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Complex weight distinctions in Harmonic Serialism

Bibliographic Data

ID20343987
AuthorsFaisal M Al-Mohanna (0000-0002-5968-0835, King Saud University, corresponding author), Faisal Al-Mohanna (King Saud University)
Year2024
Volume41
Issue4
Pages699-740
Publication date2024-11-26
Peer ReviewedYes
Open AccessNo
TypeARTICLE
VenueThe Linguistic Review (JOURNAL)
Journal identifiersISSN: 0167-6318 • E-ISSN: 1613-3676
PublisherWalter de Gruyter GmbH (PUBLISHER • DE)
DOI10.1515/tlr-2024-2020
OpenAlexW4403887600
LanguageEN
References cited22

A number of the quantity-sensitive stress systems which are characterised by complex weight distinctions have often proven challenging for parallel constraint-based metrical frameworks. A number of parallel-OT accounts are proposed to explain stress systems with multi-level weight hierarchies, in which syllables with long vowels (CVV) are more prominent than closed syllables (CVC), and closed syllables are more prominent than short open syllables (CV). The majority of these accounts are either inadequate or implausible. This paper seeks to provide an alternative account of stress systems with complex weight distinctions. Gradual prosodification, as an application of Harmonic Serialism, is the proposed framework for analysis. Maintaining gradualness and harmonic improvement in prosodic structure across the different steps of the derivation is deemed to be sufficient to achieve the required effects. The realisation of the various prominence relations illustrated in those multi-level weight hierarchies is considered to be an epiphenomenon of the sequential application of independently motivated prosodification processes, such as coda consonant moraification and foot construction. The proposed gradual prosodification model is applied to the stress systems of Kashmiri and Pulaar, that have identical algorithms for primary stress assignment, in addition to the secondary stress patten attested in Pulaar

Acoustics · Harmonic · Linguistics · Optimality theory · Phonology · Physics · Music and Audio Processing · Musicology and Musical Analysis · Philosophy · Phonetics and Phonology Research

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