Department of Psychological Sciences.
J Exp Psychol Gen. 2022 Nov;151(11):2720-2729. doi: 10.1037/xge0001227. Epub 2022 Jun 23.
The ratio of males and females in a population (the sex ratio) has been documented as an important factor in calibrating mating behaviors. This implies mental processes of attention, perception, categorization, and memory to obtain these environmental sex ratios. Although recent work has indicated that sex ratio information can be processed quickly, accurately, and with little effort, there are still open questions about whether sex ratio information is cognitively privileged or prioritized, relative to other environmental information. The present experiments used an ensemble coding paradigm with larger, more complex matrices of stimuli and with a more feasible range of ratios (between 7:13 to 13:7) than many prior studies on sex ratio perception. Experiment 1 found that sex ratio estimates are sensitive to actual seen ratios (of a 4 × 5 matrix of faces, shown for about 500 ms), and that those judgments are more accurate than similarly presented ensemble coding judgments for vehicles (ratios of cars and truck) or for animals (ratios of cats and dogs). Experiment 2 found that sex ratio estimates and hair color ratio estimates are about equal in accuracy. These results together suggest that faces are a privileged content for frequency tracking, relative to other aspects of the environment. Further research can extend this work by disambiguating factors such as complexity and discriminability of various facial cues and the stage of processing at which those cues are being used. (PsycInfo Database Record (c) 2022 APA, all rights reserved).
人口中男性和女性的比例(性别比例)已被证明是校准交配行为的一个重要因素。这意味着需要注意、感知、分类和记忆等心理过程来获取这些环境性别比例信息。尽管最近的研究表明,性别比例信息可以快速、准确和轻松地处理,但对于性别比例信息是否相对于其他环境信息具有认知优势或优先级,仍存在一些疑问。本实验使用了一种集合编码范式,其中刺激的矩阵更大、更复杂,并且具有比许多先前关于性别比感知的研究更可行的比例范围(7:13 到 13:7 之间)。实验 1 发现,性别比例估计对实际所见比例(4×5 矩阵的面孔,显示约 500 毫秒)敏感,并且这些判断比同样呈现的车辆(汽车和卡车的比例)或动物(猫和狗的比例)的集合编码判断更准确。实验 2 发现,性别比例估计和头发颜色比例估计的准确性大致相同。这些结果共同表明,相对于环境的其他方面,面孔是频率跟踪的特权内容。进一步的研究可以通过区分各种面部线索的复杂性和可辨别性以及这些线索被使用的处理阶段等因素来扩展这项工作。(PsycInfo 数据库记录(c)2022 APA,保留所有权利)。