The effects of discriminative stimuli on combined relapse: A preliminary human‐operant investigation

Decreases in alternative reinforcement and context changes are events that can lead to resurgence and renewal, respectively. Those stimulus conditions are often investigated in isolation within three-phase arrangements. Recently, studies have examined whether combined decreases in alternative reinforcement and context changes in Phase 3 produce a relapse magnitude different from the summed effects of each change in isolation. In the present study, we examined whether discriminative stimuli paired with target response extinction in Phase 2 would mitigate resurgence when both stimulus changes occurred simultaneously in Phase 3. We used a within-subjects design and exposed 11 typically developing adults to four 3-phase arrangements in a randomized sequence: ABB- (resurgence in isolation), ABA+ (renewal in isolation), ABA- (resurgence and renewal), and ABA-S<sup>∆</sup>. Results indicated that the combined decrease in alternative reinforcement and context change in Phase 3 had a superadditive effect in five participants and an additive effect in four participants and that the discriminative stimulus significantly attenuated these interaction effects for most participants. These results are further discussed in terms of stimulus control tactics for mitigating resurgence produced by contingency and context and changes and future research on the topic of combined relapse broadly.

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Publication Details

Journal
Journal of the Experimental Analysis of Behavior
Published
2026-01-01
DOI
https://doi.org/10.1002/jeab.70080
Citations
2
Primary Topic
Behavioral and Psychological Studies
Type
article
Field-Weighted Citation Impact
115.92

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article

The effects of discriminative stimuli on combined relapse: A preliminary human‐operant investigation

Michael P. Kranak, Hunter C. King, Hannah Kelly McFarland, Noelia Perez
2 citations
Journal of the Experimental Analysis of Behavior
Behavioral and Psychological Studies
115.92
article

The effects of discriminative stimuli on combined relapse: A preliminary human‐operant investigation

Michael P. Kranak, Hunter C. King, Hannah Kelly McFarland, Noelia Perez
article en
2 citations

Abstract

Decreases in alternative reinforcement and context changes are events that can lead to resurgence and renewal, respectively. Those stimulus conditions are often investigated in isolation within three-phase arrangements. Recently, studies have examined whether combined decreases in alternative reinforcement and context changes in Phase 3 produce a relapse magnitude different from the summed effects of each change in isolation. In the present study, we examined whether discriminative stimuli paired with target response extinction in Phase 2 would mitigate resurgence when both stimulus changes occurred simultaneously in Phase 3. We used a within-subjects design and exposed 11 typically developing adults to four 3-phase arrangements in a randomized sequence: ABB- (resurgence in isolation), ABA+ (renewal in isolation), ABA- (resurgence and renewal), and ABA-S<sup>∆</sup>. Results indicated that the combined decrease in alternative reinforcement and context change in Phase 3 had a superadditive effect in five participants and an additive effect in four participants and that the discriminative stimulus significantly attenuated these interaction effects for most participants. These results are further discussed in terms of stimulus control tactics for mitigating resurgence produced by contingency and context and changes and future research on the topic of combined relapse broadly.

Journal of the Experimental Analysis of BehaviorVol. 125(1)
Oakland University (US), Center for Autism and Related Disorders (US)
National Institutes of Health, National Institute of Child Health and Human Development
Reduced inequalities
Openalex Percentile: Top 0%
Behavioral and Psychological Studies
115.92
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The effects of discriminative stimuli on combined relapse: A preliminary human‐operant investigation — Michael P. Kranak, Hunter C. King, et al. · Journal of the Experimental Analysis of Behavior (2026) | TGRS Research Map | TGRS