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Species-specificity and individual variation in the song of male Nathusius’ pipistrelles (Pipistrellus nathusii)

机译:雄性纳图修斯(Nathusius)pipistrelles(Pipistrellus nathusii)歌曲中的物种特异性和个体变异

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Sequences of the advertisement calls produced by male Nathusius’ pipistrelles (Pipistrellus nathusii) during the autumn mating period were recorded from individuals at two separate sites in Antrim, Northern Ireland, in August 2004. Several male roosts were found at these sites in close proximity to a single maternity roost, each containing approximately 200 adult females and their young. Analysis of measured parameters of four identified call types revealed that there were significant differences in call structure between sites and between individuals. Playback experiments, performed outside the adult female and juvenile roost sites, comprised of experimental advertisement call sequences of P. nathusii, Pipistrellus pygmaeus and Pipistrellus pipistrellus and control sound recorded without bats present (silence). Response was measured by simultaneously recording ultrasound during playbacks and counting the number of echolocation pulses identified as those of P. nathusii above a predetermined amplitude threshold. Significantly greater numbers of P. nathusii echolocation pulses were recorded during playback of male P. nathusii advertisement calls than during playback of congeners’ advertisement calls and control sound. The number of echolocation pulses recorded was similar during playback of P. pipistrellus and P. pygmaeus advertisement calls and silence. We suggest that, due to call complexity, male P. nathusii advertisement calls should be classified as ‘song’. Species-specificity and individual variation suggests that the songs of male P. nathusii have the potential to play a role in mate attraction and mate assessment.
机译:2004年8月,在北爱尔兰安特里姆的两个不同地点,记录了个体纳图修斯(Nathusius)的长鼻((Pipistrellus nathusii)在秋季交配期间发出的广告呼叫的序列。在这些地点附近有一些雄性栖息地。一个产妇栖息地,每个产地约有200名成年雌性及其幼年。对四种已识别呼叫类型的测量参数进行分析后发现,站点之间以及个人之间的呼叫结构存在显着差异。在成年雌性和幼鸟栖息地外进行的回放实验,由纳氏疟原虫,Pipistrellus pygmaeus和Pipistrellus pipistrellus的实验广告调用序列组成,并录制有没有蝙蝠(无声)的控制声音。通过在回放过程中同时记录超声并计数确定为高于预定幅度阈值的纳豆假单胞菌的回声定位脉冲数,来测量响应。与男性同类动物的广告电话和控制声音的回放相比,在男性P. nathusii广告电话的回放期间,记录了大量的纳豆体育回声定位脉冲。在播放P. pipistrellus和P. pygmaeus广告呼叫和保持沉默期间,记录的回声定位脉冲的数量相似。我们建议,由于通话的复杂性,应将男性的Nathusii广告通话归为“歌曲”。物种特异性和个体变异表明,雄性纳氏假单胞菌的歌曲具有在伴侣吸引和伴侣评估中发挥作用的潜力。

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