The purpose of the current study is to examine the effects of the Caught Being Good Game (CBGG) on students’ classroom behaviors. The CBGG is a positive variation of the Good Behavior Game, which has been identified as an evidenced-based intervention designed for managing classroom behavior across students, behaviors, and settings. In the current study, the effectiveness of the CBGG intervention was examined within 2 high school special education classrooms located at two school districts in rural southeastern United States. Using a multiple baseline design, the data were analyzed using visual inspection and calculation of non-overlapping data. Results revealed that the percentage of intervals in which on-task behavior occurred increased during the implementation of the CBGG game, while the students’ level of off-task behavior decreased. Acceptability of the intervention of both teachers was favorable. Given the results, the implications of this classroom management tool are positive. Future directions are discussed and the literature base regarding the CBGG was expanded.

Children who are physically inactive are more likely to suffer numerous health complications such as obesity, cardiovascular disease, and diabetes. The Good Behavior Game (GBG) has been identified as an effective method for decreasing inappropriate behaviors and increasing appropriate behaviors in a variety of settings; however, few studies have used the GBG to increase physical activity. Furthermore, no previous research has evaluated the effects of feedback while playing the GBG to increase physical activity. Some research suggests certain characteristics of feedback tend to produce consistent changes in behaviors such as providing feedback immediately and privately. The purpose of the current study was to extend previous research and evaluate whether the addition of feedback to the Step it UP! Game, a modified version of the GBG has an impact on children’s step counts. A reversal (ABCAB) design was used to examine the number of steps students took during baseline (A), the Step it UP! Game (B), and the Step it UP! Game with feedback (C). Sealed pedometers were distributed to 21 students from a fifth-grade general education classroom. The results of this study suggest that the Step it UP! Game with feedback did not enhance the number of steps taken during recess. Additionally, the Step it UP! Game (with and without feedback) did result in a slight increase in mean steps per min during recess initially but, these steps did not maintain overtime.

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