Earthquake in Yushu

Wednesday, April 14, 2010

See the last section for ways you can donate to help with the relief work

A nice Tibetan song dedicated to the earthquake victims


Google has added some useful tools to support earthquake disaster relief in Yushu. And for regular real time updates (even better than tweeter), check this link. Here are some informative satellite images from google. Click to make images bigger.

GeoEye GE-1 high resolution satellite imagery of Yushu after the earthquake


USGS Shake Map showing different colors for different intensity levels of tremor


Surface acceleration


Damage intensity




Click on this link to see Kyegu Monastery relief work album. Lots of pictures.

Xinhua reports China is carrying out a geological reconnaissance for the rebuilding of the quake-hit township of Jyekundo, to be turned into "a plateau ecological tourist city."

Tibetan language map the region



Websites specifically dedicated to providing information on the ongoing situation and relief work:

Special website of local consortium of NGO's, now active in
Jiegu, Xining and Chengdu.

Plateau Perspectives is one the best sources of updates on the situation on the ground. See this special website.

University of Virginia also has a special website.



This photo of a girl reading her book in front of earthquake ruins is really something. Photo from pourmecoffee.com.



Al Jazeera report on cremations for the dead:



Here are three Google Earth images (Thanks Nima-la!) of the damaged dam near Thrangu (ཁྲ་འགུ་དགོན་ or "Changu" in Chinese media) monastery. The first two images show the town of Yushu (ཡུལ་ཤུལ / ཡུས་ཧྲུའུ) or Jyekundo (སྐྱེ་རྒུ་མདོ) at an altitude of 3,685m and the dam located South, upstream at an altitude of 3,800m. The second is a close image of the dam. This report from The Independent says that "Emergency officials said the dam could burst at any time, putting 100,000 people in danger". This dam is like a time bomb that might cause another tragedy. I urge governments, groups and citizens of China to urge China to use its resources to gradually empty the reservoir, secure the dam and take people living downstream away to safer areas.








The following images are from a Chinese language blog.







For more images from the same source (warning: disturbing images of dead victims), click here

lhatseri tweets: "Tibetan language blogs sites from PRC have been blocked. No posts about the earthquakes."

Death toll rises to 589, according to China Daily

A "Letter from China" in the New Yorker talks about China's news censorship about the earthquake

The International Rivers has raised timely concerns about dam safety and questioned the sensibility of proposed dam projects in the region.

A set of still images from the Telegraph also shows aid work going to the region.

This New York Times video shows a different set of clips.

High Peaks Pure Earth has translated Tibetan netizen reactions to the earthquake. More here.

Chinese language CCTV report


Two English language news reports available on youtube:





For more information, see these stories from Xinhua and BBC. For technical information about the tremors, see this US Geological Survey site.


==================
SUPPORT RELIEF WORK BY DONATING TO ORGANIZATIONS THAT WORK IN THE REGION

1. Donate to Tibetan Village Project's earthquake relief fund by clicking here

2. Another NGO working locally is Machik. You can donate to Machik's earthquake relief fund by clicking here

3. Tibet Foundation



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Update on big dam (Shuangjiangkou) in Ngawa Tibetan Autonomous Prefecture

Tuesday, April 6, 2010

Tibetan Plateau blog reader-contributor James Trevor has compiled a brief informative report on the status and impacts of Shuangjiangkou dam. The main source of information for the report is from the (Chinese language) Journal of the Southwest Minority University, Vol. 2009 / 07, pages 16 to 19.

The Shuangjiangkou dam will be located in Ngawa Tibetan Autonomous Prefecture, approximately two kilometers from the point where Barkham county’s Kyomkyo River (Jiao-Muzu in Chinese) and Chuchen county’s Trokyab River (Chuosi-Jia in Chinese) merge into a single river. Shuangjiangkou is “confluence of two rivers” in Chinese. The dam will serve as an upstream regulatory dam for a series of dams downstream on the Dadu River (Gyalrong Gyamo Ngulchu in Tibetan). Several of these dams will be built in Tibetan areas of Trokyab, Tsodun, Drakpar, Kyomkyo, and Dampa in Chuchen and Barkham counties.

