Ticks from mainland Australia (Victoria, New South Wales and Queensland) and Tasmania,
identified morphologically as either Ixodes holocyclus or Ixodes cornuatus, were compared …

Ticks are important vectors of a broad range of pathogens in Australia. Many tick species are
morphologically similar and are therefore difficult to identify using morphology alone …

An electrophoretic study was conducted on ticks morphologically identified as either Ixodes
cornuatus or I. holocyclus from Tasmania and several localities on mainland Australia. Ticks …

We inferred the phylogenetic and phylogeographic relationships in ticks, which were
identified morphologically as Ixodes holocyclus and Ixodes cornuatus, from mitochondrial …

Objective To describe the actual and potential geographic distributions of Ixodes cornuatus
and I holocyclus in south‐eastern Australia. Procedure Examination of ticks from museum …

Background Taxonomic identification of ticks obtained during a longitudinal survey of the
critically endangered marsupial, Bettongia penicillata Gray, 1837 (woylie, brush-tailed …

An allozyme electrophoretic study was conducted on different life cycle stages of 3
Australian tick species, Amblyomma limbatum Neumann, 1899, Aponomma hydrosauri …

Ixodes holocyclus has a narrow, discontinuous distribution along the east coast of Australia.
We studied ticks from 17 localities throughout the geographic range of this tick. The ITS2 of I …

The following new species of Ixodes from eastern Africa are described and figured: I.
rotundatus, I. auriculaelongae, I. nchisiensis, I. latus, I. loveridgei, I. spinae, and I. euplecti …

Ticks are important vectors of human and animal pathogens, but many questions remain
unanswered regarding their taxonomy. Molecular sequencing methods have allowed …