Memory for pictures and words - perceptual and semantic factors in the picture superiority effect
(2002) Binding in human memory - a neurocognitive approach- Abstract
- Memory for pictures and words - perceptual and semantic factors in the picture superiority effect Georg Stenberg, Växjö University, Sweden Memory for pictures is known to surpass memory for corresponding concrete words, an effect often attributed to the more distinctive perceptual form of pictures. A consequence of this view is that picture superiority would not survive a transformation in which only semantic, not perceptual, features were preserved from study to test, such as studying a picture of a horse and recognising the word "horse". In the present experiments, either pictures or Swedish words were studied. Recognition tests were performed with items in either their original form or translated into English words. (Participants were... (More)
- Memory for pictures and words - perceptual and semantic factors in the picture superiority effect Georg Stenberg, Växjö University, Sweden Memory for pictures is known to surpass memory for corresponding concrete words, an effect often attributed to the more distinctive perceptual form of pictures. A consequence of this view is that picture superiority would not survive a transformation in which only semantic, not perceptual, features were preserved from study to test, such as studying a picture of a horse and recognising the word "horse". In the present experiments, either pictures or Swedish words were studied. Recognition tests were performed with items in either their original form or translated into English words. (Participants were Swedish students with adequate command of English.) Across three experiments that varied processing depth of the orienting task, the advantage for items studied as pictures was preserved in English-language recognition. Further, a multinomial model with separate parameters for form-based and semantically based recognition was fitted to the data. Results showed (1) that encoding of both semantic and perceptual features was more effective for pictures than for words and (2) that encoding of pictures was less affected by orienting task than encoding of words. The results suggest that pick-up of both semantic and perceptual features is more automatic and efficient for pictures than for words. (Less)
Please use this url to cite or link to this publication:
https://lup.lub.lu.se/record/1124699
- author
- Stenberg, Georg LU
- organization
- publishing date
- 2002
- type
- Chapter in Book/Report/Conference proceeding
- publication status
- published
- subject
- host publication
- Binding in human memory - a neurocognitive approach
- conference name
- Binding in human memory - a neurocognitive approach
- conference location
- Saarland, Germany
- conference dates
- 2002-05-15 - 2002-05-18
- language
- English
- LU publication?
- yes
- id
- 3c272ef3-6fd4-4f55-85a2-b2b668ca0512 (old id 1124699)
- date added to LUP
- 2016-04-04 13:35:47
- date last changed
- 2018-11-21 21:15:01
@inproceedings{3c272ef3-6fd4-4f55-85a2-b2b668ca0512,
abstract = {{Memory for pictures and words - perceptual and semantic factors in the picture superiority effect Georg Stenberg, Växjö University, Sweden Memory for pictures is known to surpass memory for corresponding concrete words, an effect often attributed to the more distinctive perceptual form of pictures. A consequence of this view is that picture superiority would not survive a transformation in which only semantic, not perceptual, features were preserved from study to test, such as studying a picture of a horse and recognising the word "horse". In the present experiments, either pictures or Swedish words were studied. Recognition tests were performed with items in either their original form or translated into English words. (Participants were Swedish students with adequate command of English.) Across three experiments that varied processing depth of the orienting task, the advantage for items studied as pictures was preserved in English-language recognition. Further, a multinomial model with separate parameters for form-based and semantically based recognition was fitted to the data. Results showed (1) that encoding of both semantic and perceptual features was more effective for pictures than for words and (2) that encoding of pictures was less affected by orienting task than encoding of words. The results suggest that pick-up of both semantic and perceptual features is more automatic and efficient for pictures than for words.}},
author = {{Stenberg, Georg}},
booktitle = {{Binding in human memory - a neurocognitive approach}},
language = {{eng}},
title = {{Memory for pictures and words - perceptual and semantic factors in the picture superiority effect}},
year = {{2002}},
}