Language Variation and Change· 2012Q1
Models, forests, and trees of York English:<i>Was/were</i>variation as a case study for statistical practice
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- Q1SCImago
- 2012year
Short summary
Mixed-effects models, random forests, and conditional inference trees reveal that polarity, distance from verb to plural element, and the nature of the DP predict 'was/were' variation in plural existential constructions, confirming ongoing linguistic change.
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Key points
- Mixed-effects models, random forests, and conditional inference trees offer complementary analytical approaches to linguistic variation.
- These advanced statistical methods can handle complex data structures, including unbalanced designs and multicollinearity, where traditional linear models are less suitable.
- Analysis of 'was/were' variation in plural existential constructions confirms polarity, distance from verb to plural element, and DP nature as significant predictors.
- The observed variation is linked to ongoing linguistic change and social reallocation via morphologization.
AI-generated from the title and abstract; the full text is not read.
Abstract
Abstract What is the explanation for vigorous variation between was and were in plural existential constructions, and what is the optimal tool for analyzing it? Previous studies of this phenomenon have used the variable rule program, a generalized linear model; however, recent developments in statistics have introduced new tools, including mixed-effects models, random forests, and conditional inference trees that may open additional possibilities for data exploration, analysis, and interpretation. In a step-by-step demonstration, we show how this well-known variable benefits from these complementary techniques. Mixed-effects models provide a principled way of assessing the importance of random-effect factors such as the individuals in the sample. Random forests provide information about the importance of predictors, whether factorial or continuous, and do so also for unbalanced designs with high multicollinearity, cases for which the family of linear models is less appropriate. Conditional inference trees straightforwardly visualize how multiple predictors operate in tandem. Taken together, the results confirm that polarity, distance from verb to plural element, and the nature of the DP are significant predictors. Ongoing linguistic change and social reallocation via morphologization are operational. Furthermore, the results make predictions that can be tested in future research. We conclude that variationist research can be substantially enriched by an expanded tool kit.
The authors' abstract, as published at the source. Language Variation and Change, 2012 · DOI ↗
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Field: Linguistics and Language
Linguistics and LanguageSocial Sciences