<p>The haplotype network is a minimum spanning tree based on the differences in number of repeats. The circles size is proportional to rescaled haplotype frequencies (see M&M for details). Colours indicate in which populations is present each haplotype. In case one haplotype is present in several populations, the circle is divided in circle sectors that are proportional to the number of plants in each population having that haplotype.</p
1. Haplotype network construction is a widely used approach for analysing and visualizing the relati...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...
<p>Circles are sized proportionally to the number of individuals that possess each haplotype. The pi...
<p>Each circle represents a unique haplotype and the size of each circle indicates how many specimen...
<p>Circle size is relative to number of haplotype copies present in dataset. A branch represents a s...
<p>Each circle represent a haplotype and the circle area is roughly proportional to the number of in...
<p>(A) Haplotype network based on statistical parsimony. Circle size corresponds to the number of ge...
(a) CYTB; (b) ND4; (c) PCB; (d) TOPO; (e) URO; (f) ZNFP. Ticks on branches indicate mutational steps...
The size of the circles indicates the frequency of the haplotype and the length of the lines connect...
<p>Circles are proportional to the frequency of each haplotype. The colour of each sector refers to ...
<p>Haplotype circles are colour coded according to geographic locality, and circle size is proportio...
<p>Circle sizes are proportional to the number of similar haplotypes observed in the data set. Branc...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
<p>Each haplotypes is shown as a circle with the size of the circle representing the haplotype frequ...
1. Haplotype network construction is a widely used approach for analysing and visualizing the relati...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...
<p>Circles are sized proportionally to the number of individuals that possess each haplotype. The pi...
<p>Each circle represents a unique haplotype and the size of each circle indicates how many specimen...
<p>Circle size is relative to number of haplotype copies present in dataset. A branch represents a s...
<p>Each circle represent a haplotype and the circle area is roughly proportional to the number of in...
<p>(A) Haplotype network based on statistical parsimony. Circle size corresponds to the number of ge...
(a) CYTB; (b) ND4; (c) PCB; (d) TOPO; (e) URO; (f) ZNFP. Ticks on branches indicate mutational steps...
The size of the circles indicates the frequency of the haplotype and the length of the lines connect...
<p>Circles are proportional to the frequency of each haplotype. The colour of each sector refers to ...
<p>Haplotype circles are colour coded according to geographic locality, and circle size is proportio...
<p>Circle sizes are proportional to the number of similar haplotypes observed in the data set. Branc...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
<p>Each haplotypes is shown as a circle with the size of the circle representing the haplotype frequ...
1. Haplotype network construction is a widely used approach for analysing and visualizing the relati...
<p>Haplotype circle size is proportional to its frequency. Each haplotypes is numbered. Haplotypes t...
<p>The area of each circle is proportional to the number of individuals exhibiting that haplotype (H...