<p>The haplotype network reconstruction takes into account missing data and gaps, so that the inferred number of haplotypes is higher than the one presented in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0077815#pone-0077815-t004" target="_blank">Table 4</a>. Red values on nodes indicate the inferred number of mutation steps between haplotypes or ancestral haplotypes (symbolized by a red node). The absence of value means that the number of step is equal to 1. The phylogenetic tree corresponds to the results of a Bayesian inference analysis (see text for details); posterior probabilities (PP) are indicated for major nodes (values below<0.50 are not figured). On the right side, the general origin of <i>Arvicanthis ni...
<p><b>Fig 3A.</b> Haplotype network generated with 95% confidence. Each species is represented by a ...
(a) Unrooted haplotype network based on 621 bp of COI. Each circle represents one haplotype and the ...
<p>Bayesian phylogenetic tree reconstruction using mitochondrial control region haplotypes. Bayesian...
<p>The haplotype network reconstruction takes into account missing data and gap so the inferred numb...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
On the left: Maximum Likelihood tree obtained when analysing the combined data set (COI+16S+28S). Bo...
<p>(a) Bayesian tree with numbers above the branches indicating bootstrap values greater than 50% fo...
<p>Open circles in network are hypothesized but not sampled haplotypes. Abbreviations are as in <a h...
<p>(A) ML tree reconstructed based on mitochondrial control region sequences of all haplotypes under...
<p>The ~22k trees generated from strictly filtered 5-sequence haplotype alignments were binned into ...
<p>Phylogenetic Maximum Likelihood tree with bootstrap support and Bayesian posterior probabilities ...
<p>(A) Haplotype network constructed from the <i>Collema</i>-type <i>trnL</i> P6b regions with the p...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>A, the ML phylogenetic tree for both species; B, C are median-joining network of haplotypes for <...
<p>The size of the circles indicates the haplotype frequency. Mutation number for every node (>5 for...
<p><b>Fig 3A.</b> Haplotype network generated with 95% confidence. Each species is represented by a ...
(a) Unrooted haplotype network based on 621 bp of COI. Each circle represents one haplotype and the ...
<p>Bayesian phylogenetic tree reconstruction using mitochondrial control region haplotypes. Bayesian...
<p>The haplotype network reconstruction takes into account missing data and gap so the inferred numb...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
On the left: Maximum Likelihood tree obtained when analysing the combined data set (COI+16S+28S). Bo...
<p>(a) Bayesian tree with numbers above the branches indicating bootstrap values greater than 50% fo...
<p>Open circles in network are hypothesized but not sampled haplotypes. Abbreviations are as in <a h...
<p>(A) ML tree reconstructed based on mitochondrial control region sequences of all haplotypes under...
<p>The ~22k trees generated from strictly filtered 5-sequence haplotype alignments were binned into ...
<p>Phylogenetic Maximum Likelihood tree with bootstrap support and Bayesian posterior probabilities ...
<p>(A) Haplotype network constructed from the <i>Collema</i>-type <i>trnL</i> P6b regions with the p...
<p>A = <i>B. lucorum</i>; B = <i>B. terrestris</i>; C = <i>B. vestalis</i>. The sizes of the circles...
<p>A, the ML phylogenetic tree for both species; B, C are median-joining network of haplotypes for <...
<p>The size of the circles indicates the haplotype frequency. Mutation number for every node (>5 for...
<p><b>Fig 3A.</b> Haplotype network generated with 95% confidence. Each species is represented by a ...
(a) Unrooted haplotype network based on 621 bp of COI. Each circle represents one haplotype and the ...
<p>Bayesian phylogenetic tree reconstruction using mitochondrial control region haplotypes. Bayesian...