How phylogenies inferred from 46 mitochondrial genomes informed the systematics of the Australasian genus of ticks, Bothriocroton, with the description of three new species.

Name: How phylogenies inferred from 46 mitochondrial genomes informed the systematics of the Australasian genus of ticks, Bothriocroton, with the description of three new species.
Creator: Samuel Kelava
Published: 2026-10-14T15:25:01.180Z
Keywords: Bioinformatics, Taxonomy, Phylogenetics, Tick (Organism)

Kelava, Samuel; Cho, Mingeun; Mills, Finlay; Taya, Yurie; Barker, Dayana; Gofton, Alexander; Glendinning , Iffy; Gillett , Amber; Rismiller , Peggy; Horio , Yukari; Ohnuma , Aiko; Teo , Ernest; Nakao, Ryo; Barker , Stephen

doi:10.17632/43wjt87jrh.3

How phylogenies inferred from 46 mitochondrial genomes informed the systematics of the Australasian genus of ticks, Bothriocroton, with the description of three new species.

Published: 14 October 2026| Version 3 | DOI: 10.17632/43wjt87jrh.3

Contributors:

Samuel Kelava, Mingeun Cho, Finlay Mills, Yurie Taya, Dayana Barker, Alexander Gofton, Iffy Glendinning , Amber Gillett , Peggy Rismiller , Yukari Horio , Aiko Ohnuma , Ernest Teo , Ryo Nakao, Stephen Barker

Description

Alignment and trees for phylogeny and STARBeast XML files. Variable site alignments.

Files

Institutions

Hokkaido University
Hokkaido, Sapporo
The University of Queensland
Queensland, Brisbane

How phylogenies inferred from 46 mitochondrial genomes informed the systematics of the Australasian genus of ticks, Bothriocroton, with the description of three new species.

Description

Files

Institutions

Categories

Licence