基于基因组学的富种毛纹高级分类(鳞翅目:灰蛾科:姬蛾)

IF 4.7 1区 农林科学 Q1 ENTOMOLOGY
Robert K. Robbins, Qian Cong, Jing Zhang, Jinhui Shen, Robert C. Busby, Christophe Faynel, Marcelo Duarte, Ananda R. P. Martins, Carlos Prieto, Gerardo Lamas, Nick V. Grishin
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引用次数: 6

摘要

基于常染色体、鳞翅目Z型性染色体和线粒体蛋白编码基因,我们提出了一个更高级的lycaenid hairstreak tribe Eumaeini——最年轻和物种最丰富的蝴蝶部落之一。Neolycaenina Korb亚族是Callophryidina Tutt的同义词,Tmolusina Bálint亚族是Strephonotina K. Johnson, Austin, Le Crom, &萨拉查。建议的名字是Rhammina Prieto &巴斯比,新的分支;蒂玛蒂娜·巴斯比&;普列托,新的亚部落;阿蒂娜·马丁斯&;Duarte,新亚族;Evenina Faynel &;Grishin,新亚族;珍妮莉娜·罗宾斯&;Faynel,新分支;派瓦里纳喇嘛& &;罗宾斯,新部落;Cupatheclina Lamas &;Grishin,新亚族;巴斯比&;罗宾斯,新部落;艾德琳娜·马丁斯Grishin,新亚族;和Trichonidina Duarte &;费内尔,新部落。常染色体和Z性染色体的系统发育分析结果相似。未来对数百个终端分类群的数据集的分析可能会更实际,从时间上讲,将重点放在较少数量的性染色体序列上(2.6%的核蛋白编码序列)。各亚族的系统发育分类和生物学总结表明,多种因素影响了真马属的多样化。在Atlidina、Evenina和Jantheclina(共141种)中,有十几种雄性第二性器官存在着频繁的进化得失。雌性已经被证明使用这些器官来区分同种和非同种的雄性,促进近亲之间的同情。Eumaeina, Rhammina和Timaetina(共140种)绝大多数是山地植物,有证据表明它们的同域多样化发生率较高。5个亚部落的7个新热带谱系入侵了新北极地区的温带地区,其中Callophryidina的多样性增加(262种)。随后,北美Satyrium和Callophrys各入侵古北大陆至少一次,Satyrium的物种丰富度大幅增加。花萼科(Calycopidina)(172种)的凋落物食性动物的进化导致其多样化程度高于其花食性姐妹系。Atlidina, Strephonotina, Parrhasiina和Strymonina(共562种)每一种都包含一个混合属,专门针对一个或两个毛虫食性植物科和多食性属。这些是评估毛虫食物植物的宽度和寄主转移的频率如何影响多样化的适当亚群。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Genomics-based higher classification of the species-rich hairstreaks (Lepidoptera: Lycaenidae: Eumaeini)

Genomics-based higher classification of the species-rich hairstreaks (Lepidoptera: Lycaenidae: Eumaeini)

We propose a higher classification of the lycaenid hairstreak tribe Eumaeini – one of the youngest and most species-rich butterfly tribes – based on autosome, Lepidopteran Z sex chromosome and mitochondrial protein-coding genes. The subtribe Neolycaenina Korb is a synonym of Callophryidina Tutt and subtribe Tmolusina Bálint is a synonym of Strephonotina K. Johnson, Austin, Le Crom, & Salazar. Proposed names are Rhammina Prieto & Busby, new subtribe; Timaetina Busby & Prieto, new subtribe; Atlidina Martins & Duarte, new subtribe; Evenina Faynel & Grishin, new subtribe; Jantheclina Robbins & Faynel, new subtribe; Paiwarriina Lamas & Robbins, new subtribe; Cupatheclina Lamas & Grishin, new subtribe; Parrhasiina Busby & Robbins, new subtribe; Ipideclina Martins & Grishin, new subtribe; and Trichonidina Duarte & Faynel, new subtribe. Phylogenetic results from the autosome and Z sex chromosome analyses are similar. Future analyses of datasets with hundreds of terminal taxa may be more practical time-wise by focussing on the smaller number of sex chromosome sequences (2.6% of nuclear protein-coding sequences). The phylogenetic classification and biological summaries for each subtribe suggest that a variety of factors affected Eumaeini diversification. About a dozen kinds of male secondary sexual organs with frequent evolutionary gains and losses occur in Atlidina, Evenina and Jantheclina (141 species combined). Females have been shown to use these organs to discriminate between conspecific and nonconspecific males, facilitating sympatry among close relatives. Eumaeina, Rhammina and Timaetina (140 species combined) are overwhelmingly montane with some evidence for a higher incidence of sympatric diversification. Seven Neotropical lineages in five subtribes invaded the temperate parts of the Nearctic Region with a diversification increase in the Callophryidina (262 species). North American Satyrium and Callophrys then invaded the Palearctic at least once each, with a major species-richness increase in Satyrium. The evolution of litter-feeding detritivores within Calycopidina (172 species) resulted in an increase in diversification rate compared with its flower-feeding sister lineage. Atlidina, Strephonotina, Parrhasiina and Strymonina (562 species combined) each contain a mixture of genera that specialize on one or two caterpillar food plant families and genera that are polyphagous. These would be appropriate subtribes to assess how the breadth of caterpillar food plants and the frequency of host shifts affected diversification.

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来源期刊
Systematic Entomology
Systematic Entomology 生物-进化生物学
CiteScore
10.50
自引率
8.30%
发文量
49
审稿时长
>12 weeks
期刊介绍: Systematic Entomology publishes original papers on insect systematics, phylogenetics and integrative taxonomy, with a preference for general interest papers of broad biological, evolutionary or zoogeographical relevance.
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