Focusing on the planning and construction of the Sanmenxia hydropower project, this article analyses the dynamics and tensions between energy demand and the nature of the Yellow River in the twentieth century. From the late 1920s, Japanese engineers aimed to develop hydroelectric power by building dams on the Yellow River. They viewed the Yellow River as an important source of hydroelectric power for building the Greater East Asian Co-Prosperity Sphere. When Chinese Communists took control, they claimed that the primary function of the Sanmenxia project was flood control. Yet, influenced by the Soviet Union and the Chinese Communist state's industrialisation efforts, the engineers also emphasised the generation of electrical power, which resulted in a high dam design. The silting of the reservoir, however, frustrated the ambition of the Chinese leaders and engineers and resulted in the production of much lower and unstable power output upon the dam's completion.
...More
Article
Rebekah Shirley;
Daniel Kammen;
(June 2018)
Mundane is the New Radical: The Resurgence of Energy Megaprojects and Implications for the Global South
(/isis/citation/CBB228854132/)
Article
Sovacool, Benjamin K.;
Brossmann, Brent;
(2013)
Fantastic Futures and Three American Energy Transitions
(/isis/citation/CBB001320573/)
Article
Matthew P. Johnson;
(2021)
'Thirsty Sugar Lands': Environmental Impacts of Dams and Empire in Puerto Rico Since 1898
(/isis/citation/CBB256791646/)
Article
David R. Starbuck;
(1990)
The Timber Crib Dam at Sewall's Falls
(/isis/citation/CBB719441112/)
Book
John Williams;
Andrew Sansom;
(2016)
The Untold Story of the Lower Colorado River Authority
(/isis/citation/CBB248036903/)
Article
Robert R. Gradie;
David A. Poirier;
(1991)
Small-Scale Hydropower Development: Archeological and Historical Perspectives from Connecticut
(/isis/citation/CBB181273462/)
Article
Alain Gelly;
(2003)
A Precipitous Decline, Steam as Motive Power in Montreal: A Case Study of the Lachine Canal Industries
(/isis/citation/CBB794484014/)
Article
Jeffery Boadu;
Viktor Pál;
(2020)
Continuities of Dependence: Hydropower and Modernisation in Twentieth-Century Ghana
(/isis/citation/CBB891955164/)
Book
Hirt, Paul W.;
(2012)
The Wired Northwest: The History of Electric Power, 1870s--1970s
(/isis/citation/CBB001201248/)
Book
Matthew Dominic Evenden;
(2015)
Allied Power: Mobilizing Hydro-Electricity During Canada's Second World War
(/isis/citation/CBB228812019/)
Book
Jerome Whitington;
(2019)
Anthropogenic Rivers: The Production of Uncertainty in Lao Hydropower
(/isis/citation/CBB993069891/)
Article
Richard Niland;
(January 2018)
Death by Water: The Rise and Fall of Los Saltos del Guairá
(/isis/citation/CBB162847684/)
Article
Götz, Roland;
(2013)
Mauerblümchen: Erneuerbare Energien in Russland
(/isis/citation/CBB001200601/)
Article
Reihana Mohideen;
Pankaj Batra;
Prabhjot Khan;
(March 2020)
Low-Carbon Energy Transition in India: Implications for Gender Equality and Social Inclusion
(/isis/citation/CBB075250690/)
Article
Philipp Nicolas Lehmann;
(2016)
Infinite Power to Change the World: Hydroelectricity and Engineered Climate Change in the Atlantropa Project
(/isis/citation/CBB559526516/)
Article
Mahdi Khelfaoui;
(2014)
Introduction: Énergie et société au Canada
(/isis/citation/CBB275214712/)
Book
Christopher J. Manganiello;
(2015)
Southern Water, Southern Power: How the Politics of Cheap Energy and Water Scarcity Shaped a Region
(/isis/citation/CBB975513963/)
Article
James C. Williams;
(2009)
Resource Conservation and Electrification in California
(/isis/citation/CBB453040369/)
Article
Landry, Marc;
(2015)
Environmental Consequences of the Peace: The Great War, Dammed Lakes, and Hydraulic History in the Eastern Alps
(/isis/citation/CBB001422373/)
Article
Pursell, Carroll W.;
(1993)
The rise and fall of the appropriate technology movement in the United States, 1965--1985
(/isis/citation/CBB001180246/)
Be the first to comment!