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首页> 外文期刊>Fisheries Research >Structure-funciton relationships in fish otolith organs
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Structure-funciton relationships in fish otolith organs

机译:鱼耳石器官的结构-功能关系

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Sound is increasingly being considered as a method to observe and/or control movements of fish, However, before designing acoustic methods for these tasks, it is necessary to understand how and what fish can hear, and how they respond to different types of sounds. In this paper we review the basic structure of the auditory system and describe the hearing capabilities of teleost fishes. There is considerable interspecific variation in fish ears and in the more peripheral structures associated with hearing (e.g., swim bladder) and this may have consequences for extrapolation of data between species with regard to hearing. There are also significant differences in the frequency range of sounds that may be detected by fishes and in the sensitivity to these sounds, and this certainly affects the nature of the signals that are usable in fish observation and control.
机译:声音越来越被视为一种观察和/或控制鱼类运动的方法,但是,在设计用于这些任务的声学方法之前,有必要了解鱼类如何听到,听到什么以及它们如何对不同类型的声音做出反应。在本文中,我们回顾了听觉系统的基本结构,并描述了硬骨鱼的听力能力。鱼耳和与听力有关的更外围结构(例如游泳膀胱)之间存在相当大的种间差异,这可能会导致在物种之间关于听力的数据外推。鱼类可能检测到的声音的频率范围以及对这些声音的灵敏度也存在显着差异,这当然会影响可用于鱼类观察和控制的信号的性质。

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