This paper continues the effort that began in (Scheer, Tobias & Peter Szigetvari. 2005. Unified representations for stress and the syllable. Phonology 22(1). 37–75.) to present a compelling alternative to moraic accounts of stress systems, framed in the theory of Strict CV (Lowenstamm, Jean. 1996. CV as the only syllable type. In Jacques Durand & Bernard Laks (eds.), Current trends in phonology models and methods , 419–442. European Studies Research Institute, University of Salford.). We have chosen stress in Palestinian Arabic, a stronghold of moraic theory, to be the empirical basis of the paper. It is a complex system, involving syllable structure and stress assignment, quantity sensitivity and syllabically-determined stress shift. Moreover, its analysis requires the deployment of a great deal of the theoretical machinery that has been (independently) developed in moraic stress theory. These phenomena, although recurrent cross-linguistically, remained outside the scope of Scheer and Szigetvari’s work. The present paper provides an account of these patterns using the innovative grid-based notion of weight incorporation (Ulfsbjorninn, Shanti. 2014. A Field Theory of Stress: the role of empty nuclei in stress systems . SOAS – University of London, PhD Dissertation.). The analysis is also brought to bear on Cairene Arabic, which is shown to differ from Palestinian in a single parameter setting. Significant independent support is provided by the extension of the analysis to the phenomenon of vowel shortening (both metrical and final), whose distribution and motivation are shown to follow in a straightforward manner from the general account. The paper also improves on previous analyses of meter in Strict CV, as for the first time in Strict CV metrics, a computational component is explicitly formalized. We conclude with a comparison to a moraic analysis of the phenomena discussed, and argue on principled grounds that the Strict CV account is a worthy competitor to such an analysis. Like its predecessor from 2005, the present account recognizes only one unit relevant for meter: the nucleus. No appeal is made to moras, syllables, feet or extrametricality.
