昆虫对视眼对夜间视觉的适应。

Birgit Greiner
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引用次数: 59

摘要

由于我们自己偏爱明亮的光线,我们往往会忘记许多昆虫在非常昏暗的光线下也很活跃。夜间活动的昆虫通常有重叠的复眼。这种眼睛的设计对于昏暗的光线是真正优化的,因为光子可以通过由数百个透镜组成的大孔径收集。另一方面,在相对的眼睛中,光圈由单个透镜组成,导致光子捕获能力差,在昏暗的光线下视觉不可靠。因此,对位眼通常出现在白天活动的昆虫身上。尽管如此,一些夜行昆虫还是设法过渡到严格的夜间生活方式,同时保留了它们极不合适的对视眼设计。大透镜和宽感光器增强夜间对视眼的灵敏度。然而,由于这些光学适应的增益是有限的,不足以在昏暗的光线下实现视觉,因此需要以空间和时间总和的形式进行额外的神经适应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptations for nocturnal vision in insect apposition eyes.

Due to our own preference for bright light, we tend to forget that many insects are active in very dim light. Nocturnal insects possess in general superposition compound eyes. This eye design is truly optimized for dim light as photons can be gathered through large apertures comprised of hundreds of lenses. In apposition eyes, on the other hand, the aperture consists of a single lens resulting in a poor photon catch and unreliable vision in dim light. Apposition eyes are therefore typically found in day-active insects. Some nocturnal insects have nevertheless managed the transition to a strictly nocturnal lifestyle while retaining their highly unsuitable apposition eye design. Large lenses and wide photoreceptors enhance the sensitivity of nocturnal apposition eyes. However, as the gain of these optical adaptations is limited and not sufficient for vision in dim light, additional neural adaptations in the form of spatial and temporal summation are necessary.

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