John Benjamins Publishing Company
The syntactic motor system
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Abstract
The human brain has mechanisms that can support production and perception of language. We ground the evolution of these mechanisms in primate systems that support manual dexterity, especially the mirror system that integrates execution and observation of hand movements. We relate the motor theory of speech perception to the mirror system hypothesis for language and evolution; explore links between manual actions and speech; contrast “language” in apes with language in humans; show in what sense the “syntax” implemented in Broca’s area is a “motor syntax” far more general than the syntax of linguistics; and relate communicative goals to sentential form.
Abstract
The human brain has mechanisms that can support production and perception of language. We ground the evolution of these mechanisms in primate systems that support manual dexterity, especially the mirror system that integrates execution and observation of hand movements. We relate the motor theory of speech perception to the mirror system hypothesis for language and evolution; explore links between manual actions and speech; contrast “language” in apes with language in humans; show in what sense the “syntax” implemented in Broca’s area is a “motor syntax” far more general than the syntax of linguistics; and relate communicative goals to sentential form.
Chapters in this book
- Prelim pages i
- Table of contents vii
- About the Authors ix
- Introduction 1
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Part I. Evolution of language and the role of gestural communication
- The syntactic motor system 7
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Part II. Gestural communication in nonhuman primates
- The gestural communication of apes 37
- Gestural communication in three species of macaques ( Macaca mulatta , M. nemestrina , M. arctoides ) 53
- Multimodal concomitants of manual gesture by chimpanzees (Pan troglodytes) 69
- Requesting gestures in captive monkeys and apes 83
- Cross-fostered chimpanzees modulate signs of American Sign Language 97
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Part III. Gestural communication in human primates
- Human twelve-month-olds point cooperatively to share interest with and helpfully provide information for a communicative partner 123
- From action to language through gesture 141
- The link and differences between deixis and symbols in children’s early gestural-vocal system 163
- A cross-cultural comparison of communicative gestures in human infants during the transition to language 183
- How does linguistic framing of events influence co-speech gestures? 199
- The two faces of gesture 219
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Part IV. Future directions
- Gestures in human and nonhuman primates 237
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Book Review
- Michael C. Corballis (2002). From hand to mouth. The origins of language 261
- Index 281
Chapters in this book
- Prelim pages i
- Table of contents vii
- About the Authors ix
- Introduction 1
-
Part I. Evolution of language and the role of gestural communication
- The syntactic motor system 7
-
Part II. Gestural communication in nonhuman primates
- The gestural communication of apes 37
- Gestural communication in three species of macaques ( Macaca mulatta , M. nemestrina , M. arctoides ) 53
- Multimodal concomitants of manual gesture by chimpanzees (Pan troglodytes) 69
- Requesting gestures in captive monkeys and apes 83
- Cross-fostered chimpanzees modulate signs of American Sign Language 97
-
Part III. Gestural communication in human primates
- Human twelve-month-olds point cooperatively to share interest with and helpfully provide information for a communicative partner 123
- From action to language through gesture 141
- The link and differences between deixis and symbols in children’s early gestural-vocal system 163
- A cross-cultural comparison of communicative gestures in human infants during the transition to language 183
- How does linguistic framing of events influence co-speech gestures? 199
- The two faces of gesture 219
-
Part IV. Future directions
- Gestures in human and nonhuman primates 237
-
Book Review
- Michael C. Corballis (2002). From hand to mouth. The origins of language 261
- Index 281