Improving early reading comprehension using embodied CAI

An embodied approach to reading comprehension suggests that emerging readers must learn to map words and phrases onto their remembered experiences, but this is made difficult by the necessity of focusing attention on decoding. Having children manipulate toys to correspond to what they are reading overcomes this problem, but introduces its own problem for the classroom, namely having to provide a classroom full of children with manipulative. In this article, we demonstrate that having first- and second-grade children manipulate images of toys on a computer screen benefits their comprehension as much as physical manipulation of the toys. In addition, manipulation on one day facilitates reading in the same domain one week later. These findings encourage the use of manipulation of text-relevant images as an educational technology for enhancing early reading comprehension. The findings also set constraints on theoretical accounts of embodiment while reading.     

Improving reading comprehension with readers theater

Abstract

Although readers theater has traditionally been recommended as a method for improving reading fluency, this 18-week quasi-experimental study examined the effects of a readers theater instructional protocol that updates and expands on traditional approaches by adding specific tasks that engage students in various reading comprehension and vocabulary activities. Because the students were not randomly assigned to either condition, propensity score matching was used to minimize potential bias between the groups. After the matching procedure, the overall total of second-grade students decreased from 145?to 76. A repeated-measures analysis of variance was conducted for all three measures. The results revealed statistically significant time effects on all three measures of the Gates-MacGinitie Reading Test, including decoding, word knowledge, and reading comprehension. Only the reading comprehension measure was qualified by an interaction effect, and the results favored the readers theater treatment group. Implications for instruction and future research are discussed.     

Using computer-based readers to improve reading comprehension of students with dyslexia

Twenty-eight middle school students, diagnosed as dyslexic and attending a school using the Slingerland approach to remediation of dyslexia, used a computer-based reading system for reading literature for about one-half hour a day for a semester. The system proved to be a strong compensatory aid, enabling 70 percent of the students to read with greater comprehension, approximately one grade level or more improvement, as measured by the Gray Oral Reading Test. For 40 percent of the students, the gains were large, from two to as much as five grade levels. However, not all students benefited. Fourteen percent showed lower comprehension scores when using the system, and there is some indication that this degradation is associated with kinesthetic-motor weakness. Some students reported gains in reading speed and exhibited increased span of attention for and endurance in reading when using the system. We did not find evidence that the computer-reader technology provided a positive remediation benefit incremental to that obtained from the school’s intensive Slingerland remediation program. Our results indicate that computer-readers are important compensatory aids that can enable many people with dyslexia to perform more effectively in reading-related tasks associated with school and work.     

A comprehension intervention for children with reading comprehension difficulties

Abstract

Many students in Australian schools today experience difficulty understanding read text beyond Year 3 despite early intervention and rich learning experiences. Often the first indications that such students may have reading comprehension difficulties is from poor performance on comprehension tests in fourth grade. After Year 3 the written text becomes more complex and there is an increasing emphasis on reading comprehension. Less skilled comprehenders experience difficulties because they often use inefficient memory strategies and do not normally visualise story content. Readers with comprehension difficulties can be taught to construct mental imagery that will enable them to link verbal and imaginal information more efficiently into their working memory by reducing the cognitive load. The indications are that engaging readers in elaborative questioning and discussion of the text improves reader's own language and mental imagery as well as enhancing comprehension of read text. For readers who have struggled for years and have developed a resistance to reading, a literacy tutoring intervention framework that focuses on a personalised responsive relationship‐based approach to reading, combined with interesting text and student choice of appropriate material, can facilitate improved reading. The Comprehension of the Narrative intervention program is an example of a multiple strategy training intervention program that utilises explicit strategy instruction in a framework of measured stages while also increasing the level and complexity of the reading texts used. It has been shown that participating students are enabled to build on previously mastered skills and develop more effective higher order comprehension outcomes through focused dialogue with trained tutors.     

Phonological and lexical reading in Italian children with dyslexia

In this study we explore the development of phonological and lexical reading in dyslexic children. We tested a group of 14 Italian children who have been diagnosed with dyslexia and whose reading age is end of grade 1. We compared this group with a group of 70 typically developing children who have been tested for reading at the end of grade 1. For each dyslexic child we also selected a participant who was attending the same grade, was close in age, and showed typical reading development when tested with a narrative passage reading task (Cornoldi, Colpo, & Gruppo MT, 1981) for correctness and reading speed. Children in this group are “same grade controls.” We used a reading task consisting of 40 three syllables words. A qualitative and quantitative method of coding children’s naming allowed us to distinguish several components of their reading performance: the grapheme and word recognition, the size of orthographic units involved in the aloud orthography–phonology conversion, the reading process used to recognize words. The comparison of the dyslexic group with the reading age and the same grade control groups reveals different trends of delayed reading processes. Considering dyslexic children’s chronological age, lexical reading is greatly delayed. Considering dyslexic children’s reading age, the type of reading process that is more deeply delayed is phonological reading. The rate of fragmented phonological reading (i.e., a type of syllabized phonological reading) is much higher in dyslexic children compared to the reading age group, suggesting that some factors undermine the possibility of internalizing the orthography–phonology conversion and the blending processes.     

