Bayesian tree using the concatenated matrix data set (COI+16S+18S).

• Main Authors: Pablo A. Oyarzún (8887802), Jorge E. Toro (8887805), José J. Nuñez (6082745), Elkin Y. Suárez-Villota (6082733), Jonathan P. A. Gardner (8294430)
• Format: Still Image
• Language: unknown
• Published: 2021
• Subjects: Cell Biology; Genetics; Evolutionary Biology; Ecology; Marine Biology; Inorganic Chemistry; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; worldwide antitropical distribution; dna sequence variation; div >< p; bayesian inference methods; 443 bp ); 1770 bp ); ribosomal 18s rdna; species delimitation methods; one nuclear gene; mitochondrial genetic data; introduced northern hemisphere; species delimitation models; shelled blue mussels; mytilus platensis </; mytilus edulis </; northern hemisphere; mytilus </; 625 bp; platensis </; edulis </; models failed; blue mussels; 16s rdna; three species; species within; putative species; galloprovincialis </; chilensis </; c </; taxonomic classification; spp .; south america; pacific coasts; oxidase subunit; numerous taxonomic; nuclear loci; informative dataset; gmyc single; falkland islands; economically important; biogeographical studies; analysed separately; 20 sites; Canada; Pacific; New Zealand; Argentina; Uruguay; Cornwall; Cueva; punta Cueva; Auckland Islands; lota
• Online Access: https://doi.org/10.1371/journal.pone.0256961.g003

The numbers above branches represent the posterior probability/bootstrap support values. Bar on the right of the tree indicate the species limits as proposed by BPP (multilocus analysis). M . edulis = (1) Canada, (2) Sweden, (3) Cornwall, UK, (4) Punta Cueva, Argentina; M . galloprovincialis = (1) M...