Water may seem innocuous, but as a universal necessity, it inevitably intersects with politics when it comes to acquisition, control, and associated technologies. While we know a great deal about the socio-ecological costs and benefits of modern dams, we know far less about their political origins and ramifications. In Concrete Revolution, Christopher Sneddon offers a corrective: a compelling historical account of the US Bureau of Reclamation's contributions to dam technology, Cold War politics, and the social and environmental adversity perpetuated by the US government in its pursuit of economic growth and geopolitical power. Founded in 1902, the Bureau became enmeshed in the US State Department's push for geopolitical power following World War II, a response to the Soviet Union's increasing global sway. By offering technical and water resource management advice to the world's underdeveloped regions, the Bureau found that it could not only provide them with economic assistance and the United States with investment opportunities, but also forge alliances and shore up a country's global standing in the face of burgeoning communist influence. Drawing on a number of international case studies-from the Bureau's early forays into overseas development and the launch of its Foreign Activities Office in 1950 to the Blue Nile investigation in Ethiopia-Concrete Revolution offers insights into this historic damming boom, with vital implications for the present. If, Sneddon argues, we can understand dams as both technical and political objects rather than instruments of impartial science, we can better participate in current debates about large dams and river basin planning.

About the Author
Christopher Sneddon is associate professor of geography and environmental studies at Dartmouth College. He lives in White River Junction, VT.


Book Information
ISBN 9780226284316
Author Christopher Sneddon
Format Hardback
Page Count 344
Imprint University of Chicago Press
Publisher The University of Chicago Press
Weight(grams) 567g
Dimensions(mm) 23mm * 16mm * 2mm