More Than Just Scaffolding: Leveraging Multimodal Pedagogies to Support Multilingual Learners in Science

ABSTRACT This article illustrates how science teachers can build upon the spatial repertoire within sheltered English instruction to support multilingual learners (MLs). Specifically, this work explores how multiple modalities within a secondary marine biology classroom can be leveraged for instruction to support language and content learning, as well as learners' participation in disciplinary practices. Through qualitative analysis of three classroom lessons, we highlight how a marine biology teacher drew on this spatial repertoire to support MLs use of language, content knowledge, and participation in science and engineering practices. Though content‐area teachers do not always view themselves as language teachers, this work serves as an example of how a science teacher augmented instruction to meet the needs of her MLs.

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Publication Details

Journal
TESOL Journal
Published
2025-03-17
DOI
https://doi.org/10.1002/tesj.70032
Citations
1
Primary Topic
Second Language Learning and Teaching
Type
article
Field-Weighted Citation Impact
15.18

Funders

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article

More Than Just Scaffolding: Leveraging Multimodal Pedagogies to Support Multilingual Learners in Science

Hada M. Herring, Amber Deig, Mark B. Pacheco, Julie C. Brown et al.
1 citations
TESOL Journal
Second Language Learning and Teaching
15.18
article

More Than Just Scaffolding: Leveraging Multimodal Pedagogies to Support Multilingual Learners in Science

Hada M. Herring, Amber Deig, Mark B. Pacheco, Julie C. Brown, Niki M. Koukoulidis
article en
1 citations

Abstract

ABSTRACT This article illustrates how science teachers can build upon the spatial repertoire within sheltered English instruction to support multilingual learners (MLs). Specifically, this work explores how multiple modalities within a secondary marine biology classroom can be leveraged for instruction to support language and content learning, as well as learners' participation in disciplinary practices. Through qualitative analysis of three classroom lessons, we highlight how a marine biology teacher drew on this spatial repertoire to support MLs use of language, content knowledge, and participation in science and engineering practices. Though content‐area teachers do not always view themselves as language teachers, this work serves as an example of how a science teacher augmented instruction to meet the needs of her MLs.

TESOL JournalVol. 16(2)
University of Florida (US), University of Southern Mississippi (US)
National Science Foundation
Openalex Percentile: Top 3%
Second Language Learning and Teaching
15.18
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