Here are some photos of the site posted by Kou Lihang on Google Earth. The first photo shows construction work on the project.







Here is James' full report:

At present the Shuangjiangkou dam is under construction and the local people have to move out of the area of the future reservoir. The only descriptions of the project I could find on the internet written in English is an article by Tashi Tsering from 2004, see pages 9 and 10. He has also reported about the dam in this short news release:

At that time in 2004 and 2005 it was just a plan for another dam. While there were concerns concerning “local Tibetans who have been ordered to move away” and “historical Buddhist shrines in the area … likely to be submerged… ” no details were available. Using various sources published since then and the internet I was able to get a much more detailed view of what happens in Gyarong in 2010. On Google Earth a photo of construction activity at the construction site has been posted by Kou Lihang at position 31° 47´ 54” N and 101° 54´ 50” E [posted above]. This is more or less where the dam is built. The exact position is 2 kilometers downstream from where the two rivers meet.

Shuangjiangkou Dam Impact Data

Technical project description
The dam is 314m high. The reservoir storage capacity is 2.732 billion cubic meters of water. Installed generating capacity is 2000 MW with four turbines rated at 500 MW each. The average water flow at the dam site was measured at 524 cubic meters per second as the year round average. The average generated electricity is expected at 8.128 billion kw/h per year. The minimum expected generated electricity is 4.86 billion kw/h per year. The dam is expected to be filled with water by November 2014 and the first turbine is to run in 2015. The building cost is estimated to be 20 billion RMB or 3 billion US Dollars.

By regulating the water flow of the Dadu River with such a big reservoir the generating capacity of the dams planed or in operation further downstream will also increase by an estimated 1782 MW per year. The reservoir is also intended to hold back as much as possible of the sand that currently flows down the Dadu. Each cubic meter of water contains at present on average of between 225 grams to 298 grams of sand and silt. The total amount expected to arrive at the reservoir per year is around 4 million tons. Holding back such a large amount of sand has a positive effect on all dams downstream, as all dam reservoirs remain working at full capacity for longer and turbines are not damaged by sand. The foundation of the dam is at 2196 m above sea level and the top of the dam at 2510 m. The water level is planned to reach a maximum level of 2500 m or 10 meters below the top of the dam. At the top the dam will be 16 meters wide.

Impact on nature, population and culture
The reservoir size, once the level of 2500 meters above sea level is achieved, is from the dam about 33 kilometers along the river in direction west or Guanyin. In direction east the water will reach just below the town of Songgang which is 35 kilometers from the dam. Travelling for example from east to west with a visit to the dam it is a 68 kilometers long trip.

Impact on population
A total of 5925 persons have to move out of the flooded area. Nearly all of them are Gyarong Tibetans. The areas to be flooded are part of Ma’erkang (Barkham) and Jinchuan (Chuchen) county. Only one small township (Xiang) named Baiwan (Pagbar, meaning “White Bend”) with a population of 2390 persons is inside the reservoir area. The main village of Baiwan Xiang is called Jiada (Kyodag) with a population of 300 persons. All other people are from other small villages along the rivers. The dam is designed to fill up to a level of a maximum of 2500 meters above sea level as the towns of Songgang (Zonggag) and Guanyin would be under water too, if a higher level would have been decided. It looks like the reservoir size is designed to minimize the impact on the local population. Any other site along the Dadu River for a similar sized dam would result in much more people resettled.

Impact on culture
The two counties have a total of 82 Tibetan Buddhist monasteries and temples with 2252 monks in 2009. There are 7 monasteries or village temples which will be under water. The number of monks in the 7 monasteries is 137 in 2009. The 7 monasteries have 1787 followers (persons supporting and visiting frequently) in the surrounding villages which are 4.8% of the population of the two counties. This means the majority of the 5925 persons who will be resettled will be able to visit their traditional monastery. The resettlement as planed in 2009 is to move people in the same township to higher ground and not far away to new locations. An archeological survey of the reservoir area was completed during 20 days in June 2005. The archeologists from Chengdu were searching for new underground sites. Indeed 12 sites, mostly from the New Stone Age, were discovered in such a short time. The details are published in “Sichuan Wenwu” (Sichuan Cultural Relics) 6 / 2005 pages 17 to 20.

