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Mito Communication

Phylogeographic investigation on the spiny frog Quasipaa shini (Amphibia: Anura: Dicroglossidae) using mitochondrial DNA: cryptic species and species complex

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Pages 1479-1483 | Received 26 Oct 2018, Accepted 03 Feb 2019, Published online: 08 Apr 2019

Figures & data

Figure 1. Sampling localities in this study and phylogenetic relationships of Quasipaa shini. (A) Sampling localities (P1–P8) in this study. See information of populations P1–P8 in . Size of pie charts denoted beside localities is in proportion to number of samples, and different colors represent different clades/subclades. (B) Maximum likelihood tree based on COI gene sequences of haplotypes. Bootstrap supports of major nodes were denoted near them. Insert: the lower and upper frog photos are the phenotype of Clades I and II, respectively. (C) Haplotype network. The circle size is proportional to number of samples. Each subclade was surrounded by a dotted line. One white dot means one mutation step.

Figure 1. Sampling localities in this study and phylogenetic relationships of Quasipaa shini. (A) Sampling localities (P1–P8) in this study. See information of populations P1–P8 in Table 1. Size of pie charts denoted beside localities is in proportion to number of samples, and different colors represent different clades/subclades. (B) Maximum likelihood tree based on COI gene sequences of haplotypes. Bootstrap supports of major nodes were denoted near them. Insert: the lower and upper frog photos are the phenotype of Clades I and II, respectively. (C) Haplotype network. The circle size is proportional to number of samples. Each subclade was surrounded by a dotted line. One white dot means one mutation step.

Table 1. Genetic diversity and neutrality tests of Quasipaa shini.