Global Impacts on Childhood Social Development: Building Resilience Amid Conflict, Environmental Degradation, and Climate Change [Hardcover]

This important book combines insights from disciplines as diverse as developmental psychopathology, pediatrics, and public policy to offer a detailed description of the impact of global crises such as armed conflict, climate change, and environmental degradation on the developing child.

This important book combines insights from disciplines as diverse as developmental psychopathology, pediatrics, and public policy to offer a detailed description of the impact of global crises, such as armed conflict, climate change, and environmental degradation, on the developing child.

This book explores both the direct harms of these crises and those caused indirectly, including family separation, strained caregiving relationships, loss of cultural resources, and damage to childrens self-efficacy and emotion regulation abilities. Using case studies from the last few decades, the authors demonstrate the interconnectedness of seemingly disparate systems, such as soil health, family cohesion, individual coping skills, nutrition availability, and economic policy, all with an eye to the urgent developmental processes unfolding within and around the child.

This text is core reading for upper-level undergraduates and graduate students in child psychology, social work, public health, healthcare, public policy, and public affairs. Also, by offering several roadmaps by which individuals, organizations, communities, and nations may leverage resources at each level of a childs ecology to support healthy development, this book will be of interest to professionals working in humanitarian sectors as well as leaders in global pediatrics.

'This compelling and readable book brings hope and guidance to the crucial task of building brighter futures for children in these turbulent times. Grounded in developmental theory and research on trauma, risk, and resilience, this volume highlights growing evidence on multisystemlƒ"