The main source for the data: Journal of the Southwest Minority University, Vol. 2009 / 07, pages 16 to 19. Chengdu, China. No abstract in English. For the technical data the most up to date sources from the internet were used. Older articles are still available but the most recent figures were used for this update.


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Using Tibetan nomads for border claims

A couple of days ago, Press Trust of India reported about China pushing Tibetan nomads towards Ladakh region of India to strengthen territorial claims over disputed border areas. PTI had quoted an Indian Bhartiya Janata Party delegation visiting Ladakh about the phenomenon. Since the PTI report is a very brief, I quote here in full:

China pushing nomads into Ladakh region: BJP
STAFF WRITER 19:19 HRS IST

Leh, Apr 4 (PTI) Accusing China of pushing its nomads and grazers into Ladakh, a BJP delegation which visited the region today demanded that Government open the area to tourism to defeat the "Chinese design of grabbing the land by inches".

"We have come here to ascertain reports about the Chinese incursion and what we have found is shocking...," said party spokesperson Rajeev Pratap Rudy, who was part of the five-member delegation that visited Ladakh and bordering areas of Nyoma and Demchok, 300 kilometres from southeast of this Himalayan town.

This is the first national-level political delegation to visit the far flung areas of the Himalayan town. The team included former Uttrakhand Chief Minister Bhagat Singh Koshiyari and former J and K unit chief Nirmal Singh.



I asked around for more information on this. My Ladakhi friend, Tashi Morup, who is also a local journalist, told me that this phenomenon has been happening for a long time.

Here are some pictures of Tashi Morup and I visiting this part of Indo-Tibetan border.

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"Flower power monk protects 'wild west'"

Thursday, April 1, 2010

The following article, including photos, is from China Daily. Thanks to a reader for sharing this article. It's about a monk's research and public education work on flowers of the Tibetan Plateau. Normally I add articles of interest published elsewhere on a separate "Other Stories" page, but this one gets a special place on the Tibetan Plateau Blog. I hope Sonam Konchog la's story inspires more Tibetans to engage in environmental or other such research and education initiatives, and not be completely bogged down by religion or politics.




Flower power monk protects 'wild west'
By Guo Shuhan (China Daily)
Updated: 2010-02-01 09:52

Sonam Konchog, 44, is obsessed with flowers. The lama of Serkhang Monastery in southwestern Qinghai province has spent a good part of his life observing the plants blanketing the holy Gadoiqowo Mountain in Chindu county, Yushu Tibetan prefecture.

"Have you ever gazed at a flower for more than a minute? If you have, you'll know you can communicate with them," he says.

This passionate man of flowers has compiled an illustrated pamphlet of the indigenous flora and distributed it to the villagers in this area. Sonam believes that only when they become aware of their natural environment, will they be motivated to stop tourists and pilgrims from picking the flowers at will.

In the 25 years that he has spent at the monastery, Sonam has traveled to the holy mountain every August, as dictated by his religion. The numerous flowers fascinated him and he began to set aside some money to buy himself a camera. He finally got one in 2004.

Flowers in full bloom always draw his full attention. His favorite is the red poppywort. The lama seems to share a special relationship with this tiny flower with bright red petals and a sweet fragrance. Sonam sets off on its trail between May and June, as the flower stays in bloom for just four short days.


Red poppywort is an endangered species. Courtesy of Sonam Konchog

A senior lama of the monastery, who specializes in traditional Tibetan medicine, told Sonam the flower is good for the liver and lungs. It was once common in the area, but is becoming harder to find, as are many other kinds of plants.

