As long as clinicians write “increase self-esteem” on treatment plans without knowing precisely what that means, there is a need for information on the construct of self-esteem and how its many components can have an effect on outcomes. This text defines self-esteem, describes its history and evolution, discusses its controversies, and presents information on intervention strategies that can make a difference when it receives clinical attention. Principles and concepts are applied to various clinical concerns faced by clients in each of the five developmental life stages: childhood, adolescence, young adulthood, midlife, and late life. Book chapters discuss a variety of specific issues– such as child trauma and abuse, ADHD, body image and eating disorders, at-risk adolescents, African American youth, sexuality in young adulthood, alcohol and other drugs issues, lesbians and gay men at midlife, career development, intergenerational conflict in Asian Americans, and loss in late life – and offer detailed strategies for the development and enhancement of self-esteem. Also included is an example of an 8-week self-esteem enhancement program.

This book provides an in-depth review of knowledge of the corpus callosum, called white matter or terra incognita, with emphasis on anatomical, embryological, diagnostics, and surgical features. It includes very informative chapters from leaders in the field, organized into six main groups: first, the embryology, neuroanatomy, and morphometry of the corpus callosum, and animal studies related to it; secondly, neurophysiological aspects, callosal disconnection and the split brain; thirdly, neuropathology, including clinical disorders such as dementia, Tourette syndrome, and schizophrenia; fourthly, surgical procedures including partial and complete callosotomy and commissurotomy; fifthly, cognitive neuroscience; and sixthly, other features of the corpus callosum, including its medicolegal aspects and statistical shape analysis. This comprehensive reference book will be an ideal source for neuroscientists at all levels, from graduate students to researchers in specific disciplines studying this region including neuroanatomists, embryologists, neurosurgeons, neurologists, neuroradiologists and pediatricians, who seek both basic and more advanced information regarding the distinctive anatomical, physiological and pathological features of the human corpus callosum. ​

Play for Health Across the Lifespan uses case studies to explore the impact of play and creativity on health and wellbeing throughout the lifecycle. While play at the start of life influences future development, the authors show play also has a role in improving prospects for health and wellbeing in adulthood and later life. A relational approach to health and wellbeing emphasizes the dynamic, mutually influential relationship between individual development and the changing contexts of our lives. Our personal play history is one feature of this dynamic process, and this book explores how the experience of play throughout the life course sculpts and resculpts the shape of our lives: our physical health, our mental wellbeing, and our relationship to the people and the world around us. Storytelling has been used since the beginning of time to communicate important life lessons in an engaging way. Taking inspiration from Shakespeare’s ‘Seven Ages of Man’, the book uses a case-story approach to differentiate the stages of development and to present evidence for how play and playful experiences impact on health and wellbeing from birth to the end of life in the context of temporal and situational change. Each chapter in Play for Health Across the Lifespan introduces relevant evidence-based research on play and health, before presenting several narrative ‘case stories’, which illustrate the application of play theory and the neuroscience of play as they relate to each life stage. With contributions from specialists in health and education, community organizations and the creative and performing arts, this book will appeal to academics, students, and practitioners who are interested in exploring the role of play in addressing contemporary challenges to our physical, mental, and social health.

Principles of Frontal Lobe Function, Second Edition is an expanded volume, divided into 9 sections representing major research and clinical disciples, including new topics such as social neuroscience. This book will provide clinicians, researchers, and students with the most current information as the mystery of the frontal lobes is unraveled.

There is overwhelming evidence linking increased physical activity with positive changes in cognitive functioning and brain health. Much of what we know about these interrelationships comes from aerobic exercise training studies with older adults and children. This literature has paved the way for the neuroscientific investigation of mechanisms responsible for exercise-induced cognitive and brain health enhancement, a list that ranges from molecular changes to systemic changes in executive control and neural connectivity. A new perspective has also emerged that aims to understand executive control processes that may underlie the regulation of health behavior. In accordance with this view, physical activity falls under the umbrella of health behaviors that require a substantial amount of executive control. Executive control is a limited resource, and the aging process depletes this resource. People who regularly exercise are said to have higher “self-regulatory control”—planning, goal-shielding and impulse control—than irregular exercisers. The successful maintenance of physical activity participation in lieu of daily cognitive stressors likely reflects an adaptive resistance to control failures. Indeed, a handful of studies have shown the relationship between greater executive control and subsequently higher levels of physical activity. However, little is known about the neural correlates of physical activity adherence or sedentary behavior, with the view that neurocognitive factors have an antecedent and reciprocal influence on these behaviors. No research has focused on the brain networks responsible for the self-regulation of physical activity, which likely overlaps with structures and functions playing critical roles in the regulation of other health behaviors. Interdisciplinary investigations are needed to explain the extent to which physical activity self-regulation and self-regulatory failure is dependent upon, or under the influence of executive control processes and brain networks. Understanding the degree to which self-regulatory resources may be enhanced, restored, and trained will have enormous implications for basic science and applied fields. It is also of great import to understand whether or not physical activity self-regulation is a domain-specific behavior associated with specific brain networks, or to determine the extent to which regulatory network-sharing occurs. The aim of this Frontiers Research Topic is to curate contributions from researchers in social and cognitive neurosciences and related fields, whose work involves the study of physical activity behavior, self-regulation and executive control. For this Research Topic, we, therefore, solicit reviews, original research articles, and opinion papers, which draw theoretical or empirical connections related to sustained physical activity behavior, self-regulatory strategies, cognitive performance, and brain structure and function. While focusing on work in the neurosciences, this Research Topic also welcomes contributions in the form of behavioral studies, psychophysiological investigations, and methodological innovations. This Frontiers Research Topic will carve out new directions for the fields of exercise, cognitive, and social neurosciences. We hope you will consider submitting your work.