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Airflow and acoustic modelling of pharyngeal and uvular consonants in Moroccan Arabic

  • Mohamed Yeou and Shinji Maeda
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Instrumental Studies in Arabic Phonetics
This chapter is in the book Instrumental Studies in Arabic Phonetics

Abstract

Idealised models based on realistic vocal-tract area functions are proposed for Arabic uvular /χ, ʁ/ and pharyngeal /ħ, ʕ/ and compared against data from four male speakers of Moroccan Arabic (MA). Synthesised versions of [aCa] sequences were created from these idealised models and subjected to perception tests in which the subjects were ten speakers of MA. Findings of this study confirm that these consonants should not be considered fricatives but approximants. First, area values of supraglottal constriction and glottal constriction are estimated to be higher than those for simple fricatives. Second, corresponding spectrograms often show a vowel-like formant structure. Third, calculated and measured airflow values were in a much higher range than for normal fricatives.

Abstract

Idealised models based on realistic vocal-tract area functions are proposed for Arabic uvular /χ, ʁ/ and pharyngeal /ħ, ʕ/ and compared against data from four male speakers of Moroccan Arabic (MA). Synthesised versions of [aCa] sequences were created from these idealised models and subjected to perception tests in which the subjects were ten speakers of MA. Findings of this study confirm that these consonants should not be considered fricatives but approximants. First, area values of supraglottal constriction and glottal constriction are estimated to be higher than those for simple fricatives. Second, corresponding spectrograms often show a vowel-like formant structure. Third, calculated and measured airflow values were in a much higher range than for normal fricatives.

Chapters in this book

  1. Prelim pages i
  2. Table of contents v
  3. Acknowledgements vii
  4. List of contributors ix
  5. Transliteration and transcription symbols for Arabic xi
  6. Introduction 1
  7. Part I. Issues in syntagmatic structure
  8. Preliminary study of Moroccan Arabic word-initial consonant clusters and syllabification using electromagnetic articulography 29
  9. An acoustic phonetic study of quantity and quantity complementarity in Swedish and Iraqi Arabic 47
  10. Assimilation of /l/ to /r/ in Syrian Arabic 63
  11. Part II. Guttural consonants
  12. A study of the laryngeal and pharyngeal consonants in Jordanian Arabic using nasoendoscopy, videofluoroscopy and spectrography 101
  13. A phonetic study of guttural laryngeals in Palestinian Arabic using laryngoscopic and acoustic analysis 129
  14. Airflow and acoustic modelling of pharyngeal and uvular consonants in Moroccan Arabic 141
  15. Part III. Emphasis and coronal consonants
  16. Nasoendoscopic, videofluoroscopic and acoustic study of plain and emphatic coronals in Jordanian Arabic 165
  17. Acoustic and electromagnetic articulographic study of pharyngealisation 193
  18. Investigating the emphatic feature in Iraqi Arabic 217
  19. Glottalisation and neutralisation in Yemeni Arabic and Mehri 235
  20. The phonetics of localising uvularisation in Ammani-Jordanian Arabic 257
  21. EMA, endoscopic, ultrasound and acoustic study of two secondary articulations in Moroccan Arabic 277
  22. Part IV. Intonation and acquisition
  23. Acoustic cues to focus and givenness in Egyptian Arabic 301
  24. Acquisition of Lebanese Arabic and Yorkshire English /l/ by bilingual and monolingual children 325
  25. Appendix 355
  26. Index 359
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