Own-age bias in face-name associations: Evidence from memory and visual attention in younger and older adults

心理学 召回 发展心理学 眼动 固定(群体遗传学) 联想(心理学) 注意偏差 认知心理学 凝视 认知 人口 物理 人口学 神经科学 社会学 精神分析 光学 心理治疗师
作者
Carla M. Strickland-Hughes,Kaitlyn Dillon,Robin L. West,Natalie C. Ebner
出处
期刊:Cognition [Elsevier]
卷期号:200: 104253-104253 被引量:18
标识
DOI:10.1016/j.cognition.2020.104253
摘要

Successfully learning and remembering people's names is a challenging memory task for adults of all ages, and this already difficult social skill worsens with age, even in normative "healthy" aging. The own-age bias, a type of in-group bias, could affect the difficulty of this task across age. Past evidence supports an own-age bias in face processing, wherein individuals preferably attend to and better recognize faces of members of their own age group. However, the own-age bias has not been examined previously in relation to explicit face-name associative encoding and subsequent name retrieval, despite the importance of this social skill. Using behavioral and eye-tracking methodology, this cross-sectional research investigated the own-age bias for name memory (recognition and recall) and visual attention (fixation count, looking time, and normalized pupil size) when learning novel face-name pairs. Younger adult (n = 90) and older adult (n = 84) participants completed a face-name association task that tested name memory for younger and older female and male faces, while eye-tracking data were recorded. The visual attention variables taken from the eye-tracking data showed significant age-of-face effects at both encoding and retrieval, but no overall own-age bias in attention. Both younger and older participants showed an own-age bias in name recall with better memory for names paired with faces of their own age, as compared to other-aged faces. This cross-over effect for name memory suggests that memory for information with high social and affective relevance to the individual may be relatively spared in aging, despite overall age-related declines in memory performance.

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