Two types of elaboration are reviewed as potent strategies for the learning disabled: (1) modifications to make materials more learnable and (2) recommendations about elaborative strategies that learners can execute. A model of autonomous and flexible strategy use is presented with emphasis on efficient strategy application. (DB)

The poor achievement of secondary students with learning disabilities in mathematics is often affected by prior low achievement, low expectations for success, and inadequate instruction. Good instruction involves careful selection of examples; explicit instructional design; a parsimonious use of time and resources; and techniques such as direct…

Describes and illustrates five areas of instructional design in mathematics well suited to students with learning disabilities. Suggested learning strategies for teachers to incorporate include using big ideas and conspicuous strategies; teaching efficient use of time; giving clear, explicit instruction on strategies; and taking time for…

Adolescents (n=25) with learning disabilities were randomly assigned to either mnemonic conditions or experimenter-directed rehearsal conditions and individually taught difficult vocabulary words, half abstract and half concrete. Results included higher scores on both recall and comprehension tests by mnemonically trained students for both…

The literature on metacognition and students having learning problems is reviewed. Investigations of metacognitive instruction to enhance memory skills, to increase text comprehension, and to improve written expression and math performance are reported. The roles of the teacher and learner in acquiring and controlling the targeted cognitive…

The article provides an overview of the study skill proficiency (or lack of it) of students with learning disabilities followed by the presentation of 15 study skill strategies. It concludes with a discussion on the implementation of a study skills program including guidelines. (Author/DB)

This paper proposes an instructional model for integrating cognitive strategy instruction and content area instruction when teaching students with learning disabilities in content area classes. In the model, teacher-mediated instructional devices and routines used to teach content area subjects serve as a basis for teaching students to…

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…

A review of relevant cognitive research in mathematics is presented and applied to instructional practice with students with learning disabilities. The review focuses on the role of three principles of curriculum development in facilitating procedural competence in mathematics: the nature of examples, explicitness, and parsimony. (Author/JDD)

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;…

The study investigated effects of training 12 adolescents with learning disabilities in a 7-step word identification strategy (using a general problem-solving strategy with specific substrategies) and found significant gains in word identification but inconsistent gains in comprehension. (DB) (DB)

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)

This response to Englert's article (EC 602 935) on sociocultural factors in teaching writing to students with learning disabilities addresses the application of social constructivist theory. It notes that the success of the Cognitive Strategy Instruction in Writing program may be not only attributable to its holistic social emphasis but also to…

Discusses the use of cognitive strategy instruction to improve students' performance in mathematics. The theoretical and research base for strategy instruction is reviewed, and developmental characteristics of students who have difficulties in mathematics are examined. A practical example of cognitive strategy instruction illustrates assessment…