Abstract
We addressed two research gaps related to mental imagery (MI) in children. First, research has investigated the development of MI employing a component model (image generation, image maintenance, mental rotation, image scanning), however knowledge of how components develop and their associations throughout childhood (age 6 to 11 years) is incomplete. Second, despite positive associations in adults, the relationship between MI and visual working memory (VWM) has not been investigated in children. Using a novel MI task battery sensitive to the visual precision of MI, we found evidence for a separable-component model of MI in children, with some components becoming integrated in adulthood. Contrary to expectations, there were no significant associations between components of MI and VWM in either childhood or in adults. Our findings extend current understanding of development of MI and highlight the importance of considering individual differences in strategy-use when establishing the relationship between MI and VWM.
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