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Spirgel, Arie S.; Delaney, Peter F. – Educational Psychology Review, 2016
In five experiments, we consistently found that items included in summaries were better remembered than items omitted from summaries. We did not, however, find evidence that summary writing was better than merely restudying the text. These patterns held with shorter and longer texts, when the text was present or absent during the summary writing,…
Descriptors: Writing (Composition), Documentation, Memory, Multiple Choice Tests
Kimura, Ryoichi; Silva, Alcino J.; Ohno, Masuo – Learning & Memory, 2008
Accumulating evidence indicates the key role of [alpha]-calcium/calmodulin-dependent protein kinase II ([alpha]CaMKII) in synaptic plasticity and learning, but it remains unclear how this kinase participates in the processing of memory extinction. Here, we investigated the mechanism by which [alpha]CaMKII may mediate extinction by using…
Descriptors: Intervals, Memory, Brain, Fear
Cepeda, Nicholas J.; Coburn, Noriko; Rohrer, Doug; Wixted, John T.; Mozer, Michael C,; Pashler, Harold – Online Submission, 2009
More than a century of research shows that increasing the gap between study episodes using the same material can enhance retention, yet little is known about how this so-called distributed practice effect unfolds over nontrivial periods. In two three-session laboratory studies, we examined the effects of gap on retention of foreign vocabulary,…
Descriptors: Undergraduate Students, Intervals, Educational Practices, Retention (Psychology)
Williams, Douglas A.; Chubala, Chrissy M.; Mather, Amber A.; Johns, Kenneth W. – Learning and Motivation, 2009
Appetitive contextual excitation supported by intertrial unconditioned stimuli was more easily overcome by timed conditioned responding in rats using quiet (Experiment 1) rather than noisy (Experiment 2) food pellet deliveries. Head-entry responding in acquisition peaked above the contextual baseline when pellet delivery occurred 10, 30, 60, or 90…
Descriptors: Cues, Intervals, Reaction Time, Food
Cepeda, Nicholas J.; Vul, Edward; Rohrer, Doug; Wixted, John T.; Pashler, Harold – Online Submission, 2008
To achieve enduring retention, people must usually study information on multiple occasions. How does the timing of study events affect retention? Prior research has examined this issue only in a spotty fashion, usually with very short time intervals. To characterize spacing effects over significant durations, over 1,350 individuals were taught a…
Descriptors: Intervals, Educational Practices, Retention (Psychology), Long Term Memory
Sisti, Helene M.; Glass, Arnold L.; Shors, Tracey J. – Learning & Memory, 2007
Information that is spaced over time is better remembered than the same amount of information massed together. This phenomenon, known as the spacing effect, was explored with respect to its effect on learning and neurogenesis in the adult dentate gyrus of the hippocampal formation. Because the cells are generated over time and because learning…
Descriptors: Time Factors (Learning), Animals, Retention (Psychology), Brain
Shull, Richard L.; Grimes, Julie A. – Journal of the Experimental Analysis of Behavior, 2006
Rats obtained food-pellet reinforcers by nose poking a lighted key. Experiment 1 examined resistance to extinction following single-schedule training with different variable-interval schedules, ranging from a mean interval of 16 min to 0.25 min. That is, for each schedule, the rats received 20 consecutive daily baseline sessions and then a session…
Descriptors: Training, Positive Reinforcement, Intervals, Animals

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