Way finding and cognitive mapping in large-scale environments: a test of a developmental model

Area of Science:

• Developmental Psychology
• Cognitive Science
• Spatial Cognition

Background:

• Understanding how children develop spatial competency and cognitive mapping is crucial for educational and developmental psychology.
• Previous models, such as the hierarchical model by Siegel and White, propose developmental stages in cognitive mapping.
• Investigating the interplay between age, familiarity, and spatial knowledge acquisition in children is essential.

Purpose of the Study:

• To assess spatial competency and cognitive mapping skills in children across different age groups (7, 10, and 13 years).
• To validate the hierarchical model of cognitive mapping development using performance patterns.
• To examine the relationship between grade level, environmental familiarity, and spatial knowledge.

Main Methods:

• Participants completed way-finding tasks, including route creation, scene ordering, and spatial estimations.
• Measures included landmark, route, and configurational knowledge assessments.
• Guttman scale analysis was used to evaluate performance patterns against the proposed developmental model.

Main Results:

• Children across all tested age groups exhibited high levels of way-finding competence.
• 93% of children's performance patterns aligned with the predictions of the hierarchical cognitive mapping model.
• Developmental trends showed some reversals, significantly correlated with the degree of environmental familiarity.

Conclusions:

• The study provides strong support for the hierarchical model of cognitive mapping development in children.
• Environmental familiarity plays a significant role in shaping spatial knowledge and can influence developmental trajectories.
• Children possess robust spatial competencies, with development influenced by both age and experience.