ASCE 9780784476758 2012
$32.50
Toward a Sustainable Water Future – Visions for 2050
Published By | Publication Date | Number of Pages |
ASCE | 2012 | 399 |
Toward a Sustainable Water Future: Visions for 2050 showcases the opinions of more than 50 experts who draw an optimistic picture of environmental and water resource conditions and issues midway through the 21st century. These authorities
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Cover |
4 | Contents |
8 | Foreword |
10 | Foreword |
12 | Preface |
14 | I: Introduction |
16 | Chapter 1 Background |
25 | Chapter 2 Looking Into the Next 40 Years – 40 Years Ago |
35 | Chapter 3 Stressors Influencing Our Future Visions |
48 | II: Planning and Policy |
50 | Chapter 4 Water Management in 2050 |
59 | Chapter 5 Transboundary Water Sharing: Confronting the Challenge of Growing Water Scarcity |
69 | Chapter 6 Sanitation and Hygiene for All by 2050 |
79 | Chapter 7 Integrated Water Management in 2050: Institutional and Governance Challenges |
89 | Chapter 8 River Basin Planning and Management in 2050 |
97 | Chapter 9 The Law Applicable to Surface Waters in 2050 |
106 | Chapter 10 A Vision of Unified River Basin Planning and Management |
113 | Chapter 11 Water Resources Policy: Foundation, Evolution, and Future |
122 | Chapter 12 Water Utilities Recognizing and Adapting to a 2050 Climate |
130 | Chapter 13 Water 2050: Attributes of Sustainable Water Supply Development |
139 | Chapter 14 Flood Risk Management in 2050 |
150 | Chapter 15 Adaptation to Climate Change in Coastal Cities, 2050 |
160 | Chapter 16 Agriculture Water Resource Issues in 2050 |
170 | Chapter 17 A Vision for Urban Stormwater Management in 2050 |
179 | Chapter 18 A Vision for Urban Water and Wastewater Management in 2050 |
188 | Chapter 19 Water Resources and Sustainable Aquatic Ecosystems: A Vision for 2050 |
200 | III: Education |
202 | Chapter 20 Facing the Challenges in Educational, Technological and Social Change Leading to 2050 |
209 | Chapter 21 A Vision of Interdisciplinary Graduate Education in Water and Environmental Resources in 2050 |
220 | Chapter 22 Two Big Issues for Water Resources Systems: Advances in Educational Technology and Changes in Valuation |
228 | IV: Science and Technology |
230 | Chapter 23 The Science, Information, and Engineering Needed to Manage Water Availability and Quality in 2050 |
239 | Chapter 24 Hydrologic Modeling in 2050: Knowledge Requirements in a Multi-Nonstationary Environment |
247 | Chapter 25 Hydroelectric Power and the Future |
256 | Chapter 26 Water Distribution Systems in 2050 |
266 | Chapter 27 Sensing for Improved Water Infrastructure Management in 2050 |
276 | Chapter 28 Visions of Green Technologies in 2050 for Municipal Resource Management |
282 | Chapter 29 Irrigation in 2050 |
290 | Chapter 30 Groundwater Hydrology in 2050 |
301 | Chapter 31 GIS for Water Resources 2050 |
313 | Chapter 32 Information Technology in 2050 |
326 | Chapter 33 Creativity: An Important Problem-Solving Tool for Water Resources in 2050 |
335 | Chapter 34 Reflections from a Water Resources Modeler and Planner in 2050 |
342 | Chapter 35 Future Prospects for Water Management and Adaptation to Change |
354 | Chapter 36 Water Resource Management Modeling in 2050 |
363 | Chapter 37 Hydromorphologic Scientific and Engineering Challenges for 2050 |
368 | Chapter 38 Dendrohydrology in 2050: Challenges and Opportunities |
376 | V: Conclusions |
378 | Chapter 39 Our Collective Vision |
396 | Index A C D E F G |
397 | H I M N P |
398 | R S T U V W |