Abstract:Part-set cuing inhibition describes the common finding that re-presenting items from a word list can reduce subjects' overall recall performance for studied items. Do part-set cuing effects occur for false memories as well? In the present experiments, subjects studied lists of words drawn from Roediger and McDermott (1995). After studying each list, subjects completed math problems and then recalled the list items either with or without accompanying list cues. In Experiment 1, the recall cues consisted of item… Show more
“…This finding extends the results from Experiment 1 for critical items' veridical recall to critical items' false recall. It is consistent with the results from very recent work, in which part-list cuing was also found to reduce false recall (Kimball & Bjork, 2002;Reysen & Nairne, 2002).…”
Section: Discussionsupporting
confidence: 82%
“…We investigatedwhether part-list cuing and retrieval practice have the same or a different influence on critical items' false recall. In two very recent studies, how part-list cuing affects false recall has already been examined (Kimball & Bjork, 2002;Reysen & Nairne, 2002). In both studies, a number of DRM lists were presented to participants.…”
Section: Methodsmentioning
confidence: 99%
“…However, the reduction in false recall might be the result of inhibition as well. If false recall of the nonstudied critical items reflects activation of these items during study (Collins & Loftus, 1975;Roediger et al, 2001; see also Kimball &Bjork, 2002, andReysen &Nairne, 2002), both the noncritical items and the nonstudied critical ones should be active during cuing and should compete for conscious recall. Following the inhibition view, the presentation of the noncriticalitems as retrieval cues then might lead to covert retrieval of these items, causing retrieval-induced inhibition of the nonstudied critical items and, thus, reducing false recall.…”
Using DRM lists (Roediger & McDermott, 1995) in two experiments, we compared the effects of retrieval practice on a subset of the items and of the presentation of those items as retrieval cues at test on recall of the lists' critical items. In Experiment 1, the critical items were part of the studied lists, thus addressing these items' veridical recall; in Experiment 2, they were not studied, thus addressing these items' false recall. Three major results emerged. First, retrieval practice and part-list cuing reduced both veridical and false recall. Second, the two manipulations induced an integration effect in veridical recall, with substantial forgetting in lists with low false recall levels and no forgetting in lists with high false recall levels. Third, retrieval practice and part-list cuing created the same effects on recall, qualitativelyand quantitatively.These results suggest that the detrimental effects of retrieval practice and part-list cuing were mediated by similar mechanisms. They are consistent with the view that not only retrieval-induced forgetting, but also part-list cuing is caused by inhibitory processes.
“…This finding extends the results from Experiment 1 for critical items' veridical recall to critical items' false recall. It is consistent with the results from very recent work, in which part-list cuing was also found to reduce false recall (Kimball & Bjork, 2002;Reysen & Nairne, 2002).…”
Section: Discussionsupporting
confidence: 82%
“…We investigatedwhether part-list cuing and retrieval practice have the same or a different influence on critical items' false recall. In two very recent studies, how part-list cuing affects false recall has already been examined (Kimball & Bjork, 2002;Reysen & Nairne, 2002). In both studies, a number of DRM lists were presented to participants.…”
Section: Methodsmentioning
confidence: 99%
“…However, the reduction in false recall might be the result of inhibition as well. If false recall of the nonstudied critical items reflects activation of these items during study (Collins & Loftus, 1975;Roediger et al, 2001; see also Kimball &Bjork, 2002, andReysen &Nairne, 2002), both the noncritical items and the nonstudied critical ones should be active during cuing and should compete for conscious recall. Following the inhibition view, the presentation of the noncriticalitems as retrieval cues then might lead to covert retrieval of these items, causing retrieval-induced inhibition of the nonstudied critical items and, thus, reducing false recall.…”
Using DRM lists (Roediger & McDermott, 1995) in two experiments, we compared the effects of retrieval practice on a subset of the items and of the presentation of those items as retrieval cues at test on recall of the lists' critical items. In Experiment 1, the critical items were part of the studied lists, thus addressing these items' veridical recall; in Experiment 2, they were not studied, thus addressing these items' false recall. Three major results emerged. First, retrieval practice and part-list cuing reduced both veridical and false recall. Second, the two manipulations induced an integration effect in veridical recall, with substantial forgetting in lists with low false recall levels and no forgetting in lists with high false recall levels. Third, retrieval practice and part-list cuing created the same effects on recall, qualitativelyand quantitatively.These results suggest that the detrimental effects of retrieval practice and part-list cuing were mediated by similar mechanisms. They are consistent with the view that not only retrieval-induced forgetting, but also part-list cuing is caused by inhibitory processes.
“…Cuing and retrieval induced the same detrimental effects, on both "critical" items' veridical and "critical" items' false recall. Detrimental effects of partlist cuing on "critical" items' false recall have been reported in other recent studies as well (Kimball & Bjork, 2002;Reysen & Nairne, 2002; but see Marsh, McDermott, & Roediger, 2004). Also, previous studies have shown that retrieval of (Anderson et al, 1994) and cuing with 3 learned category exemplars impairs recall of a category's high-frequency, but not a category's lowfrequency, exemplars.…”
“…This statement is still true today. Researchers remain interested in both the underlying mechanisms and such varied applications as part-set cuing effects in the false memory domain (e.g., Kimball & Bjork, 2002;Marsh, McDermott, & Roediger, 2004;Reysen & Nairne, 2002). In the current research program, we are interested in extending work on part-set cuing to older adults.…”
In 3 experiments, the authors examined part-set cuing effects in younger and older adults. Participants heard lists of category exemplars and later recalled them. Recall was uncued or cued with a subset of studied items. In Experiment 1, participants were cued with some of the category names, and they remembered fewer never-cued categories than a free-recall condition. In Experiment 2, a similar effect was observed for category exemplar cues. There was also an age difference: By some measures, a small number of cues impaired older adults more than younger. Experiment 3 replicated this result and found that older adults were disproportionately slow in the presence of cues. Across experiments, older adults showed robust part-set cuing effects, and sometimes, they were disproportionately impaired by cues.
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