This xml file includes the alignments, specifications and additional taxonomic constraints used in the taxon-complete analyses. Additionally, this file includes the code that helped to resolve the convergence problems (low ESS values) stemming from a sparse molecular data matrix. The approach was developed by Dr. Joseph W. Brown and involves the following: 1. Create a new compoundParameter to update mean clock rates as a set see lines: 19329 - 19339 2. Comment out the upDownOperators for each mean clock rate see lines: 20378 - 20483 3. Create a new upDownOperator for the new compound parameter see lines: 20495 - 20504 Searching for “compoundParameterSetUp” (omitting the “”) within the .xml file will locate each of th...
Input DNA sequence and methodology files for phylogenetic analysis in the program BEAST, in xml file...
xml file for concatenated analyses in BEAST v2.3.0 under the concatenated method implemented in BEA...
xml file for species tree analysis under the multispecies coalescent model in BEAST 2.4.
This .xml file includes the specifications used to simulate the calibrate tree prior on the fully co...
XML file for BEAST divergence time analysis. Taxon names of some exemplars may differ from those use...
xml file for species tree analyses in BEAST v2.3.0 under the coalescent-based method implemented in ...
xml files for BEAST analyses (DISSECT, SNAPP, Bayes Factor delimitation). File names of total datase...
Here, I provide the concatenated alignment of 5,928 base pairs from eight genes fragments (12S, 16S,...
XML file from BEAST analysis of the combined molecular and morphological data, resulting in Fig. 4
XML file used in BEAST for the molecular calibration analysis of CR H. amphibius sequences, using th...
<p>BEAST xml for dating aquatic lineages of Oxalis. In this analysis, the reduced data set, removing...
XML were created in BEAUti v1.5.4 for analysis in BEAST v1.7.4, as described in Hedge et al. 2013 (D...
XML file for running the analyses with the CES dataset (Cremolobeae, Eudemeae, Schizopetaleae) in BE...
Input xml file for phylogenetic analysis in the program BEAST 1.8, containing partitioned mitochondr...
xml file used to run the BEAST analysis of Figure 2, using 153 species for which there was sequence ...
Input DNA sequence and methodology files for phylogenetic analysis in the program BEAST, in xml file...
xml file for concatenated analyses in BEAST v2.3.0 under the concatenated method implemented in BEA...
xml file for species tree analysis under the multispecies coalescent model in BEAST 2.4.
This .xml file includes the specifications used to simulate the calibrate tree prior on the fully co...
XML file for BEAST divergence time analysis. Taxon names of some exemplars may differ from those use...
xml file for species tree analyses in BEAST v2.3.0 under the coalescent-based method implemented in ...
xml files for BEAST analyses (DISSECT, SNAPP, Bayes Factor delimitation). File names of total datase...
Here, I provide the concatenated alignment of 5,928 base pairs from eight genes fragments (12S, 16S,...
XML file from BEAST analysis of the combined molecular and morphological data, resulting in Fig. 4
XML file used in BEAST for the molecular calibration analysis of CR H. amphibius sequences, using th...
<p>BEAST xml for dating aquatic lineages of Oxalis. In this analysis, the reduced data set, removing...
XML were created in BEAUti v1.5.4 for analysis in BEAST v1.7.4, as described in Hedge et al. 2013 (D...
XML file for running the analyses with the CES dataset (Cremolobeae, Eudemeae, Schizopetaleae) in BE...
Input xml file for phylogenetic analysis in the program BEAST 1.8, containing partitioned mitochondr...
xml file used to run the BEAST analysis of Figure 2, using 153 species for which there was sequence ...
Input DNA sequence and methodology files for phylogenetic analysis in the program BEAST, in xml file...
xml file for concatenated analyses in BEAST v2.3.0 under the concatenated method implemented in BEA...
xml file for species tree analysis under the multispecies coalescent model in BEAST 2.4.