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The role of acoustic/perceptual salience in directional asymmetry in infant stop/fricative contrast perception
Author(s) -
Youngja Nam,
Linda Polka
Publication year - 2013
Publication title -
proceedings of meetings on acoustics
Language(s) - English
Resource type - Conference proceedings
ISSN - 1939-800X
DOI - 10.1121/1.4800723
Subject(s) - perception , psychology , contrast (vision) , salience (neuroscience) , audiology , nonsense , phonological development , sound change , cognitive psychology , linguistics , phonology , computer science , medicine , biochemistry , chemistry , philosophy , artificial intelligence , neuroscience , gene
The presence of stops in a language implicates the presence of fricatives but the reverse is unattested. Similarly, infants' producing fricatives implies that they acquired stops. The privileged status of stops influences infants' stop/fricative perception. For example, Altvater-Mackensen and Fikkert (2010) reported that Dutch-learning 14-month-olds noticed a fricative to stop change but not vice versa. These findings were interpreted in terms of phonological specifications while dismissing acoustic/perceptual factors. In this study, we assessed whether prelinguistic infants show perceptual asymmetry. We tested English and French 4-5-month-olds using the look-while-listen procedure in which they were presented native nonsense syllables /bas/ and /vas/. A mixed ANOVA showed a significant interaction between trial type and group (p=.027). Infants in /vas/-habituated group noticed the switch when the habituated fricative changed to a stop but infants in /bas/-habituated group did not notice the switch when the habituated stop changed to a fricative. This perceptual asymmetry in infants before babbling and word recognition stage indicates the potential role of acoustic/perceptual factors. We suggest that the above-mentioned privileged status of stops may reflect the possibility that stops are acoustically/perceptually more salient than fricatives. This salience difference is predicted to induce directional asymmetry in stop/fricative contrast perception.

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