<p>Assignments into clades A (light red; A1, A2, A3 and A4 represent <i>M</i>. <i>celtidifolia</i>, <i>M</i>. <i>nigra</i>, <i>M</i>. <i>rubra</i> and <i>M</i>. <i>serrata</i>, respectively), B (light pink; B represents <i>M</i>. <i>alba</i>), C (light sky blue; C represents <i>M</i>. <i>notabilis</i>), D (light blue, D1 and D2 represent <i>M</i>. <i>mesozygia</i> and <i>M</i>. <i>insignis</i>, respectively) and an outgroup (light green) are shown. Values represent the divergence times with the 95% highest posterior density intervals shown in parentheses.</p
Bayesian Tree with divergence times and phylogenetic relationships within B. saxicola complex haplot...
<p>Numbers above branches indicate range of divergence time in millions of years (Ma), and posterior...
This cladogram illustrates the posterior distribution of the species trees inferred with BEAST based...
<p>Red color indicates the New World Trimerotropini, blue are the Old World Sphingonotini. Black cir...
<p>Ultrametric tree derived from *BEAST and the combined dataset showing divergence time estimates o...
<p>This is a fossil-calibrated chronogram of a Bayesian phylogenetic analysis, which was constructed...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>The time of divergence of each clade plotted in the tree is based on the mean estimates of the re...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>Left: Overall tree showing the calibration points (black dots) for time divergence estimations. R...
<p>We used four independent fossil calibration points (indicated as orange bars). Numbers at nodes r...
<p>Divergence time is shown on the node bars. Tree topology is derived from BEAST. Clades A, B, C, D...
<p>The tree was generated with the program BEAST. The blue bars illustrated the extent of the 95% hi...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>Bayesian 50% majority rule consensus tree performed on the combined dataset (cyt <i>b</i> and Fib...
Bayesian Tree with divergence times and phylogenetic relationships within B. saxicola complex haplot...
<p>Numbers above branches indicate range of divergence time in millions of years (Ma), and posterior...
This cladogram illustrates the posterior distribution of the species trees inferred with BEAST based...
<p>Red color indicates the New World Trimerotropini, blue are the Old World Sphingonotini. Black cir...
<p>Ultrametric tree derived from *BEAST and the combined dataset showing divergence time estimates o...
<p>This is a fossil-calibrated chronogram of a Bayesian phylogenetic analysis, which was constructed...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>The time of divergence of each clade plotted in the tree is based on the mean estimates of the re...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>Left: Overall tree showing the calibration points (black dots) for time divergence estimations. R...
<p>We used four independent fossil calibration points (indicated as orange bars). Numbers at nodes r...
<p>Divergence time is shown on the node bars. Tree topology is derived from BEAST. Clades A, B, C, D...
<p>The tree was generated with the program BEAST. The blue bars illustrated the extent of the 95% hi...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>Bayesian 50% majority rule consensus tree performed on the combined dataset (cyt <i>b</i> and Fib...
Bayesian Tree with divergence times and phylogenetic relationships within B. saxicola complex haplot...
<p>Numbers above branches indicate range of divergence time in millions of years (Ma), and posterior...
This cladogram illustrates the posterior distribution of the species trees inferred with BEAST based...