Improving Second-Grade Reading Comprehension Through a Sustained Content Literacy Intervention: A Mixed-Methods Study Examining the Mediating Role of Domain-Specific Vocabulary

This mixed-methods study explores the relationship between early elementary students' domain-specific vocabulary knowledge and their ability to comprehend grade-level reading passages on unfamiliar science topics. Specifically, this study used (a) structural equation modeling (SEM) to examine t...

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Veröffentlicht in:Journal of educational psychology 2024-05, Vol.116 (4), p.550-568
Hauptverfasser: Mosher, Douglas M., Burkhauser, Mary A., Kim, James S.
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Burkhauser, Mary A.
Kim, James S.
description This mixed-methods study explores the relationship between early elementary students' domain-specific vocabulary knowledge and their ability to comprehend grade-level reading passages on unfamiliar science topics. Specifically, this study used (a) structural equation modeling (SEM) to examine the extent to which students' networks of domain-specific vocabulary knowledge in Grades 1 and 2 mediated the effects of a Tier 1 content-based literacy intervention on domain-specific reading comprehension scores in Grade 2 (N = 2,156); and (b) quantitative survey and qualitative interview data from teachers (N = 48) to surface new themes about teacher vocabulary instruction that might suggest potential explanations for the SEM findings. SEM analysis revealed that students' domain-specific vocabulary knowledge in first and second grade explained 69% of the treatment effect on a domain-specific reading comprehension outcome. Results from the quantitative survey also indicated that treatment group teachers reported providing more incidental exposures to vocabulary than control teachers (effect size = .54), and qualitative analyses revealed that teachers with high incidental exposures tended to provide expanded opportunities for their students to engage with words and to connect words to topics. Findings from this mixed-method study paint a more complete picture of (a) the important role domain-specific vocabulary knowledge plays in facilitating reading comprehension transfer in the domain of science, and (b) what teachers do during vocabulary instruction to promote transfer in domain-specific reading comprehension. Educational Impact and Implications StatementThis study highlights the importance of teaching networks of domain-specific vocabulary in early elementary school grades. Findings show that domain-specific vocabulary knowledge taught in semantic networks explained over two-thirds of the treatment effect for a recent content literacy intervention in second grade. Interviews with participating teachers highlight the numerous ways teachers make vocabulary accessible for students: ample exposures to vocabulary and teaching words by connecting meanings to related words.
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Specifically, this study used (a) structural equation modeling (SEM) to examine the extent to which students' networks of domain-specific vocabulary knowledge in Grades 1 and 2 mediated the effects of a Tier 1 content-based literacy intervention on domain-specific reading comprehension scores in Grade 2 (N = 2,156); and (b) quantitative survey and qualitative interview data from teachers (N = 48) to surface new themes about teacher vocabulary instruction that might suggest potential explanations for the SEM findings. SEM analysis revealed that students' domain-specific vocabulary knowledge in first and second grade explained 69% of the treatment effect on a domain-specific reading comprehension outcome. 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Findings show that domain-specific vocabulary knowledge taught in semantic networks explained over two-thirds of the treatment effect for a recent content literacy intervention in second grade. 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ispartof Journal of educational psychology, 2024-05, Vol.116 (4), p.550-568
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subjects Comprehension
Elementary Education
Elementary school students
Female
Grade 1
Grade 2
Human
Learning transfer
Literacy
Literacy Programs
Male
Mixed methods research
Polls & surveys
Qualitative research
Reading Comprehension
School Based Intervention
Science
Science Education
Structural Equation Models
Student teacher relationship
Teachers
Teaching Methods
Topics
Transfer (Learning)
Vocabulary
Vocabulary development
Vocabulary instruction
title Improving Second-Grade Reading Comprehension Through a Sustained Content Literacy Intervention: A Mixed-Methods Study Examining the Mediating Role of Domain-Specific Vocabulary
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