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Updated: Jun 15, 2026
05:38
Interaction between Phonological and Semantic Processes in Visual Word Recognition using Electrophysiology
Published on: June 29, 2021
Visual word recognition during reading is followed by subvocal articulation
Brianna M Eiter1, Albrecht W Inhoff
1Department of Psychology, Hofstra University.
Summary
This study investigated subvocal articulation during reading. Findings suggest phonologically similar irrelevant spoken words interfere with reading, but this effect disappears when subvocalization is suppressed.
Area of Science:
- Cognitive Psychology
- Psycholinguistics
- Reading Science
Background:
- The role of subvocal articulation in visual word recognition remains debated.
- Understanding the interplay between visual input and articulatory processes is crucial for reading models.
Purpose of the Study:
- To determine if visual word identification is followed by subvocal articulation during reading.
- To investigate the impact of phonological similarity and articulatory suppression on reading performance.
Main Methods:
- Three experiments presented irrelevant spoken words (ISW) varying in phonological similarity to visual target words during sentence reading.
- Tasks included sequential finger tapping (Experiment 1) and articulatory suppression (Experiment 2).
- Experiment 3 further examined the effects of articulatory suppression on lexical processing and eye guidance.
Main Results:
- Phonologically similar ISWs caused sound-specific interference during posttarget viewing in Experiment 1.
- This interference was absent under articulatory suppression in Experiment 2, where all ISWs had similar effects.
- Articulatory suppression did not impair lexical processing or visual word recognition's influence on eye movements in Experiment 3.
Conclusions:
- Subvocal articulation occurs during reading and is susceptible to phonological interference.
- Articulatory suppression effectively blocks the phonological encoding of visual words, preventing interference.
- Visual word recognition and its influence on reading eye movements are independent of subvocal articulation processes.
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