Brian Hopkins – författare

This book shows how, and in what ways, prenatal development serves as a preparation for life after birth. Largely, such explanation stemming from the transnatal continuity theory has been ignored in mainstream developmental psychology. However, since the advent of real-time ultrasonography with humans, and increasingly refined experiements with avian and mammalian species, plausible scenarios linking prenatal and postnatal development are beginning to emerge. One is the theory of fetal programming. Here, the authors provide authoritative reviews of current knowledge regarding continuities and discontinuities between prenatal and postnatal development of brain-behavior relationships across a variety of species, including humans.

Motor development is an integral part of the developmental process. Understanding the organization of the sensory-motor system and its adaptations in response to environmental factors is a vital part of understanding individual development as a whole. This volume describes and discusses human motor development using longitudinal study methods, and from an interdisciplinary perspective. Researchers from a variety of different backgrounds and disciplines provide a broad-ranging analysis of human motor development, from both the practical and theoretical standpoint, in a book which will be of great interest to paediatricians, psychologists, developmental biologists, developmental psychiatrists and neurologists as well as to research scientists in these fields.

Mistakes in mathematical reasoning can range from outlandish blunders to deep and subtle oversights that evade even the most watchful eye. This book represents the second collection of such errors to be compiled by Edward Barbeau. Like Barbeau's previous book, Mathematical Fallacies, Flaws and Flimflam, material is drawn from a variety of sources including the work of students, textbooks, the media, and even professional mathematicians. The errors presented here serve both to entertain, and to emphasize the need to subject even the most "obvious" assertions to rigorous scrutiny, as intuition and facile reasoning can often be misleading. Each item is carefully analysed and the source of the error is exposed. All students and teachers of mathematics, from school to university level, will find this book both enlightening and entertaining.

The Cambridge Encyclopedia of Child Development remains the most authoritative and accessible account of all aspects of child development. Written by an international team of experts, its comprehensive coverage includes everything from prenatal development to adolescence, pediatrics, theories and research methods, physical development, social and emotional development, perceptual and cognitive development, language development, psychopathology, and parenting. The second edition has also been thoroughly updated to reflect major developments over the last decade in areas such as neuroscientific methods, developmental cognitive and social neuroscience, the effects of environmental influences on gene expression, and the relationship between human development and evolution. Throughout 124 entries, the Encyclopedia advocates an integrated, interdisciplinary approach to the study of child development. With clear, jargon-free style and user-friendly format, this is the essential reference for researchers and students of child development, as well as healthcare professionals, social workers, educators, and anyone interested in the well-being of children.

The Cambridge Encyclopedia of Child Development remains the most authoritative and accessible account of all aspects of child development. Written by an international team of experts, its comprehensive coverage includes everything from prenatal development to adolescence, pediatrics, theories and research methods, physical development, social and emotional development, perceptual and cognitive development, language development, psychopathology, and parenting. The second edition has also been thoroughly updated to reflect major developments over the last decade in areas such as neuroscientific methods, developmental cognitive and social neuroscience, the effects of environmental influences on gene expression, and the relationship between human development and evolution. Throughout 124 entries, the Encyclopedia advocates an integrated, interdisciplinary approach to the study of child development. With clear, jargon-free style and user-friendly format, this is the essential reference for researchers and students of child development, as well as healthcare professionals, social workers, educators, and anyone interested in the well-being of children.

This book provides an active-learning approach to combinatorial reasoning and proof through a thoughtful sequence of low threshold, high ceiling activities. A novel feature is its narrative format, with much of the text written from the perspective of a student working through the material with peers. Furthermore, each chapter includes detailed notes for the instructor such as additional scaffolding, extensions, and notation for more advanced students. The exposition is complemented by over 300 colorful illustrations. The main focus of the book is the study of integer compositions with forays into graph theory and recreational mathematics. Befitting the constructive nature of the book, compositions are represented by trains made up of cars. By physically constructing these objects, students become proficient in hands-on verifications of numerous identities. Developed by a recipient of the MAA's Haimo Award for Distinguished Teaching and used in several teacher professional development workshops and college courses, the book has very modest prerequisites. In particular, no prior experience with symbolic formalism is presumed, allowing this material to be used in multiple classroom settings, from enrichment activities for secondary school students through undergraduate classes in discrete mathematics. The structure of the book also makes it conducive to self-study. Get ready to ""build some trains"" and explore the enlightening world of combinatorial proofs!

The study of visual development has proceeded at a rapid pace in recent years, and there have been theoretical and methodological innovations across a wide range of disciplines. This book brings together some of the most recent innovations from a neurobiological perspective. Chapters cover the pre- to postnatal development of vision, new insights into the concept of critical periods, object and face recognition, as well as dynamic perception and visual recognition memory in infants. The volume finishes with a detailed overview of the development of visual functions from the perspective of neural network modeling.This book will appeal to psychologists, visual scientists and infancy researchers with an interest in development of the visaul system from a multidisciplinary perspective. An integrative introduction is followed by chapters that challenge thinking about development in terms of a nativist-empiricist dichotomy. Emphasis is on cross-disciplinary research links and between chapters readers will find cross-references.