Mathematical problem solving is a transfer challenge requiring children to develop schemas for recognizing novel problems as belonging to familiar problem types for which they know solutions. Schema-based transfer instruction (SBTI) explicitly teaches transfer features that change problems in superficial ways to make them appear novel even though…

Examined the effects of classroom-based performance assessment-driven instruction (PA) with 16 teachers randomly assigned to PA and no-Pa conditions. Results show PA-driven instruction can increase teachers' understanding of what PA is and how it might be used to improve mathematics instructional decisions. (SLD)

Interactions and performances of 10 high-achieving third- and fourth-grade students on complex mathematics tasks were studied as a function of paring with other high-achieving (homogeneous) or low-achieving (heterogeneous pairing) students. Homogeneous dyads operate more collaboratively, generate more cognitive conflict, and create better quality…

The effects of a task-focused goals (TFG) treatment in mathematics were studied with low-achieving students with or without learning disabilities. Results with 40 elementary classrooms showed that TFG students enjoyed the approach, but that increased effort was associated with greater learning only for those without learning disabilities. (SLD)

The quality and effectiveness of students' mathematical explanations as a function of the ability of the tutor were studied with dyads from 20 classrooms (60 students) in which students had been practicing peer tutoring for 23 weeks. Tutees of high-achieving peer tutors offered better explanations. (SLD)

The effects of on-going curriculum-based measurement of student growth and expert system instructional consultation on teacher planning and student achievement in mathematics operations were studied for 33 elementary teachers assigned to one control or 2 experimental groups. Each teacher worked with two learning disabled or emotionally disturbed…

Effects of previous training and experience in peer tutoring on student interactions were studied for 16 elementary school classes. Student dyads with experience and training in peer tutoring provided more interactional explanations and incorporated sounder instructional principles. In both situations, student explanations tended to be algorithmic…

Thirty-nine special educators, each having three to four pupils in the study, were assigned randomly to a repeated curriculum-based measurement/evaluation treatment or a conventional special education evaluation treatment. Experimental teachers effected greater student achievement. (Author/BW)