Animal Cognition Evolution of Turn-Taking: A Bio-Cognitive Perspective
Animal Cognition Evolution of Turn-Taking: A Bio-Cognitive Perspective
复制标题
轮流的动物认知进化：生物认知视角
DOI：
--
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发表时间：
2005
期刊：
影响因子：
--
通讯作者：
K. Okanoya
中科院分区：
文献类型：
--
作者：
Shigeto Yoshida;K. Okanoya
双向交流发生在各种不相关的分类群中，暗示着多个独立的进化起源。然而，这种形式的交流相对较少。话轮转换是动物交流中一维信号成功传递的前提。当许多信令个体同时出现时，第一和第二信令之间的回复延迟是建立通信的关键。现有文献表明，动物的话轮转换行为可以根据信号者和接受者之间的关系分为三类：合唱、二重唱或对唱。合唱只涉及男性；二重唱涉及男女配对；反音乐在任何动物组合中都会发生。信号的功能可以是吸引配偶，识别个体或群体，或保护资源。早先关于昆虫二重唱的假说表明，在交织的自然和性选择压力的影响下，男性合唱行为演变为二重唱行为。我们讨论了在昆虫(包括人类)以外的物种中发生的轮换行为中假定的趋同进化过程，并得出结论，这些过程在不同的类群中可能是相似的。此外，反音乐可能是从二重奏演变而来的。
Bi-directional communication occurs in a variety of unrelated taxa, suggesting multiple independent evolutionary origins. However, this form of communication is relatively rare. Turn-taking is a prerequisite for successful one-dimensional signal transmission in animal communication. When many signaling individuals occur together, reply latency between first and second signalers is key to establishing communication. Existing literature shows that turn-taking behavior in animals can be classified into three categories based on the relationships between the signaler and the receiver: chorus, duet, or antiphony. Chorus involves males only; duet involves male-female pairs; and antiphony occurs in any animal combination. The functions of the signals can be for mate attraction, individual or group identification, or resource protection. An earlier hypothesis on insect duets suggests that male chorus behavior evolved into duet behavior under the influence of interwoven natural and sexual selection pressure. We discuss putative convergent evolutionary processes in turn-taking behaviors that occur in species other than insects (including humans), and conclude that the processes may be similar across taxa. Moreover, antiphony may have evolved from duetting.
DOI：
10.1073/pnas.95.4.1870
发表时间：
1998-02-17
影响因子：
11.1
作者：
Tobias, ML;Viswanathan, SS;Kelley, DB
通讯作者：
Kelley, DB