Calls of Manx shearwater Puffinus puffinus contain individual signatures

IF 1.5 3区 生物学 Q1 ORNITHOLOGY
Yuheng Sun, Jamie Dunning, Tony Taylor, Julia Schroeder, Sue Anne Zollinger
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引用次数: 0

Abstract

Vocalisations are widely used to signal behavioural intention in animal communication, but may also carry acoustic signatures unique to the calling individual. Here, we used acoustic analysis to confirm that Manx shearwater Puffinus puffinus calls carry individual signatures, and discerned which features made the calls individual. Manx shearwater are nocturnal seabirds that breed in dense colonies, where they must recognize and locate mates among thousands of conspecifics calling in the dark. There is evidence for mate vocal recognition in two shearwater species, but quantitative data on the vocalisations are lacking. We elicited vocal responses to playback of conspecific calls in Manx shearwaters, and measured spectral and temporal parameters of the calls. We then applied linear discriminant analysis with leave-one-out cross-validation and could confirm the presence of individual vocal signatures. We then calculated among-individual repeatability of 34 features describing the vocalisation to determine the extent to which these features may contribute to individual signature coding. We found that calls cluster by individual in both temporal and spectral characteristics, suggesting these traits are contributing to Manx shearwaters' unique call signatures.

Abstract Image

马克斯剪水鱼的叫声包含个体特征
在动物交流中,发声被广泛用于表示行为意图,但也可能带有发出声音的个体所特有的声学特征。在这里,我们利用声学分析证实马氏海鸥的叫声带有个体特征,并辨别出哪些特征使叫声具有个体特征。马氏剪嘴鸥是一种夜间活动的海鸟,在密集的群落中繁殖,它们必须在黑暗中从成千上万的同类叫声中识别并找到配偶。有证据表明,有两个种类的马氏剪嘴鸥能识别配偶的声音,但缺乏有关发声的定量数据。我们诱发了马氏剪嘴鸥对同种鸟叫声回放的发声反应,并测量了叫声的频谱和时间参数。然后,我们采用线性判别分析和一出交叉验证,确认了个体发声特征的存在。然后,我们计算了描述发声的 34 个特征的个体间重复性,以确定这些特征对个体特征编码的贡献程度。我们发现,不同个体的叫声在时间和频谱特征上都有不同,这表明这些特征有助于形成马氏斜嘴鸥独特的叫声特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Avian Biology
Journal of Avian Biology 生物-鸟类学
CiteScore
3.70
自引率
0.00%
发文量
56
审稿时长
3 months
期刊介绍: Journal of Avian Biology publishes empirical and theoretical research in all areas of ornithology, with an emphasis on behavioural ecology, evolution and conservation.
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