Ternarity through binarity

text Ternary stress patterns—the lapse of more than one syllable between stresses—have been challenging for metrical stress theory. The existence of a ternary primitive predicts the existence of trisyllabic word minima, trisyllabic reduplicants, and most directly, stress on every third syllable. The...

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Main Author: McCartney, Steven James
Other Authors: Myers, Scott P.
Format: Thesis
Language:English
Published: 2003
Subjects:
Online Access:http://hdl.handle.net/2152/765
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spelling ftunivtexas:oai:repositories.lib.utexas.edu:2152/765 2023-05-15T13:21:22+02:00 Ternarity through binarity McCartney, Steven James Myers, Scott P. 2003 electronic application/pdf http://hdl.handle.net/2152/765 eng eng b57157261 http://hdl.handle.net/2152/765 56799232 3116386 Copyright is held by the author. Presentation of this material on the Libraries' web site by University Libraries, The University of Texas at Austin was made possible under a limited license grant from the author who has retained all copyrights in the works. Accents and accentuation Metrical phonology Thesis 2003 ftunivtexas 2020-12-23T22:12:04Z text Ternary stress patterns—the lapse of more than one syllable between stresses—have been challenging for metrical stress theory. The existence of a ternary primitive predicts the existence of trisyllabic word minima, trisyllabic reduplicants, and most directly, stress on every third syllable. The alternative to a ternary primitive has its own predictions, such as the systematic skipping of one light syllable between metrical feet. As such, this, too, would predict the systematic occurrence of stress on every third syllable. Most of the worlds languages that have stress are binary and show strict alternating rhythm on stressbearing units, and so these ternary languages are somewhat problematic. This research shows that the predictions borne of a ternary primitive or its binary alternative do not hold. More specifically, that systems widely believed to be ternary are more uniformly identified as binary, with sporadic ternary effects under duress. This is particularly important, because we predict that the existence of those requirements that yield a ternary effect should apply across-the-board in some languages, and this prediction is shown not to hold. Evidence from Finnish, Estonian, and Koniag Alutiiq suggest that both the quantity of the individual syllable in specific contexts as well as the morphological status of certain syllables can be stress-attracting such that a binary rhythmic alternation can be interrupted to the extent that it appears ternary. Additional evidence from Old English and Bani-Hassan Bedouin Arabic, originally thought to be evidence of the binary equivalent of a ternary primitive, are shown to be well-formed binary systems whose sporadic ternary effects are predictable on the basis of requirements we know to hold in other languages. Finally, an examination of Sentani reveals that remaining instances of ternarity are predicted on the basis of the unusual application of requirements known to hold in other languages. Linguistics Thesis alutiiq The University of Texas at Austin: Texas ScholarWorks Bani ENVELOPE(-21.506,-21.506,64.898,64.898)
institution Open Polar
collection The University of Texas at Austin: Texas ScholarWorks
op_collection_id ftunivtexas
language English
topic Accents and accentuation
Metrical phonology
spellingShingle Accents and accentuation
Metrical phonology
McCartney, Steven James
Ternarity through binarity
topic_facet Accents and accentuation
Metrical phonology
description text Ternary stress patterns—the lapse of more than one syllable between stresses—have been challenging for metrical stress theory. The existence of a ternary primitive predicts the existence of trisyllabic word minima, trisyllabic reduplicants, and most directly, stress on every third syllable. The alternative to a ternary primitive has its own predictions, such as the systematic skipping of one light syllable between metrical feet. As such, this, too, would predict the systematic occurrence of stress on every third syllable. Most of the worlds languages that have stress are binary and show strict alternating rhythm on stressbearing units, and so these ternary languages are somewhat problematic. This research shows that the predictions borne of a ternary primitive or its binary alternative do not hold. More specifically, that systems widely believed to be ternary are more uniformly identified as binary, with sporadic ternary effects under duress. This is particularly important, because we predict that the existence of those requirements that yield a ternary effect should apply across-the-board in some languages, and this prediction is shown not to hold. Evidence from Finnish, Estonian, and Koniag Alutiiq suggest that both the quantity of the individual syllable in specific contexts as well as the morphological status of certain syllables can be stress-attracting such that a binary rhythmic alternation can be interrupted to the extent that it appears ternary. Additional evidence from Old English and Bani-Hassan Bedouin Arabic, originally thought to be evidence of the binary equivalent of a ternary primitive, are shown to be well-formed binary systems whose sporadic ternary effects are predictable on the basis of requirements we know to hold in other languages. Finally, an examination of Sentani reveals that remaining instances of ternarity are predicted on the basis of the unusual application of requirements known to hold in other languages. Linguistics
author2 Myers, Scott P.
format Thesis
author McCartney, Steven James
author_facet McCartney, Steven James
author_sort McCartney, Steven James
title Ternarity through binarity
title_short Ternarity through binarity
title_full Ternarity through binarity
title_fullStr Ternarity through binarity
title_full_unstemmed Ternarity through binarity
title_sort ternarity through binarity
publishDate 2003
url http://hdl.handle.net/2152/765
long_lat ENVELOPE(-21.506,-21.506,64.898,64.898)
geographic Bani
geographic_facet Bani
genre alutiiq
genre_facet alutiiq
op_relation b57157261
http://hdl.handle.net/2152/765
56799232
3116386
op_rights Copyright is held by the author. Presentation of this material on the Libraries' web site by University Libraries, The University of Texas at Austin was made possible under a limited license grant from the author who has retained all copyrights in the works.
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