Tag: South-to-North Water Diversion Project

A warning for parched China: a city runs out of water

Experts fear Lintao’s dry-up is a sign of things to come. Probe International fellow and noted Chinese environmental journalist, Dai Qing, says China’s water scarcity and toxicity is the greatest danger facing her country today.

Taking the long view

Late last year, Mu Lan, the editor of Probe International’s Three Gorges Probe news service in Chinese, followed the central leg of China’s massive South-to-North Water Diversion Project with his camera as it made its way from Hubei Province to Beijing, the project’s ultimate destination.

Concern mounts in China over Yangtze diversion project

China’s ambitious South-to-North Water Diversion project officially begins flowing next month and the impacts of the costly geo-engineering giant are starting to be felt in the regions tapped to redistribute water to the country’s parched north. “This project from the beginning has been as controversial as the Three Gorges,” says Probe International fellow and leading Chinese environmental journalist, Dai Qing.

Beijing to tap water from thousands of kilometers away

While there is no doubt China’s industry-heavy northeast is parched, some critics say China’s geo-engineering South-North Water Diversion project is yet another example of China trying to engineer its way out of a problem that could be largely solved through better policies, such as a tiered pricing system for water and better monitoring. Stian Reklev for Reuters reports.

Capital thirsts for water from Hebei

(January 20, 2010) Neighboring province tightens its belts to ease Beijing’s shortage. Four reservoirs in Hebei are expected to be called upon again this year to supply water to Beijing, but the water delivery plan is still being negotiated by the Beijing and Hebei governments. The temporary plan for Beijing to get water from the four reservoirs – two in Shijiazhuang and two in Baoding – will bridge the gap until the South-to-North water diversion project is completed in 2014.