The extinction burst

Discontinuing reinforcement for an operant behavior sometimes produces a transient increase in responding (i.e., an extinction burst). A matching‐law‐based quantitative model posits that the extinction burst results from the elimination of competition from reinforcement‐related behavior with the onset of extinction. Consistent with this suggestion, retrospective case reviews in applied settings suggest reduced prevalence of the extinction burst when alternative reinforcement is available, but there has been no relevant prospective research. The present experiment used rats and methods approximating conditions in applied settings to examine the effects of alternative reinforcement magnitude on the extinction burst. Lever pressing in baseline produced a one‐pellet reinforcer on a variable‐interval 1.5‐s schedule before a within‐session transition to extinction that included no alternative reinforcement, one pellet, or six pellets of alternative reinforcement. A robust extinction burst was obtained when no alternative reinforcement was available, but the prevalence and magnitude of the extinction burst was reduced with an alternative reinforcer available, more so with the larger alternative reinforcer. The data were well described by the model. Similar prospective studies directly examining related effects in basic and applied settings could strengthen the empirical basis of current practice and further evaluate the utility of the present theoretical approach

Extinction (optical mineralogy) · Magnitude (astronomy) · Operant conditioning · Reinforcement · Schedule · Transient (computer programming) · Autism Spectrum Disorder Research · Behavioral and Psychological Studies · Neurotransmitter Receptor Influence on Behavior

• The extinction burst

  Open Access•Timothy A Shahan, Matias Avellaneda•Journal of the Experimental…•2025

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