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蛙蝇属Caiusa Surcouf(1920年)(双翅目,丽蝇科)的修订,兼论Plinthomyia emimelania Rondani(1875年)的身份

Revision of the frog fly genus Caiusa Surcouf, 1920 (Diptera, Calliphoridae), with a note on the identity of Plinthomyia emimelania Rondani, 1875.

作者信息

Rognes Knut

机构信息

University of Stavanger, Faculty of Arts and Education, Department of Early Childhood Education, NO-4036 Stavanger, Norway.; Email:

出版信息

Zootaxa. 2015 Apr 30;3952:1-80. doi: 10.11646/zootaxa.3952.1.1.

Abstract

The Oriental, Australasian and Oceanian genus Caiusa Surcouf, 1920 is revised, species concepts being based on male and female genitalia. A key to males for all known species, and a key to females for all except one are given. All relevant types still in existence have been studied, complete synonymies given and the geographical distribution reconsidered. The eight species included in the genus are: Caiusa borneoensis sp. nov. (Malaysia, Thailand, Vietnam); Caiusa coomani Séguy, 1948 (China, Malaysia, Singapore, Thailand, Vietnam); Caiusa indica Surcouf, 1920 (Australia, Cambodia, India, Indonesia, Malaysia, Papua New Guinea, Philippines, Singapore, Solomon Islands, Sri Lanka, Thailand, Vietnam); Caiusa karrakerae sp. nov. (Malaysia, Thailand); Caiusa kurahashii sp. nov. (Indonesia, Japan, Philippines); Caiusa pooae sp. nov. (Thailand); Caiusa testacea Senior-White, 1923 (India, Nepal, Sri Lanka) and Caiusa violacea Séguy, 1925, stat. rev. (Cambodia, China, Laos, Malaysia, Taiwan, Thailand, Vietnam). A lectotype is designated for Caiusa indica to fix the interpretation of the name. Caiusa nigronitens Senior-White, 1923, syn. nov. and Caiusa surcoufi Bezzi, 1927, syn. nov. are established as junior synonyms of Caiusa indica. Caiusa violacea is correctly diagnosed and errors in the original description of the female holotype are pointed out. Caiusa dubiosa Villeneuve, 1927 is established as a junior synonym of C. violacea, syn. nov. Seven Caiusa species have been reared from the egg mass of various species of frogs. The reproductive mode of the eighth species, i.e., C. indica, is unknown. Five species, i.e., C. borneoensis, C. coomani, C. karrakerae, C. kurahashii and C. violacea have been reared from one or more of the foam nesting frog species Chiromantis nongkhorensis (Cochran, 1927), Polypedates leucomystax (Gravenhorst, 1927), Polypedates megacephalus Hallowell, 1861, Rhacophorus annamensis Smith, 1924, Rhacophorus dulitensis Boulenger, 1892, Rhacophorus kio Ohler & Delorme, 2005 and Rhacophorus owstoni (Stejneger, 1907) all belonging in the family Rhacophoridae in Anura. These five Caiusa species all have a specialised ovipositor tip, with small spine-like setae on the ST8 and the hypoproct, probably enabling the flies to oviposit on a foam nest with a hardened outer surface. They form a monophyletic group on account of these features of the ovipositor, unique in the Oestroidea. The sixth species, C. testacea, has been reared from a frog egg mass, the frog species being unknown. Its ovipositor structure is also unknown. The seventh species, C. pooae, has been reared once from the jelly-like egg mass of Feihyla hansenae (Cochran, 1927), also in Rhacophoridae. Caiusa pooae females do not have spine-like setae on the ovipositor, a fact correlated with the soft outer surface of the jelly-like egg mass on which a C. pooae female had oviposited. The extreme rarity of C. pooae oviposition on Feihyla hansenae egg masses may indicate that this fly perhaps has another, unknown, regular oviposition substrate. Caiusa pooae and C. indica make up a second monophyletic group within Caiusa. Caiusa indica, the most common and most widespread species of the genus, has an ovipositor structure similar to C. pooae. Its breeding substrate is unknown and it occurs both within and outside the distributional area of Rhacophoridae. Possibly both C. indica and C. pooae share a regular oviposition substrate that has still to be discovered. The holotype female of Plinthomyia emimelania Rondani, 1875 from Sarawak is established as a member of the genus Bengalia Robineau-Desvoidy, 1830, thus Plinthomyia Rondani, 1875 becomes a junior synonym of Bengalia Robineau-Desvoidy, 1830, syn. nov. It is removed from the synonymy of Phumosia Robineau-Desvoidy, 1830.

