修剪条形码索引树:形态学和遗传学证据阐明了欧洲近端真皮蜂复合体(鳞翅目:几何科)的物种边界

IF 2 2区 生物学 Q3 EVOLUTIONARY BIOLOGY Journal of Zoological Systematics and Evolutionary Research Pub Date : 2021-11-30 DOI:10.1111/jzs.12568
Stefano Scalercio, Marco Infusino, Peter Huemer, Marko Mutanen
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引用次数: 0

摘要

条形码索引号(bin)是基于COI差异模式的可操作物种单位,在大多数情况下对应于物种。人们反复观察到,在相同的物种名称下可以发现不止一个BIN,特别是在考虑大的地理尺度时。一个这样的例子是关于平尾蠓的,这种物种广泛分布于北欧国家,只局限于欧洲大陆其他地区的山区,在欧洲发现了5只平尾蠓。为了解决这些鸟类与欧洲种群的分类地位问题,我们采用了将经典形态特征(生殖器和翅膀标记)与分子数据相结合的综合方法,后者涉及线粒体和核基因。这种方法使我们在欧洲识别出两个有效的物种,即目前仅在芬诺斯坎第亚、波罗的海国家和俄罗斯已知的E. conterminata和分布在中欧和南欧国家的Eupithecia manniaria sp. rev.。我们进一步将来自希腊的Eupithecia pindosata syn11 .与E. manniaria同义。这些物种的欧洲分布范围及其线粒体多样性似乎与它们的食用植物云杉和冷杉的生物地理历史相一致。
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Pruning the Barcode Index Numbers tree: Morphological and genetic evidence clarifies species boundaries in the Eupithecia conterminata complex (Lepidoptera: Geometridae) in Europe

The Barcode Index Numbers (BINs) are operational species units based on patterns of COI divergences that in most cases correspond to species. It has been repeatedly observed that more than one BIN can be found under the same species name particularly when large geographic scales are considered. One such case concerns Eupithecia conterminata, a species widespread in North European countries and restricted to mountainous regions in the rest of the continent, for which five BINs are found in Europe. In order to solve the question concerning the taxonomic status of these BINs and European populations, we employed an integrated approach by combining classical morphological traits (genitalia and wing markings) with those of molecular data, the latter involving both mitochondrial and nuclear genes. This approach allowed us to recognize two valid species in Europe, Econterminata, currently known only in Fennoscandia, Baltic countries and Russia, and Eupithecia manniaria sp. rev., with distribution covering Central and South European countries. We furthermore synonymized Eupithecia pindosata syn. nov. from Greece with Emanniaria. The European range of these species and their mitochondrial diversity appear to be coherent with biogeographical histories of their foodplants Picea abies and Abies species.

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来源期刊
CiteScore
5.60
自引率
0.00%
发文量
13
审稿时长
>12 weeks
期刊介绍: The Journal of Zoological Systematics and Evolutionary Research (JZSER)is a peer-reviewed, international forum for publication of high-quality research on systematic zoology and evolutionary biology. The aim of the journal is to provoke a synthesis of results from morphology, physiology, animal geography, ecology, ethology, evolutionary genetics, population genetics, developmental biology and molecular biology. Besides empirical papers, theoretical contributions and review articles are welcome. Integrative and interdisciplinary contributions are particularly preferred. Purely taxonomic and predominantly cytogenetic manuscripts will not be accepted except in rare cases, and then only at the Editor-in-Chief''s discretion. The same is true for phylogenetic studies based solely on mitochondrial marker sequences without any additional methodological approach. To encourage scientific exchange and discussions, authors are invited to send critical comments on previously published articles. Only papers in English language are accepted.
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