Analyses for Study

Analyses

Analysis 1

Analysis details

Name

Input data 6 Input object(s) 12S 16S Alignment 1 16S Alignment 2 16S Alignment 3 16S Alignment 4 COII

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 2d

Analysis 2

Analysis details

Name

Input data 4 Input object(s) 16S Alignment 1 16S Alignment 2 16S Alignment 3 16S Alignment 4

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 2c

Analysis 3

Analysis details

Name

Input data 1 Input object(s) 12S

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 2b

Analysis 4

Analysis details

Name

Input data 1 Input object(s) COII

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 2a

Analysis 5

Analysis details

Name

Input data 4 Input object(s) 16S Alignment 2 16S Alignment 3 16S Alignment 4 Appendix 2

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 4

Analysis 6

Analysis details

Name

Input data 5 Input object(s) 16S Alignment 2 16S Alignment 3 16S Alignment 4 Appendix 1 Appendix 2

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 5

Analysis 7

Analysis details

Name

Input data 1 Input object(s) Appendix 1

Analysis step Untitled -- Step details Notes Software used Name Algorithm --- Please Select --- maximum likelihood parsimony bayesian inference minimum evolution neighbor joining UPGMA other algorithm

Output data 1 Output object(s) Fig. 1