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首页> 外文期刊>Ethology >The Function of Click Call Emission in Capybaras (Hydrochoerus hydrochaeris)
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The Function of Click Call Emission in Capybaras (Hydrochoerus hydrochaeris)

机译:点击通话发射在水豚的功能(Hydrochoerus hydrochaeris)

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摘要

Contact calls are used to promote cohesion among individuals that live in social groups. Capybaras are very gregarious and often vocalize. This species emits a vocalization known as a click, which has been observed during aggregating and foraging behaviors, suggesting contact or monitoring call function. We carried out a playback experiment to evaluate behavioral responses to the capybara's click call and to a bird call, used as control in ten capybaras. We compared animals' latency to respond to stimuli, the time spent in behavioral patterns, alertness, head orientation toward the sound source, and approach to the sound source. All capybaras responded to the emission of the click call playback. Most of them assumed an alert position, showed head orientation toward the sound source, and approached the sound source. They promptly reacted to the first click call emission, while few reacted to the first bird call emission, used as control. All subjects showed behavioral changes after the second emission of the click call, and some responded to the third emission. Just three individuals answered after the first control emission, while none of them responded to the second and third emission of the playback. Therefore, click call playback promotes prompt behavioral changes in capybaras, including approach to the sound source. These results indicate that this vocalization functions as a contact or monitoring call in the species.
机译:联系电话用于促进社会群体中个人的凝聚力。水豚非常合群,经常发声。该物种发出一种被称为“喀哒”声的声音,在聚集和觅食行为期间观察到这种声音,暗示了接触或监视呼叫功能。我们进行了一个回放实验,以评估对水豚的喀嗒声和鸟叫的行为反应,在十只水豚中用作控件。我们比较了动物对刺激做出反应的潜伏期,在行为模式,警觉性,头部朝向声源的方向以及接近声源所花费的时间。所有的水豚都响应了单击通话播放的发出。他们中的大多数人都处于警惕的位置,头部朝向声源,然后靠近声源。他们迅速对第一次点击发出呼叫做出反应,而很少有人对第一次发出鸟叫发出反应(用作控件)。在第二次发出点击声后,所有受试者均表现出行为改变,并且一些受试者对第三次发出声做出了反应。在第一个控制发射之后,只有三个人回答,而对播放的第二个和第三个发射都没有回应。因此,单击呼叫回放可促进水豚的行为改变,包括接近声源的行为。这些结果表明,这种发声起了物种接触或监视的作用。

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