1978
DOI: 10.3765/bls.v4i0.2221
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Speech Aerodynamics and Phonological Universals

Abstract: Proceedings of the 4th Annual Meeting of the Berkeley Linguistics Society (1978), pp. 312-329

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Cited by 95 publications
(31 citation statements)
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“…Furthermore, this interaction may be a facet of a more general correlation between vowel openness (closeness) and consonant voicing (devoicing); typologically, if a language allophonically devoices vowels, high vowels are devoiced much more regularly than non-high vowels, especially when they occur between two voiceless consonants (Greenberg, 1969, pp. 162-165;Jaeger, 1978;Meneses and Albano, 2015, this volume). High vowels, having a relatively close constriction, impede the flow of air more than low vowels, which can help to decrease transglottal pressure enough to extinguish or at least reduce voicing (Ohala, 1983, pp.…”
Section: Discussionmentioning
confidence: 99%
“…Furthermore, this interaction may be a facet of a more general correlation between vowel openness (closeness) and consonant voicing (devoicing); typologically, if a language allophonically devoices vowels, high vowels are devoiced much more regularly than non-high vowels, especially when they occur between two voiceless consonants (Greenberg, 1969, pp. 162-165;Jaeger, 1978;Meneses and Albano, 2015, this volume). High vowels, having a relatively close constriction, impede the flow of air more than low vowels, which can help to decrease transglottal pressure enough to extinguish or at least reduce voicing (Ohala, 1983, pp.…”
Section: Discussionmentioning
confidence: 99%
“…In this environment, the stop's release is inherently somewhat fricated, due to the closeness of the tongue blade to the hard palate as it is released into the following vowel: the affrication is stronger the higher and fronter the vowel, and the greater the coarticulation between the stop and the following vocoid (e.g. in English casual speech /mit ju/ -[mit S j«] ('meet you')); it is also stronger in voiceless than voiced stops, due to the typically louder release burst in the former (Ohala 1983, Jaeger 1978 In sum, in those languages for which we have careful phonetic descriptions, spirantization outputs are described as having weak friction, no friction, or some kind of phonetically or pragmatically conditioned variation between the two. In less explicit descriptions, the nonstridency of the spirantization outputs can be inferred from the absence of sibilants and labiodentals.…”
Section: Assibilation Assibilatory Spirantization Processes (Eg T mentioning
confidence: 99%
“…In terms of the aerodynamic difficulty that voiced geminates present, this ob-servation makes sense (Hayes and Steriade, 2004;Jaeger, 1978;Ohala, 1983;Ohala and Riordan, 1979;Westbury, 1979). To maintain voicing, it is necessary to keep the intraoral air pressure lower than subglottal air pressure.…”
Section: Seven Hypotheses Testedmentioning
confidence: 99%