Fundamentals of Water Security - by Jim F Chamberlain & David A Sabatini (Paperback)

About the Book

"The world is rapidly changing. Burgeoning populations along with ever-higher standards of living for those in emerging countries increase the demand on our water resources. What is not increasing, however, is the supply, the total amount of water in earth's biosphere, water that is integral to all standards of living. While the total amount of water remains the same, the amount that is available and useful at any given time and place, for human and ecological flourishing, is transitory between its various stocks and flows. This book is directed towards both educational and practitioner fields. As a textbook, it can be used for the education of upper-level undergraduate or entry-level graduate students who already have some background in chemistry, biology, and mathematics. For the practitioner, this book serves as an introduction to the diverse field of water security, helping to fill in gaps in training and experience."--

Book Synopsis

FUNDAMENTALS OF WATER SECURITY

Understand How to Manage Water Resources to Equitably Meet Both Human and Ecological Needs

Burgeoning populations and the ever-higher standards of living for those in emerging countries increase the demand on our water resources. What is not increasing, however, is the supply of water and the total amount of water in earth's biosphere--water that is integral to all standards of living. Fundamentals of Water Security provides a foundation for understanding and managing the quantity-quality-equity nexus of water security in a changing climate.

In a broad sense, this volume explores solutions to water security challenges around the world. It is richly illustrated and pedagogically packed with up-to-date information. The text contains chapter learning objectives, foundation sections reviewing quantitative skills, case studies, and vignettes of people who have made important contributions to water security. To further aid comprehension, end-of-chapter problems are included--both qualitative and quantitative, with solutions available to instructors. Finally, extensive references feature books, journal articles, and government and NGO reports. Sample topics discussed include:

• How the study of water resources has evolved from a focus on physical availability to include social factors and governance
• How water security affects multiple disciplines across environmental science and engineering, hydrology, geography, water resources, atmospheric science, chemistry, biology, health science, and social and political science fields
• How to achieve a sufficient quantity and quality of water to equitably meet both immediate and long-term human and ecological needs
• Analysis of water security in an integrated manner by underscoring the complex interactions between water quantity, water quality, and society

Students taking courses on hydrology, water security, and/or water resource management, along with scientists working in fields where water security is a factor will be able to use Fundamentals of Water Security as a comprehensive textbook to understand and achieve water security.

From the Back Cover

Understand How to Manage Water Resources to Equitably Meet Both Human and Ecological Needs

Burgeoning populations and the ever-higher standards of living for those in emerging countries increase the demand on our water resources. What is not increasing, however, is the supply of water and the total amount of water in earth's biosphere--water that is integral to all standards of living. Fundamentals of Water Security provides a foundation for understanding and managing the quantity-quality-equity nexus of water security in a changing climate.

In a broad sense, this volume explores solutions to water security challenges around the world. It is richly illustrated and pedagogically packed with up-to-date information. The text contains chapter learning objectives, foundation sections reviewing quantitative skills, case studies, and vignettes of people who have made important contributions to water security. To further aid comprehension, end-of-chapter problems are included--both qualitative and quantitative, with solutions available to instructors. Finally, extensive references feature books, journal articles, and government and NGO reports. Sample topics discussed include:

• How the study of water resources has evolved from a focus on physical availability to include social factors and governance
• How water security affects multiple disciplines across environmental science and engineering, hydrology, geography, water resources, atmospheric science, chemistry, biology, health science, and social and political science fields
• How to achieve a sufficient quantity and quality of water to equitably meet both immediate and long-term human and ecological needs
• Analysis of water security in an integrated manner by underscoring the complex interactions between water quantity, water quality, and society

Students taking courses on hydrology, water security, and/or water resource management, along with scientists working in fields where water security is a factor will be able to use Fundamentals of Water Security as a comprehensive textbook to understand and achieve water security.

About the Author

Jim F. Chamberlain, PhD, P.E., BCEE, has worked in the field of hydrology and environmental engineering since 1979. As a Co-Director of the OU WaTER Center, Jim has implemented research and projects on fluoride mitigation in Ethiopia, arsenic mitigation in Cambodia, water supply distribution in El Salvador, and solar water pumping and hand pump repair in Uganda.

David A. Sabatini, PhD, P.E., BCEE, is David Ross Boyd Professor and Sun Oil Company Endowed Chair of Civil Engineering and Environmental Science at the University of Oklahoma. He is the Founding Director of the OU WaTER Center. His research focuses on sustainable drinking water systems for developing countries, surfactant-based environmental and biofuel technologies, and understanding/characterizing groundwater contaminant transport and remediation.