Enhancing science learning in fifth graders: Do narratives and visuals make a difference?

Abstract Narratives and representational pictures are widely assumed to support children’s science reading. This preregistered randomized study tested whether two format modifications of the same expository science text, adding brief narrative passages or adding three representational pictures, improve fifth graders’ learning relative to the plain expository version. A total of 137 fifth graders from seven classes read one of the three text versions. Linear mixed-effects models showed no differences across formats in reading comprehension, either immediately or at a delayed post-test 1 week later; perceived difficulty and interest also showed no format effects. For problem-solving performance, the only reliable difference was that the expository control group generated more correct reasons in the ecological problem-solving task than the pictures group; narrativization showed no advantage. These findings suggest that single-exposure format modifications may not be sufficient to enhance science learning in classrooms.

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Publication Details

Journal
European Journal of Psychology of Education
Published
2026-05-23
DOI
https://doi.org/10.1007/s10212-026-01137-7
Primary Topic
Reading and Literacy Development
Type
article
Field-Weighted Citation Impact
0.00

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article

Enhancing science learning in fifth graders: Do narratives and visuals make a difference?

Marek Urban, Kamila Urban, Ainur Kakimova, Peter Seban
European Journal of Psychology of Education
Reading and Literacy Development
article

Enhancing science learning in fifth graders: Do narratives and visuals make a difference?

Marek Urban, Kamila Urban, Ainur Kakimova, Peter Seban
article en

Abstract

Abstract Narratives and representational pictures are widely assumed to support children’s science reading. This preregistered randomized study tested whether two format modifications of the same expository science text, adding brief narrative passages or adding three representational pictures, improve fifth graders’ learning relative to the plain expository version. A total of 137 fifth graders from seven classes read one of the three text versions. Linear mixed-effects models showed no differences across formats in reading comprehension, either immediately or at a delayed post-test 1 week later; perceived difficulty and interest also showed no format effects. For problem-solving performance, the only reliable difference was that the expository control group generated more correct reasons in the ecological problem-solving task than the pictures group; narrativization showed no advantage. These findings suggest that single-exposure format modifications may not be sufficient to enhance science learning in classrooms.

European Journal of Psychology of EducationVol. 41(2)
Institute of Chemistry of the Slovak Academy of Sciences (SK)
Slovenská Akadémia Vied
Quality Education
Openalex Percentile: Top 3%
Reading and Literacy Development
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