Whether or not infants' earliest perception of the world is a "blooming, buzzing, confusion," it is not long before they come to perceive structure and order among the objects and events around them. At the core of this process, and cognitive development in general, is the ability to categorize--to group events, objects, or properties together--and to form mental representations, or concepts, that encapsulate the commonalities and structure of these categories. Categorization is the primary means of coding experience, underlying not only perceptual and reasoning processes, but also inductive inference and language. The aim of this book is to bring together the most recent findings and theories about the origins and early development of categorization and conceptual abilities. Despite recent advances in our understanding of this area, a number of hotly debated issues remain at the center of the controversy over categorization. Researchers continue to ask questions such as: Which mechanisms for categorization are available at birth and which emerge later? What are the relative roles of perceptual similarity and nonobservable properties in early classification? What is the role of contextual variation in categorization by infants and children? Do different experimental procedures reveal the same kind of knowledge? Can computational models simulate infant and child categorization? How do computational models inform behavioral research? What is the impact of language on category development? How does language partition the world? This book is the first to address these and other key questions within a single volume. The authors present a diverse set of views representing cutting-edge empirical and theoretical advances in the field. The result is a thorough review of empirical contributions to the literature, and a wealth of fresh theoretical perspectives on early categorization.

The Handbook of Research Methods in Developmental Science is a collection of newly written articles that provide an overview of methods and approaches associated with the study of human development. Contains accessible contributions from some of the most renowned developmental scientists in the field. Provides basic information on the strengths and challenges inherent in traditional and complex research design. Discusses successful intervention approaches that have been used to promote intellectual, social, and linguistic development. Includes cutting-edge research that is forging new and exciting directions in developmental research. Provides students and scholars with a working understanding of research approaches and issues in the developmental sciences.

Non-Animal Techniques in Biomedical and Behavioral Research and Testing features the contributions of noted experts describing the application of non-animal methods in a wide variety of research and testing situations, including computer modeling/graphics, protein sequence analysis, behavioral analysis, drug design/testing, cosmetic and household products testing, toxicological testing, clinical testing, chemical identification and analysis, and disease investigations. Many of the alternatives covered have applications in behavioral as well as biomedical research and testing. Topics examined include in vitro techniques, molecular genetics, structure-activity relationships, physicochemical methods, computer-assisted drug designs, nutrition, epidemiology, autopsies, neural networks, ethology, image scanning devices, and medical microbiology. Future applications for non-animal methods are also explored. The book will appeal to toxicologists, pharmacologists, cosmetic and household product researchers, epidemiologists, medical microbiologists, biopsychiatrists, biomedical and psychological educators, biochemists, molecular geneticists, and other scientists interested in alternative testing methods.

In The Foundations of Mind, Jean Mandler presents a new theory of cognitive development in infancy, focusing on the processes through which perceptual information is transformed into concepts. Drawing on her extensive research, Mandler explores preverbal conceptualization and shows how it forms the basis for both thought and language. She also emphasizes the importance of distinguishing automatic perceptual processes from attentive conceptualization, and argues that these two kinds of learning follow different principles, so it is crucial to specify the processes required by a given task. Countering both strong nativist and empiricist views, Mandler provides a fresh and markedly different perspective on early cognitive development, painting a new picture of the abilities and accomplishments of infants and the development of the mind.

Whether or not infants' earliest perception of the world is a "blooming, buzzing, confusion," it is not long before they come to perceive structure and order among the objects and events around them. At the core of this process, and cognitive development in general, is the ability to categorize--to group events, objects, or properties together--and to form mental representations, or concepts, that encapsulate the commonalities and structure of these categories. Categorization is the primary means of coding experience, underlying not only perceptual and reasoning processes, but also inductive inference and language. The aim of this book is to bring together the most recent findings and theories about the origins and early development of categorization and conceptual abilities. Despite recent advances in our understanding of this area, a number of hotly debated issues remain at the center of the controversy over categorization. Researchers continue to ask questions such as: Which mechanisms for categorization are available at birth and which emerge later? What are the relative roles of perceptual similarity and nonobservable properties in early classification? What is the role of contextual variation in categorization by infants and children? Do different experimental procedures reveal the same kind of knowledge? Can computational models simulate infant and child categorization? How do computational models inform behavioral research? What is the impact of language on category development? How does language partition the world? This book is the first to address these and other key cuestions within a single volume. The authors present a diverse set of views representing cutting-edge empirical and theoretical advances in the field. The result is a thorough review of empirical contributions to the literature, and a wealth of fresh theoretical perspectives on early categorization.

Humankind coexists with every other living thing. People drink the same water, breathe the same air, and share the same land as other animals. Yet, property law reflects a general assumption that only people can own land. The effects of this presumption are disastrous for wildlife and humans alike. The alarm bells ringing about biodiversity loss are growing louder, and the possibility of mass extinction is real. Anthropocentric property is a key driver of biodiversity loss, a silent killer of species worldwide. But as law and sustainability scholar Karen Bradshaw shows, if excluding animals from a legal right to own land is causing their destruction, extending the legal right to own property to wildlife may prove its salvation. Wildlife as Property Owners advocates for folding animals into our existing system of property law, giving them the opportunity to own land just as humans do—to the betterment of all.