Evaluating the effects of the color wheel system on a teacher's repeated directions.

Students are less likely to hear and understand teacher-delivered directions or instructions when they are attending to other activities (e.g., a classmate, a previously assigned task). A classroom management system known as the Color Wheel System includes rules and transition procedures designed to increase the probability that students stop their current activities and attend to teachers as they deliver directions or instructions for the next activity. A withdrawal design was used to evaluate the effects of the Color Wheel System on a teacher's repeated directions in a first-grade general-education classroom. Results showed large and immediate decreases in teacher repeated directions both times the Color Wheel System was applied and an immediate increase when it was withdrawn. Discussion focuses on limitations and directions for future longitudinal research evaluating the effects of the Color Wheel System on uninterrupted teaching and learning time, classroom climates, student-teacher relationships, and compliance. (PsycInfo Database Record (c) 2023 APA, all rights reserved).

Using a Tootling intervention to sequentially enhance and maintain at-risk elementary students' performance of multiple social skills.

The present study was designed to extend research on supplementing social skills training (SST) with a Tootling intervention to enhance student performance of social skills in authentic social contexts. The Tootling intervention included an interdependent group contingency with randomly selected criteria, which involved the after-school class receiving rewards contingent upon students reporting classmates' performance of prosocial behaviors as they participated in a typical school activity. First, reinforcement was delivered contingent upon peer reports of classmates' giving compliments. In subsequent phases, peer reports of classmates providing encouragement and saying thank you were added to the contingency, but each day students did not know which of these behaviors was selected as the criterion for reinforcement. Results from our multiple baseline across behaviors design provided three demonstrations of a treatment effect. When peer reports of each social skill were added to the contingency, the targeted social behavior increased. Discussion focuses on supplementing SST with Tootling interventions to enhance student performance of prosocial behaviors outside the SST context. (PsycInfo Database Record (c) 2022 APA, all rights reserved).

Cumulative Instructional Time and Relative Effectiveness Conclusions: Extending Research on Response Intervals, Learning, and Measurement Scale.

Adapted alternating treatments designs were used to evaluate three computer-based flashcard reading interventions (1-s, 3-s, or 5-s response intervals) across two students with disabilities. When learning was plotted with cumulative instructional sessions on the horizontal axis, the session-series graphs suggest that the interventions were similarly effective. When the same data were plotted as a function of cumulative instructional seconds, time-series graphs suggest that the 1-s intervention caused the most rapid learning for one student. Discussion focuses on applied implications of comparative effectiveness studies and why measures of cumulative instructional time are needed to identify the most effective intervention(s).Comparative effectiveness studies may not identify the intervention which causes the most rapid learning.Session-series repeated measures are not the same as time-series repeated measures.Measuring the time students spend in each intervention (i.e., cumulative instructional seconds) allows practitioners to identify interventions that enhance learning most rapidly.Student time spent working under interventions is critical for drawing applied conclusions.

Noncontingent Reinforcement to Improve Classroom Behavior of a Student With Developmental Disability.

The purpose of this study was to examine the effects of a noncontingent reinforcement intervention package implemented by an interning teacher in a special education classroom to address disruptive behavior and task engagement for a third-grade, 8-year-old boy with developmental disability. Using a within-subject reversal design (A-B-A-B), a teacher interning in Max's classroom delivered 3-min breaks (i.e., escape) from classroom tasks on a fixed-time 2-min interval schedule for five daily sessions during the first intervention phase and for five daily sessions during the reimplementation phase; breaks were not contingent on his behavior. The intervention package also included a reinforcement menu for the student to select daily from escape activities (i.e., preferred activities including swinging and taking a walk) and a picture prompt to provide a continuous, visual reminder of the upcoming reinforcer. Results indicated increases in task engagement and decreases in disruptive behavior during phases when the intervention was applied. Implications for future research and practice are discussed.

Teaching Sight Words to Elementary Students With Intellectual Disability and Autism: A Comparison of Teacher-Directed Versus Computer-Assisted Simultaneous Prompting.

The purpose of this study was to compare the effects of teacher-directed simultaneous prompting to computer-assisted simultaneous prompting for teaching sight words to 3 elementary school students with intellectual disability. Activities in the computer-assisted condition were designed with Intellitools Classroom Suite software whereas traditional materials (i.e., flashcards) were used in the teacher-directed condition. Treatment conditions were compared using an adapted alternating treatments design. Acquisition of sight words occurred in both conditions for all 3 participants; however, each participant either clearly responded better in the teacher-directed condition or reported a preference for the teacher-directed condition when performance was similar with computer-assisted instruction being more efficient. Practical implications and directions for future research are discussed.