Originally published in 1992, the editors of this volume fulfill three main goals: to take stock of progress in the development of data-analysis procedures for single-subject research; to clearly explain errors of application and consider them within the context of new theoretical and empirical information of the time; and to closely examine new developments in the analysis of data from single-subject or small n experiments. To meet these goals, this book provides examples of applicable single-subject research data analysis. It presents a wide variety of topics and perspectives and hopes that readers will select the data-analysis strategies that best reflect their methodological approaches, statistical sophistication, and philosophical beliefs. These strategies include visual analysis, nonparametric tests, time-series experiments, applications of statistical procedures for multiple behaviors, applications of meta-analysis in single-subject research, and discussions of issues related to the application and misapplication of selected techniques.

Originally published in 1992, the editors of this volume fulfill three main goals: to take stock of progress in the development of data-analysis procedures for single-subject research; to clearly explain errors of application and consider them within the context of new theoretical and empirical information of the time; and to closely examine new developments in the analysis of data from single-subject or small n experiments. To meet these goals, this book provides examples of applicable single-subject research data analysis. It presents a wide variety of topics and perspectives and hopes that readers will select the data-analysis strategies that best reflect their methodological approaches, statistical sophistication, and philosophical beliefs. These strategies include visual analysis, nonparametric tests, time-series experiments, applications of statistical procedures for multiple behaviors, applications of meta-analysis in single-subject research, and discussions of issues related to the application and misapplication of selected techniques.

This volume constitutes a special issue of Educational Psychologist. The contributors address topics such as: educational psychology's growing pains; classroom applications of research on self-regulated learning; classroom management; and programme development and evaluation.

The twin objectives of the series Psychological Perspectives on Contemporary Educational Issues are: (1) to identify issues in education that are relevant to professional educators and researchers; and (2) to address those issues from research and theory in educational psychology, psychology, and related disciplines. The present volume, consisting of two focal chapters, commentaries, and final responses targets instructional strategies for improving students' learning in two of the traditional 'three R' areas, reading and 'rithmetic (mathematics), in the elementary school grades. The focal chapters in those two skill areas are written by leading contributors to the reading and mathematics research literatures, Cathy Collins Block for the reading section and Douglas Clements and Julie Sarama for the mathematics section. Few would dispute the essentiality of these two curricular domains in laying the foundation for the development of students' competencies in a vast array of academic disciplines in both the in- and out-of-school years that lie ahead. The present volume is intended for practitioners and researchers who are seeking the latest instructional research-based strategies for improving students' early reading and mathematics performance.

The twin objectives of the series Psychological Perspectives on Contemporary Educational Issues are: (1) to identify issues in education that are relevant to professional educators and researchers; and (2) to address those issues from research and theory in educational psychology, psychology, and related disciplines. The present volume, consisting of two focal chapters, commentaries, and final responses targets instructional strategies for improving students' learning in two of the traditional 'three R' areas, reading and 'rithmetic (mathematics), in the elementary school grades. The focal chapters in those two skill areas are written by leading contributors to the reading and mathematics research literatures, Cathy Collins Block for the reading section and Douglas Clements and Julie Sarama for the mathematics section. Few would dispute the essentiality of these two curricular domains in laying the foundation for the development of students' competencies in a vast array of academic disciplines in both the in- and out-of-school years that lie ahead. The present volume is intended for practitioners and researchers who are seeking the latest instructional research-based strategies for improving students' early reading and mathematics performance.

In this volume, David Geary provides a comprehensive theory that brings children's education into the 21st century, and provides directions for the development of a new discipline, evolutionary educational psychology. Geary presents the case that a scientifically grounded approach to children's schooling and, to a lesser degree, their later occupational interests can be informed by recent advances in the application of evolutionary theory to the understanding of the human brain, mind, and its development. He develops a taxonomy of evolved cognitive abilities and describes how, from an evolutionary perspective, these abilities are modified and refined during childhood. From there, he lays the framework for understanding the relation between evolved abilities, such as language, and the non-evolved competencies that are built from them with schooling, such as reading. Geary describes the mechanisms, such as working memory, that enable humans to transform evolved cognitive abilities into culturally important, school taught competencies. These are integrated with discussion of human intellectual history and cultural evolution, and the sources of children's motivation to learn inside and outside of the classroom. In all, this may well be the most revolutionary theory of children's schooling since Rousseau.

In this volume, David Geary provides a comprehensive theory that brings children's education into the 21st century, and provides directions for the development of a new discipline, evolutionary educational psychology. Geary presents the case that a scientifically grounded approach to children's schooling and, to a lesser degree, their later occupational interests can be informed by recent advances in the application of evolutionary theory to the understanding of the human brain, mind, and its development. He develops a taxonomy of evolved cognitive abilities and describes how, from an evolutionary perspective, these abilities are modified and refined during childhood. From there, he lays the framework for understanding the relation between evolved abilities, such as language, and the non-evolved competencies that are built from them with schooling, such as reading. Geary describes the mechanisms, such as working memory, that enable humans to transform evolved cognitive abilities into culturally important, school taught competencies. These are integrated with discussion of human intellectual history and cultural evolution, and the sources of children's motivation to learn inside and outside of the classroom. In all, this may well be the most revolutionary theory of children's schooling since Rousseau.

Thanks to remarkable methodological and statistical advances in recent years, Single-Case design (SCD) research has become a viable and often essential option for researchers in applied psychology, education, and related fields. This text is a compendium of information and tools for researchers considering SCD research, a methodology in which one or several participants (or other units) comprise a systematically-controlled experimental intervention study. SCD is a highly flexible method of conducting applied intervention research where it is not feasible or practical to collect data from traditional groups of participants. Initial chapters lay out the key components of SCDs, from articulating dependent variables to documenting methods for achieving experimental control and selecting an appropriate design model. Subsequent chapters show when and how to implement SCDs in a variety of contexts and how to analyze and interpret results. Authors emphasize key design and analysis tactics, such as randomization, to help enhance the internal validity and scientific credibility of individual studies. This rich resource also includes in-depth descriptions of large-scale SCD research projects being undertaken at key institutions; practical suggestions from journal editors on how to get SCD research published; and detailed instructions for free, user-friendly, web-based randomization software.