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Profiles ten of the world's most distinctive dams.
Roller compacted concrete (RCC) represents a major advance in dam-building technology. The RCC method speeds construction & reduces the costs of building without compromising safety. This work focuses on the cutting edge of RCC design technology, describing the costs & benefits of a variety of technical approaches, & offering an extensive survey of completed RCC dams & the participants involved in building them.
Dams change the landscape, providing reservoirs of freshwater and even producing electricity. Discover the engineering behind dams.
This updated edition asks some great questions. What are dams used for? Who built the first dams? How do dams affect the environment? You'll find the answers to these questions and many more in Building Amazing Structures. Each book in the series looks at some of today's most amazing structures from around the world. Begin your journey by reading about similar structures in history and how they were built. Then discover the techniques and materials that today's engineers and builders use to make even more amazing structures. Finally, learn about structures that failed and why.
Viewed by some as symbols of progress and by others as inherently flawed, large dams remain one of the most contentious development issues on Earth. Building on the work of the now defunct World Commission on Dams, Thayer Scudder wades into the debate with unprecedented authority.Employing the Commission's Seven Strategic priorities, Scudder charts the 'middle way' forward by examining the impacts of large dams on ecosystems, societies and political economies. He also analyses the structure of the decision-making process for water resource development and tackles the highly contentious issue of dam-induced resettlement, illuminated by a statistical analysis of 50 cases.
Which explorer discovered Machu Pichu? What really happened to Angkor? Does the lost city of Z really exist? To find out the answers to these questions and more, open this book and go on an exploration of the world's most amazing landmarks!
"If the wars of the last century were fought over oil, the wars of this century will be fought over water." -Ismail Serageldin, The World Bank The giant dams of today are the modern Pyramids, colossally expensive edifices that generate monumental amounts of electricity, irrigated water, and environmental and social disaster. With Deep Water, Jacques Leslie offers a searching account of the current crisis over dams and the world's water. An emerging master of long-form reportage, Leslie makes the crisis vivid through the stories of three distinctive figures: Medha Patkar, an Indian activist who opposes a dam that will displace thousands of people in western India; Thayer Scudder, an American anthropologist who studies the effects of giant dams on the peoples of southern Africa; and Don Blackmore, an Australian water manager who struggles to reverse the effects of drought so as to allow Australia to continue its march to California-like prosperity. Taking the reader to the sites of controversial dams, Leslie shows why dams are at once the hope of developing nations and a blight on their people and landscape. Deep Water is an incisive, beautifully written, and deeply disquieting report on a conflict that threatens to divide the world in the coming years.
During the 20th century dam-building became a truly global endeavour. Built around the world, they generated networks of actors, institutions and companies embedded in globally circulating technological knowledge and discourses of modernization and development. This volume takes a global approach to the history of dams, exploring the complex power relations and internationalist entanglements that shaped them. Shedding new light on the globalization of technology and international power struggles that defined the 20th century, Dam Internationalism shows that dams are artefacts in their own right and have created new and revisionist histories that urge us to rethink classic narratives. From international cooperation, to the importance of the Cold War and the capitalist/socialist divide, the success of western technology, the prominence of the United States, the alleged impotence of people affected by dams, and the uniformity of infrastructure. Each chapter showcases a different case study from Europe, Asia, Africa, North and South America to show that dams enabled marginalized countries and actors to articulate themselves and pursue their own political and socio-economic goals in a century dominated by the Global North.
Canals and Dams: Investigate Feats of Engineering invites children ages 9 and up to explore the innovation and physical science behind the amazing waterways and barriers our world depends on. Trivia and fun facts illustrate engineering ingenuity and achievements from ancient aqueducts to the Suez Canal and the Hoover Dam. Readers will discover that engineers and builders alike put their lives on the line to advance civilization, experiencing triumphs and tragedies in building big. Through dazzling success and heartbreaking failure, they developed increasingly sophisticated tools and building methods. Activities and projects encourage children to explore the engineering process and to try, try again through trial and error. They'll engage in hands-on explorations of buoyancy, Newton’s third law of motion, and forces that push and pull structures. They’ll create a paper-cup zip line, build an arch, and simulate a tsunami, while experimenting with gravity, hydroponics, and velocity. In Canals and Dams: Investigate Feats of Engineering, children will gain an appreciation for the important field of engineering as they develop their own building skills.
Hoover Dam was constructed during one of the most depressed economic climates in American history, in a remote desert canyon where temperatures ranged from single to triple digits. In order to visually document the project, the Bureau of Reclamation assigned employee Ben Glaha to photograph all aspects of the dam's construction. Glaha's photographs were used in press releases, periodicals, books, pamphlets, and slide shows to demonstrate that the dam was structurally sound and that government funds were being used wisely. Hoover Dam: The Photographs of Ben Glaha is the first detailed examination of Glaha's images of the project, some of which have never before been published. Glaha photographed every aspect of the construction process—from details of how the dam was assembled to the overall progress as the dam rose from the bottom of the dry riverbed. Glaha not only provided the Bureau with the photographs it required, he also employed his own artistic abilities to produce images of the dam that were exhibited in museums and galleries as works of art. Because Glaha was able to create a selection of Hoover Dam photographs worthy of exhibition, he was unique among government documentary photographers. Art historian Barbara Vilander's text places Glaha's efforts within the historical context of western landscape exploration and development and reveals how his particular qualifications led to his selection as the project photographer. Vilander then examines the many publications and venues in which the Bureau used Glaha's photographs to create support for the project. She also discusses how Glaha was recognized in his own era as an influential artist and teacher, and compares his work with that of other contemporary landscape photographers addressing western water management. Glaha's Hoover Dam images were widely published, although in accordance with Bureau policy he was not usually given personal credit and therefore his name remains largely unknown. Vilander's book corrects that oversight by giving Glaha the technical and artistic credit he is due within the context of one of the most ambitious projects in American history.