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Handshape

In sign languages, handshape, or dez, refers to the distinctive configurations that the hands take as they are used to form words.[1] In Stokoe terminology it is known as the DEZ, an abbreviation of designator. Handshape is one of five components of a sign, along with location (TAB), orientation (ORI), movement (SIG), and nonmanual features. Different sign languages make use of different handshapes.

Constraints Edit

Possible handshapes are constrained by a variety of mechanic and neural factors. Evolutionary forces have led to some handshapes being easier or more natural for humans to produce than others. These tendencies can be summarized as follows:[2]

  1. The selected (extended) finger is either the thumb or the index finger
  2. Neighboring fingers are coupled
  3. All fingers have the same shape

A 2022 study of handshapes found that 85.6% of handshapes in 33 sign languages conform to these biological tendencies. Additionally, 35 handshapes were found to be represented in 89.2% of the 33 languages examined. Handshapes that did not conform to these tendencies were common in fingerspelling. This may be due to fingerspelling being a result of culture and explicit learning rather than arising naturally.[2]

In American Sign Language Edit

 
A sign language interpreter at a presentation. The two handshapes are the flat (B) hand and the tapered (O or M) hand.

American Sign Language uses 18 handshapes for ordinary signs, plus a few marginal handshapes taken from the American Manual Alphabet for fingerspelling.[3][better source needed]

Not all handshapes occur with every orientation, movement, or location: there are restrictions. For example, the 5 and F handshapes (the approximate shapes of the hand in fingerspelling 5 and F) only make contact with another part of the body through the tip of the thumb, whereas the K and 8 (a.k.a. Y) handshapes only make contact through the tip of the middle finger, and the X handshape only with the flexed joint of the index finger.[citation needed]

See also Edit

References Edit

  1. ^ Tennant RA, Gluszak M, Brown MG (1998). The American sign language handshape dictionary. Gallaudet University Press. pp. 407. ISBN 1-56368-043-2. Handshape.
  2. ^ a b Miozzo M, Peressotti F (July 2022). "How the hand has shaped sign languages". Scientific Reports. 12 (1): 11980. doi:10.1038/s41598-022-15699-1. PMC 9279340. PMID 35831441.
  3. ^ Stokoe WC, Casterline DC, Croneberg CG (1976). A Dictionary of American Sign Language on Linguistic Principles. Linstok Press.

handshape, examples, perspective, this, deal, primarily, with, united, states, represent, worldwide, view, subject, improve, this, discuss, issue, talk, page, create, appropriate, march, 2023, learn, when, remove, this, template, message, sign, languages, hand. The examples and perspective in this deal primarily with the United States and do not represent a worldwide view of the subject You may improve this discuss the issue on the talk page or create a new as appropriate March 2023 Learn how and when to remove this template message In sign languages handshape or dez refers to the distinctive configurations that the hands take as they are used to form words 1 In Stokoe terminology it is known as the DEZ an abbreviation of designator Handshape is one of five components of a sign along with location TAB orientation ORI movement SIG and nonmanual features Different sign languages make use of different handshapes Contents 1 Constraints 2 In American Sign Language 3 See also 4 ReferencesConstraints EditPossible handshapes are constrained by a variety of mechanic and neural factors Evolutionary forces have led to some handshapes being easier or more natural for humans to produce than others These tendencies can be summarized as follows 2 The selected extended finger is either the thumb or the index finger Neighboring fingers are coupled All fingers have the same shapeA 2022 study of handshapes found that 85 6 of handshapes in 33 sign languages conform to these biological tendencies Additionally 35 handshapes were found to be represented in 89 2 of the 33 languages examined Handshapes that did not conform to these tendencies were common in fingerspelling This may be due to fingerspelling being a result of culture and explicit learning rather than arising naturally 2 In American Sign Language Edit nbsp A sign language interpreter at a presentation The two handshapes are the flat B hand and the tapered O or M hand Main article American Sign Language phonology American Sign Language uses 18 handshapes for ordinary signs plus a few marginal handshapes taken from the American Manual Alphabet for fingerspelling 3 better source needed Not all handshapes occur with every orientation movement or location there are restrictions For example the 5 and F handshapes the approximate shapes of the hand in fingerspelling 5 and F only make contact with another part of the body through the tip of the thumb whereas the K and 8 a k a Y handshapes only make contact through the tip of the middle finger and the X handshape only with the flexed joint of the index finger citation needed See also EditClassifier handshapeReferences Edit Tennant RA Gluszak M Brown MG 1998 The American sign language handshape dictionary Gallaudet University Press pp 407 ISBN 1 56368 043 2 Handshape a b Miozzo M Peressotti F July 2022 How the hand has shaped sign languages Scientific Reports 12 1 11980 doi 10 1038 s41598 022 15699 1 PMC 9279340 PMID 35831441 Stokoe WC Casterline DC Croneberg CG 1976 A Dictionary of American Sign Language on Linguistic Principles Linstok Press Retrieved from https en wikipedia org w index php title Handshape amp oldid 1158227467, wikipedia, wiki, book, books, library,

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