摘要

对东方、澳大拉西亚和大洋洲的Caiusa Surcouf属(1920年)进行了修订,物种概念基于雄性和雌性生殖器。给出了所有已知物种雄性的检索表,以及除一个物种外所有物种雌性的检索表。研究了所有现存的相关模式标本,给出了完整的同物异名,并重新考虑了地理分布。该属包括的八个物种为:婆罗洲Caiusa(Caiusa borneoensis)新种(马来西亚、泰国、越南);库氏Caiusa(Caiusa coomani)(中国、马来西亚、新加坡、泰国、越南);印度Caiusa(Caiusa indica)(澳大利亚、柬埔寨、印度、印度尼西亚、马来西亚、巴布亚新几内亚、菲律宾、新加坡、所罗门群岛、斯里兰卡、泰国、越南);卡拉凯拉Caiusa(Caiusa karrakerae)新种(马来西亚、泰国);仓桥Caiusa(Caiusa kurahashii)新种(印度尼西亚、日本、菲律宾);普氏Caiusa(Caiusa pooae)新种(泰国);茶色Caiusa(Caiusa testacea)(印度、尼泊尔、斯里兰卡)以及紫色Caiusa(Caiusa violacea),修订地位(柬埔寨、中国、老挝、马来西亚、台湾、泰国、越南)。为印度Caiusa指定了一个选模,以确定该名称的解释。1923年的黑纹Caiusa(Caiusa nigronitens)、新异名以及1927年的苏尔科夫Caiusa(Caiusa surcoufi)、新异名被确立为印度Caiusa的次异名。对紫色Caiusa进行了正确诊断,并指出了雌性正模原始描述中的错误。1927年的可疑Caiusa(Caiusa dubiosa)被确立为紫色Caiusa的次异名,新异名。七种Caiusa物种已从各种蛙类的卵块中饲养而出。第八个物种,即印度Caiusa的繁殖方式未知。五个物种,即婆罗洲Caiusa、库氏Caiusa、卡拉凯拉Caiusa、仓桥Caiusa和紫色Caiusa已从一种或多种筑泡沫巢的蛙类物种中饲养而出,这些蛙类包括无斑树蛙(Chiromantis nongkhorensis)(Cochran,1927年)、斑腿泛树蛙(Polypedates leucomystax)(Gravenhorst,1927年)、大头泛树蛙(Polypedates megacephalus)(Hallowell,1861年)、安南树蛙(Rhacophorus annamensis)(Smith,1924年)、杜氏树蛙(Rhacophorus dulitensis)(Boulenger,1892年)、基奥树蛙(Rhacophorus kio)(Ohler & Delorme,2005年)和奥氏树蛙(Rhacophorus owstoni)(Stejneger,1907年),均属于无尾目树蛙科。这五个Caiusa物种均具有特化的产卵器尖端,在第八腹节背板(ST8)和肛门下板上有小的刺状刚毛,这可能使这些苍蝇能够在具有硬化外表面的泡沫巢上产卵。由于这些产卵器特征,它们形成了一个单系类群,这在狂蝇总科中是独一无二 的。第六个物种,即茶色Caiusa,已从蛙卵块中饲养而出,蛙的种类未知。其产卵器结构也未知。第七个物种,即普氏Caiusa,曾从汉氏泛树蛙(Feihyla hansenae)(Cochran, 1927年)的果冻状卵块中饲养出一次,汉氏泛树蛙也属于树蛙科。普氏Caiusa雌性在产卵器上没有刺状刚毛,这一事实与普氏Caiusa雌性曾在其上产卵的果冻状卵块的柔软外表面相关。普氏Caiusa在汉氏泛树蛙卵块上产卵极为罕见,这可能表明这种苍蝇可能还有另一种未知的常规产卵基质。普氏Caiusa和印度Caiusa在Caiusa属内构成了第二个单系类群。印度Caiusa是该属中最常见且分布最广的物种,其产卵器结构与普氏Caiusa相似。其繁殖基质未知,它在树蛙科的分布区域内外均有出现。可能印度Caiusa和普氏Caiusa都共享一种尚未被发现的常规产卵基质。1875年采自砂拉越的拟黑腹矮寄蝇(Plinthomyia emimelania)的正模雌性被确立为贝氏寄蝇属(Bengalia Robineau-Desvoidy,1830年)的成员,因此1875年的拟黑腹矮寄蝇属(Plinthomyia Rondani)成为18,30年贝氏寄蝇属(Bengalia Robineau-Desvoidy)的次异名,新异名。它被从1830年的Phumosia Robineau-Desvoidy的同物异名中移除。

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