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Lagorio, Carla H.; Hackenberg, Timothy D. – Journal of the Experimental Analysis of Behavior, 2012
Pigeons were given repeated choices between variable and fixed numbers of token reinforcers (stimulus lamps arrayed above the response keys), with each earned token exchangeable for food. The number of tokens provided by the fixed-amount option remained constant within blocks of sessions, but varied parametrically across phases, assuming values of…
Descriptors: Token Economy, Positive Reinforcement, Animal Behavior, Behavioral Science Research
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Mallpress, Dave E. W.; Fawcett, Tim W.; McNamara, John M.; Houston, Alasdair I. – Journal of the Experimental Analysis of Behavior, 2012
The relationship between positive and negative reinforcement and the symmetry of Thorndike's law of effect are unresolved issues in operant psychology. Here we show that, for a given pattern of responding on variable interval (VI) schedules with the same programmed rate of food rewards (positive reinforcement VI) or electric shocks (negative…
Descriptors: Animals, Stimuli, Rewards, Positive Reinforcement
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Locey, Matthew L.; Rachlin, Howard – Journal of the Experimental Analysis of Behavior, 2012
Humans often make seemingly irrational choices in situations of conflict between a particular smaller-sooner reinforcer and a more abstract, temporally extended, but larger reinforcer. In two experiments, the extent to which the availability of commitment responses--self-imposed restrictions on future choices--might improve self-control in such…
Descriptors: Cooperation, Control Groups, Institutionalized Persons, Positive Reinforcement
Podlesnik, Christopher A.; Jimenez-Gomez, Corina; Woods, James H. – Journal of the Experimental Analysis of Behavior, 2010
The goal of this series of experiments was to develop an operant choice procedure to examine rapidly the punishing effects of intravenous drugs in rats. First, the cardiovascular effects of experimenter-administered intravenous histamine, a known aversive drug, were assessed to determine a biologically active dose range. Next, rats responded on…
Descriptors: Positive Reinforcement, Drug Use, Animals, Punishment
Banna, Kelly M.; Newland, M. Christopher – Journal of the Experimental Analysis of Behavior, 2009
The present study used within-session transitions between two concurrent schedules to evaluate choice in transition. Eight female Long-Evans rats were trained to respond under concurrent schedules of reinforcement during experimental sessions that lasted 22 hr. The generalized matching equation was used to model steady-state behavior at the end of…
Descriptors: Positive Reinforcement, Females, Animals, Models
Lie, Celia; Alsop, Brent – Journal of the Experimental Analysis of Behavior, 2009
Three experiments using human participants varied the distribution of point-gain reinforcers or point-loss punishers in two-alternative signal-detection procedures. Experiment 1 varied the distribution of point-gain reinforcers for correct responses (Group A) and point-loss punishers for errors (Group B) across conditions. Response bias varied…
Descriptors: Positive Reinforcement, Bias, Response Style (Tests), Punishment
Jensen, Greg; Neuringer, Allen – Journal of the Experimental Analysis of Behavior, 2009
In most studies of choice under concurrent schedules of reinforcement, two physically identical operanda are provided. In the "real world," however, more than two choice alternatives are often available and biases are common. This paper describes a method for studying choices among an indefinite number of alternatives when large biases are…
Descriptors: Positive Reinforcement, Animals, Research Methodology, Rewards
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Magoon, Michael A.; Critchfield, Thomas S. – Journal of the Experimental Analysis of Behavior, 2008
Considerable evidence from outside of operant psychology suggests that aversive events exert greater influence over behavior than equal-sized positive-reinforcement events. Operant theory is largely moot on this point, and most operant research is uninformative because of a scaling problem that prevents aversive events and those based on positive…
Descriptors: Positive Reinforcement, Negative Reinforcement, Bias, Behavior
May, Michael E.; Kennedy, Craig H. – Journal of the Experimental Analysis of Behavior, 2009
There is evidence suggesting aggression may be a positive reinforcer in many species. However, only a few studies have examined the characteristics of aggression as a positive reinforcer in mice. Four types of reinforcement schedules were examined in the current experiment using male Swiss CFW albino mice in a resident-intruder model of aggression…
Descriptors: Delay of Gratification, Positive Reinforcement, Psychological Patterns, Aggression
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Madden, Gregory J.; Smethells, John R.; Ewan, Eric E.; Hursh, Steven R. – Journal of the Experimental Analysis of Behavior, 2007
This experiment was conducted to test the predictions of two behavioral-economic approaches to quantifying relative reinforcer efficacy. The normalized demand analysis suggests that characteristics of averaged normalized demand curves may be used to predict progressive-ratio breakpoints and peak responding. By contrast, the demand analysis holds…
Descriptors: Positive Reinforcement, Correlation, Prediction, Evaluation Methods
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Soto, Paul L.; McDowell, Jack J.; Dallery, Jesse – Journal of the Experimental Analysis of Behavior, 2006
The present experiment arranged a series of inverted U-shaped feedback functions relating reinforcer rate to response rate to test whether responding was consistent with an optimization account or with a one-to-one relation of response rate to reinforcer rate such as linear system theory's rate equation or Herrnstein's hyperbola. Reinforcer rate…
Descriptors: Feedback (Response), Positive Reinforcement, Intervals, Responses
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Reilly, Mark P.; Lattal, Kennon A. – Journal of the Experimental Analysis of Behavior, 2004
Within-session delay-of-reinforcement gradients were generated with pigeons by progressively increasing delays to reinforcement within each session. In Experiment 1, the effects of imposing progressive delays on variable-interval and fixed-interval schedules were investigated while controlling for simultaneous decreases in reinforcer rate across…
Descriptors: Positive Reinforcement, Intervals, Animals, Animal Behavior
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Lattal, Kennon A. – Journal of the Experimental Analysis of Behavior, 2004
From its inception in the 1930s until very recent times, the cumulative recorder was the most widely used measurement instrument in the experimental analysis of behavior. It was an essential instrument in the discovery and analysis of schedules of reinforcement, providing the first real-time analysis of operant response rates and patterns. This…
Descriptors: Operant Conditioning, Positive Reinforcement, Behavioral Science Research, Measurement Techniques
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Foster, Theresa A.; Hackenberg, Timothy D. – Journal of the Experimental Analysis of Behavior, 2004
Pigeons were exposed to multiple and concurrent second-order schedules of token reinforcement, with stimulus lights serving as token reinforcers. Tokens were produced and exchanged for food according to various fixed-ratio schedules, yielding equal and unequal unit prices (responses per unit food delivery). On one schedule (termed the "standard…
Descriptors: Token Economy, Positive Reinforcement, Animal Behavior, Animals
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Shull, Richard L. – Journal of the Experimental Analysis of Behavior, 2005
The relation between the rate of a response ("B") and the rate of its reinforcement ("R") is well known to be approximately hyperbolic: B = kR/(R + R[subscript o]), where k represents the maximum response rate, and R[subscript o] indicates the rate of reinforcers that will engender a response rate equal to half its maximum value. A review of data…
Descriptors: Operant Conditioning, Positive Reinforcement, Intervals, Animals
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