FIGURE S5. Parsimony consensus tree (outgroups not shown) using a stepmatrix in which each genotype is one step from the adjacent one sharing one allele, with heterozygotes being one step from each homozygote but the two homozygotes being two steps from each other; bootstrap support numbers at nodes are based on 2000 replicates; only bootstrap >50 is shown
<p>The tree was made using the Neighbor-Joining method in MEGA4 taking together the sequences of all...
<p>Histograms showing the frequency of support (bootstrap or concordance factor) values in the (A) b...
<p>a) Extended EF-1α sequence data for 25 genotypes, and b) extended COI/COII sequence data for 54 h...
FIGURE S5. Parsimony consensus tree (outgroups not shown) using a stepmatrix in which each genotype ...
<p>The numbers above branches refer to posterior probability values of Bayesian inference/the bootst...
Strict consensus tree of 96 most parsimonious trees recovered from phylogenetic analysis. Bootstrap ...
<p>Parsimony strict consensus trees with bootstrap support above (parsimony) and below (ML) the bran...
<p>The depicted tree structure resulted from an MP analysis on the unweighted data set with binary c...
Fig. S1. Maximum likelihood (ML) bootstrap consensus tree based on the combined 2-gene, 125-tip data...
This file shows images of the majority rule consensus trees from maximum likelihood bootstrap analys...
<p>Different DTUs are represented by vertical bars. Branch values represent bootstrap values (1000 r...
<p>Number above branches refer to frequency of occurrences in the 50% majority rule consensus tree, ...
<p>The strict consensus tree, principal clades (black, in circles) and their Bremer support (red) an...
Fig. S5. matK parsimony strict consensus tree with jackknife values ≥ 50% above each branch
<p>Posterior probabilities (PP; left number) and bootstraps from maximum likelihood (ML) analysis (B...
<p>The tree was made using the Neighbor-Joining method in MEGA4 taking together the sequences of all...
<p>Histograms showing the frequency of support (bootstrap or concordance factor) values in the (A) b...
<p>a) Extended EF-1α sequence data for 25 genotypes, and b) extended COI/COII sequence data for 54 h...
FIGURE S5. Parsimony consensus tree (outgroups not shown) using a stepmatrix in which each genotype ...
<p>The numbers above branches refer to posterior probability values of Bayesian inference/the bootst...
Strict consensus tree of 96 most parsimonious trees recovered from phylogenetic analysis. Bootstrap ...
<p>Parsimony strict consensus trees with bootstrap support above (parsimony) and below (ML) the bran...
<p>The depicted tree structure resulted from an MP analysis on the unweighted data set with binary c...
Fig. S1. Maximum likelihood (ML) bootstrap consensus tree based on the combined 2-gene, 125-tip data...
This file shows images of the majority rule consensus trees from maximum likelihood bootstrap analys...
<p>Different DTUs are represented by vertical bars. Branch values represent bootstrap values (1000 r...
<p>Number above branches refer to frequency of occurrences in the 50% majority rule consensus tree, ...
<p>The strict consensus tree, principal clades (black, in circles) and their Bremer support (red) an...
Fig. S5. matK parsimony strict consensus tree with jackknife values ≥ 50% above each branch
<p>Posterior probabilities (PP; left number) and bootstraps from maximum likelihood (ML) analysis (B...
<p>The tree was made using the Neighbor-Joining method in MEGA4 taking together the sequences of all...
<p>Histograms showing the frequency of support (bootstrap or concordance factor) values in the (A) b...
<p>a) Extended EF-1α sequence data for 25 genotypes, and b) extended COI/COII sequence data for 54 h...
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