Quantitative analysis of local-level resurgence

• Published in: Learning & behavior 2017-03, Vol.45 (1), p.76-88
• Main Authors: Bai, John Y. H., Cowie, Sarah, Podlesnik, Christopher A.
• Format: Article
• Language: English
• Subjects: Animals; Behavior; Behavioral Science and Psychology; Birds; Columbidae; Conditioning, Operant; Extinction, Psychological; Neurosciences; Operant conditioning; Pigeons; Probes; Psychology; Psychophysics; Quantitative analysis; Reinforcement; Reinforcement (Psychology); Reinforcement Schedule
• ISSN: 1543-4494; 1543-4508
• DOI: 10.3758/s13420-016-0242-1

Resurgence is the recurrence of a previously reinforced and then extinguished behavior induced by the extinction of another more recently reinforced behavior. Resurgence provides insight into behavioral processes relevant to treatment relapse of a range of problem behaviors. Resurgence is typically studied across three phases: (1) reinforcement of a target response, (2) extinction of the target and concurrent reinforcement of an alternative response, and (3) extinction of the alternative response, resulting in the recurrence of target responding. Because each phase typically occurs successively and spans multiple sessions, extended time frames separate the training and resurgence of target responding. This study assessed resurgence more dynamically and throughout ongoing training in 6 pigeons. Baseline entailed 50-s trials of a free-operant psychophysical procedure, resembling Phases 1 and 2 of typical resurgence procedures. During the first 25 s, we reinforced target (left-key) responding but not alternative (right-key) responding; contingencies reversed during the second 25 s. Target and alternative responding followed the baseline reinforcement contingencies, with alternative responding replacing target responding across the 50 s. We observed resurgence of target responding during signaled and unsignaled probes that extended trial durations an additional 100 s in extinction. Furthermore, resurgence was greater and/or sooner when probes were signaled, suggesting an important role of discriminating transitions to extinction in resurgence. The data were well described by an extension of a stimulus-control model of discrimination that assumes resurgence is the result of generalization of obtained reinforcers across space and time. Therefore, the present findings introduce novel methods and quantitative analyses for assessing behavioral processes underlying resurgence.