{"title":"蚂蚁幼虫注释:小蚁科","authors":"G. Wheeler, Norm Johnson, J. Wheeler, Joe Cora","doi":"10.5281/ZENODO.25113","DOIUrl":null,"url":null,"abstract":"-The larvae of four species of ants in the genera Platythyrea, Plectroctena and Streblognathus are described. The larvae of Streblognathus and Simopelta are characterized for the first time. Included also are a few additional references to ponerine larvae found in the literature. Most of this article is the result of a gift of the larvae of four species of African ants from Martin Villet of the University of Witwatersrand in Johannesburg. All these larvae seem weird even to seasoned students of 800 species in 200 genera. Streblognathus, which has never been previously studied has unique maxillae and tubercles, which are queer even in a tribe noted for peculiar tubercles. Platythyrea lamellosa has hairs which are unique among all known ant larvae; in fact, if they did not have alveolus and articular membrane we would call them tubercles. Even among tubercles they would be unique. Plectroctena conjugata has about 1,600 tubercles, which exceeds by far the number in any other species of ant larvae. Because of Brown's 1975 revision of Platythyrea the nomenclature of the species we have studied has become quite confused. The following changes should therefore be made:-australis in 1971 becomes parallela; incerta in 1971 becomes pilosula; Eubothroponera tasmaniensis in 1971 becomes Platythyrea turneri. Under MATE RIAL STUDIED in our 1976b Memoir (p. 97) change australis Forel to parallela (F. Smith) and incerta Emery to pilosula (F. Smith). In our Ten-Year Supplement (1 986b) under MATERIAL STUDIED (p. 699) delete tasmaniensis (Forel) and \"de lete australis, incerta.\" To summarize, the six species of Platythyrea that we have studied previously are cribrinodis (Gerstiicker), inermis Forel, modesta Forel, par allela (F. Smith), pilosula (F. Smith) and turneri Forel. In 1976a (p. 59) we used the name Plectroctena sp. It should be changed to Plec troctena cryptica Bolton. We described a mature larva of one species of Simopone in 1986a, but we did not characterize the genus, because we hoped that someone would send us the mature larva of another species. Thus far we have hoped in vain. The terms used below for describing profiles and mandible shapes are defined in our 1976 Memoir. Whenever we refer to our own publications we give only the year.","PeriodicalId":114420,"journal":{"name":"Journal of The New York Entomological Society","volume":"148 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"1989-12-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"6","resultStr":"{\"title\":\"Notes on Ant Larvae: Ponerinae\",\"authors\":\"G. Wheeler, Norm Johnson, J. 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引用次数: 6
摘要
-描述了四种蚂蚁(Platythyrea, Plectroctena和Streblognathus)的幼虫。本文首次报道了绿蝽和绿蝽的幼虫特征。还包括在文献中发现的一些额外的参考资料。这篇文章的大部分内容都是由约翰内斯堡威特沃特斯兰德大学的马丁·维莱特(Martin Villet)赠送的四种非洲蚂蚁的幼虫的结果。所有这些幼虫,即使对200属800种经验丰富的学生来说,也显得很奇怪。Streblognathus,以前从未被研究过,它有独特的上颌骨和结节,即使在一个以特殊结节著称的部落里,这也很奇怪。Platythyrea lamellosa有毛,在所有已知的蚂蚁幼虫中是独一无二的;事实上,如果它们没有肺泡和关节膜,我们称之为结节。即使在结核中,它们也是独一无二的。偶电蚁有大约1600个结节,远远超过任何其他种类的蚂蚁幼虫。由于布朗在1975年对鸭嘴兽的修订,我们所研究的物种的命名法变得相当混乱。因此应作出下列修改:- 1971年的澳大利亚改为平行;Incerta在1971年变成了pilosula;塔斯马尼亚真throponera ensis于1971年更名为turnerplatythyrea。在我们1976b回忆录(第97页)中研究的MATE RIAL下,将australis Forel改为parallela (F. Smith),将incerta Emery改为pilosula (F. Smith)。在我们的十年增刊(1966b)材料研究(第699页)下删除tasmaniensis (Forel)和“delete australis, incerta”。综上所述,我们研究过的6种桔梗属植物分别是cribrinodis (Gerstiicker)、inermis Forel、modesta Forel、par allela (F. Smith)、pilosula (F. Smith)和turneri Forel。在1976年(第59页),我们使用的名称是Plectroctena sp.它应该改为Plectroctena cryptica Bolton。我们在1986年描述了一种Simopone的成熟幼虫,但我们没有描述该属的特征,因为我们希望有人给我们寄来其他物种的成熟幼虫。到目前为止,我们的希望是徒劳的。下面用来描述轮廓和下颌骨形状的术语是在我们1976年的回忆录中定义的。每当我们提到我们自己的出版物时,我们只给出年份。
-The larvae of four species of ants in the genera Platythyrea, Plectroctena and Streblognathus are described. The larvae of Streblognathus and Simopelta are characterized for the first time. Included also are a few additional references to ponerine larvae found in the literature. Most of this article is the result of a gift of the larvae of four species of African ants from Martin Villet of the University of Witwatersrand in Johannesburg. All these larvae seem weird even to seasoned students of 800 species in 200 genera. Streblognathus, which has never been previously studied has unique maxillae and tubercles, which are queer even in a tribe noted for peculiar tubercles. Platythyrea lamellosa has hairs which are unique among all known ant larvae; in fact, if they did not have alveolus and articular membrane we would call them tubercles. Even among tubercles they would be unique. Plectroctena conjugata has about 1,600 tubercles, which exceeds by far the number in any other species of ant larvae. Because of Brown's 1975 revision of Platythyrea the nomenclature of the species we have studied has become quite confused. The following changes should therefore be made:-australis in 1971 becomes parallela; incerta in 1971 becomes pilosula; Eubothroponera tasmaniensis in 1971 becomes Platythyrea turneri. Under MATE RIAL STUDIED in our 1976b Memoir (p. 97) change australis Forel to parallela (F. Smith) and incerta Emery to pilosula (F. Smith). In our Ten-Year Supplement (1 986b) under MATERIAL STUDIED (p. 699) delete tasmaniensis (Forel) and "de lete australis, incerta." To summarize, the six species of Platythyrea that we have studied previously are cribrinodis (Gerstiicker), inermis Forel, modesta Forel, par allela (F. Smith), pilosula (F. Smith) and turneri Forel. In 1976a (p. 59) we used the name Plectroctena sp. It should be changed to Plec troctena cryptica Bolton. We described a mature larva of one species of Simopone in 1986a, but we did not characterize the genus, because we hoped that someone would send us the mature larva of another species. Thus far we have hoped in vain. The terms used below for describing profiles and mandible shapes are defined in our 1976 Memoir. Whenever we refer to our own publications we give only the year.