Guilford T, Dawkins M S
Animal Behaviour Research Group, Dept of Zoology, Oxford, UK.
Trends Neurosci. 1993 Nov;16(11):430-6. doi: 10.1016/0166-2236(93)90068-w.
Animal communication is studied both by neurobiologists and by evolutionary biologists, but in very different ways. The purpose of this article is to show how both groups could benefit from a greater appreciation of each other's approach. Evolutionary biologists should take more account of the role played by the sensory systems and brains of receivers in constraining the design of animal signals. Neurobiologists should be more aware of recent advances in the understanding of signal-receiver co-evolution and the evolutionary origins of animal signals. A series of recent examples are cited that illustrate how pre-existing neurophysiological or psychological properties of receiver organisms are essential to our understanding of the design characteristics of animal signals and of their origins. Also discussed are a number of other areas of signalling in which the study of 'receiver psychology' is likely to be fruitful.
神经生物学家和进化生物学家都在研究动物通讯,但研究方式截然不同。本文旨在展示这两个群体如何能从更多地理解彼此的方法中受益。进化生物学家应更多地考虑接收者的感觉系统和大脑在限制动物信号设计方面所起的作用。神经生物学家应更清楚地认识到在信号-接收者共同进化理解以及动物信号进化起源方面的最新进展。文中引用了一系列近期的例子,这些例子说明了接收者生物体预先存在的神经生理或心理特性对于我们理解动物信号的设计特征及其起源是至关重要的。还讨论了“接收者心理学”研究可能富有成果的其他一些信号领域。