In:Variation and Change in the Encoding of Motion Events
Edited by Juliana Goschler and Anatol Stefanowitsch
[Human Cognitive Processing 41] 2013
► pp. 77–114
The encoding of motion events
Building typology bottom-up from text data in many languages
Published online: 14 November 2013
https://doi.org/10.1075/hcp.41.04w228l
https://doi.org/10.1075/hcp.41.04w228l
This chapter investigates eleven fundamental questions of motion event encoding from a massively cross-linguistic (i.e. typological) perspective in a bottom-up approach in parallel and original texts making use of quantitative and qualitative methods and various visualization methods. It is found that motion events can be encoded by lexical and grammatical means, by words and morphemes and tend to be expressed by constructions rather than simple markers (distributional spatial semantics). It is argued that local decomposition is more appropriate to address the semantics of motion events than global decomposition and that motion event typology consists of continuous rather than discrete variables. In motion event typology there are many features with only weak correlations (high heterogeneity). Both universal and culture-dependent aspects of motion event encoding are identified and areal trends in motion event typology are addressed (notably the deviant behavior of the North American continent).
Keywords: motion event typology, original texts, parallel texts
Cited by (5)
Cited by five other publications
Matsumoto, Yo
2020. Neutral and specialized path coding. In Broader Perspectives on Motion Event Descriptions [Human Cognitive Processing, 69], ► pp. 281 ff.
Matsumoto, Yo & Kazuhiro Kawachi
2020. Motion event descriptions in broader perspective. In Broader Perspectives on Motion Event Descriptions [Human Cognitive Processing, 69], ► pp. 1 ff.
Stosic, Dejan
2019. Manner as a cluster concept. In The Semantics of Dynamic Space in French [Human Cognitive Processing, 66], ► pp. 142 ff.
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