<p>Sizes of circles are proportional to the sample sizes of each population, haplotypes are colour-coded. Statistical parsimony networks of haplotypes are included for each taxon: each link represents a single mutation, white circles indicate unobserved putative haplotypes and the black box on the <i>Strombosiopsis tetrandra</i> network represents 26 mutations. The scale bar on the maps corresponds to 200 km.</p
<p>Circles represent individual COI haplotypes, their size is proportional to their frequency in the...
<p>The network above (a) comprises all sequences from nine African countries obtained during this st...
<p>The sampled haplotypes are indicated by circles; the geographical regions from which the sample w...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
<p>Circles are proportional to the frequency of each haplotype. The colour of each sector refers to ...
<p><i>F</i> values and significance levels are given: *, P<0.05; **, P<0.01; ***, P<0.001. <i>Nhap</...
<p><i>N</i>, sample size; <i>Nhap</i>, number of haplotypes; <i>Ar<sub>80</sub></i>, rarefied haplot...
<p><i>N</i>, sample size; <i>pops</i>, number of sampling locations; <i>L<sub>tot</sub></i>, total l...
<p>Haplotype network, constructed from the combined dataset, for all <i>G</i>. <i>capensis</i> popul...
<p>The haplotype network is a minimum spanning tree based on the differences in number of repeats. T...
<p>The larger tree on the right has been edited to show more detail, and the unedited tree is shown ...
<p>A) The distribution of sampling localities within the Taita Hills, Kenya (inset). Topography is s...
<p>The sizes of circles are proportional to haplotype frequency and length of lines is proportional ...
<p>Small white circles infer 1-step mutations. Specimen codes indicated inside ellipses. Colour circ...
<p>The network was rooted using haplotype observed in the River Senegal population naturally introgr...
<p>Circles represent individual COI haplotypes, their size is proportional to their frequency in the...
<p>The network above (a) comprises all sequences from nine African countries obtained during this st...
<p>The sampled haplotypes are indicated by circles; the geographical regions from which the sample w...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
<p>Circles are proportional to the frequency of each haplotype. The colour of each sector refers to ...
<p><i>F</i> values and significance levels are given: *, P<0.05; **, P<0.01; ***, P<0.001. <i>Nhap</...
<p><i>N</i>, sample size; <i>Nhap</i>, number of haplotypes; <i>Ar<sub>80</sub></i>, rarefied haplot...
<p><i>N</i>, sample size; <i>pops</i>, number of sampling locations; <i>L<sub>tot</sub></i>, total l...
<p>Haplotype network, constructed from the combined dataset, for all <i>G</i>. <i>capensis</i> popul...
<p>The haplotype network is a minimum spanning tree based on the differences in number of repeats. T...
<p>The larger tree on the right has been edited to show more detail, and the unedited tree is shown ...
<p>A) The distribution of sampling localities within the Taita Hills, Kenya (inset). Topography is s...
<p>The sizes of circles are proportional to haplotype frequency and length of lines is proportional ...
<p>Small white circles infer 1-step mutations. Specimen codes indicated inside ellipses. Colour circ...
<p>The network was rooted using haplotype observed in the River Senegal population naturally introgr...
<p>Circles represent individual COI haplotypes, their size is proportional to their frequency in the...
<p>The network above (a) comprises all sequences from nine African countries obtained during this st...
<p>The sampled haplotypes are indicated by circles; the geographical regions from which the sample w...