A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms

Children’s memories for the link between a newly trained word and its referent have been the focus of extensive past research. However, memory for the word form itself is rarely assessed among preschool-age children. When it is, children are typically asked to verbally recall the forms, and they gen...

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Main Authors: Katherine R. Gordon, Karla K. McGregor
Format: Article
Language:English
Published: Frontiers Media S.A. 2014-03-01
Series:Frontiers in Psychology
Subjects:
Online Access:http://journal.frontiersin.org/Journal/10.3389/fpsyg.2014.00164/full
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spelling doaj-80ebc2ca06114b8ab1b1e5a1db9319472020-11-24T21:03:02ZengFrontiers Media S.A.Frontiers in Psychology1664-10782014-03-01510.3389/fpsyg.2014.0016477787A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word formsKatherine R. Gordon0Karla K. McGregor1University of IowaUniversity of IowaChildren’s memories for the link between a newly trained word and its referent have been the focus of extensive past research. However, memory for the word form itself is rarely assessed among preschool-age children. When it is, children are typically asked to verbally recall the forms, and they generally perform at floor on such tests. To better measure children’s memory for word forms, we aimed to design a more sensitive test that required recognition rather than recall, provided spatial cues to off-set the phonological memory demands of the test, and allowed pointing rather than verbal responses. We taught 12 novel word-referent pairs via ostensive naming to sixteen 4-to-6-year-olds and measured their memory for the word forms after a week-long retention interval using the new spatially-supported form recognition test. We also measured their memory for the word-referent links and the generalization of the links to untrained referents with commonly used recognition tests. Children demonstrated memory for word forms at above chance levels; however, their memory for forms was poorer than their memory for trained or generalized word-referent links. When in error, children were no more likely to select a foil that was a close neighbor to the target form than a maximally different foil. Additionally, they more often selected correct forms that were among the first six than the last six to be trained. Overall, these findings suggest that children are able to remember word forms after a limited number of ostensive exposures and a long-term delay. However, word forms remain more difficult to learn than word-referent links and there is an upper limit on the number of forms that can be learned within a given period of time.http://journal.frontiersin.org/Journal/10.3389/fpsyg.2014.00164/fullMemoryword learningrecognitionfast mappingword form
collection DOAJ
language English
format Article
sources DOAJ
author Katherine R. Gordon
Karla K. McGregor
spellingShingle Katherine R. Gordon
Karla K. McGregor
A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
Frontiers in Psychology
Memory
word learning
recognition
fast mapping
word form
author_facet Katherine R. Gordon
Karla K. McGregor
author_sort Katherine R. Gordon
title A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
title_short A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
title_full A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
title_fullStr A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
title_full_unstemmed A spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
title_sort spatially-supported forced-choice recognition test reveals children’s long-term memory for newly learned word forms
publisher Frontiers Media S.A.
series Frontiers in Psychology
issn 1664-1078
publishDate 2014-03-01
description Children’s memories for the link between a newly trained word and its referent have been the focus of extensive past research. However, memory for the word form itself is rarely assessed among preschool-age children. When it is, children are typically asked to verbally recall the forms, and they generally perform at floor on such tests. To better measure children’s memory for word forms, we aimed to design a more sensitive test that required recognition rather than recall, provided spatial cues to off-set the phonological memory demands of the test, and allowed pointing rather than verbal responses. We taught 12 novel word-referent pairs via ostensive naming to sixteen 4-to-6-year-olds and measured their memory for the word forms after a week-long retention interval using the new spatially-supported form recognition test. We also measured their memory for the word-referent links and the generalization of the links to untrained referents with commonly used recognition tests. Children demonstrated memory for word forms at above chance levels; however, their memory for forms was poorer than their memory for trained or generalized word-referent links. When in error, children were no more likely to select a foil that was a close neighbor to the target form than a maximally different foil. Additionally, they more often selected correct forms that were among the first six than the last six to be trained. Overall, these findings suggest that children are able to remember word forms after a limited number of ostensive exposures and a long-term delay. However, word forms remain more difficult to learn than word-referent links and there is an upper limit on the number of forms that can be learned within a given period of time.
topic Memory
word learning
recognition
fast mapping
word form
url http://journal.frontiersin.org/Journal/10.3389/fpsyg.2014.00164/full
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