Teaching parents to conduct functional analyses and to implement functional communication training is an efficacious approach for treating socially maintained problem behavior (Derby et al., 1997). Research has found that delivering this assessment and intervention package via telehealth technologies is efficient and acceptable to caregivers in the United States (Wacker et al., 2013b). We replicated this work with families residing in rural and urban areas of eight countries. Two behavior therapists located in the United States conducted appointments in the participants' native languages, using interpreters as needed. Parent‐implemented functional analyses and treatment with functional communication training were highly effective in reducing problem behavior in children diagnosed with autism. Furthermore, parents rated the procedures as acceptable and indicated that the treatment would be effective with their children. These findings indicate that telehealth technologies are a viable option for clinicians to provide behavior analysis services to families around the world.

Numerous studies have demonstrated the efficacy of response interruption and redirection (RIRD) for reducing vocal stereotypy in children with autism. However, the procedure can be time-consuming to implement. Results of Saini, Gregory, Uran, and Fantetti (2015) suggested that an abbreviated variation of RIRD was just as effective as the commonly used variation of RIRD, but further research is needed. In addition, no studies have evaluated the role of toy removal on the efficacy of RIRD even though this procedural component is frequently combined with RIRD. We examined the separate and combined effects of RIRD and contingent toy removal when three children with autism were required to respond to one demand versus three demands. One-demand RIRD was effective for all participants, and the contingent removal of toys alone reduced responding for two of three participants. Findings have important implications for treating vocal stereotypy in relevant settings.