Vowel reduction in Russian: No phonetics in phonology
Редукция гласных в русском языке: отсутствие фонетики в фонологии
2012-04-12
SCID: 54.1/3caa4kpv
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Standard Russianphonological computationschwasonorityvowel reduction
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Abstract (AI)
Much recent work in phonology concentrates on the role of sonority in the phenomenon of vowel reduction, capitalizing on two facts: that reduction involves raising and/or shortening and that higher vowels and schwa are normally interpreted as having low sonority. This paper presents a different approach to vowel reduction in Standard Russian. It is proposed that the apparent sonority-driven effects in Russian are epiphenomenal. In particular, reduction to schwa is outside the domain of phonological computation in Russian, being an artifact of reduced duration. Other types of neutralization arising in vowel reduction are potentially amenable to a sonority-based analysis, but I argue that current approaches to sonority-driven reduction suffer from representational shortcomings. When these shortcomings are rectified, however, sonority is unnecessary as an explicit factor in vowel reduction: standard markedness mechanisms suffice to explain the data.
Key Findings
1
After correcting those representational problems, standard markedness mechanisms explain Russian vowel reduction without explicitly invoking sonority.
2
Other vowel-reduction neutralizations could potentially receive sonority-based analyses, but current approaches have representational shortcomings.
3
Reduction to schwa in Standard Russian falls outside phonological computation and results from shortened duration.
4
Russian vowel reduction effects that appear sonority-driven are argued to be epiphenomenal rather than caused by phonological sonority.
5
The paper supports an analysis separating phonological vowel reduction from phonetic effects associated with reduced duration.
Research Object
vowel reduction in Standard Russian
Research Subject
the phonological mechanisms underlying vowel reduction, including schwa reduction, neutralization, and the role of sonority
Publication Details
Publication Date
2012-04-12
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