James A. Griffin – författare

From infancy through old age, many people's lives are enriched by the love of a pet. In addition, both volunteer and trained service animals are an increasingly common sight as they participate in hospital, school, and nursing home visitation and therapeutic programs. Yet, there has been little scientific research on the role that pets and therapeutic animals play in our health and development. While animal-assisted therapies appear promising, they often lack solid evidence of effectiveness. More research is therefore needed to understand the effects of human amp ndash animal interaction (HAI) and to optimize the value of this interaction. The findings in this volume deepen our understanding of human and animal behavior, including the impact that pets can have on children's development and the efficacy of animal-assisted therapies. This volume first addresses HAI research methodology, including recommended research designs, terminology, and topics for further exploration. It then summarizes the progress of HAI research in child development and human health, including how young children think about animals, links between children's early abuse of animals and later conduct disorders, the association between pet ownership and better health, and whether such health improvements result in health cost savings. The volume ends with a detailed agenda for future research. With its interdisciplinary approach, this book will appeal to a wide range of researchers and practitioners interested in what happens when people meet and engage with animals.

A primary aim of the neuropsychological revolution has been the mapping of what has come to be known as executive function (EF). This term encompasses a range of mental processes such as working memory, inhibitory control, and cognitive flexibility that, together, regulate our social behavior, and our emotional and cognitive well-being. In this book, top scientists from a variety of fields investigate executive function as it develops in early childhood. Because researchers differ in how they conceptualize basic processes and even in how they define EF itself, contributors begin by discussing comparability and replicability, key issues of primary importance to those seeking to move the field to a new level of rigor. Next, they tackle the nuts-and-bolts of the development of EF in preschoolers, including the neurobiological mechanisms and circuitry that underlie EF development as well as the role of EF in assessing risk and its counterpart, resilience. Finally, they highlight exciting new clinical applications of EF research, including the use of EF in contextualizing and assessing family risk, the impact of socioeconomic status on neurological development, and the promotion of EF development through early education programs.