Publication | Closed Access
Strategies for spatial organization in adults and children
12
Citations
35
References
2011
Year
Developmental Cognitive NeuroscienceSensory ExperiencesCognitionSpatial OrganizationPerceptionLayout Reproduction TaskVisual Cognitive NeuroscienceIntersensory PerceptionSocial SciencesVisual CognitionCognitive DevelopmentPerception SystemSpatial ReasoningSpatial TheoryCognitive ScienceBehavioral SciencesVisual ProcessingMeaningful ShapesExperimental PsychologyChild DevelopmentSpatial CorrespondenceCognitive DynamicsSpatial Cognition
People have a tendency to organize space by extracting meaningful shapes from the configuration of elements. However, research on spatial correspondence in children suggests that when configural processing is difficult, individuation of elements may be critical. To begin to address the distinction between the use of configurations and individuation, and changes associated with age, we relied upon perceptual grouping and manipulated the colour of the displays—promoting either extraction of configural information (monochromatic) or individuation of elements (multicoloured). In a layout reproduction task (Experiments 1 and 2), children showed a robust advantage for multicoloured arrays, whereas adults showed an attenuated advantage for monochromatic displays. Visual discrimination in adults (Experiment 3) revealed that the influence of the display type occurs at the level of perception. Taken together, these results suggest that there are (at least) two routes to establishing spatial correspondence in arrays of elements, with differential dependence over development.
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