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Word Recall is Affected by Surrounding Metrical Context.

Amelia E Kimball1, Loretta K Yiu2, Duane G Watson3

  • 1Laboratoire de Linguistique Formelle, Université Paris Diderot.

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|October 5, 2020
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English rhythm may hinder memory. While regular patterns aid language processing, this study found metrically irregular words are better recalled, suggesting rhythm's role in memory is complex.

Keywords:
metrical regularityprosodyrecallstressed syllablesword recall

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Area of Science:

  • Cognitive Psychology
  • Psycholinguistics
  • Memory Studies

Background:

  • English language exhibits a metrical structure with alternating stressed and unstressed syllables.
  • Previous research indicates that regular metrical patterns enhance online language comprehension.
  • Conflicting theories exist regarding the effect of regularity on memory, with some suggesting enhancement and others impairment due to reduced salience.

Purpose of the Study:

  • To investigate the impact of metrical regularity on memory recall.
  • To test the hypothesis that metrical regularity, similar to phonological similarity, may impair memory performance.
  • To reconcile conflicting predictions from language processing and memory literature regarding metrical structure.

Main Methods:

  • A recall task was designed to assess memory for words within varying metrical contexts.
  • Participants were presented with lists of words, some conforming to a regular metrical pattern and others deviating.
  • Performance was measured by the accuracy of word recall.

Main Results:

  • Words were recalled more accurately when they deviated from the established metrical context.
  • Metrically irregular patterns led to better memory performance compared to regular patterns.
  • This finding suggests that metrical regularity does not universally enhance memory recall.

Conclusions:

  • Metrical regularity in language may not always be beneficial for memory.
  • Deviations from expected metrical patterns appear to enhance memory recall.
  • The findings challenge the direct extension of online processing benefits of rhythm to memory systems.