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笠螺亚科(软体动物门:古腹足目)的形态系统发育强化了笠螺科的地位。

Morphological phylogeny of the Tegulinae (Mollusca: Vetigastropoda) reinforces a Turbinidae position.

作者信息

Dornellas Ana Paula, Couto Diogo Ribeiro, Simone Luiz Ricardo L

机构信息

Departamento de Ciências Biológicas, Instituto Oceanográfico da Universidade de São Paulo, Praça do Oceanográfico 191, Cidade Universitária, 05508-120, São Paulo, Brazil.

Laboratorio de Malacologia, Museu de Zoologia da Universidade de São Paulo, Avenida Nazaré 481, 04263-000, São Paulo, Brazil.

出版信息

Cladistics. 2020 Apr;36(2):129-163. doi: 10.1111/cla.12400. Epub 2019 Nov 12.

Abstract

A cladistic analysis of the Tegulinae (Turbinidae) is presented using 132 morphological characters and 41 taxa. Tegulinae is recovered and is sister to Prisogaster niger (Prisogasterinae) within the family Turbinidae. This scenario, with Tegulinae as a subfamily within Turbinidae, corroborates with the most molecular analyses. Tegulinae comprises >40 extant species, belonging to eight genera. Morphological studies have not resolved the placement of Tegulinae within Trochoidea sufficiently, and the systematic positions of the genera have never been investigated as a primary objective. The present morphology-based analysis of genus-level relationships within Tegulinae provides a robust, phylogenetic diagnosis of each group, rooted on a firm hypothesis of evolutionary relationships. An additional search was performed to include the tegulines Omphalius nigerrimus and Carolesia blakei terminals using unweighted and implied weighting. Our morphological data provide a solid foundation for ensuing systematic research on Tegulinae, as well as Trochoidea, and evidence facilitating the diagnosis of generic and suprageneric groups.

摘要

利用132个形态特征和41个分类单元对叶螺亚科(钟螺科)进行了支序分析。叶螺亚科被确定,并且在钟螺科中是黑前凹螺(前凹螺亚科)的姐妹群。这种将叶螺亚科作为钟螺科内一个亚科的情况,与大多数分子分析结果相符。叶螺亚科包括40多个现存物种,分属于8个属。形态学研究尚未充分解决叶螺亚科在马蹄螺总科中的位置,而且各属的系统位置从未作为主要目标进行过研究。目前基于形态学对叶螺亚科内属级关系的分析为每个类群提供了可靠的系统发育诊断,其基于牢固的进化关系假说。还进行了额外的搜索,使用未加权和隐含加权法纳入了黑全脐螺和布雷克卡罗螺的终端分类单元。我们的形态学数据为随后对叶螺亚科以及马蹄螺总科的系统研究提供了坚实基础,并且为属级和科级以上类群的诊断提供了依据。

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