Empirical investigation of spatial reference in the languages of the world reveals a much more complicated picture. While there are certainly some similarities in spatial reference across languages, there are also deep differences. In this paper, the author presents a description of motion events in Chantyal from the perspective of the by-now-familiar framework of Leonard Talmy as extended and elaborated by Dan Slobin. The author shows that while Chantyal can be classified as a verb-framed language according to Talmy’s typology, it exhibits many characteristics of typical satellite-framed languages
International audienceLinguistic systems encode spatial information in strikingly different w...
This chapter illustrates the benefits of applying insights from language typologies in order to affo...
International audienceLinguistic systems encode spatial information in strikingly different w...
The ways in which different languages encode motion events has been the topic of intense analysis an...
Linguistic systems encode spatial information in strikingly different ways. Talmy (2000) classified ...
Human life frequently involves spatial orientation and motion, and natural languages express manifol...
Human life frequently involves spatial orientation and motion, and natural languages express manifol...
Leonard Talmy’s influential binary motion event typology has encountered four main challenges: (a) a...
International audienceThis chapter is part of a cross-linguistic study lead by Yo Matsumoto, which a...
International audienceThis chapter is part of a cross-linguistic study lead by Yo Matsumoto, which a...
Motion-event typology has moved into a “post-Talmian” terrain of approaches focusing on an open-ende...
Motion-event typology has moved into a “post-Talmian” terrain of approaches focusing on an open-ende...
As part of their ideational resources, all languages have systems for construing our experience of a...
Is motion cognition influenced by the large-scale typological patterns proposed in Talmy’s (2000) tw...
no issnThis paper presents some examples of translating Russian verbs of motion into Dutch, using Le...
International audienceLinguistic systems encode spatial information in strikingly different w...
This chapter illustrates the benefits of applying insights from language typologies in order to affo...
International audienceLinguistic systems encode spatial information in strikingly different w...
The ways in which different languages encode motion events has been the topic of intense analysis an...
Linguistic systems encode spatial information in strikingly different ways. Talmy (2000) classified ...
Human life frequently involves spatial orientation and motion, and natural languages express manifol...
Human life frequently involves spatial orientation and motion, and natural languages express manifol...
Leonard Talmy’s influential binary motion event typology has encountered four main challenges: (a) a...
International audienceThis chapter is part of a cross-linguistic study lead by Yo Matsumoto, which a...
International audienceThis chapter is part of a cross-linguistic study lead by Yo Matsumoto, which a...
Motion-event typology has moved into a “post-Talmian” terrain of approaches focusing on an open-ende...
Motion-event typology has moved into a “post-Talmian” terrain of approaches focusing on an open-ende...
As part of their ideational resources, all languages have systems for construing our experience of a...
Is motion cognition influenced by the large-scale typological patterns proposed in Talmy’s (2000) tw...
no issnThis paper presents some examples of translating Russian verbs of motion into Dutch, using Le...
International audienceLinguistic systems encode spatial information in strikingly different w...
This chapter illustrates the benefits of applying insights from language typologies in order to affo...
International audienceLinguistic systems encode spatial information in strikingly different w...