<p>The p-values denote the probability that the best ML topology is equivalent to the alternative topologies. Unless otherwise indicated, the trees were based on the alignment of protein coding genes.</p
<p>Topologies 1–4 correspond to tree reconstructions based on SSU rRNA. Topologies 5 and 6 correspon...
<p>Abbreviations of the classes are shown in the footnote of <a href="http://www.plosone.org/article...
<p>Tree topologies are ordered by decreasing likelihoods (shown as Rank).−Ln, negative log-likelihoo...
Abstract.—Likelihood-based statistical tests of competing evolutionary hypotheses (tree topolo-gies)...
<p>Branch support values correspond to 1000 bootstrap replicates for ML, MP, and NJ, and posterior p...
<p>Tree topology, estimated likelihood, log-likelihood differences and <i>P</i>-values for alternati...
<p>Significant differences (<i>p</i><0.05) between the best unconstrained and constrained topologies...
<p>The phylogeny obtained from phylobayes was compared to past hypotheses that were well-resolved re...
<p>Values on the nodes indicate the non-parametric SH test and bootstrap replicates (ML), and poster...
†<p>Comparisons are based on the trees inferred by the maximum likelihood (ML) and Bayesian inferenc...
<p>Boldface rows represent those tree topologies that are not significantly different from the phylo...
<p>Posterior probability of the topologies recovered by different models using Phylobayes (SM: scler...
<p>The best topology is indicated in bold. BF values higher than 10 were considered as a very strong...
Abstract. — We present a new procedure for assessing the statistical significance of the most likely...
Abstract.—Probabilistic tests of topology offer apowerfulmeansof evaluating competing phylogenetic h...
<p>Topologies 1–4 correspond to tree reconstructions based on SSU rRNA. Topologies 5 and 6 correspon...
<p>Abbreviations of the classes are shown in the footnote of <a href="http://www.plosone.org/article...
<p>Tree topologies are ordered by decreasing likelihoods (shown as Rank).−Ln, negative log-likelihoo...
Abstract.—Likelihood-based statistical tests of competing evolutionary hypotheses (tree topolo-gies)...
<p>Branch support values correspond to 1000 bootstrap replicates for ML, MP, and NJ, and posterior p...
<p>Tree topology, estimated likelihood, log-likelihood differences and <i>P</i>-values for alternati...
<p>Significant differences (<i>p</i><0.05) between the best unconstrained and constrained topologies...
<p>The phylogeny obtained from phylobayes was compared to past hypotheses that were well-resolved re...
<p>Values on the nodes indicate the non-parametric SH test and bootstrap replicates (ML), and poster...
†<p>Comparisons are based on the trees inferred by the maximum likelihood (ML) and Bayesian inferenc...
<p>Boldface rows represent those tree topologies that are not significantly different from the phylo...
<p>Posterior probability of the topologies recovered by different models using Phylobayes (SM: scler...
<p>The best topology is indicated in bold. BF values higher than 10 were considered as a very strong...
Abstract. — We present a new procedure for assessing the statistical significance of the most likely...
Abstract.—Probabilistic tests of topology offer apowerfulmeansof evaluating competing phylogenetic h...
<p>Topologies 1–4 correspond to tree reconstructions based on SSU rRNA. Topologies 5 and 6 correspon...
<p>Abbreviations of the classes are shown in the footnote of <a href="http://www.plosone.org/article...
<p>Tree topologies are ordered by decreasing likelihoods (shown as Rank).−Ln, negative log-likelihoo...