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Literacy demands have changed over the years and for success in society it is necessary to handle a wide range of texts and written information. The school has been criticized for not giving their pupils the necessary abilities to handle the kind of information they are faced with in society. One important dimension of literacy is reading comprehension, but even though much written information has the form of tables, drawings, graphs, etc. such presentations are most often accompanied by written text. This chapter focuses the comprehension of different kinds of written information, and data from different tasks are evaluated in light of the simple view of reading. A total of 132 grade 6 readers were given four reading comprehension tasks concurrently with a decoding task and a listening comprehension task. It was found that the sum of decoding and listening comprehension accounted for a larger part of the variance in all the reading comprehension tasks than the product of decoding and listening comprehension. The pupils' results on a naming task and morphological tasks from preschool accounted for significant parts of the variance in the comprehension of both plain text and text combined with tables and graphs over and above the concurrent decoding and listening comprehension results. Speed of orthographic identification in 2nd grade accounted for an additional, significant part of the variance in the plain text reading tasks. These results show that processing speed and linguistic knowledge, such as morphological knowledge, are important contributors to the comprehension of different kinds of written information. Even if speed of orthographic identification is especially important for comprehending plain texts, a broad linguistic and cognitive perspective seems to be important when preparing pupils to comprehend different kinds of written material.

Classification, indexing and abstracting can all be regarded as summarisations of the content of a document. A model of text comprehension by indexers (including classifiers and abstractors) is presented, based on task descriptions which indicate that the comprehension of text for indexing differs from normal fluent reading in respect of: operational time constraints, which lead to text being scanned rapidly for perceptual cues to aid gist comprehension; comprehension being task oriented rather than learning oriented, and being followed immediately by the production of an abstract, index, or classification; and the automaticity of processing of text by experienced indexers working within a restricted range of text types. The evidence for the interplay of perceptual and conceptual processing of text under conditions of rapid scanning is reviewed. The allocation of mental resources to text processing is discussed, and a cognitive process model of abstracting, indexing and classification is described.

Purpose – To provide educators an overview of instructional practices in reading that are associated with improved learning outcomes with students K-8 who have a mild-to-moderate learning disability.Design/methodology/approach – The chapter provides a conceptual framework to view the process of reading, discusses foundational reading skills necessary to master word reading, presents two approaches to teaching comprehension, and highlights ways to effectively teach vocabulary.Findings – The content of this chapter presents empirical evidence as well as specific examples for clinical practice.Research limitations/implications – This chapter highlights key practices that have been extensively researched and found to be associated with improved learning outcomes for all students, including those with learning disabilities (LD).Practical implications – The chapter offers a wealth of information to help educators more effectively provide reading instruction for struggling readers K-8.Originality/value of chapter – The information compiled in this chapter will help teachers impact learning and reading outcomes for all of their students, particularly those who have a mild-to-moderate LD.

Purpose – The Continuum of Narrative Comprehension has been designed as a framework for thinking about text and for application to the construction of specific comprehension strategies.Design/methodology/approach – This chapter identifies several factors that undermine the teaching of deep comprehension and demonstrates the benefits of identifying underlying themes as a springboard for effective teacher questioning.Findings – This chapter addresses the higher order demands of the Common Core State Standards and the comprehension requirements of international comparison assessments such as PISA and PIRLS.Research limitations/implications – Advancement in reading demands that readers see past the mere details of text and unearth the significance of the author’s ideas in relation to the human condition.Practical implications – The primary resource discussed in the chapter is the Continuum of Narrative Comprehension which serves as a conceptual framework for clinical instructors to analyze text content and ideational complexity.Originality/value of chapter – The Continuum is a tool which can be used as a spur to student discussion but its ultimate value is the promotion of a lifelong view of reading as thoughtful literacy.

Reading comprehension is a critical area of instruction for all students, but particularly for students with learning disabilities (LD) that impede their ability to understand what they read. This synthesis includes 30 intervention studies on reading comprehension for students with LD conducted in several countries and all regions of the United States. Specifically, the current review focuses on the efficacy of these strategies across grade levels, with various types of reading materials, and in conjunction with other instructional components that have potential to enhance instructional benefits to students. Results suggest that reading comprehension instruction is effective for improving the skills of this population.

Academic outcomes for individuals with autism spectrum disorder (ASD) remain poor, especially in the area of reading, in particular, reading comprehension. In recent years, researchers have begun to investigate subcomponent skills of reading comprehension for children with ASD in order to better understand its development and potential interventions to enhance outcomes. This chapter highlights the current knowledge in the field in regards to the key cognitive and language skills associated with reading development for individuals with ASD. These include emergent-literacy skills, word-reading and decoding, reading fluency, oral language, and social cognition. Additionally, the chapter makes suggestions for future research in this area, in particular the need to conduct research to establish evidence-based practices to better support the syndrome-specific reading needs for this population.

Developing attention-aware systems and interfaces based on eye tracking technology could revolutionize mainstream human–computer interaction to make the interaction between human beings and computers more intuitive, effective and immersive than can be achieved traditionally using a computer mouse. This paper aims to propose an eye-controlled interactive reading system (ECIRS) that uses human eyes instead of the traditional mouse to control digital text to support screen-based digital reading.

