听力障碍:距离和实验噪声对山雀歌声传播的影响

C. Snell, M. Reudink, K. Otter
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引用次数: 0

摘要

摘要城市噪音会扰乱鸟类的通讯网络,导致个体之间的通讯减少。山雀在高环境噪音的地区会改变它们的发声方式;然而,目前还不知道它们的信号在巢腔中的可听性,雌性在黎明信号时仍留在巢腔中。为了测试城市和农村山雀巢箱中歌曲的相对可听性,我们对空巢箱进行了回放实验,在巢箱上方使用带有外部麦克风和巢箱内内部麦克风的自主录音单元。我们放置了一个扬声器25-75 m,播放了两个山雀歌曲的播放文件——一个添加了噪音,另一个没有。在农村栖息地和“无附加噪声”处理中,歌曲的信噪比较高,但信噪比随着离巢箱距离的增加而降低。在两种治疗类型中,较低频率的歌曲音符在巢内具有较低的SNR。不出所料,噪音和距离导致巢腔内山雀歌声的信噪比降低。这些发现表明,城市鸟类可能受到限制,要求它们减少与巢穴的距离,以确保在噪音中能听到雌性的声音。
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Hard of hearing: the effect of distance and experimental noise on mountain chickadee song transmission
ABSTRACT Urban noise can disrupt avian communication networks, resulting in reduced communication among individuals. Mountain chickadees alter their vocalisations in areas of high ambient noise; however, it is unknown how audible their signals are within the nest cavity, where the female remains during dawn signalling. To test the relative audibility of songs within the nest box of urban and rural chickadees, we conducted a playback experiment directed at empty nest boxes using an autonomous recording unit above the box with external microphones and an internal microphone inside the nest box. We placed a speaker 25-75 m from the nest box and played two playback files of mountain chickadee songs – one with added noise and one without. Songs had a higher signal-to-noise ratio (SNR) in rural habitats and in ‘Without Added Noise’ treatments, however, SNR decreased with increasing distance from the nest box. The lower frequency song notes had a lower SNR inside the nest in both treatment types. As expected, noise and distance resulted in decreased SNR of chickadee songs within the nest cavity. These findings suggest a possible constraint in urban birds requiring them to reduce their distance from the nest to ensure audibility to the female while in noise.
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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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