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栗胁林鸫(Catharus fuscescens)在争斗互动中会发出两种新的叫声。

Two novel vocalizations are used by veeries (Catharus fuscescens) during agonistic interactions.

作者信息

Belinsky Kara L, Nemes Claire E, Schmidt Kenneth A

机构信息

Biology Department, State University of New York New Paltz, New Paltz, New York, United States of America.

Department of Biology, Ball State University, Muncie, Indiana, United States of America.

出版信息

PLoS One. 2015 Mar 23;10(3):e0120933. doi: 10.1371/journal.pone.0120933. eCollection 2015.

Abstract

Avian vocalizations are common examples of the complex signals used by animals to negotiate during agonistic interactions. In this study, we used two playback experiments to identify agonistic signals in a songbird species with several acoustically complex songs and calls, the veery. In the first experiment, we compared veery singing behavior in response to simulated territorial intrusions including playback of three variations of veery song: 1) song alone as a control, 2) songs with added whisper calls, and 3) songs with introductory notes removed. In the second experiment, we used multimodal stimuli including songs, whisper calls and songs with introductory notes removed, along with a robotic veery mount. Focal males readily responded to all of the playback stimuli, approached the speaker and/or robotic mount, and vocalized. Male veeries gave more whisper calls, and sang more songs without the introductory note in response to all types of playback. However, veeries responded similarly to all types of stimuli presented, and they failed to physically attack the robotic mount. These results indicate that rival veeries use two different types of novel vocalizations: whisper calls and songs lacking the introductory note as agonistic signals, but do not allow us to discern the specific functions of these two vocalizations.

摘要

鸟类的发声是动物在争斗互动中用于交流的复杂信号的常见例子。在本研究中,我们进行了两项回放实验,以识别一种鸣禽——孤夜鸫(veery)的争斗信号,该物种具有多种声学上复杂的歌声和叫声。在第一个实验中,我们比较了孤夜鸫对模拟领地入侵的歌唱行为,其中包括播放三种孤夜鸫歌声变体:1)单独的歌声作为对照,2)添加了低语叫声的歌声,以及3)去掉开头音符的歌声。在第二个实验中,我们使用了多模态刺激,包括歌声、低语叫声和去掉开头音符的歌声,以及一个孤夜鸫的机器人模型。焦点雄性对所有回放刺激都有明显反应,接近扬声器和/或机器人模型并发出声音。雄性孤夜鸫在对所有类型的回放做出反应时发出更多的低语叫声,并且在没有开头音符的情况下唱更多的歌。然而,孤夜鸫对呈现的所有类型刺激的反应相似,并且它们没有对机器人模型进行身体攻击。这些结果表明,敌对的孤夜鸫使用两种不同类型的新颖发声:低语叫声和缺少开头音符的歌声作为争斗信号,但这使我们无法辨别这两种发声的具体功能。

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