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Metri Causa: Rhythmic Well-formedness in Latin Elegy

2022, N/A

Abstract

This remains a draft because it does not incorporate the conclusions in Ryan (2017). This study uses a generative metrics framework to analyze rhythmic constraints on Latin elegiac couplets. The corpus examined includes 1,116 couplets written by five poets who lived between c. 84 BCE and c. 100 CE. While many studies have examined Latin poetry (and, indeed, Latin elegy) in great detail (Greenberg 1987; Platnauer 1951), none has taken advantage of the methodologies in more recent generative metrics surveys of other languages’ poetries. The analytical approach in the present study is inspired by Hayes & MacEachern (1998), a comprehensive generative metrics analysis of quatrains in English fold verse, and by Golston & Riad (2000), a constraint-based study of Greek meter. Both use frameworks based on Optimality Theory (Prince & Smolensky 2004) and propose that metrical structures can be described in terms of formal constraints whose rankings can vary across individual languages. I repurpose this idea here to describe Latin elegy in terms of stress rhythm. Long-held views about the ancient poets’ metrical preferences (Allen 1973; Bennett 1898; Halporn et al. 1963; Sturtevant 1923), already have us well-equipped to develop a formal analysis of the rhythmic characteristics of Latin elegy. Of even more help to my goals are recent studies of Latin stress (Apoussidou & Boersma 2003) and metrical structure, more generally (Hayes 1995). The goal of this study is to define elegiac couplets in these terms, to evaluate interplay between prosodic prominence (stress in Latin words) and underlying metrical beats (or intervals in the prescribed poetic template), and to ascertain whether rhythm can be used to explain form. The use of first-person plural in this paper is meant to include myself and the reader. This is an undergraduate honors thesis, and I want to thank my wonderful supervisor, Dr. Megan Crowhurst, for her invaluable feedback throughout this process.