The Water Environment of Cities

  • Lawrence A.┬áBaker

Table of contents

  1. Front Matter
    Pages i-xvi
  2. Lawrence A. Baker
    Pages 1-16
  3. Claire Welty
    Pages 17-28
  4. Peter Shanahan
    Pages 29-48
  5. Paul Westerhoff, John Crittenden
    Pages 49-68
  6. Lawrence A. Baker
    Pages 69-91
  7. Derek B. Booth, Brian P. Bledsoe
    Pages 93-123
  8. Kristina Hill
    Pages 141-170
  9. Robert W. Adler
    Pages 171-193
  10. Lawrence A. Baker, Peter Shanahan, Jim Holway
    Pages 275-289
  11. Back Matter
    Pages 291-307

About this book


For much of the first 200 years of industrialization, the urban water environment was developed by trial and error, often with unintended consequences. The modern "water closet" became widely used; public officials realized that sewers were needed, epidemics of cholera and typhoid were rampart, and eventually, the Cuyahoga River in Ohio literally caught fire. Along the way, we developed new science, new technology, and new institutions. Will we do better in the future? Can we do better in the developing world? This central premise of this book is that we can, if we plan the urban water environment holistically.

The Water Environment of Cities is the first book to develop this holistic vision. To accomplish this, core chapters are written by leading experts in academia, consulting, and government. It is written for the broad audience of urban water managers: engineers, planners, ecologists, hydrologists, social scientists, and others. Chapters are written to be accessible to students and practitioners across disciplines, each incorporates cross-cutting themes, and the book is supported by a glossary. Chapters examine urban water budgets, groundwater management, urban water infrastructure, the movement of pollutants through urban systems, management of urban streams, integration of water into planning design, urban water recreation, the legal framework for urban water management, institutions to manage urban water, and the economics of water supply. Importantly, after writing their core chapters, chapter authors participated in an NSF-funded synthesis workshop to integrate concepts throughout the book. The result is a unique synthesis chapter that outlines five core principles for managing the urban water environment in the 21st century.


engineering environmental policy environmental sciences geomorphology hydrology morphology recreation management urban planning urbanization

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  • Lawrence A.┬áBaker

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