Feldman David Lewsi <br/><br/>
The water-sustainable city  Science, policy and practice 

 - London  Edward Elgar   2017 
 - 197P  xiii  HB 
<br/><br/> Muncipal Water Supply  Water-Supply Engineering 
<br/><br/>Contents: PART I: OUR UNCERTAIN WATER FUTURE, OUR PRECARIOUS WATER PAST 1. Introduction – What Would A Contents: <br/><br/>PART I: OUR UNCERTAIN WATER FUTURE, OUR PRECARIOUS WATER PAST <br/>1. Introduction: What Would a Water Sustainable City Look Like? <br/>2. Lessons for an Urban Ecology of Water: Historical Views, Environmental Experiences <br/>3. Roles for Civil Engineering, Law and Institutions in Urban Water Management <br/>4. Divergent Approaches: A Typology of Traditional and Contemporary Alternatives As Seen In Los Angeles and Melbourne;<br/><br/>PART II: TRADITIONAL AND CONTEMPORARY APPROACHES TO WATER MANAGEMENT AND POLICY INNOVATION <br/>5. The Water-Energy Footprint of Large Cities: Productivity and Transitional Development <br/>6. How Cities Value Water and Why It Matters: Economic and Non-Economic Approaches; <br/><br/>PART III: THE PATH FORWARD: TECHNOLOGY, INFRASTRUCTURE, INSTITUTIONS, PRACTICES <br/>7. Opportunities to Satisfy Urban Water Needs While Addressing the Urban Stream Syndrome <br/>8. Low Impact Development: Indoor and Outdoor Innovations <br/>9. New Forms of Management and Governance for Urban Water Sustainability <br/>10. Conclusions: Some Future Research Needs; <br/>REFERENCES <br/>Index<br/> 
<br/><br/><label>ISBN: </label>9781783478552 
<br/><br/><label>Dewey Class. No.: </label>711 FEL