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Evidence for the Modulation of Sub-Lexical Processing in Go No-Go Naming: The Elimination of the Frequency ? Regularity Interaction

Furkejuvvon:
Publikašuvnnas:Journal of Psycholinguistic Research vol. 40, no. 5-6 (Dec 2011), p. 367
Váldodahkki: Cummine, Jacqueline
Eará dahkkit: Amyotte, Josee, Pancheshen, Brent, Chouinard, Brea
Almmustuhtton:
Springer Nature B.V.
Fáttát:
University of Alberta
Female
Humans
Male
Phonetics
Reaction Time
Reading
Semantics
Vocabulary
Young Adult
Canada
Names
Information processing
Experiments
Nonwords
Lexical processing
Naming
Parallel processing
Information
Regularity
Elimination
Language Processing
Word Frequency
Undergraduate Students
Oral Reading
Liŋkkat:Citation/Abstract
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Abstrákta:The Frequency (high vs. low) × Regularity (regular vs. exception) interaction found on naming response times is often taken as evidence for parallel processing of sub-lexical and lexical systems. Using a Go/No-go naming task, we investigated the effect of nonword versus pseudohomophone foils on sub-lexical processing and the subsequent Frequency × Regularity interaction. We ran two experiments: (1) a Go/No-go naming task with nonword foils (e.g., bint) and (2) a Go/No-go naming task with pseudohomophone foils (e.g., pynt). Experiment 1 replicated the Frequency × Regularity interaction on naming response times supporting the notion of parallel sub-lexical and lexical processing. Experiment 2 eliminated the Frequency × Regularity interaction providing evidence for the modulation of sub-lexical information. These results indicate that using pseudohomophones in the Go/No-go naming task minimized information provided from sub-lexical processing and maximized information provided from the lexical system.[PUBLICATION ABSTRACT]   The Frequency (high vs. low) × Regularity (regular vs. exception) interaction found on naming response times is often taken as evidence for parallel processing of sub-lexical and lexical systems. Using a Go/No-go naming task, we investigated the effect of nonword versus pseudohomophone foils on sub-lexical processing and the subsequent Frequency × Regularity interaction. We ran two experiments: (1) a Go/No-go naming task with nonword foils (e.g., bint) and (2) a Go/No-go naming task with pseudohomophone foils (e.g., pynt). Experiment 1 replicated the Frequency × Regularity interaction on naming response times supporting the notion of parallel sub-lexical and lexical processing. Experiment 2 eliminated the Frequency × Regularity interaction providing evidence for the modulation of sub-lexical information. These results indicate that using pseudohomophones in the Go/No-go naming task minimized information provided from sub-lexical processing and maximized information provided from the lexical system.
ISSN:0090-6905
1573-6555
DOI:10.1007/s10936-011-9174-2
Gáldu:Health & Medical Collection