Wētā Aotearoa—Polyphyly of the New Zealand Anostostomatidae (Insecta: Orthoptera)

The Anostostomatidae of Aotearoa New Zealand are well-characterized at the genus and species level, but the higher-level systematics of the family as a whole remain poorly resolved. We tested the hypothesis that the New Zealand anaostostomatid fauna consists of a single monophyletic group consistent with a single common ancestor. For phylogenetic analysis, we sampled the genera in Aotearoa New Zealand as well as representatives of the family from Australia and New Caledonia. Maximum likelihood analyses including topological comparison statistics with a DNA alignment of thirteen mitochondrial and four nuclear protein coding genes rejected the monophyly of lineages in New Zealand. We found phylogenetic support for four separate New Zealand lineages; three with their closest relatives in Australia and one in New Caledonia. The New Zealand genus <i>Hemiandrus</i> is paraphyletic and the establishment of a morphologically distinct genus is justified. We determined that six of the valid species previously placed in <i>Hemiandrus</i> form a distinct clade that we designated here as <i>Anderus</i> gen. nov. The putative <i>Hemiandrus</i> that we sampled from Australia was sister to neither of the New Zealand lineages.

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Publication Details

Journal
Insects
Published
2024-10-09
DOI
https://doi.org/10.3390/insects15100787
Citations
2
Primary Topic
Orthoptera Research and Taxonomy
Type
article
Field-Weighted Citation Impact
2.06

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article

Wētā Aotearoa—Polyphyly of the New Zealand Anostostomatidae (Insecta: Orthoptera)

Mary Morgan‐Richards, Briar Taylor-Smith, Steven A. Trewick
2 citations
Insects
Orthoptera Research and Taxonomy
2.06
article

Wētā Aotearoa—Polyphyly of the New Zealand Anostostomatidae (Insecta: Orthoptera)

Mary Morgan‐Richards, Briar Taylor-Smith, Steven A. Trewick
article en
2 citations

Abstract

The Anostostomatidae of Aotearoa New Zealand are well-characterized at the genus and species level, but the higher-level systematics of the family as a whole remain poorly resolved. We tested the hypothesis that the New Zealand anaostostomatid fauna consists of a single monophyletic group consistent with a single common ancestor. For phylogenetic analysis, we sampled the genera in Aotearoa New Zealand as well as representatives of the family from Australia and New Caledonia. Maximum likelihood analyses including topological comparison statistics with a DNA alignment of thirteen mitochondrial and four nuclear protein coding genes rejected the monophyly of lineages in New Zealand. We found phylogenetic support for four separate New Zealand lineages; three with their closest relatives in Australia and one in New Caledonia. The New Zealand genus <i>Hemiandrus</i> is paraphyletic and the establishment of a morphologically distinct genus is justified. We determined that six of the valid species previously placed in <i>Hemiandrus</i> form a distinct clade that we designated here as <i>Anderus</i> gen. nov. The putative <i>Hemiandrus</i> that we sampled from Australia was sister to neither of the New Zealand lineages.

InsectsVol. 15(10)
Massey University (NZ)
Massey University
Life in Land
Openalex Percentile: Top 12%
Orthoptera Research and Taxonomy
2.06
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