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Abstract
Water Security in the Middle East argues that, while conflicts over transboundary water systems in the Middle East do occur, they tend not to be violent nor are they the primary cause of a war in this region. The contributors in this collection of essays place water disputes in larger political, historical and scientific contexts and discuss how the humanities and social sciences contribute towards this understanding. The authors contend that international sharing of scientific and technological advances can significantly increase access to water and improve water quality. While scientific advances can and should increase adaptability to changing environmental conditions, especially climate change, national institutional reform and the strengthening of joint commissions are vital. The contributors indicate ways in which cooperation can move from simple coordination to sophisticated, adaptive and equitable modes of water management.
“Water Security in the Middle East is a timely and optimistic contribution to the literature, otherwise known to have a pessimistic view on water scarcity and its consequences […] The book provides new, untapped evidence of what may constitute an arsenal of tools for water diplomacy to be employed by researchers and practitioners dealing with water scarcity and security.”
—Ariel Dinar, Professor of Environmental Economics and Policy, School of Public Policy, University of California, Riverside, USA
Water Security in the Middle East explores the extent and nature of water security problems in transboundary water systems in the Middle East. This collection of essays discusses the political and scientific contexts and the limitations of cooperation in water security.
The contributors argue that while conflicts over transboundary water systems in the Middle East do occur, they tend not to be violent nor have they ever been the primary cause of a war in this region. The authors place water disputes in larger political, historical and scientific contexts and discuss how the humanities and social sciences could contribute more towards this understanding. They also contend that international sharing of scientific and technological advances can significantly increase access to water and improve water quality. While scientific advances can and should increase adaptability to changing environmental conditions, especially climate change, national institutional reform and the strengthening of joint commissions are vital. The contributors indicate ways in which transboundary cooperation may move from simple and intermittent coordination to sophisticated, adaptive and equitable modes of water management.
“As the importance of water grows worldwide, the search for narrowing gaps of science and policy also grows. But narrowing the gap has only sporadically included social sciences and other humanities. Water Security in the Middle East sets a path to showing how these underutilized disciplines help narrow the gap. […] The authors focus on the Middle East, which is a region with enormous resource and other social constraints on water [and] has seen such constraints transform into opportunities. The Middle East is also a region that has witnessed the power of water to be a venue of dialogue and to build cooperation. The book shines light on water’s historical role as humanity’s learning ground for building community far more than as a generator of conflict.”
—Jerome Delli Priscoli, Chair, Global Water Partnership Technical Committee, and Editor in Chief, Water Policy
Jean Axelrad Cahan received her doctorate in philosophy from the Johns Hopkins University and has taught European philosophy and political theory for more than two decades.
“In no part of the world is resolving regional hydropolitics as critical as in the arid and hostile Middle East, where lives, livelihoods and environmental health all rely on solutions to these seemingly intractable problems. This collection of the best thinking in the academy […] offers the intellectual depth and interdisciplinary breadth to help move these conversations forward in a tangible way. The book is ‘pracademic’ in the best sense, drawing on the objective analytical tools of the university, while rooting the work in the intracies and passions of the very real world.”
—Aaron Wolf, Professor of Geography and Director, Program in Water Conflict Management and Transformation, Oregon State University, USA
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Cover | Cover 1 | ||
Front Matter | i | ||
Half-title | i | ||
Series information | ii | ||
Title page | iii | ||
Copyright information | iv | ||
Table of contents | v | ||
List of Illustrations | vii | ||
Acknowledgments | ix | ||
Foreword | xi | ||
Introduction Water Security in the Middle East: A Role for the Social Sciences and Humanities | 1 | ||
The Need for a Broad Approach | 1 | ||
Progress toward Cooperation | 2 | ||
Brief Summary of Water Insecurity in the Middle East | 3 | ||
Potential Contributions from the Humanities and Social Sciences | 5 | ||