This study uses a quasi-experimental design to examine the effects of an experimental group and a control group of learners who, respectively, used the ECIRS and a mouse-controlled interactive reading system (MCIRS) to conduct their reading of two types of English-language text online – pure text and Q&A-type articles on reading comprehension, cognitive load, technology acceptance, and reading behavioural characteristics. Additionally, the effects of learners with field-independent (FI) and field-dependence (FD) cognitive styles who, respectively, used the ECIRS and MCIRS to conduct their reading of two types of English-language text online – pure text and Q&A-type articles on reading comprehension are also examined.

Analytical results reveal that the reading comprehension of learners in the experimental group significantly exceeded those in the control group for the Q&A article, but the difference was insignificant for the pure text article. Moreover, the ECIRS improved the reading comprehension of field-independent learners more than it did that of field-dependent learners. Moreover, neither the cognitive loads of the two groups nor their acceptance of the technology differed significantly, whereas the reading time of the experimental group significantly exceeded that of the control group. Interestingly, for all articles, the control group of learners read mostly from top to bottom without repetition, whereas most of the learners in the experimental group read most paragraphs more than once. Clearly, the proposed ECIRS supports deeper digital reading than does the MCIRS.

This study proposes an emerging ECIRS that can automatically provide supplementary information to a reader and control a reading text based on a reader’s eye movement to replace the widely used mouse-controlled reading system on a computer screen to effectively support digital reading for English language learning. The implications of this study are that the highly interactive reading patterns of digital text with ECIRS support increase motivation and willingness to learn while giving learners a more intuitive and natural reading experience as well as reading an article online with ECIRS support guides learners’ attention in deeper digital reading than does the MCIRS because of simultaneously integrating perceptual and cognitive processes of selection, awareness and control based on human eye movement.

This study aims to explore the influence of information presentation conditions on the flow experience of digital reading for high school students.

Firstly, a survey determines the preferred reading medium and the types of texts that high school students frequently read. Secondly, Experiment 1 focuses on the effects of the text type and reading medium on flow experience and reading comprehension. Finally, Experiment 2 addresses a narrative text presented on a smartphone, and discusses the influence of advance organizer, presentation format and page layout on flow experience and reading comprehension.

In digital reading, the narrative text has a stronger flow experience than explanatory text; the flow experience of reading narration on smartphones is more evident than on computers. The advance organizer and text combined with pictures are more conducive to a flow experience when a smartphone is used as a reading medium. From the perspective of reading comprehension, scrolling is more suitable for reading text combined with pictures and paging best suits pure text.

Through experimental methods, this study reveals the influence of information presentation conditions on the digital reading flow experience, which is a meaningful and innovative topic. The findings can provide more enlightenment and reference for the design and promotion of digital resources and digital reading by teenagers.

Students with learning disabilities characteristically demonstrate unexpected underachievement and continued learning challenges in spite of appropriate instruction. Because reading is fundamental to competency of all future endeavors, reading interventions have been the focus of considerable public and professional attention. Intensive interventions that reflect students’ cognitive processing challenges, address the need for feedback, and take into consideration the learning environment have been associated with improved student learning outcomes.

While elementary and secondary struggling readers differ, the targeted reading skills are the same. At all levels, fundamental skills such as phonemic awareness, fluency, vocabulary knowledge, and comprehension are crucial to reading success. At the elementary level, phonemic awareness and the alphabetic principle are best taught through direct and explicit instruction; vocabulary instruction emphasizes word recognition. Fluency problems can be addressed through such activities as repeated or timed readings.

As students progress to the secondary levels, vocabulary demands become increasingly related to content acquisition, and a combination of generative and non-generative approaches to vocabulary instruction is recommended. At the secondary level, fluency practice is best coupled with comprehension instruction, which can include the explicit teaching of strategies and opportunities for students to work collaboratively. While there are no simple solutions to the challenges experienced by struggling learners, appropriate, differentiated, and intensive interventions can increase the likelihood of improved learning outcomes for these students.

The purpose of this paper is to explore the explicit teaching of information text schema with vocabulary instruction to primary-aged students in Hong Kong international education.

Data were collected through three quasi-experimental studies with different age groups and participants. Each study divided participants into two randomly assigned groups, either informational texts (IT) or vocabulary building (VB). Impact was evaluated with gain scores on a standardized reading comprehension test and researcher-designed cloze tests of fiction and nonfiction passages.

The explicit teaching of IT can benefit student reading comprehension from an early age, particularly to first language (L1) English students and possibly second language (L2) English learners. School reading programmes should include opportunities for students to experience IT (nonfiction) and fiction materials, and build their vocabulary through incidental learning and explicit teaching. For IT, they should be exposed to: layout – e.g., headings, sub-headings, glossary, and index; and content – photographs and specific/technical vocabulary. For fiction-based texts and VB, the following themes should be covered by younger aged students: antonyms, synonyms, and affixes.

Several limitations apply to this study which will need to be addressed in future studies. These include: the random sampling of students from the overall student population was not an option, given the necessity of voluntary participation and avoiding disruption to school routines. This study used meta-analysis to aggregate results across multiple comparisons largely because of the extremely small samples available. The data show large standard errors as a consequence of small numbers of participants. Hence, the current results, notwithstanding the power of meta-analysis, need to be validated with much larger samples in future studies.

This paper suggests that greater comprehension and cloze performance among L1 students was found due to the teaching of IT compared to vocabulary training, with the reverse result for L2 English learners.