Vocal behaviour of the Great Cormorant Phalacrocorax carbo sinensis during the breeding season

IF 0.7 4区 生物学 Q3 ORNITHOLOGY Bird Study Pub Date : 2021-04-03 DOI:10.1080/00063657.2021.1987383
Saara Mäkelin, M. Wahlberg, A. Osiecka, C. Hermans, T. Balsby
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引用次数: 3

Abstract

ABSTRACT Capsule Great Cormorants Phalacrocorax carbo sinensis use vocal communication during the breeding season, with males being particularly vocal earlier in the breeding cycle and showing individual variation in some calls, which could be used for individual recognition. Aims To identify and describe vocal behaviour of Great Cormorants, to link calls with observed behaviours and to explore if the calls had potential for individual recognition. Methods We followed 21 nesting pairs of Great Cormorants by videoing and recording their vocal behaviour throughout the breeding season. We linked calls with observed behaviours, and measured the acoustic characteristics of the calls using signal analysis tools in Matlab. Results We identified and measured acoustic characteristics of six different call types: courtship, landing, nest building, nest relief, jumping, and chick begging calls. Five of these call types were linked to distinctive breeding behaviours. Vocal signalling occurred between the male and female, and between parents and offspring. Males showed higher vocal activity than females and used a larger repertoire of calls. The courtship call was the most common call type in both sexes. These calls also differed acoustically between the sexes; male calls were longer in duration than female calls (617 ms versus 323 ms) and had wider bandwidth (763 Hz versus 473 Hz). Conclusion Great Cormorants use vocal communication for social interactions. Males were vocally more active and had a larger repertoire of calls than females, and calls differed between the sexes. Calls of males also differed individually and could, therefore, function for individual recognition in this species.
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大鸬鹚在繁殖季节的发声行为
大鸬鹚(Phalacrocorax carbo sinensis)在繁殖期使用声音进行交流,雄性在繁殖期较早,在某些叫声上存在个体差异,可用于个体识别。目的识别和描述大鸬鹚的发声行为,将叫声与观察到的行为联系起来,并探索叫声是否具有个体识别的潜力。方法在整个繁殖季节,对21对大鸬鹚的筑巢行为进行录像和记录。我们将呼叫与观察到的行为联系起来,并使用Matlab中的信号分析工具测量呼叫的声学特性。结果识别并测量了六种不同鸣叫类型的声学特征:求偶鸣叫、着陆鸣叫、筑巢鸣叫、救巢鸣叫、跳跃鸣叫和求巢鸣叫。其中五种呼叫类型与独特的繁殖行为有关。声音信号发生在雄性和雌性之间,以及父母和后代之间。雄性比雌性表现出更高的声音活动,并且使用更多的呼叫曲目。求偶的叫声是两性中最常见的叫声。这些叫声在两性之间的声学上也有所不同;雄性的叫声比雌性的叫声持续时间更长(617毫秒对323毫秒),带宽更宽(763赫兹对473赫兹)。大鸬鹚使用声音交流进行社会互动。雄性在声音上比雌性更活跃,有更多的叫声,而且两性之间的叫声不同。雄性的叫声也有个体差异,因此,在这个物种中,雄性的叫声可能起到个体识别的作用。
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来源期刊
Bird Study
Bird Study 生物-鸟类学
CiteScore
1.60
自引率
0.00%
发文量
10
审稿时长
6-12 weeks
期刊介绍: Bird Study publishes high quality papers relevant to the sphere of interest of the British Trust for Ornithology: broadly defined as field ornithology; especially when related to evidence-based bird conservation. Papers are especially welcome on: patterns of distribution and abundance, movements, habitat preferences, developing field census methods, ringing and other techniques for marking and tracking birds. Bird Study concentrates on birds that occur in the Western Palearctic. This includes research on their biology outside of the Western Palearctic, for example on wintering grounds in Africa. Bird Study also welcomes papers from any part of the world if they are of general interest to the broad areas of investigation outlined above. Bird Study publishes the following types of articles: -Original research papers of any length -Short original research papers (less than 2500 words in length) -Scientific reviews -Forum articles covering general ornithological issues, including non-scientific ones -Short feedback articles that make scientific criticisms of papers published recently in the Journal.
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