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Perceptual biases, camouflage patterns, and the origin of sexual signals

biorxiv(2024)

University of Maryland | Institut des Sciences de l'Evolution (CNRS-UMR 5554) | School of Biological Sciences | CEFE

Cited 0|Views19
Abstract
Natural and sexual selection can be in conflict in driving the evolution of sexual ornamentation. Sexual selection typically favors detectability to potential mates, whereas natural selection penalizes detectability to avoid predators. Considering signal efficiency in addition to detectability, however, suggests that natural and sexual selection need not be antagonistic. In the visual domain, considerable evidence supports a “processing bias” by which people prefer images that match the spatial statistics of natural scenes, likely because the brain has evolved to process such scenes efficiently. A direct but untested prediction of this bias is that background-matching camouflage can be favored by natural and sexual selection. We conducted an online experiment where we show for the first time human preference for camouflaged patterning and confirm a preference for the average image statistics of natural scenes. Because many of the underlying visual mechanisms are shared across vertebrates, our results suggest that camouflage patterns can serve as evolutionary precursors of sexual signals. ### Competing Interest Statement The authors have declared no competing interest.
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sexual selection,hidden preference,patterns
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要点】:该论文探讨了自然选择和性选择在驱动性装饰进化中的潜在矛盾,提出信号效率的概念,并通过人类对背景匹配伪装图案的偏好实验,证实了伪装图案可以是性信号进化先驱的假设。

方法】:研究采用在线实验方法,展示人类对伪装图案的偏好,并验证了对自然场景平均图像统计偏好的预测。

实验】:实验结果显示,人类偏好与自然场景的空间统计相匹配的图像,这表明伪装模式可能同时受到自然和性选择的共同青睐,由于许多基本的视觉机制在脊椎动物中是共通的,因此伪装模式可能是性信号进化的早期形式。该实验使用了在线数据集,具体数据集名称未在摘要中提供。