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Volume 20 Issue 4
pp. 237-337
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Volume 20 Issue 3
pp. 158-236
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Volume 20 Issue 2
pp. 80-157
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Volume 20 Issue 1
pp. 1-79
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Volume 19 Issue 4
pp. 1-105
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Volume 19 Issue 3
pp. 211-333
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Volume 19 Issue 2
pp. 111-200
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Volume 19 Issue 1
pp. 1-110
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Volume 18 Issue 4
pp. 243-303
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Volume 18 Issue 3
pp. 165-202
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Volume 18 Issue 2
pp. 85-164
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Volume 18 Issue 1
pp. 1-84
(31 March 2022)
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Volume 17 Issue 4
pp. 250-291
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Volume 17 Issue 3
pp. 193-249
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Volume 17 Issue 2
pp. 99-192
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Volume 17 Issue 1
pp. 1-98
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Volume 16 Issue 4
pp. 291-369
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Volume 16 Issue 3
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Volume 16 Issue 2
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Volume 16 Issue 1
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Volume 15 Issue 4
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Volume 15 Issue 3
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Volume 15 Issue 1
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Volume 14 Issue 4
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Volume 14 Issue 1
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Volume 13 Issue 4
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Volume 13 Issue 1
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Volume 12 Issue 4 (special issue)
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Volume 9 Issue 4
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Volume 2 Issue 4
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Volume 2 Issue 2
pp. 99-237
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Volume 2 Issue 1
pp. 1-97
(31 March 2006)
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Volume 1 Issue 1
pp. 1-16
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Volume 4 Issue 1 (2008)
Task-specific modulation of memory for object features in natural scenes
Alan Robinson, Jochen Triesch
Alan Robinson, Department of Cognitive Science, University of California, San Diego, 9500 Gilman Drive, La Jolla, California 92093-0515, USA.
E-mail: robinson@cogsci.ucsd.edu
The influence of visual tasks on short and long-term memory for visual features was investigated using a change-detection paradigm. Subjects completed 2 tasks: (a) describing objects in natural images, reporting a specific property of each object when a crosshair appeared above it, and (b) viewing a modified version of each scene, and detecting which of the previously described objects had changed. When tested over short delays (seconds), no task effects were found. Over longer delays (minutes) we found the describing task influenced what types of changes were detected in a variety of explicit and incidental memory experiments. Furthermore, we found surprisingly high performance in the incidental memory experiment, suggesting that simple tasks are sufficient to instill long-lasting visual memories.
Keywords: visual working memory, natural scenes, natural tasks, change detection