A Text Complexity Continuum of Multimodality in Science Books

This study presents a Text Complexity Continuum of Multimodality in Science Books from recently published lists of award-winning science books. This text complexity continuum considers factors such as the degree to which the text layout is linear or nonlinear, the range of visuals present, the interactive nature of multimodal elements, and the density of information, including the text and visuals contained across pages. Using content analysis methods, texts were coded and organized into a hierarchical continuum of multimodality to represent the complexity of information presented. This text complexity continuum adds to the literature by acknowledging that the demands of science texts go beyond the written word to also include challenges from layout and visuals. The Text Complexity Continuum of Multimodality in Science Books can be used by researchers and educators to better inform literacy instruction regarding the demands readers face accessing and comprehending information from science books.

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Publication Details

Journal
The Elementary School Journal
Published
2026-06-30
DOI
https://doi.org/10.1086/742133
Primary Topic
Text Readability and Simplification
Type
article
Field-Weighted Citation Impact
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article

A Text Complexity Continuum of Multimodality in Science Books

Erin Rich, Julianne Coleman, Sharon M. Pratt
The Elementary School Journal
Text Readability and Simplification
article

A Text Complexity Continuum of Multimodality in Science Books

Erin Rich, Julianne Coleman, Sharon M. Pratt
article en

Abstract

This study presents a Text Complexity Continuum of Multimodality in Science Books from recently published lists of award-winning science books. This text complexity continuum considers factors such as the degree to which the text layout is linear or nonlinear, the range of visuals present, the interactive nature of multimodal elements, and the density of information, including the text and visuals contained across pages. Using content analysis methods, texts were coded and organized into a hierarchical continuum of multimodality to represent the complexity of information presented. This text complexity continuum adds to the literature by acknowledging that the demands of science texts go beyond the written word to also include challenges from layout and visuals. The Text Complexity Continuum of Multimodality in Science Books can be used by researchers and educators to better inform literacy instruction regarding the demands readers face accessing and comprehending information from science books.

The Elementary School Journal
University of Alabama (US), Northwest University (US), Indiana University Northwest (US), Indiana University (US)
Openalex Percentile: Top 8%
Text Readability and Simplification
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