Generalizability and Dependability of a Multi-Item Direct Behavior Rating Scale in a Kindergarten Classroom Setting

Accurate and rapid identification of students displaying behavioral problems requires instrumentation that is user friendly and reliable. The purpose of the study was to evaluate a multi-item direct behavior rating scale called the Direct Behavior Rating-Multiple Item Scale (DBR–MIS) for disruptive behavior to determine the number of administrations necessary to achieve a dependable result. In addition, a study was conducted to determine to what degree the DBR-MIS correlated with a brief rating scale of attention deficit hyperactivity disorder behaviors. Participants were Kindergarten students (n = 18) who were observed and rated over nine 5-min observation periods by 2 raters with minimal training. Results indicated that the DBR-MIS provided reliable estimates of disruptive behavior by the seventh or eighth rating occasion. Correlations between the DBR-MIS and the attention deficit hyperactivity disorder rating scale were weak to moderate. Overall, the DBR-MIS for disruptive behavior efficiently achieved dependable results when screening groups of Kindergarten students in a public school setting.     

Stability Balls and Student on-Task Behavior

Stability balls have become a common option for alternative seating in classrooms. While the social validity of stability ball classroom seating remains high among students and teachers, findings on the effectiveness of this alternative seating method are mixed. This is particularly true when the intent of the intervention is to increase student on-task behavior. This study examined the effects of stability ball seating on students’ on-task behavior in a general education setting, using a within-subjects repeated measures design. Researchers observed twenty-four third-grade students in a public-school classroom across three conditions: all chairs, all balls, or choice. Across observation days, the study controlled for time of day, teacher, and classroom environment. Results indicate students are on-task less frequently when sitting on a stability ball. Student reports on social validity replicated prior findings; students found the stability ball to be desirable and easy to use.