<p>Bayesian estimation of divergence times among lineages of <i>Acanthoscelides obtectus</i> based on cytochrome c oxidase subunit I (COI). Posterior means and the associated 95% highest probability density (in parentheses) for the age of the most recent common ancestor (tMRCA) are given in years. Calibration had the following priors: tMRCA for ‘Brazil+Old World’ (hypothesis 500) was placed at 500 years before the present (BP); tMRCAs of ‘Mesoamerica’ (hypothesis 7000a) and Mitogroup I (hypothesis 7000b) were placed at 7,000 BP; tMRCAs of ‘Andes’ (hypothesis 8000a) and Mitogroup II (hypothesis 8000b) were set to 8,000 BP (see Material and Methods for calibration details).</p
<p>Divergence time estimates in million years (Ma) from the most recent common ancestor (mrca) of al...
A Bayesian MCMC method was used to calculate the divergence times of HPV16 complete genome variants ...
A Bayesian MCMC method was used to estimate divergence times as described in the methods. Times were...
<p>We used four independent fossil calibration points (indicated as orange bars). Numbers at nodes r...
<p>This is a fossil-calibrated chronogram of a Bayesian phylogenetic analysis, which was constructed...
To understand the processes that generate biodiversity, it is important to account for large-scale p...
<p>Time of divergence among populations are in million years. Bayesian coalescent estimation of time...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
Estimated times of the most recent common ancestors (tMRCAs) of the main clades and 95% credibility ...
<p>Node bars indicate 95% credibility intervals on node ages; scale bar shows time in million years....
Estimates from between-species fossil calibration method used in Skog et al. [19] are also shown.</p
Abstract.—In Bayesian divergence time estimation methods, incorporating calibrating information from...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>The circle within boxes represents the mean of the posterior estimate, and the whiskers mark the ...
<p>Divergence time estimates in million years (Ma) from the most recent common ancestor (mrca) of al...
A Bayesian MCMC method was used to calculate the divergence times of HPV16 complete genome variants ...
A Bayesian MCMC method was used to estimate divergence times as described in the methods. Times were...
<p>We used four independent fossil calibration points (indicated as orange bars). Numbers at nodes r...
<p>This is a fossil-calibrated chronogram of a Bayesian phylogenetic analysis, which was constructed...
To understand the processes that generate biodiversity, it is important to account for large-scale p...
<p>Time of divergence among populations are in million years. Bayesian coalescent estimation of time...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
Estimated times of the most recent common ancestors (tMRCAs) of the main clades and 95% credibility ...
<p>Node bars indicate 95% credibility intervals on node ages; scale bar shows time in million years....
Estimates from between-species fossil calibration method used in Skog et al. [19] are also shown.</p
Abstract.—In Bayesian divergence time estimation methods, incorporating calibrating information from...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
Bayesian inference phylogenetic tree with the divergence time estimates for haplotypes of the Austro...
<p>The circle within boxes represents the mean of the posterior estimate, and the whiskers mark the ...
<p>Divergence time estimates in million years (Ma) from the most recent common ancestor (mrca) of al...
A Bayesian MCMC method was used to calculate the divergence times of HPV16 complete genome variants ...
A Bayesian MCMC method was used to estimate divergence times as described in the methods. Times were...