Artificial grammar learning in primary school children with and without developmental dyslexia

This paper explores implicit learning in typically developing and primary school children (9–12 years old) with developmental dyslexia using an artificial grammar learning (AGL) task. Two experiments were conducted, which differed in time of presentation and nature of the instructional set (experiment 1—implicit instructions vs experiment 2—explicit instructions). Repeated measures analysis of variance (group × grammaticality × chunk strength) showed a group effect only in experiment 1 (implicit instructions), with only the typically developing children showing evidence of AGL. There was a grammaticality effect (adherence to the rules) for both groups in the two experimental situations. We suggest that the typically developing children exhibited intact implicit learning as manifested in AGL performance, whereas children with developmental dyslexia failed to provide such evidence due to possible mediating cognitive developmental factors.     

运用语篇教学法提高英语阅读理解能力

阅读能力的培养是英语教学的重要环节,是提高学生综合语言运用能力的保障。语篇教学法是语篇分析在教学中的实际应用,它既注重语言知识的学习,又注重对文章主题、结构及体裁的分析,对于提高学生文章整体理解能力具有重要的指导作用。     

Visual-motor integration and reading Chinese in children with/without dyslexia

Reading and Writing - Visual-motor integration is an ability to coordinate the visual information and limb movement, which has direct relevance to Chinese handwriting ability. Interestingly...     

Teacher dialogue style and children’s story comprehension

The three components of the dialogue style are: a) a great number of questions asked by the teacher during the storytelling; b) three exclusive types of questions asked; and c) a variety of questions. The present study is intended to analyse the relationships between these components and children’s story comprehension. The subjects were 48 children, aged 4;4 to 6;2, randomly divided into four groups of 12 children each: the number, exclusive types, and variety groups, and a control group (the reading group). Twenty-four teachers were also divided randomly into four groups of six teachers each, and assigned to the four children’s groups. Each teacher told the story to two children at a time; the children were chosen and paired randomly. Each child, singly, retold the story and then answered a questionaire on the structure of the story. The responses of each child were compared with the story text and considered correct if approriate to the contents of the story. The mean percentages of correct responses in the three experimental groups were higher than those of the control group. This difference is significant in the free retelling situation.     

Dynamic testing, working memory, and reading comprehension growth in children with reading disabilities

This longitudinal study assessed (a) whether performance changes in working memory (WM) as a function of dynamic testing were related to growth in reading comprehension and (b) whether WM performance among subgroups of children with reading disabilities (RD; children with RD only, children with both reading and arithmetic deficits, and low verbal IQ readers) varied as a function of dynamic testing. A battery of memory and reading measures was administered to 78 children (11.6 years) across three testing waves spaced 1 year apart. WM tasks were presented under initial and dynamic testing conditions (referred to as gain and maintenance testing). The important results were that (a) WM performance as a function of maintenance testing was a significant moderator of growth in reading comprehension and (b) WM performance of children with RD was statistically comparable within subgroups of RD but inferior to that of skilled readers across all testing conditions. The results support the notion that children's WM performance under dynamic testing conditions was related to the rate of growth in reading comprehension but unrelated to subgroup differences in reading.     

Validating self-paced sentence-by-sentence reading: story comprehension,recall, and narrative transportation

Previous studies on discourse have employed a self-paced sentence-by-sentence paradigm to present text and record reading times. However, presenting discourse this way does not mirror real-world reading conditions; for example, this paradigm prevents regressions to earlier portions of the text. The purpose of the present study is to investigate the ecological validity of self-paced sentence-by-sentence presentations by comparing it to normal page reading with respect to comprehension, recall, and narrative transportation, across two time points (immediate and delayed). Bayesian analyses found greater evidence in favor of the null hypothesis for transportation, indicating that little difference likely exists between sentence-by-sentence presentations and normal reading for this outcome. Weak evidence supporting the alternative hypothesis was found for immediate comprehension and recall, with participants who read the story as isolated sentences scoring marginally higher. Altogether, these results validate the self-paced sentence-by-sentence paradigm for measuring reading times, uncovering few differences in outcomes relative to natural reading.     

