Speech Rhythm Perception in Japanese: Evidence From Sensorimotor Synchronisation With Connected Speech

The rhythm of Japanese has often been described as mora-timed, a characterisation that overlooks the richer prosodic hierarchy extending from the mora to the syllable, metrical foot and prosodic word. The present study examines rhythm perception in Japanese using a recently developed sensorimotor synchronisation technique. Forty native speakers of Tokyo Japanese participated in the experiment, synchronising in time with the beat of looped sentences spoken in their native variety. Analysing frequency, accuracy and stability of synchronisation, the study showed that the mora affected the perception of speech rhythm only indirectly, by shaping the structure of bimoraic metrical feet. The results suggest two core rhythmic domains in Japanese – the metrical foot and the prosodic word – whose initial elements attract rhythmic attention. This indicates a perceptual preference for a trochaic rhythm. The presence of a pitch accent enhanced synchronisation patterns observed within the domain of metrical feet, which signifies accentual rather than purely tonal perception of pitch accent. Given that the existence of a bimoraic foot unit in Japanese has been proposed based on a range of morphophonological phenomena, the present study is among the first to provide empirical evidence in support of the psychological reality of bimoraic metrical feet for Japanese listeners. We discuss these findings as evidence of a system of rhythmic constraints that is primarily edge-sensitive, with head-sensitivity playing a secondary role.

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Journal
Language and Speech
Published
2026-10-08
DOI
https://doi.org/10.1177/00238309261493920
Primary Topic
Phonetics and Phonology Research
Type
article
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article

Speech Rhythm Perception in Japanese: Evidence From Sensorimotor Synchronisation With Connected Speech

Chia-Yuan Lin, Tamara V. Rathcke, Haruo Kubozono
Language and Speech
Phonetics and Phonology Research
article

Speech Rhythm Perception in Japanese: Evidence From Sensorimotor Synchronisation With Connected Speech

Chia-Yuan Lin, Tamara V. Rathcke, Haruo Kubozono
article en

Abstract

The rhythm of Japanese has often been described as mora-timed, a characterisation that overlooks the richer prosodic hierarchy extending from the mora to the syllable, metrical foot and prosodic word. The present study examines rhythm perception in Japanese using a recently developed sensorimotor synchronisation technique. Forty native speakers of Tokyo Japanese participated in the experiment, synchronising in time with the beat of looped sentences spoken in their native variety. Analysing frequency, accuracy and stability of synchronisation, the study showed that the mora affected the perception of speech rhythm only indirectly, by shaping the structure of bimoraic metrical feet. The results suggest two core rhythmic domains in Japanese – the metrical foot and the prosodic word – whose initial elements attract rhythmic attention. This indicates a perceptual preference for a trochaic rhythm. The presence of a pitch accent enhanced synchronisation patterns observed within the domain of metrical feet, which signifies accentual rather than purely tonal perception of pitch accent. Given that the existence of a bimoraic foot unit in Japanese has been proposed based on a range of morphophonological phenomena, the present study is among the first to provide empirical evidence in support of the psychological reality of bimoraic metrical feet for Japanese listeners. We discuss these findings as evidence of a system of rhythmic constraints that is primarily edge-sensitive, with head-sensitivity playing a secondary role.

Language and Speech
University of Huddersfield (GB), University of Konstanz (DE), National Institute for Japanese Language and Linguistics (JP)
Openalex Percentile: Top 7%
Phonetics and Phonology Research
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Speech Rhythm Perception in Japanese: Evidence From Sensorimotor Synchronisation With Connected Speech — Chia-Yuan Lin, Tamara V. Rathcke, et al. · Language and Speech (2026) | TGRS Research Map | TGRS