In 2005, Sonam decided to do something to protect these flowering plants. Every year, he along with 19 other monks and villagers, visits the mountain in August when the flowers are in bloom.

In 2008, he put together some 200 pictures of different flowers into a pamphlet titled Botany Archives of Holy Gadoiqowo Mountain. Each flower is carefully catalogued with its name in Tibetan, English, Latin and Chinese. The pamphlet also details the medicinal properties of the flowers, if any.

Thanks to help from the Shanshui Conservation Center, an organization for bio-diversity conservation founded by professor Lu Zhi of Peking University, and the Qinghai Forest Bureau, 1,500 copies of the pamphlet have been distributed to the locals for free.

"We have been looking for people like Sonam who are dedicated and capable in environment protection," Lu says. "These grass-root conservationists are actually the most powerful force in protecting China's wild west."

Sonam has included parts of the pamphlet in 1,000 textbooks, in Tibetan, for students, which he has helped edit. He has enlisted the support of herdsmen to ensure these flowers are not picked, and also made a short documentary about dandelions last year for a video project sponsored by the EU-China Biodiversity Program.

The project invited 10 amateur filmmakers to articulate the challenges for biological and cultural diversity. Eight documentaries were shown last December in Kunming, Yunnan province.

"We Tibetan Buddhists revere nature. The pamphlet tells people that plants cannot survive if torn from their roots.

"I trust the good nature of the locals. Their care of plants and animals will bring about a lasting harmonious relationship with the holy mountain, which has blessed us generation after generation," Sonam says.
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Photos of fish caught in dry lake bed in China's Yunnan Province

Monday, March 29, 2010

ChinaSmack has posted some amazing photos of fish trapped in a dry lake bed in Southeastern Yunnan Province. The province and other parts of mainland South-east Asia have been suffering from severe drought this year. Although the images were captured in Luliang county , which is not on the Tibetan plateau, I still find them worth sharing. Pictures speak a thousand words.






To see more pics, check out ChinaSmack.

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New environmental documentary by a Tibetan

Thursday, March 11, 2010



A Tibetan man, Tsultrim Gyatso, has made a documentary film on the Colorado River. Gyatso-la is a staff and board member of the Tibetan Ecology Foundation, which has a wonderful environmental education website in both Tibetan and English languages. As a part of Tibetan Ecology Foundation's project, the film "The Blood of the Earth: Colorado River" aims to educate Tibetan people about river ecology and implications of development. The film website does not have any video clips right now but it says that the entire documentary will be available for viewing online both in English and in Tibetan. The following two paragraphs from the film website sums up their vision:

Twenty-three years ago, in 1985, television came to Tibet. From television, we learned how to change our dress, we learned how to eat new species (like crustaceans – sea insects), and from Hollywood, it seems people learn how to be violent. Through this medium, we can also learn how to protect our environment.

The Tibetan Ecology Foundation proposes to produce a documentary movie about the Colorado River. The movie would be made in both the Tibetan and the Chinese language, for distribution and viewing among the Tibetan and Chinese people, all of whom share a responsibility for the Tibetan Plateau. The Blood of the Earth-Colorado River will discuss river management, utilization, and conservation in the American Southwest. For Tibetans, the story of the Colorado River will help them to prophesize the future story of their own rivers. And with a glimpse into their future, perhaps the people of the Tibetan Plateau will have the tools to fulfill their responsibility to best care for their rivers.




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Position at International Rivers

The International Rivers wants to hire a China Global Program Coordinator. The following is their announcement which came through an email. Please spread the word to interested people.

Position Available - Please Post:
China Global Program Coordinator (80%)

International Rivers supports civil society groups and communities around the world which seek to stop destructive dams and promote better methods of meeting energy and water needs. We promote stronger social and environmental standards for international dam builders and financiers, including from China.

International Rivers is looking for an experienced, skilled, dynamic coordinator for our China Global Program. The Program Coordinator will work with partner organizations in China and other parts of the world, and with colleagues in our Berkeley headquarters and our satellite offices around the world.