Performance of children with developmental dyslexia on high and low topological entropy artificial grammar learning task

Graph complexity as measured by topological entropy has been previously shown to affect performance on artificial grammar learning tasks among typically developing children. The aim of this study was to examine the effect of graph complexity on implicit sequential learning among children with developmental dyslexia. Our goal was to determine whether children’s performance depends on the complexity level of the grammar system learned. We conducted two artificial grammar learning experiments that compared performance of children with developmental dyslexia with that of age- and reading level-matched controls. Experiment 1 was a high topological entropy artificial grammar learning task that aimed to establish implicit learning phenomena in children with developmental dyslexia using previously published experimental conditions. Experiment 2 is a lower topological entropy variant of that task. Results indicated that given a high topological entropy grammar system, children with developmental dyslexia who were similar to the reading age-matched control group had substantial difficulty in performing the task as compared to typically developing children, who exhibited intact implicit learning of the grammar. On the other hand, when tested on a lower topological entropy grammar system, all groups performed above chance level, indicating that children with developmental dyslexia were able to identify rules from a given grammar system. The results reinforced the significance of graph complexity when experimenting with artificial grammar learning tasks, particularly with dyslexic participants.     

Revisiting the "simple view of reading" in a group of children with poor reading comprehension

According to Gough and Tunmer's Simple View of Reading, Reading Comprehension = Decoding (D) x Listening Comprehension (C). The purpose of this study was to evaluate the model with a sample of First Nations children, known to have average decoding and listening comprehension but poor reading comprehension. In addition, the authors examined the contribution of naming speed and phonological awareness to reading comprehension beyond the effects of D and C. Consistent with the findings of previous studies, the children exhibited poor reading comprehension despite average performance in decoding and listening comprehension, a finding that challenges the simple view of reading. The results also revealed that an additive model (D + C) fitted the data equally well as a product model (D x C). Neither naming speed nor phonological awareness accounted for unique variance.     

How hypertext reading sequences affect understanding of causal and temporal relations in story comprehension

The goal of this study is to examine the comprehension of global causal and temporal relations between events that are represented in single hypertext documents. In two experiments we examined how reading sequences of hypertext nodes affects the establishment of event relations and how this process can be supported by advanced organizers that provide either temporal or causal pre-information. In the first experiment we could show that discourse structure affected recall of temporal event sequences only when causal relations were absent. In a second experiment, the comprehension of either temporal or causal relations was facilitated by providing different types of pre-information (advanced organizer). Temporal pre-information facilitated recall of temporal event sequences without underlying causal relations. In contrast, causal pre-information facilitated recall of temporal event sequences with causal relations. The results demonstrate that readers use causal information to construct temporal event sequences.     

The effect of modifying the cognitive tempo of reading disabled children on reading comprehension

The present investigation was concerned with teaching poor readers to use a reflective cognitive style. It was hypothesized that such a strategy would facilitate the reading ability of poor readers. To test this hypothesis, approximately half the poor readers and half the average readers were divided into experimental and control groups. The experimental group of children was taught to delay their responses and to use more efficient search and scanning techniques. All groups were tested before and after training on the Matching Familiar Figures test and the Gates-MacGinitie Reading Test. Poor readers' vocabulary and comprehension scores and level of reflectivity improved following training. It was concluded that imposing slow reading strategies on impulsive children is an important factor in developing educational programs for children with reading disabilities and that teaching poor readers a reflective cognitive strategy may have important consequences on the child's reading performance.     

The Universal and the unique in dyslexia: A cross-linguistic investigation of reading and reading fluency in Hebrew-and English-speaking children with reading disorders

Cross-linguistic studies provide a unique tool for the identification of universal processes in oral and written language, both in development and in breakdown (Annual Review of psychology, 52, 369–396). Examining the differential strengths and weaknesses of children with dyslexia in contrasting orthographies can help illumine both the more universal aspects of reading disabilities, as well as their individual language-specific attributes. The aim of this study, was to investigate the shared and distinctive characteristics of readers with dyslexia on reading and reading fluency across Hebrew and English orthographies. Differences between 60 Hebrew and English-speaking children with dyslexia on a battery of cognitive, linguistic, and reading measures will be discussed along with theoretical implications.     

Dyslexie font does not benefit reading in children with or without dyslexia

In two experiments, the claim was tested that the font “Dyslexie”, specifically designed for people with dyslexia, eases reading performance of children with (and without) dyslexia. Three questions were investigated. (1) Does the Dyslexie font lead to faster and/or more accurate reading? (2) Do children have a preference for the Dyslexie font? And, (3) is font preference related to reading performance? In Experiment 1, children with dyslexia (n?=?170) did not read text written in Dyslexie font faster or more accurately than in Arial font. The majority preferred reading in Arial and preference was not related to reading performance. In Experiment 2, children with (n?=?102) and without dyslexia (n?=?45) read word lists in three different font types (Dyslexie, Arial, Times New Roman). Words written in Dyslexie font were not read faster or more accurately. Moreover, participants showed a preference for the fonts Arial and Times New Roman rather than Dyslexie, and again, preference was not related to reading performance. These experiments clearly justify the conclusion that the Dyslexie font neither benefits nor impedes the reading process of children with and without dyslexia.