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Barker, Jacqueline M.; Bryant, Kathleen G.; Chandler, L. Judson – Learning & Memory, 2019
The loss of behavioral flexibility is common across a number of neuropsychiatric illnesses. This may be in part due to the loss of the ability to detect or use changes in action-outcome contingencies to guide behavior. There is growing evidence that the ventral hippocampus plays a critical role in the regulation of flexible behavior and…
Descriptors: Brain, Rewards, Behavior Patterns, Cognitive Processes
Mancini, Nino; Hranova, Sia; Weber, Julia; Weiglein, Alice; Schleyer, Michael; Weber, Denise; Thum, Andreas S.; Gerber, Bertram – Learning & Memory, 2019
Adjusting behavior to changed environmental contingencies is critical for survival, and reversal learning provides an experimental handle on such cognitive flexibility. Here, we investigate reversal learning in larval "Drosophila." Using odor-taste associations, we establish olfactory reversal learning in the appetitive and the aversive…
Descriptors: Learning Processes, Olfactory Perception, Rewards, Punishment
Piantadosi, Patrick T.; Lieberman, Abby G.; Pickens, Charles L.; Bergstrom, Hadley C.; Holmes, Andrew – Learning & Memory, 2019
Cognitive flexibility refers to various processes which enable behaviors to be modified on the basis of a change in the contingencies between stimuli or responses and their associated outcomes. Reversal learning is a form of cognitive flexibility which measures the ability to adjust responding based on a switch in the stimulus--outcome…
Descriptors: Animals, Cognitive Processes, Behavior Modification, Stimuli
Exton-McGuinness, Marc T. J.; Patton, Rosemary C.; Sacco, Lawrence B.; Lee, Jonathan L. C. – Learning & Memory, 2014
Once consolidated, memories are dynamic entities that go through phases of instability in order to be updated with new information, via a process of reconsolidation. The phenomenon of reconsolidation has been demonstrated in a wide variety of experimental paradigms. However, the memories underpinning instrumental behaviors are currently not…
Descriptors: Memory, Behavior, Animals, Learning
Winterbauer, Neil E.; Lucke, Sara; Bouton, Mark E. – Learning and Motivation, 2013
In resurgence, an operant behavior that has undergone extinction can return ("resurge") when a second operant that has replaced it itself undergoes extinction. The phenomenon may provide insight into relapse that may occur after incentive or contingency management therapies in humans. Three experiments with rats examined the impact of several…
Descriptors: Cognitive Processes, Operant Conditioning, Contingency Management, Animals
Urcuioli, Peter J.; Swisher, Melissa – Journal of the Experimental Analysis of Behavior, 2012
Three experiments evaluated whether the apparent reflexivity effect reported by Sweeney and Urcuioli (2010) for pigeons might, in fact, be transitivity. In Experiment 1, pigeons learned symmetrically reinforced hue-form (A-B) and form-hue (B-A) successive matching. Those also trained on form-form (B-B) matching responded more to hue comparisons…
Descriptors: Animals, Reinforcement, Conditioning, Responses
Arantes, Joana; Berg, Mark E.; Le, Dien; Grace, Randolph C. – Journal of the Experimental Analysis of Behavior, 2012
In Experiment 1, 4 pigeons were trained on a multiple chain schedule in which the initial link was a variable-interval (VI) 20-s schedule signalled by a red or green center key, and terminal links required four responses made to the left (L) and/or right (R) keys. In the REPEAT component, signalled by red keylights, only LRLR terminal-link…
Descriptors: Resistance to Change, Preferences, Animals, Reinforcement
Sokolowski, Michel B. C.; Disma, Gerald; Abramson, Charles I. – Journal of the Experimental Analysis of Behavior, 2010
An operant conditioning situation for the blow fly ("Protophormia terrae novae") is described. Individual flies are trained to enter and reenter a hole as the operant response. Only a few sessions of contingent reinforcement are required to increase response rates. When the response is no longer followed by food, the rate of entering the hole…
Descriptors: Operant Conditioning, Responses, Behavioral Science Research, Animals
Davison, Michael; Baum, William M. – Journal of the Experimental Analysis of Behavior, 2010
Four pigeons were trained in a procedure in which concurrent-schedule food ratios changed unpredictably across seven unsignaled components after 10 food deliveries. Additional green-key stimulus presentations also occurred on the two alternatives, sometimes in the same ratio as the component food ratio, and sometimes in the inverse ratio. In eight…
Descriptors: Stimuli, Auditory Perception, Animals, Responses
DeWeese, Jo – Journal of the Experimental Analysis of Behavior, 2009
Episodic and sustained increases in heart rate and mean arterial blood pressure can occur with recurring patterns of schedule-controlled behavior. Most previous studies were conducted under fixed-ratio schedules, which maintained a consistent high rate of responding that alternated with periods of no responding during times when the schedule was…
Descriptors: Metabolism, Intervals, Physiology, Responses
Silberberg, Alan; Roma, Peter G.; Huntsberry, Mary E.; Warren-Boulton, Frederick R.; Sakagami, Takayuki; Ruggiero, Angela M.; Suomi, Stephen J. – Journal of the Experimental Analysis of Behavior, 2008
Chen, Lakshminarayanan, and Santos (2006) claim to show in three choice experiments that monkeys react rationally to price and wealth shocks, but, when faced with gambles, display hallmark, human-like biases that include loss aversion. We present three experiments with monkeys and humans consistent with a reinterpretation of their data that…
Descriptors: Animals, Animal Behavior, Behavioral Science Research, Experimental Psychology
Hachiga, Yosuke; Sakagami, Takayuki – Journal of the Experimental Analysis of Behavior, 2010
Four rats' choices between two levers were differentially reinforced using a runs-test algorithm. On each trial, a runs-test score was calculated based on the last 20 choices. In Experiment 1, the onset of stimulus lights cued when the runs score was smaller than criterion. Following cuing, the correct choice was occasionally reinforced with food,…
Descriptors: Prompting, Reinforcement, Contingency Management, Responses
Bacha-Mendez, Gustavo; Reid, Alliston K.; Mendoza-Soylovna, Adela – Journal of the Experimental Analysis of Behavior, 2007
Two experiments with rats examined the dynamics of well-learned response sequences when reinforcement contingencies were changed. Both experiments contained four phases, each of which reinforced a 2-response sequence of lever presses until responding was stable. The contingencies then were shifted to a new reinforced sequence until responding was…
Descriptors: Reinforcement, Animals, Responses, Contingency Management
Kangas, Brian D.; Branch, Marc N. – Journal of the Experimental Analysis of Behavior, 2008
The development of position and stimulus biases often occurs during initial training on matching-to-sample tasks. Furthermore, without intervention, these biases can be maintained via intermittent reinforcement provided by matching-to-sample contingencies. The present study evaluated the effectiveness of a correction procedure designed to…
Descriptors: Reinforcement, Stimuli, Bias, Animals
Hackenberg, Timothy D. – Journal of the Experimental Analysis of Behavior, 2009
Token reinforcement procedures and concepts are reviewed and discussed in relation to general principles of behavior. The paper is divided into four main parts. Part I reviews and discusses previous research on token systems in relation to common behavioral functions--reinforcement, temporal organization, antecedent stimulus functions, and…
Descriptors: Reinforcement, Contingency Management, Token Economy, Behavior Modification
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