This is currently a 80% position (32 hours/week). We are hoping to increase the working hours as funding permits. The position is located in Berkeley, and requires traveling to China at least once a year. The Program Coordinator oversees interns and volunteers, and reports to the Policy Director.

The duties and responsibilities of the Program Coordinator are:

1. Program coordination: Coordinate International Rivers' program to strengthen the social and environmental standards and practices of Chinese overseas dam builders and financiers. Develop strategies and carry out activities to promote awareness about China's role in global dam building within China, and strengthen the capacity of host-country NGOs to deal
with Chinese-built projects. Supervise interns and volunteers. Help with fundraising, budgeting and financial oversight for the China Global Program.

2. Monitoring and research: Conduct research on the role of Chinese dam builders and financiers overseas. Monitor Chinese dam projects in the Mekong region and other parts of the world. Maintain a database of these projects.

3. Capacity building: Strengthen the capacity of civil society groups in China and the host countries of Chinese dam projects to understand and influence the role of Chinese overseas dam builders. Share information, publish reports and fact-sheets, organize trainings and other workshops, and give direct advice.

4. Media work and other communications: Edit and manage the translation, publication and distribution of our quarterly Chinese-language newsletter, World Rivers Bulletin. Respond to media inquiries and carry out targeted international media work. Contribute articles to our English-language magazine, World Rivers Review, and maintain the China Global Program's web pages.

5. Advocacy: Help create pressure within China and internationally to encourage Chinese dam builders and financiers to strengthen their social and environmental guidelines, and to stop developing destructive projects around the world.


Requirements:

. Excellent research, writing and verbal communication skills in English and Chinese;
. Demonstrated ability to think strategically and develop effective campaign strategies;
. Knowledge and understanding of China's political landscape and NGO community;
. At least four years of experience in social or environmental advocacy work;
. Diligence, independence, ability to handle multiple tasks and deadlines;
. Ability to work well in a team and within an international network;
. Commitment to environmental integrity, social justice and the mission of International Rivers;
. Strong computer skills (e.g. ability to maintain web pages);
. Bachelor's degree or equivalent professional experience required; Master's degree a plus;
. Authorization to work in the United States;
. Advanced Chinese language skills required; other language skills a plus.


International Rivers offers a stimulating, casual and flexible work environment. Our competitive salary and benefits package includes health insurance and excellent vacation and sick leave. Salary commensurate with experience.

To apply, send a cover letter, resume and writing sample to jobpost@internationalrivers.org or to International Rivers, 2150 Allston Way, Berkeley, CA 94704, USA; fax +1 510 848 1008. Please mention "China global program" in the address or subject line. Deadline for applications: March 24, 2010.

International Rivers is an Equal Opportunity Employer and First Source Berkeley employer. We encourage applications from all qualified candidates regardless of age, class, disability status, ethnicity, gender, race and sexual orientation.


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Hydropower Projects on Drichu (Yangtze), Zachu (Mekong) and Gyalmo Ngulchu (Salween)

Tuesday, February 16, 2010

Tibetans proudly sing of their land as "the Land of Snows, the source of great rivers." Indeed, Tibet is widely regarded as “Asia’s Water Tower.” This blog post highlights hydropower projects (HPPs) on three of the major rivers that flow from Tibet: the Yangtze, the Salween and the Mekong. The Yangtze River originates in Tibet as “Drichu” and flows into China, supporting one of the most densely populated watersheds in the world. The Salween River, known as “Gyalmo Ngulchu” in Tibet, supports one of the most biodiverse watersheds of South Asia, mainly in Yunnan Province, Burma (Myanmar) and Thailand. And the Mekong River, known as Zachu in Tibet, flows from Tibet through six countries: China, Thailand, Burma, Cambodia, Laos and Vietnam. What goes on in the sources of these great rivers should concern not only Tibetans but also all citizens of the world.

