The article presents techniques for error analysis and correction for use with handicapped children. Considered are error and trend analysis, corrective feedback, graduated guidance hierarchy, errors as part of the learning process, the teacher's verbal correction, and oral reading correction procedurs. (DB)

The author analyzes the problem-solving nature of spelling, notes its cognitive components, and reviews research findings relevant to learning disabled students. He emphasizes the need to understand spelling developmentally and chart-succeeding stages. (CL)

The study investigated types of errors made by learning disabled children by analyzing written responses to multiplication and division problems. Error classifications are discussed, and possible causes are suggested. The importance of thorough investigation of errors by teachers is stressed. (Author/DB)

The paper stresses the importance of informal assessment of spelling, describing both quantitative and qualitative implications. Stages of word knowledge are reviewed and examples of student errors are cited to illustrate needed instruction. (CL)

A distinction is made between estimation and checking, and an analysis of standard errors made on calculators when pupils are checking answers is given. (MP)

The article suggests use of a miscue analysis of mathematics problems in children with learning difficulties. Analysis of errors, past learning, and monitoring of progress are illustrated with a case study of a 10-year-old British learning disabled boy. (DB)

Specific procedures for assessing a handicapped student's mastery level within a continuum of mathematics skills are described, and analysis of error patterns discussed. (CL)

A set of brief reflections about different aspects of mathematical errors and their roles in education is given. The nature and variety of errors and their positive use in learning mathematics are highlighted. (MNS)

This study involved 179 9-year-olds and 352 13-year-olds in New Zealand. Four addition and four subtraction tasks were set to ascertain students' ability to use the number line. Comparison of these data with results from the national assessment in the United States are given. (MNS)

The article reviews the development of mathematics error analysis as a means of diagnosing students' cognitive reasoning. Errors specific to addition, subtraction, multiplication, and division are described, and suggestions for remediation are provided. (CL)

The article presents a six-step procedure for analyzing spelling errors, selecting instructional tactics, and setting performance standards for correcting persistent spelling errors. (DB)

The evidence suggests that students in grades 5 through 8 have difficulty relating isometric type drawings to the rectangular solids they represent. Errors made by students were analyzed and the effect of instruction in spatial visualization activities assessed. (MNS)

Ten examples of when the sequences of key presses given in calculator instruction booklets are either inefficient or lead to an incorrect answer are given. (MNS)

Guidelines for effective ecological assessment are put forth in the form of a list of diagnostic questions and a checklist of variables in the child's environment that may be contributing to behavior problems. Physical, psychosocial, and physiological factors are listed for consideration in analyzing the totality of influences on the child. (PB)

A nine-step model is presented for diagnosing and correcting computation errors in arithmetic. The model, which lends itself to curriculum-based assessment and instruction, involves such steps as identifying error patterns, interviewing the student, and selecting the appropriate corrective strategy. (JDD)