Ustyurtiidae,Urodoidea的一个新科,描述了哈萨克斯坦的一个新属和两个物种,并讨论了Urodoidee与Schreckensteinoidea(鳞翅目)可能的亲缘关系

IF 1.3 3区 农林科学 Q2 ENTOMOLOGY Insect Systematics & Evolution Pub Date : 2020-05-22 DOI:10.1163/1876312X-00002209
L. Kaila, K. Nupponen, P. Gorbunov, M. Mutanen, Maria Heikkilä
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引用次数: 7

摘要

介绍了一个新的Urodoidea科——Ustyurtiidae Kaila,Heikkilä&Nupponen。该科以Ustyurtia Kaila,Heikkilä&Nupponen,gen.n属为基础。该属包括模式种U.zygophyllivora Kaila、Heikkilè&Nupponen,sp.n和U.charynica Kaila,Heikkiläs&Nupponne,sp.n.,均来自哈萨克斯坦。这两个物种,特别是未成熟阶段,具有尿虫总科的形态特征。基于几种标记物的DNA数据也支持这种紧密的亲和力。我们认为这个新的家族是有道理的,因为它与剩下的乌鱼总科的姐妹群位置,以及在翼脉、男性生殖器和茧结构方面的许多显著形态学差异,根据早期发表的系统发育学,乌鱼科是变形的。所有其他公认的尾藻属都属于尾藻科。Urodoidea的亲缘关系和系统发育位置尚未确定,但Urodoidee和Schreckensteinoidea在形态学上有相似之处,根据遗传学分析,这两个类群似乎是同形的,可能是联合的,而不是之前假设的同源性。讨论了这些超家族的亲缘关系。
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Ustyurtiidae, a new family of Urodoidea with description of a new genus and two species from Kazakhstan, and discussion on possible affinity of Urodoidea to Schreckensteinioidea (Lepidoptera)
Ustyurtiidae Kaila, Heikkilä & Nupponen, a new family of Urodoidea is introduced. The family is based on the genus Ustyurtia Kaila, Heikkilä & Nupponen, gen. n. The genus includes the type species U. zygophyllivora Kaila, Heikkilä & Nupponen, sp. n. and U. charynica Kaila, Heikkilä & Nupponen, sp. n., both from Kazakhstan. These two species, in particular the immature stages, have morphological attributes apomorphic of Urodoidea. The close affinity is also supported by DNA data based on several markers. We consider this new family warranted due to its sister group position to the remaining Urodoidea and a number of significant morphological differences in wing venation, male genitalia and the structure of the cocoon, apomorphic for Ustyurtiidae on the basis of an earlier published phylogeny. All other recognized genera of Urodoidea belong to the family Urodidae. The closest relatives and phylogenetic position of Urodoidea are not firmly established, but Urodoidea and Schreckensteinioidea have morphological similarities which, in the light of genetic analyses appear synapomorphic and possibly uniting these groups, rather than homoplasious as assumed earlier. The affinities of these superfamilies are discussed.
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来源期刊
Insect Systematics & Evolution
Insect Systematics & Evolution 生物-进化生物学
CiteScore
3.00
自引率
0.00%
发文量
15
审稿时长
>12 weeks
期刊介绍: Insect Systematics & Evolution (ISE) publishes original papers on all aspects of systematic entomology and the evolutionary history of both extant and extinct insects and related groups. Priority is given to taxonomic revisions and phylogenetic studies employing morphological and molecular data. ISE also welcomes reviews and syntheses that can appeal to a wide community of systematic entomologists. Single species descriptions, regional checklists, and phylogenetic studies based on few taxa or single molecular markers will generally not be accepted.
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