无尾动物声通讯的地理变异及其神经行为学意义

Nelson A. Velásquez
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引用次数: 18

摘要

性状的地理变异可能是进化分化的第一步,可能导致物种形成。信号是在地理尺度上研究变异时特别感兴趣的行为特征。无尾猿的声音交流系统为这类研究提供了一个很好的模型,因为它们的发声在繁殖中起着主要作用,而该系统的现存变异可能决定了这一群体的进化。本文对无尾动物声通信系统的地理变异进行了研究,重点介绍了信号的时间和频谱特征、影响它们的环境约束以及声音的产生和接收器官。除了对这些主题的文献进行回顾外,我还强调了一些领域调查的缺陷,并提出了克服这些缺陷的替代方向。此外,我认为四眼蛙(Pleurodema thaul)是一个很好的模型系统,可以使用广泛的方法来研究地理差异。
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Geographic variation in acoustic communication in anurans and its neuroethological implications

Geographic variation of traits may represent the first step for evolutionary divergence potentially leading to speciation. Signals are behavioral traits of particular interest for the study of variation at a geographic scale. The anuran acoustic communication system represents an excellent model for studies of this kind, because their vocalizations play a main role in reproduction and the extant variation in this system may determine the evolution of this group. This review is committed to studies on geographic variation of acoustic communication systems in anurans, focusing on temporal and spectral characteristics of signals, environmental constraints affecting them and sound producing and receiving organs. In addition to the review of the literature on these topics, I highlight the deficit of investigation in some areas and propose alternative directions to overcome these drawbacks. Further, I propose the four-eyed frog, Pleurodema thaul, as an excellent model system to study geographic variation using a wide spectrum of approaches.

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来源期刊
Journal of Physiology-Paris
Journal of Physiology-Paris 医学-神经科学
CiteScore
2.02
自引率
0.00%
发文量
0
审稿时长
>12 weeks
期刊介绍: Each issue of the Journal of Physiology (Paris) is specially commissioned, and provides an overview of one important area of neuroscience, delivering review and research papers from leading researchers in that field. The content will interest both those specializing in the experimental study of the brain and those working in interdisciplinary fields linking theory and biological data, including cellular neuroscience, mathematical analysis of brain function, computational neuroscience, biophysics of brain imaging and cognitive psychology.
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