Multi-item direct behavior ratings: Dependability of two levels of assessment specificity.
Direct Behavior Rating-Multi-Item Scales (DBR-MIS) have been developed as formative measures of behavioral assessment for use in school-based problem-solving models. Initial research has examined the dependability of composite scores generated by summing all items comprising the scales. However, it has been argued that DBR-MIS may offer assessment of 2 levels of behavioral specificity (i.e., item-level, global composite-level). Further, it has been argued that scales can be individualized for each student to improve efficiency without sacrificing technical characteristics. The current study examines the dependability of 5 items comprising a DBR-MIS designed to measure classroom disruptive behavior. A series of generalizability theory and decision studies were conducted to examine the dependability of each item (calls out, noisy, clowns around, talks to classmates and out of seat), as well as a 3-item composite that was individualized for each student. Seven graduate students rated the behavior of 9 middle-school students on each item over 3 occasions. Ratings were based on 10-min video clips of students during mathematics instruction. Separate generalizability and decision studies were conducted for each item and for a 3-item composite that was individualized for each student based on the highest rated items on the first rating occasion. Findings indicate favorable dependability estimates for 3 of the 5 items and exceptional dependability estimates for the individualized composite.
Department of Applied Psychology, Northeastern University.
Robert J
RJ
Volpe
Department of Applied Psychology, Northeastern University.
Amy M
AM
Briesch
D000704:Analysis of Variance; D019958:Attention Deficit and Disruptive Behavior Disorders / Q000175:diagnosis*; D000067290:Behavior Rating Scale / Q000592:standards*; D002648:Child; D006801:Humans; D008433:Mathematics; D009511:New England; D011594:Psychometrics; D012572:School Health Services; D012680:Sensitivity and Specificity