AI Insight
This study examined three spatial cognitive abilities in 462 primary school children in China and found that different spatial skills develop at different rates rather than uniformly with age. Spatial referencing showed mixed age-related patterns, three-dimensional representation improved progressively with age, and spatial composition remained relatively stable. The findings challenge the common practice of using age alone to interpret children's play behavior and suggest that individual cognitive profiles should be considered.
Why it matters
The research provides evidence for tailoring play environments and educational approaches to children's specific cognitive ability profiles rather than age alone. This could improve inclusivity in play settings and inform curriculum design for early education and the preschool-to-primary transition.
Understand the Science
Outdoor play provides an important context for physical activity and social interaction among primary school children. During play, children with different spatial cognitive abilities often exhibit different behavioral patterns. However, existing research has often overlooked the asynchronous development of spatial cognitive subskills. Consequently, adults tend to use age as a uniform criterion for interpreting children’s play behavior, making it difficult to identify the needs of children with different ability profiles and potentially limiting their participation and quality of experience. This study assessed spatial referencing, the representation of three-dimensional spatial relations, and spatial composition in 462 children in Shenyang, China, using the Silver Drawing Test. Analysis of variance and chi-square tests were used to examine age and sex effects. The results revealed divergent age-related patterns across components of spatial referencing, progressive improvement in three-dimensional representation, and relatively stable spatial composition performance. Sex also interacted with task type. These findings suggest that children’s spatial cognition comprises multiple components that develop unevenly, rather than a single uniformly developing construct. The study offers a cognitive account of differences in children’s play behavior and has implications for play-based early education, curricula supporting the transition from preschool to primary school, and the design of play environments.