首页> 外文期刊>Sociobiology >Incidence of Apocephalus horridus in colonies of Camponotus vicinus and the effect of antibiotic/antimycotic mixtures on fly emergence (Diptera : Phoridae; Hymenoptera : Formicidae)
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Incidence of Apocephalus horridus in colonies of Camponotus vicinus and the effect of antibiotic/antimycotic mixtures on fly emergence (Diptera : Phoridae; Hymenoptera : Formicidae)

机译:喜树(Camponotus vicinus)菌落中无头畸形的发生率以及抗生素/抗真菌剂混合物对果蝇出苗的影响(双翅目:Ph科;膜翅目:For科)

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摘要

The incidence of the ant-decapitating fly (Apocephalus horridus (Borgmeier), Diptera:Phoridae) in colonies of the carpenter ant Camponotus vicinus (Mayr)(Hymenoptera:Formicidae) was investigated in western Oregon. Flies were present in 3 of 8 colonies sampled at levels ranging from 1 to 15% of the workers sampled. Flies tended to be more prevalent in medium sized workers, suggesting that larger, major workers were not preferred by ovipositing flies. Feeding studies indicated that the addition of a mixture of propiconazole and tetracycline to a glucose diet increased ant decapitation, suggesting the fly larvae were given some advantage by the treatments. Exposure of workers to elevated temperature (39degreesC) for 48 hours decreased the incidence of decapitation suggesting that heat affected the development of fly larvae in the parasitized ants. Exposure to high temperature for short periods may rid the ants of the parasites and could be a reason for the occurrence of satellite colonies in warmer and drier locations than the parent colony in C. vicinus. The results suggest that the incidence of A. horridus in carpenter ant colonies might be manipulated by feeding workers compounds that encourage successful parasite development.
机译:在俄勒冈州西部调查了木匠蚂蚁Camponotus vicinus(Mayr)(膜翅目:Formicidae)菌落中蚂蚁灭顶蝇(Apocephalus horridus(Borgmeier),Diptera:Phoridae)的发生率。在8个菌落中,有3个中有果蝇,其水平为所采样工人的1%至15%。苍蝇在中型工人中更普遍,这表明较大的,主要的工人不喜欢对卵生卵。饲喂研究表明,向葡萄糖饮食中添加丙环唑和四环素的混合物会增加蚂蚁的斩首率,这表明蝇the幼虫在这些治疗方法中具有一定优势。工人在高温(39℃)下暴露48小时会降低断头率,这表明热量影响了寄生虫中蝇蝇幼虫的发育。短时间暴露于高温下可能会使蚂蚁摆脱寄生虫,并且可能是在比C. vicinus亲代菌落更热和更干燥的位置出现卫星菌落的原因。结果表明,在木匠蚁群中发生霍乱假单胞菌的发生可能是通过喂食鼓励寄生虫成功发育的化合物来控制的。

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