Published June 6, 2014 | Version v1
Thesis Open

Nominal compounds and other N-N combinations: A typological study of a sample of Pama-Nyungan languages

  • 1. CNRS (Centre national de la recherche scientifique), LLACAN (Langage, langues et cultures d'Afrique noire), INALCO (Institut National des Langues et Civilisations Orientales)

Contributors

  • 1. University of Leuven

Description

Abstract:

This study investigates nominal compounds and related N-N combinations in a sample of twenty-four
Pama-Nyungan languages (Australia) from a typological perspective.
A survey of typological literature on compounding (section 2) shows that it is difficult to formulate
a precise definition of ‘compound’ that can be applied to a wide range of languages. It is possible,
however, to set up some parameters for each individual language that allow a category of ‘compounds’
to be distinguished from phrasal combinations of lexemes. Phonologically, compounds may exhibit
boundary phenomena, linking morphemes, and/or specialized stress patterns. Morphosyntactically, their
elements resist separation by other morphemes and compounds may carry compound-specific cranberry
morphs. Semantically, compounds function as names: they are prone to lexicalization, they have a
tendency to become idiomatic and they have a non-referential dependent (non-head) element.
In section 4, a concept ‘complex nominal head’ is set up, which allows for a study of nominal
compounds in the context of other ‘non-phrasal’ N-N combinations in the sample (which is described in
section 3). Section 5 provides an overview – based on the parameters introduced in section 2 – of the
phonological, morphosyntactic and semantic properties characterizing these constructions. Finally,
section 6 of this study gives an idea of how different languages in the sample can distinguish between
different types of ‘complex nominal heads’, and where compounds fit in.

Notes

This thesis contains datasheets.

Files

Jakob_Lesage_Nominal_Compounds_Pamanyungan.pdf

Files (2.1 MB)

Name Size Download all
md5:fec388942b48d4e2f28f02d75d6a3163
2.1 MB Preview Download