by Joseph S. Larson, Ph.D.
The impacts which may occur downstream do not affect the overall environmental feasibility and may indeed enhance the environment.1
by Joseph S. Larson, Ph.D.
The impacts which may occur downstream do not affect the overall environmental feasibility and may indeed enhance the environment.1
by Alan Penn, M.Sc.
Background on Methyl Mercury Contamination
by David L. Wegner, M.Sc.
Background
A reservoir is an impounded body of water created when a river or stream is dammed and water is allowed to store. This impoundment of water has an immediate impact on the physical and biological systems within the reservoir which needs to be understood before the full range of environmental impacts can be properly evaluated.
by Philip M. Fearnside, Ph.D.
The Three Gorges Project would produce the world’s largest dam-displaced population (500,000 – 1,200,000 people), even at the lowest reservoir operating level nominally under consideration. Other Chinese dams have forced major resettlements – for example, the Danjiangkou Dam on the Han River (380,000), and the Sanmenxia Dam on the Yellow River (320,000).1 Outside China, the governments of Egypt and Sudan displaced 100,000 people to make way for the Aswan High Dam.
Nine experts were invited by Probe International to review the Canadian dam builders’ Three Gorges Water Control Project Feasibility Study. In this chapter, the editors summarize their key findings. The nine chapters to follow provide our experts’ detailed analysis.
On April 3, 1992, China’s National People’s Congress, China’s parliament, erupted in a display of opposition unprecedented for this normally rubber-stamp body. The outburst was the latest in the decades-long dispute over the Three Gorges Dam on China’s Yangtze River.
by Gráinne Ryder
This book is an updated and expanded edition of Damming The Three Gorges: What Dam Builders Don’t Want You To Know, a critique of a Canadian government-World Bank feasibility study of China’s Three Gorges Dam. Originally published in September 1990, this book exposed the flawed analyses and compromised calculations evident in the official justification of a large dam project. Since the first edition was published, others have discovered the same defects in other justifications of other large dam projects.
by Dai Qing
by Niu Kangsheng
About the Editors
Gráinne Ryder worked as an engineer in Thailand on village water supply projects for three years before joining Probe International in 1987 as a water resources researcher. She headed an international effort to stop the Three Gorges Project until 1990 when she returned to Thailand to coordinate a campaign against a series of dams on the Mekong River.
(March 9, 2009) The water level at the Three Gorges Dam has been lowered by about nine meters this year as the hydroelectric project is discharging more water to ensure navigation and water use for cities downstream.
(March 7, 2009) China should keep potential polluters away from the industry-heavy Yangtze river, the country’s longest, by raising threshold and readjusting industrial layout, a political advisor said in Beijing today.
(March 6, 2009) According to reports from the South China Morning Post, the Chinese government official in charge of the Three Gorges Dam has dismissed the theory linking the Zipingpu dam reservoir with the M7.9 earthquake that killed an estimated 88,000 people last May and left millions more homeless; referring to published geological analyses as “personal opinions at most.”
(March 2, 2009) Rumours have begun to circulate that Li Peng, the now 80 year-old former Premier of China who was the major driving force behind the Three Gorges project, may be seriously ill. An NGO worker in China recently told John Bishop of the China Economic Review that if the ex-leader, seen by many as the ‘Father’ of Three Gorges, were to die that critics would be able to “more openly express negative views about the project.”