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Languages have long been studied through the rhythm class framework, which discriminates them into separate classes on the basis of shared rhythmic properties. Originally these differences were attributed to the isochronous timing of different prosodic units, such as stress intervals in “stress-timed” languages and syllables in “syllable-timed” languages.

Languages have long been studied through the rhythm class framework, which discriminates them into separate classes on the basis of shared rhythmic properties. Originally these differences were attributed to the isochronous timing of different prosodic units, such as stress intervals in “stress-timed” languages and syllables in “syllable-timed” languages. More recent work has turned to durational metrics as a means of evaluating rhythm class, by measuring the variability and proportion of segmental intervals in the speech stream. Both isochrony and durational metrics are no longer viewed as correlative with natural language rhythm, but durational metrics in particular have remained prevalent in the literature. So long as the conclusions of durational metrics are not overextended, their analysis can provide a useful mechanism for assessing the compatibility of a language with a given rhythm class by way of comparative analysis. This study therefore presents a durational-metric comparison of Scottish Gaelic, a language which has frequently been described as stress-timed but has never been empirically tested for rhythm class, with English, a prototypical and well-studied example of a stress-timed language. The Gaelic metric scores for %V (percentage of vocalic content), ΔV (standard deviation in vocalic interval length), and ΔC (standard deviation in consonantal interval length) (Ramus et al. 1999) are shown to be very similar to those measured for English, indicating that the language displays similar patterns of durational variability and segmental proportion typically ascribed to a rhythmically stress-timed language. This provides clear support for the classification of Scottish Gaelic as stress-timed.
ContributorsKellogg, Jackson (Author) / Pruitt, Kathryn (Thesis advisor) / Gelderen, Elly van (Committee member) / Peterson, Tyler (Committee member) / Arizona State University (Publisher)
Created2020
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Description
The idea that everything occurs linearly, over the course of time, is evident in the way we construct our sentences and track our understanding of our own lives. It is within this understanding we perform, compose, and listen to music. Since language occurs over time, there is the understanding that

The idea that everything occurs linearly, over the course of time, is evident in the way we construct our sentences and track our understanding of our own lives. It is within this understanding we perform, compose, and listen to music. Since language occurs over time, there is the understanding that words and ideas are uttered like marks on a continuous line, some closer together, others with large gaps in-between. It has been the work of linguists and philosophers to understand the patterns, or the rhythm, of speech and language in this way, and while there is no definitive or consistent model for how language is rhythmically produced in any language, it has been determined that rhythm is considered and perceived when language is spoken or heard. It is this perception of rhythm in speech that defines how language comprehension is acquired before phonetic skills. This paper will explore the effects of rhythm in language during infant's prelexical period, the correlations of rhythm and developing reading skills, and finally, explore how the intervals between vocalic utterances become normalized and consistent in poetic readings.
ContributorsZillich, Nicolette Isabel (Author) / Mantie, Roger (Thesis director) / Laing, Alexander (Committee member) / School of Music (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05