首页> 美国卫生研究院文献>Proceedings of the Royal Society B: Biological Sciences >Trust thy neighbour in times of trouble: background risk alters how tadpoles release and respond to disturbance cues
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Trust thy neighbour in times of trouble: background risk alters how tadpoles release and respond to disturbance cues

机译:在遇到麻烦时请信任您的邻居:背景风险会改变alter的释放方式以及对干扰线索的反应

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摘要

In aquatic environments, uninjured prey escaping a predator release chemical disturbance cues into the water. However, it is unknown whether these cues are a simple physiological by-product of increased activity or whether they represent a social signal that is under some control by the sender. Here, we exposed wood frog tadpoles (Lithobates sylvaticus) to either a high or low background risk environment and tested their responses to disturbance cues (or control cues) produced by tadpoles from high-risk or low-risk backgrounds. We found an interaction between risk levels associated with the cue donor and cue recipient. While disturbance cues from low-risk donors did not elicit an antipredator response in low-risk receivers, they did in high-risk receivers. In addition, disturbance cues from high-risk donors elicited a marked antipredator response in both low- and high-risk receivers. The response of high-risk receivers to disturbance cues from high-risk donors was commensurate with other treatments, indicating an all-or-nothing response. Our study provides evidence of differential production and perception of social cues and provides insights into their function and evolution in aquatic vertebrates. Given the widespread nature of disturbance cues in aquatic prey, there may exist a social signalling system that remains virtually unexplored by ecologists.
机译:在水生环境中,逃避捕食者的未受伤猎物将化学干扰线索释放到水中。但是,这些提示是增加活动的简单生理副产物还是它们是否代表受发件人控制的社交信号,这一点尚不清楚。在这里,我们将木蛙t(Lithobates sylvaticus)暴露于高或低背景风险的环境中,并测试它们对t从高风险或低风险背景产生的干扰线索(或控制线索)的反应。我们发现与提示供体和提示接受者相关的风险水平之间存在相互作用。尽管来自低风险捐赠者的干扰提示并未在低风险接收者中引发反捕食者的反应,但在高风险接收者中却表现出了反掠食者的反应。此外,来自高风险捐助者的干扰信号在低风险和高风险接收者中引起了明显的抗捕食者反应。高危接受者对来自高危捐献者干扰信号的反应与其他治疗相当,表明全有或全无反应。我们的研究提供了差异提示和社会暗示感知的证据,并提供了它们在水生脊椎动物中的功能和进化的见解。鉴于水生猎物中干扰信号的广泛性质,可能存在一种社会信号系统,而生态学家实际上仍未对其进行探索。

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