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RESEARCH PAPER / 2024-12-13

How Age and Culture Influence Cognition: A Lifespan Developmental Perspective.

Isu Cho, Angela Gutchess

Department of Psychology, Sungkyunkwan University, Seoul, Korea.Department of Psychology, Sungkyunkwan University, Seoul, Korea. · pubmed

Abstract

It has long been assumed that cognitive aging is a universal phenomenon. However, increasing evidence substantiates the importance of individual differences in cognitive aging. How do experiential factors related to culture shape developmental trajectories of cognition? We propose a new model examining how age and culture influence cognitive processes, building on past models and expanding upon them to incorporate a lifespan developmental perspective. The current model posits that how age and culture interact to influence cognition depends on (a) the extent to which the cognitive task relies on top-down or bottom-up processes, and (b) for more top-down processes, the level of cognitive resources required to perform the task. To assess the validity of the model, we review literature not only from adulthood but also childhood, making this the first model to adopt a lifespan perspective in the study of culture and cognition. The current work advances understanding of cognitive aging by delineating the combined effects of biological aging processes, assumed to apply across cultures, and culture-dependent experiential aging processes, which reflect unique cultural experiences throughout one's lifespan. This approach enables understanding of comprehensive potential mechanisms that underlie the influence of culture on cognitive development across life stages.

The following analysis is generated by AI and may contain errors. It is separate from the authors’ abstract and is not peer review.

Research summary

The paper explores the interaction between age and culture in cognitive processes, which is relevant to understanding cognitive aging. However, it primarily focuses on cognitive development and does not address the root causes of aging or propose solutions for lifespan extension or age-related diseases. Its contribution is solid but limited in scope, making it an incremental advance rather than a significant breakthrough.

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