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Madden, Gregory J.; Mahmoudi, Saba; Brown, Katherine – Journal of Applied Behavior Analysis, 2023
Conditioned reinforcers are widely used in applied behavior analysis. Basic research evidence reveals that Pavlovian learning plays an important role in the acquisition and efficacy of new conditioned-reinforcer functions. Thus, a better understanding of Pavlovian principles holds the promise of improving the efficacy of conditioned reinforcement…
Descriptors: Classical Conditioning, Reinforcement, Behavior Modification, Applied Behavior Analysis
Singh, Teghpal; McDannald, Michael A.; Takahashi, Yuji K.; Haney, Richard Z.; Cooch, Nisha K.; Lucantonio, Federica; Schoenbaum, Geoffrey – Learning & Memory, 2011
While knowing what to expect is important, it is equally important to know when to expect it and to respond accordingly. This is apparent even in simple Pavlovian training situations in which animals learn to respond more strongly closer to reward delivery. Here we report that the nucleus accumbens core, an area well-positioned to represent…
Descriptors: Rewards, Classical Conditioning, Behavior Modification, Operant Conditioning
Podlesnik, Christopher A.; Bai, John Y. H.; Elliffe, Douglas – Journal of the Experimental Analysis of Behavior, 2012
Reinforcing an alternative response in the same context as a target response reduces the rate of occurrence but increases the persistence of that target response. Applied researchers who use such techniques to decrease the rate of a target problem behavior risk inadvertently increasing the persistence of the same problem behavior. Behavioral…
Descriptors: Persistence, Behavior Problems, Reinforcement, Classical Conditioning
Capaldi, E. J.; Martins, Ana P. G. – Learning and Motivation, 2010
A theory devised initially on the basis of instrumental reward schedule data, such as the PREE, was extended to deal with various Pavlovian findings. These Pavlovian findings include blocking, unblocking, relative validity, positive and negative patterning, renewal, reinstatement, reacquisition, and inhibition. In addition, the sequential model…
Descriptors: Classical Conditioning, Memory, Reinforcement, Behavior Modification
Lombas, Andres S.; Kearns, David N.; Weiss, Stanley J. – Learning and Motivation, 2008
The present experiment compared the effects of a food-based conditioned inhibitor on food seeking vs. cocaine seeking behavior. In two groups of rats, the A+/AB- Pavlovian conditioned inhibition procedure was used to create a conditioned inhibitor for food. Then, for one group of rats (Food-Food Group), a click stimulus was established as an…
Descriptors: Behavior Modification, Cocaine, Classical Conditioning, Animals
Troisi, Joseph R., II – Psychological Record, 2006
To date, only 1 study has evaluated the impact of a Pavlovian drug conditional stimulus (CS) on operant responding. A within-subject operant 1-lever go/no-go (across sessions) design was used to evaluate the impact of Pavlovian contingencies on the discriminative stimulus effects of nicotine (0.4 mg/kg) and ethanol (800 mg/kg) in male Sprague…
Descriptors: Training, Reinforcement, Classical Conditioning, Behavior Modification

Tauber, Robert T. – NASSP Bulletin, 1990
Classical conditioning is responsible for students' positive and negative feelings, whether directed toward subject matter, peers, teachers, or education in general. This article explains how educators can use classical conditioning principles (such as reinforcement, extinction, and paired stimuli) to create an anxiety-free learning environment.…
Descriptors: Behavior Modification, Classical Conditioning, Elementary Secondary Education, Operant Conditioning
Jami, Shekib; Barad, Mark; Cain, Christopher K.; Godsil, Bill P. – Learning & Memory, 2005
We recently reported that fear extinction, a form of inhibitory learning, is selectively blocked by systemic administration of L-type voltage-gated calcium channel (LVGCC) antagonists, including nifedipine, in mice. We here replicate this finding and examine three reduced contingency effects after vehicle or nifedipine (40 mg/kg) administration.…
Descriptors: Inhibition, Animals, Contingency Management, Behavior Modification
Everly, Jr., George Stotelmyer; Girdano, Dorothy Dusek – Health Education (Washington D.C.), 1980
Behavior modification in a weight control program is examined in two models of operant and classical conditioning. Successful utilization of behavioral techniques is dependent on adherence to principles of learning, the skill and insight of the clinician, and the sensitivity to the individual needs of each client. (JN)
Descriptors: Behavior Modification, Body Weight, Classical Conditioning, Dietetics

Groden, Gerald; Cautela, Joseph R. – Personnel and Guidance Journal, 1981
Provides the counselor a current survey of behavior therapy procedures as well as information concerning their applicability and validity. Reviews procedures based on operant learning principles, classical learning principles, and social psychological principles. Examples and case presentations are included. (Author/RC)
Descriptors: Behavior Modification, Classical Conditioning, Counseling Techniques, Extinction (Psychology)

Lukas, Kristen E.; Marr, M. Jackson; Maple, Terry L. – Teaching of Psychology, 1998
Describes a partnership between Zoo Atlanta and the Georgia Institute of Technology in teaching the principles of operant conditioning to students in an experimental psychology class. Maintains that the positive training techniques used in zoos are models of applied operant conditioning. Includes a discussion of zoo training goals. (MJP)
Descriptors: Animal Caretakers, Behavior Modification, Classical Conditioning, Cognitive Psychology