The science of reading refers to the extensive body of research on how we learn to read and the most effective methods for teaching reading. Our knowledge of what works in reading instruction is based on decades of rigorous, scientifically based research in the fields of education, cognitive psychology, and neuroscience. This research digest…

The science of reading consists of a large, evolving, and impressive body of evidence about how humans learn to read and how reading should be taught. This body of evidence has accumulated via diverse epistemological perspectives and methods, yet points to undeniable consensus on many issues (e.g., the importance of explicit phonics instruction,…

Reading, like all areas of human learning, is complex and multidimensional. Educational psychology has an opportunity to contribute further to a science of reading, and potentially to a science of reading instruction, by expanding its traditional theoretical and methodological orientations to embrace this complexity. Topics central to this effort…

Reading is one of the most well-studied aspects of human learning. Since the 1950s, with more interest, research tools, and funding available, the body of reading research has exploded: Every year, hundreds of new scientific papers are published. However, there has been a detrimental lag in ensuring this science is understood by the people who…

In our first article, we outlined some of the reasons for reading failure at the Early Childhood level and beyond, discussed common challenges students face, and explored essential components for quality reading instruction. We'll revisit the students you met in the first article to provide a window into how the Science of Reading can be…

Referring to the "vital parts" of speech that do not appear in print, E. B. Huey (1908/1968) described prosody in reading as "the rise and fall of pitch and inflection, the hurrying here and slowing there, what we have called the melody of speech." In this paper, we discuss the role prosody plays in reading, contextualized in…

Recently, the term "science of reading" has been used in public debate to promote policies and instructional practices based on research on the basic cognitive mechanisms of reading, the neural processes involved in reading, computational models of learning to read, and the like. According to those views, such data provide convincing…

The authors discuss the tension between the science of reading and adaptive teaching. The discussion focuses on the ways in which the science of reading emphasizes the teaching of reading as decontextualized and compartmentalized aspects of literacy acquisition that are distant from culturally sustaining and relevant pedagogies and restrict…

In this paper, we present an Asset-Based Interactive View of Reading that builds on the Active View of Reading, Self-Determination Theory, and Asset-Based Pedagogy to consider the role of students' individual, linguistic, and cultural resources in understanding reading processes. We begin by discussing some of the limitations with the ways Science…

This article begins by defining the construct of reading fluency, and then traces the roots of reading fluency instruction back to the nineteenth century including the common classification of text difficulty as offered by Emmett Betts (1943). The article then reviews selected aspects of the research supporting reading fluency instruction. Many…

To learn to read, the brain must repurpose neural systems for oral language and visual processing to mediate written language. We begin with a description of computational models for how alphabetic written language is processed. Next, we explain the roles of a dorsal sublexical system in the brain that relates print and speech, a ventral lexical…

Students in academic contexts are expected to engage with large amounts of reading and they frequently meet unknown words and phrases in those reading materials. Previous research has shown that second and foreign language learners can acquire some of the unknown vocabulary that they encounter during reading. However, these previous findings were…

In the course of digitisation, the range of substrates for textual reading is being expanded to include a number of screen-based technologies and reading devices, such as e-readers (e.g. Kindle) and tablets (e.g. iPad). These technologies have distinctly different affordances than paper has. Given that textual reading is at the same time likely to…

We are very honored to have this great opportunity to interview Professor Paul Nation for the TEFLIN Journal's themed issue on Extensive Reading. Professor Paul Nation is an Emeritus Professor of Applied Linguistics in the School of Linguistics and Applied Language Studies at Victoria University of Wellington, New Zealand. His special interests…

The essays below were prepared following the LRA session organized by Janice Almasi entitled, "Examining the relative contributions of content knowledge and strategic processing to comprehension." What unites these essays are the personal and historical stances that each writer has taken; in addition, the essays are rich with…