The map below highlights 81 HPPs on the upper reaches of Yangtze, Mekong and Salween rivers. There are many more, especially smaller projects on the many tributaries of these rivers, which are not included in the map. We have only indicated HPPs that are relatively large, on the main stream and confirmed by two or more reliable sources. Unlike HPPs on the Yellow River and in the eastern edges of the Tibetan Plateau, most of the HPPs on these three rivers have not reached power generation stage yet. The completed projects are mostly smaller HPPs. The larger projects are either under construction (Gangtuo, Boluo, and Lawa) or in the construction ‘pipeline’ as “Under Active Consideration” or “Proposed.” It makes sense to build smaller ones first, which can help supply energy and infrastructure for construction of bigger projects.

Click on image below for enlarged view and download


Why is China building so many dams on these rivers? To answer this question, it is important to ask who makes the decision and benefits, and what are the larger (political, economic and historical) contexts under which these water development projects are being implemented. An important slice of this puzzle concerns China's Water Industrial Complex. Other contextual answers include China’s project of promoting rapid economic development in Tibet under the Go West! or Western Development Campaign. Energy needed for major mining, infra-structure construction and urban development projects under the Western Development Campaign will be supplied by these HPPs. Many of these HPPs will eventually be connected to larger (“Ultra-high voltage”) power transmission lines to supply energy to prosperous Chinese cities in the East.

China also plans to divert Tibet’s rivers. The Western Route of the South to North Water Transfer Project , which is slated to begin construction in 2010, is one such project. A detailed report published by the Ministry of Water Resources in 1995 reveals plans to build at least three very large dams on the upper reaches of Yangtze River. We have indicated one of these three dams, the 302 meter tall Tongjia dam, with a separate color for three reasons: details may have changed since 1995; the dam is not a HPP; and to keep the project under public scrutiny.

Click below to view technical details of HPPs on Drichu (Upper Yangtze)


Click below to view technical details of HPPs on Zachu (Upper Mekong)


Click below to view technical details of HPPs on Gyalmo Ngulchu (Upper Salween)


Since these HPPs are Chinese projects, we have used their Chinese names. Although a lot of work has gone into this map, including feedback from various experts, it is not final. The data shown in the map should be seen as our current knowledge, arrived at after research and consulting others, what the current situation is. We will be improving on this, so we seek your feedback, to produce a better and more formal report publication in the future. Meanwhile, those interested in using this map are free to do so.

Sources and Methods
The information shared in this series of maps on hydropower projects on the Tibetan Plateau has been obtained from a variety of sources. These include: Probe International, International Rivers, HYDROCHINA, news reports from both inside and outside of China, Chinese government and state owned corporation websites, Google Earth, JPRS China technical reports, and a number of scholars and experts who reviewed our maps.

The map is a collaborative project, as have been the others in this series. While I take full responsibility for inaccuracies, the real credit of this amazing work goes to my research assistant and map maker, who must remain anonymous for good reasons. I would also like to thank the many experts who have made valuable contributions to these maps. Your contributions have resulted in a much better map than would have been produced otherwise.

Hydropower Project: Definition and Categories
A Hydropower Project consists of an electrical hydropower station and associated dams, tunnels, ancillary buildings, roads, and modifications to the surrounding environment.

For the purposes of this map, a hydropower project's status has four possible values: Built/Operational, Under Construction, Under Active Consideration, and Proposed. These categories are fuzzy in the sense there is some overlap and each category can cover a wide range of examples.

The term 'Built/Operational' includes HPPs that have started generating power but are not complete, those complete and operational, as well as those that have been operational but are currently non-functional. The first report of a generator becoming operational is sufficient for a project to be assigned this status.

'Under Construction' indicates that work is proceeding on the ground though not necessarily that the river has been blocked or diverted. Ideally we would be able to have a 'Site Preparation' Status which would indicate that preparatory work is occurring at the site, but this is not possible without more detailed information than is typically available to us.

'Under Active Consideration' indicates that according to current data the project is being considered for construction, which may include exploratory work at the site, but is mainly intended to include design and other work not necessarily involving modifications of the site.

