The article offers practical games and "tricks" to help remediate deficits in arithmetic and mathematics at the elementary school level. Games include using the fingers to calculate, lattice multiplication, dividing paper into equal columns, square games, code cracking games, and fraction dominoes. (Author/DB)

A reinterpretation of survey results concerning teacher-education programs in learning disabilities indicates that (1) most large programs advocate a reasonably consistent instructional approach and (2) despite the appearance of the same topics in textbooks for both special and regular education teachers, the same set of skills are not necessarily…

The study examined 40 learning disabled fourth graders' spelling performance in response to strategy training and variations in study conditions. Students who were taught the five-step study strategy recalled correct spelling of more words than controls. However, spelling performance of students who received strategy training was not…

The article presents informal assessment techniques for assessing classroom demands, written language, studying and test-taking skills, notetaking, and gaining information from text. The content of the assessment is conceptualized in terms of the University of Kansas learning strategies curriculum. A test down approach to assessment is suggested.…

The potential uses of telecomputing in the education of learning disabled secondary students are described, including electronic mail, interactive one-to-one discussions, and database searches. Related staff and administrative concerns are discussed. (JW)

The article describes ways in which music and elements of rhythm, harmony, melody, form dynamics, and mood can contribute to language development in learning disabled children. (CL)

Via a demonstration-plus-model technique, the equal additions method of subtraction was used to teach seven learning disabled students (grades 3-5) subtraction requiring reqrouping. Results suggested that instruction in the equal additions method was effective in producing an increase in student computaton of subtraction with regrouping. All Ss…

The University of Kansas Institute for Research in Learning Disabilities has designed and validated a set of task-specific learning strategies to teach mildly disabled students "how to learn" so they can more effectively cope with increased curriculum expectations. (Author/CL)

Instructional procedures that teach spelling words in small instructional units, provide relevant practice with corrective feedback, and emphasize transfer to novel words and to writing sentences can substantially circumvent the effects of learning disabilities. (CL)

Instructional techniques and modifications in independent study tailored to the needs of gifted, learning disabled students are described. (JW)

Learning disabled children ages 8-11 may need help to request clarification of speakers (an intergral part of everyday conversation) through activities designed to increase their facility with question forms and improve referential communication skills. (CL)

Suggestions are given to teachers of learning disabled students regarding writing instruction. Six pointers concern techniques to avoid (such as overemphasis on grammatical errors) as well as approaches to provide appropriate feedback (such as offering individualized feedback, preferably at the prewriting stage). (CL)

A "whole person" approach to spelling instruction included use of visualization, relaxation, music, suggestion, and memorization techniques for nine secondary students with poor spelling. All students demonstrated improved spelling skills as well as increased self-esteem and self-awareness. (CL)

The process/conference model of writing instruction is described for intermediate-level learning disabled students. Students proceed through several stages of writing (rehearsal, drafting, revising, editing, and rewriting) during which they have conferences with the teacher and eventually publish their writing. (CL)

Computer logic is advised for teaching learning disabled children because the computer reduces complicated problems to series of subproblems, then combines solutions of subproblems to solve the initial problem. Seven examples for using the technique are given, including solving verbal math problems. Encourages teachers to learn computer…