Philosophy | 5 | ||
Anthropology | 7 | ||
Religious studies | 7 | ||
History | 8 | ||
Social Sciences (Political Science, Sociology and Economics) | 9 | ||
Sociology and economics | 9 | ||
Political science | 9 | ||
Overview of the Volume | 12 | ||
References | 15 | ||
Chapter (1-8) | 1 | ||
Chapter 1 Cooperation Rules: Insights on Water and Conflict from International Relations | 19 | ||
Water and Conflict in International Relations | 21 | ||
How Water Is Framed | 25 | ||
Avenues to Water Cooperation | 30 | ||
Conclusion | 35 | ||
References | 36 | ||
Chapter 2 Water Security in Transboundary Systems: Cooperation in Intractable Conflicts | 39 | ||
Analytical Framework | 43 | ||
A Test Case | 46 | ||
Cooperation and seemingly intractable water stress in the Nile River system | 46 | ||
Cross-National Analysis | 49 | ||
Dependent Variable | 51 | ||
Conflict and cooperation | 51 | ||
Independent Variables | 52 | ||
Military mobilization | 52 | ||
Control of headwaters | 52 | ||
Trade and aid | 52 | ||
Political accountability | 53 | ||
Technology transfer | 53 | ||
External power | 54 | ||
Economic inequality | 54 | ||
Ethnic conflict | 54 | ||
Dependence on the shared river | 55 | ||
Results | 55 | ||
Structural and Hard Power | 58 | ||
Geographic leverage | 58 | ||
Military Strategy | 59 | ||
Sticky Power | 59 | ||
Economic leverage | 59 | ||
External Influence | 59 | ||
Soft, Political and Ideational Power | 60 | ||
Political leverage | 60 | ||
Diffusion of technology | 61 | ||
Contextual factors | 61 | ||
Conclusion | 61 | ||
References | 65 | ||
Chapter 3 Water-Demand Management in the Arab Gulf States: Implications for Political Stability | 67 | ||
Water-Demand Management | 69 | ||
Population Pressure on Resources in the GCC | 70 | ||
Anemic Water Reforms | 73 | ||
Subsidies and Political Stability | 81 | ||
Conclusions | 86 | ||
References | 88 | ||
Chapter 4 A Watershed-Based Approach To Mitigating Transboundary Wastewater Conflicts Between Israel... | 93 | ||
Introduction | 93 | ||
General conditions | 94 | ||
Sources of conflict | 95 | ||
The Besor–Hebron–Be’er Sheva watershed | 98 | ||
The work of the Arava Institute for Environmental Studies | 100 | ||
Gathering Data for a Watershed Approach to Integrated Management | 101 | ||
Problems in Data Collection | 104 | ||
Data collected and sources | 105 | ||
Data processing an.d integration (Geodatabase Functionality Upgrades) | 106 | ||
Results | 107 | ||
Boundaries and demographics | 107 | ||
Hydrologic Characterization | 109 | ||
Pollution Sources | 111 | ||
Water-Quality Monitoring Results | 113 | ||
Historical Trends in Water Quality | 113 | ||
Stream Sampling and Results | 115 | ||
Cooperation among Stakeholders | 118 | ||
Going Further | 120 | ||
References | 122 | ||
Chapter 5 The Evolution of Israeli Water Management: The Elusive Search for Environmental Security | 125 | ||
Introduction: Water, Conflict and the Land of Israel | 125 | ||
Overcoming Scarcity: Israel’s Water History, the First 55 Years | 126 | ||
Israel Enters the Era of Desalination | 134 | ||
Israel’s Future Water Security: The New Challenges of Desalination | 137 | ||
References | 140 | ||
Chapter 6 Adapting to Climatic Variability along International River Basins in The Middle East | 145 | ||
Climate Change and Middle East Freshwater | 146 | ||
Impact of climate change on the Middle East | 147 | ||
Climate change and transboundary freshwater | 149 | ||
Potential interstate consequences | 150 | ||
Adapting to Climate Change | 152 | ||
The role and function of river basin commissions | 153 | ||
Designing institutions | 154 | ||
Middle Eastern River Basin Commissions | 155 | ||
Jordan River system | 156 | ||
Joint Water Committee | 156 | ||
Syria-Jordan Water Committee | 157 | ||
Euphrates and Tigris Rivers | 159 | ||
Joint Technical Committee | 159 | ||
Conclusion | 162 | ||
References | 163 | ||
Chapter 7 Water and Politics in The Tigris–Euphrates Basin: Hope For Negative Learning? | 167 | ||
Introduction | 167 | ||
International Legal Framework for Water Disputes | 169 | ||
Water and Conflict: The Tigris and Euphrates | 172 | ||
Related Issues | 178 | ||
Conclusion: Negative Learning in the Future? | 180 | ||
References | 182 | ||
Chapter 8 The Political and Cultural Dimensions of Water Diplomacy in The Middle East | 185 | ||
Two Hypothetical Cases | 186 | ||
Integrated Water Resource Management | 189 | ||
The Water Diplomacy Framework: A Mutual-Gains Approach | 191 | ||
The Politics of Water Diplomacy: A Focus on Gaza, Israel and Jordan | 192 | ||
The Scope of the Water Problem in Gaza | 194 | ||
The Scope of the Water Problem in Jordan (and Israel’s Dead Sea Problem) | 195 | ||
Political Obstacles to Solving These Problems | 197 | ||
Summary of the Politics of Water Diplomacy | 197 | ||
The Cultural Dimensions of Water Diplomacy: A Focus on Gaza, Israel and Jordan | 199 | ||
The Implications of Political and Cultural Considerations for the Practice of Water Diplomacy | 201 | ||
References | 203 | ||
End Matter | 207 | ||
Notes on Contributors | 207 | ||
Index | 211 |