i>U</i>. <i>rockii...
<p><b><i>rufipogon</i></b><b> and the distribution of haplotypes.</b> Detailed information of the sa...
<p>Each haplotype node is color coded to the geographic clade with the most represented individuals ...
<p>Map of Southeast Asia and China demonstrating distribution of the two major haplotypes associated...
<p>Each node represents one mutational step and the size of each circle represents the frequency of ...
<p>(A) Pie diagram size indicates number of individuals. (B) Statistical parsimony networks showing ...
<p>Each haplotype is represented by a circle, with the area of the circle proportional to its freque...
<p>The haplotypes are illustrated as colored circles and the sizes of the circles are proportional t...
<p>Circles represent haplotypes and connecting lines represent patterns of relationship. Hash marks ...
<p>The sampled haplotypes are indicated by circles; the geographical regions from which the sample w...
<p>Numbers in the map indicate the localities listed in the key to localities. Numbers in the haplot...
<p>(A) Pie diagram size indicates number of individuals. (B) Statistical parsimony network showing n...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>Each circle (H1-H32) represents a unique haplotype, with circle size reflecting haplotype frequen...
<p>The pie charts show the proportion of each OTU per sampling locality. Color codes aim to reflect ...
<p><b>(a)</b> Geographical distribution of nrDNA haplotypes (H1–H34) detected in <i>U</i>. <i>rockii...
<p><b><i>rufipogon</i></b><b> and the distribution of haplotypes.</b> Detailed information of the sa...
<p>Each haplotype node is color coded to the geographic clade with the most represented individuals ...
<p>Map of Southeast Asia and China demonstrating distribution of the two major haplotypes associated...
<p>Each node represents one mutational step and the size of each circle represents the frequency of ...
<p>(A) Pie diagram size indicates number of individuals. (B) Statistical parsimony networks showing ...
<p>Each haplotype is represented by a circle, with the area of the circle proportional to its freque...
<p>The haplotypes are illustrated as colored circles and the sizes of the circles are proportional t...