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Meinhardt, Martin J.; Bell, Raoul; Buchner, Axel; Röer, Jan P. – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2020
A large body of evidence shows an animacy effect on memory in that animate entities are better remembered than inanimate ones. Yet, the reason for this mnemonic prioritization remains unclear. In the survival processing literature, the assumption that richness of encoding is responsible for adaptive memory benefits has received substantial…
Descriptors: Memory, Prediction, Language Processing, Associative Learning
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Loaiza, Vanessa M.; Camos, Valérie – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2018
Two main mechanisms, articulatory rehearsal and attentional refreshing, are argued to be involved in the maintenance of verbal information in working memory (WM). Whereas converging research has suggested that rehearsal promotes the phonological representations of memoranda in working memory, little is known about the representations that…
Descriptors: Role, Short Term Memory, Verbal Communication, Recall (Psychology)
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Morais, Ana Sofia; Olsson, Henrik; Schooler, Lael J. – Cognitive Science, 2013
Aggregating snippets from the semantic memories of many individuals may not yield a good map of an individual's semantic memory. The authors analyze the structure of semantic networks that they sampled from individuals through a new snowball sampling paradigm during approximately 6 weeks of 1-hr daily sessions. The semantic networks of individuals…
Descriptors: Memory, Semantics, Interviews, Association (Psychology)
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Koenig, Stephan; Lachnit, Harald – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2011
We report how the trajectories of saccadic eye movements are affected by memory interference acquired during associative learning. Human participants learned to perform saccadic choice responses based on the presentation of arbitrary central cues A, B, AC, BC, AX, BY, X, and Y that were trained to predict the appearance of a peripheral target…
Descriptors: Cues, Eye Movements, Prediction, Inhibition