The phylogeny and systematics of the Costellariidae (Caenogastropoda: Turbinelloidea) revisited.

IF 1.8 2区 生物学 Q3 EVOLUTIONARY BIOLOGY
Alexander Fedosov, Philippe Bouchet, Aart Dekkers, Sandro Gori, Shih-I Huang, Yuri Kantor, Thomas Lemarcis, Maxwell Marrow, Claudia Ratti, Gary Rosenberg, Richard Salisbury, Sofia Zvonareva, Nicolas Puillandre
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引用次数: 0

Abstract

The marine neogastropod family Costellariidae constitutes a large radiation encompassing 647 living species, widely distributed in tropical seas, with their highest diversity in the Central Indo-Pacific. The systematics of the family has undergone profound changes in the mid-2010s, when relationships within Costellariidae were critically revised based on molecular (multilocus) data from 80 species. Whereas four new genera were described, and two more transferred to Costellariidae from Ptychatractidae, relationships of some key lineages could not be resolved due to the incomplete taxonomic and geographic coverage. In the present study we combine an analysis of an extensive DNA-barcoding dataset with phylogenomics to propose a robust new phylogenetic hypothesis and revise the genus-level systematics of the family. Species delimitation was performed for a Cox1 dataset of 1475 specimens, which revealed 221 secondary species hypotheses (SSHs). The phylogeny was reconstructed from a 1003 loci dataset for 70 species representing all but two of the revealed major costellariid lineages. Maximum likelihood (ML) and Bayesian inference (BI) arrived at nearly identical topologies with full support for all backbone nodes but one, providing a robust framework for a new classification. We treat Turricostellaria as a synonym of Tosapusia. Further, based on a re-evaluation of the identity of the type species of Pusia , we conclude that the name should be applied to a Caribbean lineage, previously treated as a part of Vexillum . Consequently, the Indo-Pacific species of Pusia (Pusia ) are here reassigned to a new genus Eupusia , and two other subgenera, Ebenomitra and Vexillena , are raised to full genera. Eight further new genera are described based on phylogenomics: Bathythala , Canaripusia and Caribbonus from the Caribbean in deep water, Pilgrivexillum , Pacifilux , Ponderiola and Cernohorskyola from the Central and southern Indo-Pacific, and Kilburniola from the south-western Indian Ocean. From a total of 25 SSHs corresponding to undescribed species, 23 are described herein in the genera Austromitra (1), Bathythala (1), Canaripusia (1), Caribbonus (3), Costapex (4), Eupusia (1), Kilburniola (1), Pilgrivexillum (1), Pusia (2), Thala (1), Tosapusia (1) and Vexillum (6). ZooBank: urn:lsid:zoobank.org:pub:0791EF1F-7F77-4F02-A447-40798388C7FE.

重述肋甲科的系统发育和系统分类学。
海洋新腹足动物科Costellariidae构成了一个包含647种现存物种的大辐射,广泛分布于热带海洋,其中印度太平洋中部的多样性最高。该科的系统分类在2010年代中期发生了深刻的变化,当时基于80个物种的分子(多位点)数据对Costellariidae内的关系进行了严格的修订。虽然发现了4个新属,并有2个新属从棘鱼科转移到棘鱼科,但由于分类和地理覆盖的不完整,一些关键世系的关系尚不能确定。在本研究中,我们将广泛的dna条形码数据集分析与系统基因组学相结合,提出了一个强大的新系统发育假说,并修订了该家族的属级系统分类。对Cox1数据集1475个标本进行了物种划分,共发现221个次级物种假说(SSHs)。从70个物种的1003个位点数据中重建了系统发育,这些物种代表了除两个外的所有主要costellarid谱系。最大似然(ML)和贝叶斯推理(BI)得到了几乎相同的拓扑,完全支持除了一个主干节点之外的所有主干节点,为新分类提供了一个健壮的框架。我们把Turricostellaria作为toapusia的同义词。此外,基于对Pusia模式种身份的重新评估,我们得出结论,该名称应适用于加勒比海谱系,以前被视为Vexillum的一部分。因此,在这里,印太地区的Pusia (Pusia)种被重新分配到一个新的属Eupusia,而另外两个亚属Ebenomitra和Vexillena被提升为完整的属。根据系统基因组学描述了另外八个新属:来自加勒比海深水区的Bathythala, Canaripusia和Caribbonus,来自印度太平洋中部和南部的pilvexillum, Pacifilux, Ponderiola和Cernohorskyola,以及来自印度洋西南部的Kilburniola。本文共报道了25个与未描述种对应的SSHs,其中包括austrmitra(1)、Bathythala(1)、Canaripusia(1)、Caribbonus(3)、Costapex(4)、Eupusia(1)、Kilburniola(1)、pilvexillum(1)、Pusia(2)、Thala(1)、Tosapusia(1)和Vexillum(6)属。ZooBank: urn: lsid zoobank.org:酒吧:0791 ef1f - 7 - f77 4 - f02 a447 c7fe——40798388。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Invertebrate Systematics
Invertebrate Systematics 生物-动物学
CiteScore
4.30
自引率
9.10%
发文量
35
审稿时长
>12 weeks
期刊介绍: Invertebrate Systematics (formerly known as Invertebrate Taxonomy) is an international journal publishing original and significant contributions on the systematics, phylogeny and biogeography of all invertebrate taxa. Articles in the journal provide comprehensive treatments of clearly defined taxonomic groups, often emphasising their biodiversity patterns and/or biological aspects. The journal also includes contributions on the systematics of selected species that are of particular conservation, economic, medical or veterinary importance. Invertebrate Systematics is a vital resource globally for scientists, students, conservation biologists, environmental consultants and government policy advisors who are interested in terrestrial, freshwater and marine systems. Invertebrate Systematics is published with the endorsement of the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the Australian Academy of Science.
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