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Everly, Jessica B.; Perone, Michael – Journal of the Experimental Analysis of Behavior, 2012
Although response-dependent shock often suppresses responding, response facilitation can occur. In two experiments, we examined the suppressive and facilitative effects of shock by manipulating shock intensity and the interresponse times that produced shock. Rats' lever presses were reinforced on a variable-interval 40-s schedule of food…
Descriptors: Animals, Experiments, Animal Behavior, Punishment
Urcuioli, Peter J.; Swisher, Melissa – Journal of the Experimental Analysis of Behavior, 2012
Pigeons trained on successive AB symbolic matching show emergent BA antisymmetry if they are also trained on successive AA oddity and BB identity (Urcuioli, 2008, Experiment 4). In other words, when tested on BA probe trials following training, they respond more to the comparisons on the reverse of the nonreinforced AB baseline trials than on the…
Descriptors: Animals, Animal Behavior, Experiments, Stimuli
Tanno, Takayuki; Silberberg, Alan; Sakagami, Takayuki – Journal of the Experimental Analysis of Behavior, 2012
In Experiment 1, food-deprived rats responded to one of two schedules that were, with equal probability, associated with a sample lever. One schedule was always variable ratio, while the other schedule, depending on the trial within a session, was: (a) a variable-interval schedule; (b) a tandem variable-interval,…
Descriptors: Animals, Animal Behavior, Experiments, Reinforcement
Pinkston, Jonathan W.; Lamb, R. J. – Journal of the Experimental Analysis of Behavior, 2012
When given to pigeons, the direct-acting dopamine agonist apomorphine elicits pecking. The response has been likened to foraging pecking because it bears remarkable similarity to foraging behavior, and it is enhanced by food deprivation. On the other hand, other data suggest the response is not related to foraging behavior and may even interfere…
Descriptors: Animals, Brain, Biochemistry, Experiments
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
Tanno, Takayuki; Silberberg, Alan; Sakagami, Takayuki – Journal of the Experimental Analysis of Behavior, 2009
Food-deprived rats in Experiment 1 responded to one of two tandem schedules that were, with equal probability, associated with a sample lever. The tandem schedules' initial links were different random-interval schedules. Their values were adjusted to approximate equality in time to completing each tandem schedule's response requirements. The…
Descriptors: Intervals, Probability, Animals, Experiments
Grant, Douglas S. – Learning and Motivation, 2009
To test the hypothesis that pigeons will only code the more salient sample when samples differ markedly in salience, pigeons were trained with samples consisting of a 2-s presentation of food (highly salient sample) and an 8-s presentation of keylight (less salient sample). During retention testing, pigeons tended to respond at longer delays as if…
Descriptors: Conditioning, Animals, Animal Behavior, Experiments
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
Pizzo, Matthew J.; Kirkpatrick, Kimberly; Blundell, Pamela J. – Journal of the Experimental Analysis of Behavior, 2009
The differential reinforcement of low rate (DRL) schedule is commonly used to assess impulsivity, hyperactivity, and the cognitive effects of pharmacological treatments on performance. A DRL schedule requires subjects to wait a certain minimum amount of time between successive responses to receive reinforcement. The DRL criterion value, which…
Descriptors: Reaction Time, Hyperactivity, Learning, Reinforcement
Jordan, Kerry E.; MacLean, Evan L.; Brannon, Elizabeth M. – Cognition, 2008
We report here that monkeys can actively match the number of sounds they hear to the number of shapes they see and present the first evidence that monkeys sum over sounds and sights. In Experiment 1, two monkeys were trained to choose a simultaneous array of 1-9 squares that numerically matched a sample sequence of shapes or sounds. Monkeys…
Descriptors: Reaction Time, Critical Thinking, Animals, Animal Behavior
Cantlon, Jessica F.; Brannon, Elizabeth M. – Infancy, 2006
We investigated how within-stimulus heterogeneity affects the ability of rhesus monkeys to order pairs of the numerosities 1 through 9. Two rhesus monkeys were tested in a touch screen task where the variability of elements within each visual array was systematically varied by allowing elements to vary in color, size, shape, or any combination of…
Descriptors: Reaction Time, Visual Discrimination, Statistical Analysis, Experiments
Peer reviewedChurch, Russell M.; And Others – Journal of Experimental Psychology: Animal Behavior Processes, 1976
Psychophysical procedures provide the simplest method for studying time discrimination of animals. This experiment examines the psychological threshold of rats in estimating the time of occurrence of an event and how they adjust their behavior accordingly. Further research may determine the theoretical implications for both animals and people.…
Descriptors: Animal Behavior, Charts, Discrimination Learning, Experimental Psychology

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