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Small Brains, Smart Minds: Vision, Perception and 'Cognition' in honeybees

机译:小脑,聪明的头脑:蜜蜂的视觉,知觉和“认知”

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Recent work is beginning to reveal that insects may not be the simple, reflexive creatures that they were once assumed to be. Honeybees, for example, can learn rather general features of flowers and landmarks, such as colour, orientation and symmetry, and apply them to distinguish between objects that they have never previously encountered. Bees exhibit "top-down" processing: that is, they are capable of using prior knowledge to detect poorly visible or camouflaged objects. Furthermore, bees can learn to navigate through labyrinths, to form complex associations and to acquire abstract concepts such as "sameness" and "difference". All of these observations suggest that there is no hard dichotomy between invertebrates and vertebrates in the context of perception, learning and 'cognition'; and that brain size is not necessarily a reliable predictor of perceptual capacity.
机译:最近的工作开始揭示昆虫可能不是它们曾经被假定为简单的反身生物。例如,蜜蜂可以学习花朵和地标的一般特征,例如颜色,方向和对称性,并应用它们来区分它们从未遇到过的物体。蜜蜂表现出“自上而下”的处理过程:也就是说,它们能够利用先验知识来检测可见度低或伪装的物体。此外,蜜蜂可以学会迷宫般的迷路,形成复杂的联想,并获得诸如“相同”和“差异”之类的抽象概念。所有这些观察结果表明,在感知,学习和“认知”的背景下,无脊椎动物和脊椎动物之间没有二分法。而且大脑的大小并不一定是感知能力的可靠预测指标。

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