Generalized target behavior reductions and maintenance of effects following an augmented competing stimulus assessment sequence.

Researchers tested a method to reduce repetitive behaviors (like hand-flapping or rocking) by finding activities or items that compete with these behaviors. They used a special assessment process to identify what might work best for each child. While the results were mixed, two participants showed lasting improvements. The study suggests this approach might help some children, but more research is needed to understand when it works best.

This study investigated augmented competing stimulus assessment (A-CSA) procedures for treating automatically reinforced repetitive behaviors in autistic individuals. Researchers first conducted functional analyses to determine behavior subtypes, then implemented A-CSA procedures to identify competing stimuli that could reduce target behaviors. The study examined whether these procedures would generalize across stimulus classes and maintain effects over time. Two participants demonstrated maintenance of competition effects, though the broader applicability of the subtyping model for stereotypic behaviors remains unclear.

The research contributes to behavior analytic approaches for managing repetitive behaviors through systematic stimulus assessment procedures.

A-CSA procedures may be useful for some individuals with automatically reinforced repetitive behaviors, but require individualized implementation. Clinicians should consider this approach as one option within comprehensive behavior support plans, recognizing that effectiveness may vary across individuals and behavior types.

Sample size not reported, limiting generalizability. The abstract indicates mixed results with unclear applicability of the subtyping model. Insufficient detail provided about participant characteristics, specific procedures, or duration of follow-up to fully assess methodology and clinical utility.

Competing stimulus assessments are one technology that aids in the development of treatment for automatically reinforced behavior. However, competing stimulus assessments do not always yield robust results. Stereotypic behaviors of different subtypes may require procedural modifications to successfully identify competing stimuli. The current investigation included functional analyses to determine whether participant responding aligned with proposed subtypes for such behaviors.

Next, we implemented augmented competing-stimulus-assessment (A-CSA) procedures across target and generalization stimuli to determine whether (a) responding across either subtype was more likely to require intensive modifications and (b) the A-CSA procedures promoted generalized target behavior reduction within stimulus classes. Lastly, a treatment evaluation was conducted to determine the durability of these findings and the generalization of the reduced target behavior to other settings. The general applicability of the subtyping model remains unclear, but two participants demonstrated maintenance of competition effects.