The interference effect of low-relevant animated elements on digital picture-book comprehension in preschoolers: An eye-movement study

Digital picture-book (DPB) with animated elements can enhance children's engagement, but irrelevant animations may interfere with their comprehension. To determine the effect of the relevance of animated elements on preschoolers' comprehension, an experimental study was conducted. Thirtythree preschoolers between the aged 4-5 years engaged with DPB in three conditions: high- and lowrelevant animations and a static control while listening to the story; their eye movements were recorded simultaneously. The study found that preschoolers had lower comprehension when exposed to low-relevant animation, but had comparable scores to the static condition with high-relevant animation. The results of eye-movement analysis showed that children who focused less on highrelevant or more on low-relevant elements had poorer comprehension. Those exposed to low-relevant animations looked less at high-relevant elements and more at low-relevant elements than those in the static and high-relevant conditions. These results suggested that low-relevant animations in DPB interfered with children's comprehension by directing their visual attention away from crucial, highrelevant elements and more to less relevant elements. Therefore, designers creating DPBs, as well as parents and caregivers selecting DPBs for children, should consider the importance of the relevance of animated elements. And the corresponding mechanism of animation effect in DPB comprehension was discussed.

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Publication Details

Journal
Journal of Eye Movement Research
Published
2024-12-06
DOI
https://doi.org/10.16910/jemr.17.4.1
Citations
1
Primary Topic
Child Development and Digital Technology
Type
article
Field-Weighted Citation Impact
2.10
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article

The interference effect of low-relevant animated elements on digital picture-book comprehension in preschoolers: An eye-movement study

QianCheng Gao, Nina Liu, Ruihan Wu, Chen Chen et al.
1 citations
Journal of Eye Movement Research
Child Development and Digital Technology
2.10
article

The interference effect of low-relevant animated elements on digital picture-book comprehension in preschoolers: An eye-movement study

QianCheng Gao, Nina Liu, Ruihan Wu, Chen Chen, Shan Jiang, Yingying Liu
article en
1 citations

Abstract

Digital picture-book (DPB) with animated elements can enhance children's engagement, but irrelevant animations may interfere with their comprehension. To determine the effect of the relevance of animated elements on preschoolers' comprehension, an experimental study was conducted. Thirtythree preschoolers between the aged 4-5 years engaged with DPB in three conditions: high- and lowrelevant animations and a static control while listening to the story; their eye movements were recorded simultaneously. The study found that preschoolers had lower comprehension when exposed to low-relevant animation, but had comparable scores to the static condition with high-relevant animation. The results of eye-movement analysis showed that children who focused less on highrelevant or more on low-relevant elements had poorer comprehension. Those exposed to low-relevant animations looked less at high-relevant elements and more at low-relevant elements than those in the static and high-relevant conditions. These results suggested that low-relevant animations in DPB interfered with children's comprehension by directing their visual attention away from crucial, highrelevant elements and more to less relevant elements. Therefore, designers creating DPBs, as well as parents and caregivers selecting DPBs for children, should consider the importance of the relevance of animated elements. And the corresponding mechanism of animation effect in DPB comprehension was discussed.

Journal of Eye Movement ResearchVol. 17(4)
Tianjin Normal University (CN), Aoyama Gakuin Kindergarten (JP), Institute of Psychology, Chinese Academy of Sciences (CN), University College London (GB), Birkbeck, University of London (GB)
No poverty
Openalex Percentile: Top 10%
Child Development and Digital Technology
2.10
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