The current research is designed to investigate the impact of a BBL theory training program on developing mathematical skills and scientific thinking of mathematic disabled students. The proposed training program works as an independent variable comprising (22) training sessions. The methodology of the proposed program is based on integration…

In this article, we discuss research supporting the Strategic Instruction Model's™ (SIM) effort to address higher order reasoning and thinking skills in two lines of programmatic research. We review the extant body of evidence supporting the two lines of the SIM library, the Content Enhancement Routines and a comprehensive reading program, and the…

Students with language-based learning disabilities demonstrate learning challenges that must be addressed to enable them to succeed academically. Some of these students have difficulty with the process of organizing their thoughts about information acquired and expressing them in the form of an explanation, both of which are critical to effective…

There are many reasons to be curious about the way people learn, and the past several decades have seen an explosion of research that has important implications for individual learning, schooling, workforce training, and policy. In 2000, "How People Learn: Brain, Mind, Experience, and School: Expanded Edition" was published and its…

Recent legislation, such as the No Child Left Behind and the Individuals with Disabilities Education Act amendments of 1997 and 2004, emphasizes the importance of teaching students with mild disabilities in the general education classroom using the general curriculum. Consequently, students with learning problems take a variety of science courses,…

This study investigated students' mathematics achievement, estimation ability, use of estimation strategies, and academic self-perception with 135 students (n=135) in grades 4, 6, or 8, either with learning disabilities (LD), average achievers, or intellectually gifted. Students with LD differed significantly from average achievers in their use of…

This article introduces a series of papers that explain and illustrate how a higher order thinking curriculum can be designed for a full spectrum of students, including students with learning disabilities. The article discusses an approach in which concepts, rules, and strategies are taught by organizing content around the process of noting…

Recent research in mathematics instruction underscores the importance of problem solving and higher-level thinking. This article presents four themes in instruction for students with learning disabilities: (1) provide a broad, balanced mathematics curriculum; (2) engage students in meaningful problem tasks; (3) accommodate diverse learning styles;…

This article reviews the research on components of problem solving including two mechanisms for fostering transfer of problem-solving strategies, low-road transfer and high-road transfer, and two types of content (domain specific and higher order thinking). Exploratory research on low-road transfer of higher-order thinking is summarized.…

Evaluation of a metacognitive reading program with 13 learning-disabled children in grades 3 and 4 found that students increased in performance and awareness of strategies from pre- to posttesting. Differences were also observed between different clusters of students with defensive, pessimistic, or realistic self-concepts. (DB)

A practicum was developed to aid second graders who were experiencing difficulties in reversals and transpositions of letters, words, and numbers in written language and math. At each teacher's recommendation, one or two children demonstrating reversal problems were given help to reduce their reversals. A series of language arts and math tests…

This article describes the Reading Strategies Program, which teaches decoding skills to primary-level students with learning disabilities with a methodology intended to teach children to apply the skills to literature. Cognitive strategies also are used to apply comprehension skills to the material and to write about the material read. (JDD)

This critique of Edwin Ellis's Integrative Strategy Instruction model for integrating cognitive strategies into content area learning for students with learning disabilities comments on the model's similarities to other cognitive strategy training models, the role of mnemonic techniques in content area learning, and the need to incorporate…

Evaluation of the relationship between metacognition and analogical reasoning in 80 children (mildly retarded, learning disabled, normal achieving, and gifted) suggests that retarded children's performance reflected a central processing deficiency across processes, learning-disabled children's performance reflected specific processing…

This article describes the PROVE strategy, which provides students with learning disabilities with a procedure for naming a concept, providing evidence (both why and how), and defending it. Research results are presented that indicate students with (n=12) and without (n=26) disabilities benefited from the PROVE strategy. (Contains references.) (CR)