Maximum likelihood phylogenetic analyses were done with RAxML 7.7.6 on the sparse supermatrix using the GAMMAWAG model with 100 boot strap iterations
Resulting phylogeny from the RAxML, partitioned, combined data, 70% occupancy analysis
Maximum likelihood phylogenetic reconstruction of clustered global GenBank sequences using a constra...
Phylogenetic tree for the subfamily Luciolinae. The maximum likelihood (ML) method was applied using...
Maximum likelihood phylogenetic analyses were done with RAxML 7.7.6 on the sparse supermatrix using ...
Maximum likelihood phylogenetic analyses were done with RAxML 7.7.6 on the dense supermatrix using t...
Maximum likelihood (ML) trees for each sequence capture gene used for species tree analyses. ML anal...
Results of species tree analyses (both bootstraps and summarized tree) using RAxML gene trees as inp...
Maximum likelihood phylogeny generated using partitioned analysis in RAxML for 164 species
<p>The tree is drawn to scale with bootstrap values indicated along with the branches.</p
Motivation: Phylogenies are increasingly used in all fields of medical and biological research. More...
Motivation: Phylogenies are increasingly used in all fields of medical and biological research. More...
Maximum likelihood phylogeny generated using partitioned analysis in RAxML for 309 species, includin...
Input-files (data) and resulting phylogenetic tree(s) for all RAxML, MrBayes, PAUP* and BEAST analys...
Resulting phylogeny from the RAxML, unpartitioned, combined data, 25% occupancy analysis
Inferred species trees from RAxML, ASTRAL, and ASTRID. Additional files include the concatenated seq...
Resulting phylogeny from the RAxML, partitioned, combined data, 70% occupancy analysis
Maximum likelihood phylogenetic reconstruction of clustered global GenBank sequences using a constra...
Phylogenetic tree for the subfamily Luciolinae. The maximum likelihood (ML) method was applied using...
Maximum likelihood phylogenetic analyses were done with RAxML 7.7.6 on the sparse supermatrix using ...
Maximum likelihood phylogenetic analyses were done with RAxML 7.7.6 on the dense supermatrix using t...
Maximum likelihood (ML) trees for each sequence capture gene used for species tree analyses. ML anal...
Results of species tree analyses (both bootstraps and summarized tree) using RAxML gene trees as inp...
Maximum likelihood phylogeny generated using partitioned analysis in RAxML for 164 species
<p>The tree is drawn to scale with bootstrap values indicated along with the branches.</p
Motivation: Phylogenies are increasingly used in all fields of medical and biological research. More...
Motivation: Phylogenies are increasingly used in all fields of medical and biological research. More...
Maximum likelihood phylogeny generated using partitioned analysis in RAxML for 309 species, includin...
Input-files (data) and resulting phylogenetic tree(s) for all RAxML, MrBayes, PAUP* and BEAST analys...
Resulting phylogeny from the RAxML, unpartitioned, combined data, 25% occupancy analysis
Inferred species trees from RAxML, ASTRAL, and ASTRID. Additional files include the concatenated seq...
Resulting phylogeny from the RAxML, partitioned, combined data, 70% occupancy analysis
Maximum likelihood phylogenetic reconstruction of clustered global GenBank sequences using a constra...
Phylogenetic tree for the subfamily Luciolinae. The maximum likelihood (ML) method was applied using...
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