Song theme sharing in the Grey-crowned Warbler Phylloscopus tephrocephalus

IF 1.5 4区 生物学 Q2 ZOOLOGY
A. Opaev, Y. Kolesnikova
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引用次数: 4

Abstract

ABSTRACT In many songbird species, individuals sing multiple song types, some of which are shared between neighbours. Individuals may also share transitions between different song types, which leads to sharing sequencies of several (usually few) song types. Song themes, i.e. groups of song types that are consistently delivered in close succession, were identified in song sequences of several bird species. Detailed data on song theme sharing are still lacking. Here, we examined patterns of repertoire sharing in the Grey-crowned Warbler Phylloscopus tephrocephalus. Males of this species had repertoires of 29–42 song types that were divided into shorter song themes of up to 10–15 song types each. Each of the 13 studied males shared 81.6–100% of his repertoire as well as several song themes with other males. These themes recombined in different ways leading to the fact that exact song sequencing varied between individuals. That is why males shared much less transition types than song types in our study. Therefore, the analysis of song theme sharing may provide more careful description of sharing above the level of song type than the analysis of song sequence sharing alone.
灰冠林莺的歌曲主题共享
在许多鸣禽物种中,个体会发出多种鸣声,其中一些鸣声在邻居之间是共享的。个体也可能共享不同歌曲类型之间的过渡,这导致共享几个(通常是几个)歌曲类型的序列。在几种鸟类的鸣叫序列中发现了鸣叫主题,即在紧密连续中一致传递的鸣叫类型群。关于歌曲主题分享的详细数据仍然缺乏。在这里,我们研究了灰冠莺Phylloscopus tephrocephalus的曲目共享模式。该物种的雄性有29-42种歌曲类型,这些歌曲类型分为较短的歌曲主题,每种歌曲类型多达10-15种。被研究的13只雄鸟中,每只都有81.6-100%的曲目,以及一些与其他雄鸟相同的歌曲主题。这些主题以不同的方式重新组合,导致确切的歌曲顺序在个体之间有所不同。这就是为什么在我们的研究中,男性的过渡类型比歌曲类型少得多。因此,对歌曲主题共享的分析可能比单独对歌曲序列共享的分析更能细致地描述歌曲类型层面以上的共享。
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来源期刊
CiteScore
4.50
自引率
0.00%
发文量
25
审稿时长
>12 weeks
期刊介绍: Bioacoustics primarily publishes high-quality original research papers and reviews on sound communication in birds, mammals, amphibians, reptiles, fish, insects and other invertebrates, including the following topics : -Communication and related behaviour- Sound production- Hearing- Ontogeny and learning- Bioacoustics in taxonomy and systematics- Impacts of noise- Bioacoustics in environmental monitoring- Identification techniques and applications- Recording and analysis- Equipment and techniques- Ultrasound and infrasound- Underwater sound- Bioacoustical sound structures, patterns, variation and repertoires
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