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首页> 外文期刊>ZooKeys >A new Hermeuptychia (Lepidoptera, Nymphalidae, Satyrinae) is sympatric and synchronic with H. sosybius in southeast US coastal plains, while another new Hermeuptychia species – not hermes – inhabits south Texas and northeast Mexico
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A new Hermeuptychia (Lepidoptera, Nymphalidae, Satyrinae) is sympatric and synchronic with H. sosybius in southeast US coastal plains, while another new Hermeuptychia species – not hermes – inhabits south Texas and northeast Mexico

机译:一种新的Hermeuptychia(鳞翅目,Nymphalidae,Satyrinae)与美国东南沿海平原的Soybius H. sosybius同胞共生,而另一种新的Hermeuptychia物种而非Hermes栖息于德克萨斯州南部和墨西哥东北

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摘要

Hermeuptychia intricata Grishin, sp. n. is described from the Brazos Bend State Park in Texas, United States, where it flies synchronously with Hermeuptychia sosybius (Fabricius, 1793). The two species differ strongly in both male and female genitalia and exhibit 3.5% difference in the COI barcode sequence of mitochondrial DNA. Setting such significant genitalic and genotypic differences aside, we were not able to find reliable wing pattern characters to tell a difference between the two species. This superficial similarity may explain why H. intricata, only distantly related to H. sosybius, has remained unnoticed until now, despite being widely distributed in the coastal plains from South Carolina to Texas, USA (and possibly to Costa Rica). Obscuring the presence of a cryptic species even further, wing patterns are variable in both butterflies and ventral eyespots vary from large to almost absent. To avoid confusion with the new species, neotype for Papilio sosybius Fabricius, 1793, a common butterfly that occurs across northeast US, is designated from Savannah, Georgia, USA. It secures the universally accepted traditional usage of this name. Furthermore, we find that DNA barcodes of Hermeuptychia specimens from the US, even those from extreme south Texas, are at least 4% different from those of H. hermes (Fabricius, 1775)—type locality Brazil: Rio de Janeiro—and suggest that the name H. hermes should not be used for USA populations, but rather reserved for the South American species. This conclusion is further supported by comparison of male genitalia. However, facies, genitalia and 2.1% different DNA barcodes set Hermeuptychia populations in the lower Rio Grande Valley of Texas apart from H. sosybius. These southern populations, also found in northeastern Mexico, are described here as Hermeuptychia hermybius Grishin, sp. n. (type locality Texas: Cameron County). While being phylogenetically closer to H. sosybius than to any other Hermeuptychia species, H. hermybius can usually be recognized by wing patterns, such as the size of eyespots and the shape of brown lines on hindwing. “Intricate Satyr” and “South Texas Satyr” are proposed as the English names for H. intricata and H. hermybius, respectively.
机译:Hermeuptychia intricata Grishin,sp。 。从美国得克萨斯州的Brazos Bend国家公园进行描述,它与Hermeuptychia sosybius同步飞行(Fabricius,1793年)。这两个物种在男性和女性生殖器方面都存在很大差异,并且线粒体DNA的COI条码序列存在3.5%的差异。除了如此显着的生殖器和基因型差异之外,我们无法找到可靠的翼型特征来区分这两个物种之间的差异。这种表面上的相似性可能解释了为什么仅与大豆嗜血杆菌有密切关系的印度梧桐为何至今仍未引起人们的注意,尽管它广泛分布在从南卡罗来纳州到美国德克萨斯州(可能还有哥斯达黎加)的沿海平原上。甚至进一步掩盖了隐性物种的存在,蝴蝶的翅膀模式各不相同,腹侧眼点从大到几乎不存在。为避免与新物种混淆,从美国佐治亚州的萨凡纳指定了1793年新出现的Papilio sosybius Fabricius蝴蝶,这种蝴蝶常见于美国东北部。它确保了此名称的普遍接受的传统用法。此外,我们发现来自美国的Hermeuptychia标本,甚至来自得克萨斯州南部的标本,其DNA条码与H.hermes(Fabricius,1775年)(巴西类型地区:里约热内卢)至少有4%的差异,并建议H. hermes这个名字不应该用于美国种群,而应该保留给南美物种。男性生殖器的比较进一步支持了这一结论。但是,相,生殖器和2.1%的不同DNA条码使德克萨斯州里约格兰德河下游的Hermeuptychia种群与H. sosybius分开。这些南部人口(也见于墨西哥东北部)在这里被称为Hermeuptychia hermybius Grishin,sp.。 。 (类型为德克萨斯州:卡梅伦县)。虽然在系统发育上比任何其他Hermeuptychia物种都更接近Soybius,但是Hermybius通常可以通过翼型识别,例如眼点的大小和后翅上的棕线形状。提议将“复杂的色情狂者”和“南德克萨斯的色情狂者”分别命名为H. intricata和H. hermybius。

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