'Proposed' includes those HPPs which have been discussed but for which we have no information suggesting that they are currently under consideration.

'On Hold' indicates either that a project is being reviewed by Beijing, or that it has been reviewed and the government has decided not to allow it to go ahead.

Capacity is given in Megawatts. This should be understood to be the planned maximum rated power generation capacity of the generators of a HPP when it is completed. While every effort has been made to assure their accuracy, these figures are often given somewhat different values in different sources.

The positions of the HPPs shown on the map are approximate. A professional map should be used for accurate geographic information.

This map is the third in the series of maps of HPPs on the Tibetan Plateau. See here and in the here for HPPs on northern and eastern parts of the Tibetan Plateau and stay tuned for HPPs on the Brahmaputra River.
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Wildlife of Tibet posters

Tuesday, February 2, 2010

Tesi Environmental Awareness Movement has published some splendid posters on Tibet's wildlife. Thanks to generous funding from Care for the Wild International, UK, which has allowed us to produce large color posters for free distribution. If you can read Tibetan, you will find a wealth of information by clicking on the images. Please feel free to download these images and to use them for educational purposes. Visit TEAM's website for more information.

























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China's Water Industrial Complex

Thursday, January 21, 2010

Why is China building so many large dams?

Peoples Republic of China has built 22,000+ large dams since it came into existence in 1949. If we do the math, we can say that PRC has been building more than one large dam per day. And if we probe into the politics of dam building in China, i.e., who makes decisions, how decisions are made, what kinds of people, institutions and organizations are benefited, etc., there are striking structural similarities between the phenomenon of Military Industrial Complex ("described as an all-too friendly relationship that may develop between defense contractors and government forces, where both sides receive what they are perceivably looking for: a successful military engagement for warplanners and financial profit for those manning the corporate boardrooms") and what goes on in China's water construction industry. Check out the following chart:

China's Water Industrial Complex compared with America's Military Industrial Complex


America’s Military Industrial Complex

China’s Water Industrial Complex



Ideology


· Realism

· Anarchic international system

· American Primacy

· “City on the Hill,” “uphold freedom and democracy”

· Marxist-Leninist-materialism

· “Man over nature”

· Powerful China

· Greatness of socialism, “Socialist re-construction”






Elite
involvement


· Corporate and other private sector executives

· Defense services, Pentagon leaders

· Family business involvement

· "Revolving door system" of professional and political roles

· Engineers, “Red Specialists,” “Tsinghua Clique”

· Party leaders

· Family business involvement

· “Revolving door system” of professional and political roles

Decision

making

· Crisis management small groups

· Closed door system

· Crisis management small groups

· Closed door system



Mode of public support


· Propaganda through mainly corporate owned media

· “Communist threat,” “rogue states,” “terrorist” groups

· Rally behind the flag, “national interest,”
patriotism, etc.

· Propaganda through govt. owned and controlled media

· Natural threats like flood and draught, “Thirsty North”

· Rally behind the flag, “national interest,”
patriotism, etc.


Size of
Complex


· World’s largest in terms of monetary value of production

· Over $ 305 billion in military expense

· World’s largest in terms of project sizes and numbers

· 22,000 of the world's 45,000 large dams


Interests

served


· Economic interest of military-industrial firms

· Departmental bureaucratic interest in expansion of size and power

· Economic interest of water-industrial firms

· Dep'tal bureaucratic interest in expansion of size and power


Influence on gov't policy


· Perpetuation of military related production

· Development of the most advanced and deadly weapons

· Perpetuation of water related construction

· Construction of the largest water control projects


Source: Tsering, T. (2003). China’s Water Politics: In Whose Interest? Thesis submitted in partial fulfillment of degree of Masters of Arts in Political Science at the Portland State University.

By China's Water Industrial Complex, I mean the professional and ideological alliance of technocratic Communist Party elites with water-related bureaucracies and businesses that influence government policy. In this context, the WIC has three principle features: dominance of hardline technocratic elites in decision-making; their professional, ideological and economic alliance with the economic and bureaucratic interests of water industry and bureaucracies (water sector entities); and this alliance’s major influence on government policy to further water-related construction. Within this framework, it appears that decisions regarding major water control projects are being made to serve the bureaucratic and commercial interests of China’s WIC, and not necessarily its people.

