Book contents
- Frontmatter
- Contents
- List of figures
- List of tables
- List of contributors
- List of sign language abbreviations
- Notational conventions
- 1 Introduction
- I HISTORY AND TRANSMISSION
- II SHARED CROSSLINGUISTIC CHARACTERISTICS
- 8 Notation systems
- 9 Verb agreement in sign language morphology
- 10 Functional markers in sign languages
- 11 Clause structure
- 12 Factors that form classifier signs
- 13 Handshape contrasts in sign language phonology
- 14 Syllable structure in sign language phonology
- 15 Grammaticalization in sign languages
- 16 The semantics–phonology interface
- 17 Nonmanuals: their grammatical and prosodic roles
- III VARIATION AND CHANGE
- Notes
- References
- Index
12 - Factors that form classifier signs
from II - SHARED CROSSLINGUISTIC CHARACTERISTICS
Published online by Cambridge University Press: 05 June 2012
- Frontmatter
- Contents
- List of figures
- List of tables
- List of contributors
- List of sign language abbreviations
- Notational conventions
- 1 Introduction
- I HISTORY AND TRANSMISSION
- II SHARED CROSSLINGUISTIC CHARACTERISTICS
- 8 Notation systems
- 9 Verb agreement in sign language morphology
- 10 Functional markers in sign languages
- 11 Clause structure
- 12 Factors that form classifier signs
- 13 Handshape contrasts in sign language phonology
- 14 Syllable structure in sign language phonology
- 15 Grammaticalization in sign languages
- 16 The semantics–phonology interface
- 17 Nonmanuals: their grammatical and prosodic roles
- III VARIATION AND CHANGE
- Notes
- References
- Index
Summary
Introduction
Since the mid 1970s, sign language researchers have debated how to analyze signs that denote an entity's motion or state of being located somewhere, signs with some similarity between the sign form and the sign meaning (for an overview of the discussions, see Schembri2003 and papers in Emmorey 2003). One example is seen in Figure 12.1 from a Swedish signer's description of how a boy falls from a tree to the ground. The signer's hands can be seen as representing the boy and some surface related to the tree, respectively, and the movement of her right hand as representing the motion aspects of the boy's fall. Within the framework of functional linguistics and its interest in motivated relations between linguistic form and linguistic meaning (Jakobson 1971, Haiman 1983, Givón 1991, Engberg-Pedersen 1996), this chapter investigates the factors that shape signs like the one in Figure 12.1 and discusses different approaches to their description in the sign linguistics literature.
In a paper on arbitrariness and iconicity in American Sign Language (ASL), Frishberg (1975) introduced the term “classifier” to describe the hands in signs such as ASL MEET, which is made with two index-handshapes (see Appendix) facing each other (see Figure 12.2): “ASL uses the index finger in a vertical orientation as a sort of classifier for human beings” (Frishberg 1975:715). She claims that
the verb MEET has no “neutral” form; the citation form actually means “one person meets one person”, or perhaps more specifically “one self-moving object with a dominant vertical dimension meets one self-moving object with a dominant vertical dimension”... Many of these classifiers are productive and analyzable, although not strictly transparent. (Frishberg 1975:715)
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- Sign Languages , pp. 252 - 283Publisher: Cambridge University PressPrint publication year: 2010
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