Learning Accurate Onset Clusters: Perception Lags Behind Production

This study investigates young school-aged children's knowledge (at 4-7 years) of accurate English word-initial onset clusters. By this age, we expect children to be mostly accurate in producing #CC clusters (rather than repairing them with deletion or epenthesis). We ask how well can they recognize and reject cluster repair errors, in both real and nonce word tasks. The results suggest that these learners' cluster judgment skills lag behind their cluster production abilities, and that asymmetries in error types do not overall align between the two domains. Perceptual errors are made most often when comparing clusters with epenthesis repairs, not deletion, and the cluster's sonority profile does not directly influence error rates. After comparing these findings with similar results from adult L2 English speakers as well, we discuss the ways in which issues like recoverability, salience, and contiguity can account for our findings. We also suggest that more work on phonological knowledge and judgments in older children will provide a broader understanding of sound pattern acquisition across development.

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Publication Details

Journal
Language and Speech
Published
2025-10-18
DOI
https://doi.org/10.1177/00238309251362881
Primary Topic
Language Development and Disorders
Type
article
Field-Weighted Citation Impact
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article

Learning Accurate Onset Clusters: Perception Lags Behind Production

Ashley Farris‐Trimble, Anne‐Michelle Tessier, Claire Moore-Cantwell
Language and Speech
Language Development and Disorders
article

Learning Accurate Onset Clusters: Perception Lags Behind Production

Ashley Farris‐Trimble, Anne‐Michelle Tessier, Claire Moore-Cantwell
article en

Abstract

This study investigates young school-aged children's knowledge (at 4-7 years) of accurate English word-initial onset clusters. By this age, we expect children to be mostly accurate in producing #CC clusters (rather than repairing them with deletion or epenthesis). We ask how well can they recognize and reject cluster repair errors, in both real and nonce word tasks. The results suggest that these learners' cluster judgment skills lag behind their cluster production abilities, and that asymmetries in error types do not overall align between the two domains. Perceptual errors are made most often when comparing clusters with epenthesis repairs, not deletion, and the cluster's sonority profile does not directly influence error rates. After comparing these findings with similar results from adult L2 English speakers as well, we discuss the ways in which issues like recoverability, salience, and contiguity can account for our findings. We also suggest that more work on phonological knowledge and judgments in older children will provide a broader understanding of sound pattern acquisition across development.

Language and Speech
University of British Columbia (CA), University of California, Los Angeles (US), Simon Fraser University (CA)
Openalex Percentile: Top 68%
Language Development and Disorders
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