The immediate purpose of introducing the concept of a Chinese water-industrial complex is to highlight the power alliances (formal and informal, as well as professional and ideological) and the structure of interests that shape water policy in China. My underlying objective is to contribute to social justice debates in Chinese water policy.

Since 1950, the PRC has achieved an astounding 12% annual growth rate in its hydropower production. China's water construction industry is continues to grow as significant sources of China’s hydropower, especially on the Tibetan Plateau, are still untapped and the demand for energy is high in the fastest-growing electric power industry in the world.

By law, the Ministry of Water Resources is the main agency responsible for water management in China. Analysts have long identified the Ministry’s bureaucratic self-interest (and corruption prospects) in large-scale projects. In reality, the management of China’s water industry is split among three ministries—the Ministry of Water Resources, the Ministry of Construction, and the Ministry of Machine-Building Industry—and municipal and provincial government water-resource bureaus. The responsibilities of these three ministries match their names: the Ministry of Water Resources plans for reservoirs and river projects, and allocates water to industry and cities; the Ministry of Construction administers large public works projects; and the Ministry of Machine-Building Industry is charged with partial oversight of the water engineering equipment sector. The close functional relationship between these ministries and other institutions provides them with a similar interest—promotion and expansion of their activities.

Policy decisions regarding major projects remain highly autarkic, under the control of a small number of Party elites, whose professional and ideological backgrounds are rooted in near-religious faith in big engineering approaches to water development. In fact, since the very beginning of the Chinese Communist Party, leadership has been dominated by individuals with technical engineering backgrounds. Although the generation of influential hongse zhuanjia (“red specialists,” or party leaders trained in the former Soviet Union as engineers) like Li Peng are retiring, the nature of internal Party politics ensures assumption of leadership by cadres with similar ideological and professional backgrounds.

In Novemeber 2002, there was a major power shift in Chinese leadership, from the “third generation leaders” to the “fourth generation leaders.” The “fourth generation leaders” who assumed power, although considered fresh and least dogmatic in their outlook, share with their predecessors a professional background and ideological approach to development. Jiang Zemin and his team of six other outgoing members of the Politburo Standing Committee, the highest decision-making authority in China, were engineers by training. And interestingly enough, all the nine new members of the Committee headed by its new leader Hu Jintao are engineers by training. Technocratic dominance is likely to continue in the next Chinese government. Engineers also dominate China’s provincial leadership, which is considered “the training ground for national leadership.” As of September, 2001, 62.9% of Chinese provincial leaders had engineering degrees, followed by economics, physics and Chinese with 6.5, 4.8 and 4.8%, respectively.

An important Party policy regarding the tenure of its top leaders is a professional revolving door system by which top provincial leaders are frequently reshuffled to avoid a situation of cadres accumulating excessive influence and power in a region. Owing to the common engineering background shared by most Chinese leaders, the practice of this professional revolving door system results in certain technocratic bureaucracies such as the Ministry of Machine Building, Ministry of Construction, Ministry of Water Resources, Ministry of Energy becoming influential bases for these leaders to climb the Party’s bureaucratic ladder. Arguably this practice feeds the influence of China’s Water Industrial Complex: the technocratic bureaucracies become politically more powerful with the association of the party elites. The flip side of this is something students of bureaucratic politics would observe; the party leaders would have a professional bureaucratic bias toward these government agencies.

Party leaders are both decision makers and issue framers. The dominance of technocrats in China’s leadership, their bureaucratic bias toward construction-related bureaucracies, and the fact that important decisions are made behind closed doors combine to bias government water policies in favor of structural solutions. These reasons provide an explanation for the fact that People's Republic of China is building more than one large dam per day since its inception in 1949 and continues to expand its dam building industry around the world.
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