Abstract

AbstractThis article investigates to what extent the semantics and the phonological forms of lexical items are genealogically inherited or acquired through language contact. We focus on patterns of colexification (the encoding of two concepts with the same word) as an aspect of lexical-semantic organization. We test two pairs of hypotheses. The first pair concerns the genealogical stability (persistence) and susceptibility to contact-induced change (diffusibility) of colexification patterns and phonological matter in the 40 most genealogically stable elements of the 100-items Swadesh list, which we call “nuclear vocabulary”. We hypothesize that colexification patterns are (a) less persistent, and (b) more diffusible, than the phonological form of nuclear vocabulary. The second pair of hypotheses concerns degrees of diffusibility in two different sections of the lexicon – “core vocabulary” (all 100 elements of the Swadesh list) and its complement (“non-core/peripheral vocabulary”). We hypothesize that the colexification patterns associated with core vocabulary are (a) more persistent, and (b) less diffusible, than colexification patterns associated with peripheral vocabulary. The four hypotheses are tested using the lexical-semantic data from the CLICS database and independently determined phonological dissimilarity measures. The hypothesis that colexification patterns are less persistent than the phonological matter of nuclear vocabulary receives clear support. The hypothesis that colexification patterns are more diffusible than phonological matter receives some support, but a significant difference can only be observed for unrelated languages. The hypothesis that colexification patterns involving core vocabulary are more genealogically stable than colexification patterns at the periphery of the lexicon cannot be confirmed, but the data seem to indicate a higher degree of diffusibility for colexification patterns at the periphery of the lexicon. While we regard the results of our study as valid, we emphasize the tentativeness of our conclusions and point out some limitations as well as desiderata for future research to enable a better understanding of the genealogical versus areal distribution of linguistic features.

Highlights

  • One of the central challenges of comparative linguistics is to determine why languages are the way they are

  • The correlations are consistently stronger for colexification patterns, even though a statistically significant difference between sets of Beta coefficients can only be observed for two operationalizations of contact intensity, i.e. PATH ( p = 0.03) and GEO ( p < 0.01)

  • The results of the regression analysis can be used to test our first pair of hypotheses, i.e. the Hypothesis of High Diffusibility and the Hypothesis of Low Persistence. With respect to the latter hypothesis, our analyses show clearly that the phonological matter of nuclear vocabulary is more persistent than colexification patterns involving nuclear vocabulary, under any of the control conditions for contact intensity

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Summary

Introduction

One of the central challenges of comparative linguistics is to determine why languages are the way they are. The development of large-scale linguistic databases, with WALS (Dryer and Haspelmath 2013) as a prominent representative and Glottobank as a currently growing project, has provided us with available and rich data on numerous properties across the world’s languages, and has been instrumental for this programme Such databases have increasingly been used as sources of information on the genealogical versus areal relations among languages (see for instance Dediu and Cysouw 2013; Murawaki and Yamauchi 2018; Wichmann 2015). In this article we intend to determine the degrees to which linguistic features reflect genealogical relatedness or areal contact, in a sample of European languages.

Theoretical background and two pairs of hypotheses
The language sample
The European languages as a contact network
The colexification data
Association between distance matrices
The hypotheses of high diffusibility and low persistence
The hypotheses of differential diffusibility and persistence
Findings
Conclusions
Full Text
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