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At least 847 records · Page 47Linked to original sources
PubMed1989

Improving learning disabled students' skills at composing essays: self-instructional strategy training.

This study was conducted to determine if self-instructional strategy training would improve learning disabled students' writing. Students were taught a strategy designed to facilitate the generation, framing, and planning of argumentative essays. Training effects were investigated using a multiple-baseline across-subjects design, with multiple probes in baseline. Strategy instruction had a positive effect on students' writing performance and self-efficacy. Effects were maintained over time and transferred to a new setting and teacher. Evidence for generalization to a second genre, story writing, was also obtained. The students and their special education teacher recommended the use of the strategy with other students.

Child↗
PubMed1993

The effects of tape-recorded self-instruction cues on the mathematics performance of students with learning disabilities.

The effects of tape-recorded self-instruction cues on the mathematics performance of students with learning disabilities (LD) were investigated. Nine students were assigned to one of three conditions: an experimental condition, in which students attended two training sessions in self-instruction (SIT); an observer condition, wherein students observed SIT but did not participate; and a control condition, wherein students received neither training nor the opportunity to observe. Using a multiple probe design, data (problems attempted, problems completed correctly, and time for task performance) were collected across two baseline phases, two brief instructional periods, and two generalization phases. Without access to taped cues, experimental and observer students did not successfully utilize the SIT after the first self-instructional training. However, when experimental students were trained to use taped cues, they demonstrated the ability to accurately solve their problems. More important, they were able to successfully use SIT procedures when the taped cues were faded.

Child↗
PubMed1993

Comparing two modes of teaching a question-answering strategy for enhancing reading comprehension: didactic and self-instructional training.

This study investigated the comparative efficacy of two instructional approaches--didactic teaching and self-instructional training--in teaching average and poor readers a comprehension question-answering strategy. Forty-five average students and 45 poor readers from Grades 5 and 6 participated. These 38 girls and 52 boys were equally and randomly assigned to one of three treatment conditions: didactic teaching of the strategy, self-instruction, or control (no training). Students in the first two treatment conditions learned a mnemonic strategy ("Here," "Hidden," and "in my Head") to indicate question-answer relationships that are text explicit, text implicit, or script implicit, respectively. Essentially, the 3H mnemonic cued students to use appropriate text and/or knowledge-base information in answering comprehension test questions. In addition, students in the self-instruction group learned three self-questions to guide their use of the 3H strategy. Specifically, the self-questions focused students' attention on the task, provided a basis for decision making concerning the categorization of comprehension test questions, and reminded students to check their answers. The results indicated that both didactic teaching and self-instructional training of the strategy effected significant improvements in students' reading comprehension performance. However, self-instructional training was more effective in enhancing and maintaining students' reading comprehension performance than didactic teaching. Moreover, results from the oral questionnaire indicated that the 3H strategy training increased students' general meta-cognitive knowledge. Lastly, of the 60 trained students, 52 wrote that they would encourage other children to learn the 3H strategy. Thus, the response to strategy learning was clearly positive.

Attention↗
PubMed1993

Inducing adaptive coping self-statements in children with learning disabilities through self-instruction training.

This study investigated the efficacy of a coping strategy in reducing math anxiety in children with learning disabilities (LD). The coping strategy was based on cognitive behavior modification (CBM). Twenty children from Grades 4 to 7 participated in the study. Half of them were children with LD and the remaining were normally achieving children. The dependent measures were self-talk data and performance data on math (fraction) problems. Pretest data indicated that normally achieving children produced substantially more positive self-talk than children with learning disabilities. Subsequent to training in the use of the CBM-based coping strategy, children with LD produced a comparable amount of positive self-talk at posttest as found in normally achieving children. Moreover, there was a moderate, positive correlation between increased positive self-talk and math performance among the children with LD. The results clearly indicated that the children with LD had learned to cope with their math anxiety via a CBM-based strategy. More generally, the results of the study suggest that CBM strategies can be effectively applied to the affective domain. This broader implication and the limitations of the study are discussed.

Achievement↗
PubMedDate not supplied

Effectiveness of the MASTER program for teaching special children multiplication and division.

In this study, the utility of a MAthematics Strategy Training for Educational Remediation (MASTER) program, (Van Luit, Kaskens, & Van der Krol, 1993) was examined. The effectiveness of the program, designed to encourage strategy utilization with multiplication and division problems, was investigated for 84 students with poor mathematics skills, some of whom had learning disabilities (n = 42) and others with mild levels of mental retardation (n = 42). The results showed that the use of the self-instruction program resulted in significant improvement over the general instruction program. Furthermore, far transfer was found for the children with learning disabilities in the experimental group when they used effective problem-solving strategies on nontrained tasks. The results are consistent with previous findings suggesting the importance of self-instruction in mathematics training programs.

Adolescent↗