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Effects of an interactive computer-based reading strategy on student comprehension
Title
Effects of an interactive computer-based reading strategy on student comprehension.
Creator
Worrell, Jamie L., College of Education, Department of Exceptional Student Education
Abstract/Description
The computer-based testing mode has received limited research as a task condition for elementary students as it relates to comprehension for both narrative and expository text. The majority of schools now use computer-based testing to measure students' progress for end of the year exams. Additionally, schools are also delivering state-wide assessments like the Florida Comprehension Assessment Test through computer-based testing instead of paper-pencil testing. There is little research to...
Show moreThe computer-based testing mode has received limited research as a task condition for elementary students as it relates to comprehension for both narrative and expository text. The majority of schools now use computer-based testing to measure students' progress for end of the year exams. Additionally, schools are also delivering state-wide assessments like the Florida Comprehension Assessment Test through computer-based testing instead of paper-pencil testing. There is little research to indicate whether computer-based assessments are an effective way to measure student progress. This study investigated the effects of an interactive computer-based reading strategy on student comprehension for both expository and narrative passages. The intervention evaluated students' percentage of learned strategy use and comprehension accuracy for expository computer-based passages. Additionally, the intervention measured whether students generalized the learned strategy when given a paper-pencil narrative passage and whether generalization of strategy use improved comprehension vi accuracy. This study used an A-B-A-B design across participants, with a follow-up phase. The results from the data showed that all students made significant increases in strategy use from baseline to follow-up. Additionally, all the students had an increase in comprehension accuracy from baseline to follow-up for both computer and paper-based passages. All students were able to generalize successfully the strategy use to narrative passages, and improved their comprehension accuracy of narrative passages. The effects of the study suggest the value of teaching students the interactive computer-based reading strategy for students who struggle with passage comprehension.
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Date Issued
2011
PURL
http://purl.flvc.org/FAU/3322518
Subject Headings
Reading comprehension, Computer-assisted instruction, Educational tests and meausrements, School improvement programs, Academic achievment, Reading, Ability testing, Computer-assisted instruction
Format
Document (PDF)
effects of reciprocal teaching on the science literacy of intermediate elementary students in inclusive science classes
Title
The effects of reciprocal teaching on the science literacy of intermediate elementary students in inclusive science classes.
Creator
DiLorenzo, Kim E., College of Education, Department of Exceptional Student Education
Abstract/Description
Intermediate elementary students (grades 4 and 5) frequently struggle to become scientifically literate in their general education classrooms. Scientific literacy includes knowing how to access and use information found in science texts. Unfortunately, many students struggle to read and understand science texts (Michalsky, Mevarech, & Haibi, 2009, p. 363). Fortunately, elementary students have shown improvement in reading comprehension when explicitly instructed in cognitive and metacognitive...
Show moreIntermediate elementary students (grades 4 and 5) frequently struggle to become scientifically literate in their general education classrooms. Scientific literacy includes knowing how to access and use information found in science texts. Unfortunately, many students struggle to read and understand science texts (Michalsky, Mevarech, & Haibi, 2009, p. 363). Fortunately, elementary students have shown improvement in reading comprehension when explicitly instructed in cognitive and metacognitive strategies to comprehend expository text in settings that support collaboration and flexible application of comprehension strategies, and have meaningful opportunities for reading and writing (Mastropieri & Scruggs, 2004; Palincsar & Klenk, 1992). A method that includes these components is reciprocal teaching (RT; National Reading Panel, 2000). RT has been used during content area instruction to increase reading comprehension skills of intermediate elementary students without disabilities in general education classrooms (King & Johnson, 1999; Lederer, 2000; Lubliner, 2004). These reading comprehension gains have been maintained by students on follow-up tests after the RT intervention has been withdrawn (Palincsar & Brown, 1984; Westera & Moore, 1995). This study examined the effects of RT on the science literacy of intermediate elementary students (grades 4-5) participating in inclusive science classes. Students with learning disabilities (SWLD), students at-risk (AR), and students in general education (GE) participated in this study. General education teachers used RT with science texts to improve science literacy. Pre/post science quizzes were used to assess the effects of the RT intervention, and post/follow-up tests assessed potential maintenance of the RT. s, Analyses of the data showed that the RT intervention resulted in improved science comprehension overall, and for each student group. In addition, the results showed that the gains were maintained for the individual student grouping after the RT intervention was removed, although these gains were not found overall.The study demonstrated that the use of RT during science instruction in inclusive, intermediate elementary classes assisted students who are AR, SWLD, and students in GE to attain science knowledge using standard science texts and materials. These results extend the experimental literature on science literacy and reciprocal teaching, particularly among intermediate elementary students.
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Date Issued
2010
PURL
http://purl.flvc.org/FAU/2975244
Subject Headings
Science, Study and teaching (Elementary), Thought and thinking, Study and teaching (Elementary), Language arts (Elementary), Correlation with content subjects, Inquiry-based learning, Cognitive learning, Academic achievement, Interdisciplinary approach in education
Format
Document (PDF)