The Zone of Silence That Surrounds Herpetologists: Substrate-borne Vibrations Can Modulate Frog Behavior

P. Narins
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Abstract

Acoustic communication among many frog species has been shown to be strongly influenced by the calls of neighboring vocalizing frogs. Since airborne frog calls are often accompanied by concomitant substrate-borne (seismic) signals, it would not be surprising if the seismic signals themselves playa role in directly modulating frog vocalizations. In this paper, several examples are presented of frog vocalizations that are modified by both naturally occurring and experimenter-induced substrate-borne signals. In light of these results, the function of these signals and the adaptive advantage of substrate-borne vibration communication in noisy environments are discussed.
爬虫学家周围的寂静地带:基质传播的振动可以调节青蛙的行为
许多蛙类之间的声音交流已被证明受到邻近发声蛙的叫声的强烈影响。由于空中青蛙的叫声经常伴随着伴随的基岩(地震)信号,如果地震信号本身在直接调制青蛙的叫声中起作用,那就不足为奇了。在本文中,提出了几个例子,青蛙的发声是由自然发生的和实验诱导的基质传播的信号修改。根据这些结果,讨论了这些信号的作用和基片振动通信在噪声环境中的自适应优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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