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This applied dissertation was designed to describe the effects of using a computerized reading and vocabulary development program with struggling third-grade students in a low socio-economic school setting. Vocabulary knowledge is paramount to developing and understanding unknown or unfamiliar words. Many students struggle with comprehension due to their limited exposure of vocabulary words. Students who have a limited vocabulary are often poor readers and continue to be a part of the academic achievement gap. This achievement gap appears to continue throughout the student’s time in school. In an effort to lessen this achievement gap, the educational system is now incorporating computerized instructions as a means to increase student’s academic achievement. Several benefits of incorporating computerize instructions into the school’s daily curriculum can be seen in both reading comprehension and literacy skills. Computer assisted instructions or CAI are designed to fit the specific needs of students and to provide differentiated activities that will further supplement the instructions in the classrooms. Computers are being used to present activities that are more interesting thereby motivating the students to become active learners who are also actively engaged in the learning process. The computers and the computer programs that are being implemented into the school systems are beginning to become an integral part in the daily curriculum of the schools. Using technology is just another way to provide students with opportunities to improve in the areas of vocabulary, reading, writing and their listening skills.

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The aim of this dissertation was to investigate whether improving metacomprehension accuracy via the monitoring process impacted learning strategy selection implemented by the control process so that comprehension was also improved. A new paradigm—the multi trial metacomprehension paradigm—was introduced to investigate this aim. Participants studied a text using an effective or ineffective learning strategy, made metacomprehension predictions about their future comprehension, and took a comprehension test; there were three trials of this procedure. The goal was to determine whether metacomprehension accuracy improved—leading to improved comprehension accuracy—for the third trial. Experiment 1 tested whether metacomprehension accuracy improved across multiple trials when compared against single trials. Although no difference in metacomprehension accuracy between multiple and single trial conditions was found, comprehension accuracy did improve with multiple trials. However, for a subset of participants whose metacomprehension accuracy across trials did improve, their comprehension accuracy also improved. Although there was no effect of learning strategy on either metacomprehension accuracy or comprehension accuracy overall, the effective learning strategy produced the highest metacomprehension accuracy on the first trial, leaving no room for improvement at later trials. Metacomprehension accuracy only improved when using the ineffective learning strategy if it was used on multiple trials, but never to the same degree as when using an effective learning strategy. Experiment 2 tested whether improved metacomprehension accuracy affected the control process of learning strategy selection by allowing participants to select which learning strategy to use during the third trial. Participants overwhelmingly selected the ineffective learning strategy, even in case in which metacomprehension accuracy improved across trials. This finding calls into question the theory that improved monitoring accuracy informing the meta level leads to better implementation of control process on the object level. However, while metacomprehension accuracy might be necessary to improve comprehension accuracy—and to result in selection of effective learning strategies toward that end—it might not be sufficient. Students should not just be told to use an effective learning strategy; they should also be taught how to use cues during the monitoring process that are diagnostic of future comprehension.

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The purpose of the present study was to examine the associations among teacher ratings of attention deficit hyperactivity disorder (ADHD) symptomology and executive functioning (EF) skills with reading comprehension and its underlying components reflected in the Simple View of Reading (SVR) including decoding and language comprehension ability. A total of 27 second grade (n = 10), third grade (n = 12), and fourth grade (n = 5) students were recruited for the study. Standardized assessment measures were used to capture word reading, decoding, reading comprehension, semantics, grammar, listening, phonological processing, and working memory. Teacher questionnaires were used to assess ADHD symptomology and EF ability in participants. Correlation analyses were conducted to explore the associations among teacher ratings of EF and ADHD, reading comprehension, and its subskills outlined in the SVR. A series of hierarchical regression analyses were performed to identify whether teacher ratings of ADHD or EF added unique variance to reading comprehension after controlling for word level reading and language comprehension skills. Results from the current study give further support for the SVR as an effective model for conceptualizing reading comprehension. An association between EF difficulties and poor word reading, in addition to weaker reading comprehension skills, was identified. These findings highlight the need for further research examining the role that EF plays in reading comprehension and its underlying components in order to better support struggling readers. / Graduate

This study investigated the validity of the Reading Level Achievement Test of the English Language Center (ELC) of Brigham Young University. Test validation is a complicated process that involves evaluation of various types of validity. It was beyond the scope of this study to investigate different types of validity of the Reading LAT. The present study was only focused on the exam's construct validity. In an effort to validate the LAT, various models of reading comprehension were examined with the purpose of defining the construct of academic reading comprehension. The TOEFL academic reading framework was chosen to be the construct of academic reading comprehension for the present study. The ELC's reading objectives and the Reading LAT items were compared to the construct of academic reading comprehension as defined in the TOEFL framework. The results of this comparison suggest that neither the current ELC reading objectives, nor the current ELC Reading LAT adequately measures students' academic reading comprehension as defined in the construct.

The intent of this concurrent mixed method study was to examine teacher perceptions and student applications of cognitive reading comprehension strategy use as applied to the reading and interpretation of a mathematics word problem. Teachers’ perceptions of the relevance and application of cognitive reading comprehension strategies to mathematics contexts were investigated through survey methods. Additionally, students’ cognitive strategy use was explored by eliciting verbalization of cognition using think aloud protocol and clinical interview probes with purposively selected first through sixth-grade students. An experimental component of this study involved the random assignment of teachers to a professional development book study focused on either a) instructional methods supportive of integrated cognitive strategy instruction in reading and mathematics (treatment group) or b) a review of cognitive strategy instruction in reading (control group). The results of this study indicate that the elementary student participants did not recognize the cognitive comprehension strategies that they were using during the initial reading of the mathematical text as relevant to mathematics based text, which is why initial patterns of strategy use were not sustained or renegotiated, but were instead replaced or extinguished without replacement upon identification of the text as mathematical. This may be due to a lack of: 1) domain-general instruction, 2) varied text examples in their schooling, and/or 3) conditional knowledge instruction for strategy use, effects that may be caused by the students’ teachers’ own domain-specific perceptions of cognitive strategy use at the elementary level. The teachers in the treatment group demonstrated greater awareness of the relevance of cognitive reading comprehension strategies for mathematics text than the control group; however, there was no evidence that this new awareness impacted their instruction in this study. Implications for iv professional development, integrated cognitive strategy instruction, and contributions to existing literature are discussed.