China drives water cooperation with Mekong countries

China is more closely involved in cross-border cooperation on hydropower and water management after the six countries that share the Mekong River signed a landmark agreement late last year.

While more needs to be done between these countries to resolve disputes and encourage transparency over dam building and shared water management, the agreement signals a greater willingness to discuss areas of discord that have soured relations in the region in the past.

During their meeting in in China’s southern province of Yunnan in November 2015, the foreign ministers of China, Myanmar, Laos, Thailand, Cambodia, and Vietnam launched the Lancang-Mekong Cooperation Mechanism (LMCM), an initiative pitched at the November 2014 Summit Meeting between China and the Association of Southeast Asian Nations (ASEAN) in Naypyidaw, Myanmar.

Laws lie at the heart of dam conflicts, says new book

Academics and NGOs in the Mekong region welcome a new book that sheds light on the significance of the evolution of legal frameworks in overpowering historical social dynamics of river communities to sustain their livelihoods and culture.

Exploring conflicts surrounding hydropower development in the Lower Mekong region the authors of The Mekong: a Socio-Legal Approach to River Basin illustrate the growing barriers laws and policies that were never a part of these communities’ cultures, and which they had no role in shaping, lie at the heart of controversy surround dam projects from the moment that are proposed.

Author Q&A: How communities struggling with climate and development are “Living with the Mekong”

The richly illustrated book Living with the Mekong provides readers with insights into urban developments in one of the world’s most threatened deltas. According to the author, the book gives a personal account of “how Vietnam and the Vietnamese people cope with the consequences of climate change.” Joep Janssen, a Dutch urban delta expert, travelled through the Mekong Delta and Ho Chi Minh City area researching the impacts of climate change and development on farmers and urban inhabitants. The Mekong Eye talked to Joep, via email, about urbanization, climate change, development, and how decision makers in the Mekong region might learn from the Dutch experience.

At the Borders of Ecological Destruction

A new year is often a time for joyful celebration. But Pianporn Deetes bid farewell to 2015 with a heavy heart.

“The Administrative Court gave me the most cruel Christmas ever. My spirit was dampened throughout the New Year period,” she said.

Pianporn is remembering her experience listening to the ruling on the Xayaburi Dam on Dec 25. The lawsuit — in which 37 villagers from eight provinces in Thailand affected by the project sued the Energy Ministry and Electricity Generating Authority of Thailand for allegedly signing a power purchase agreement illegally — is a landmark case since it was the first time people have gone to court for environmental and community rights protection from a transborder project championed by the Asean Economic Community (AEC). The dam is now being constructed, with investment from Thailand, on the Mekong River in Laos. When finished, over 90% of electricity from the dam will be sold to Thailand.

Demand for power up 15%: minister

The country’s demand for power has increased by 15 per cent annually due to the increasing number of factories and workshops and high population density, Khin Maung Soe, union minister for electric power says.

Between the 2011-12 financial year and 2014-15, the ministry built nine hydropower plants with an installed capacity of 626 megawatts and 10 gas-fired power plants with an installed capacity of 877 megawatts.

In addition, the installation of 1,350 miles of power lines and 1,454 sub-power stations have been completed.

Ecological trade-offs

Hydroelectric dams grace bank notes in developing countries, from Mozambique to Laos, Kyrgyzstan to Sri Lanka, a place of honor reflecting their reputation as harbingers of prosperity. That esteem, now enhanced by hydropower’s presumed low-carbon profile, continues to overrule concerns about environmental consequences and displaced people, as evidenced by a surge in dam-building in the developing world.

A recent paper in the journal Nature Climate Change suggests a seemingly obvious, yet novel approach: Bring in aquatic scientists at the beginning so that engineers can consider ecological principles first, not last. The paper came out of meetings organised by the National Socio-Environmental Synthesis Center in Annapolis, Maryland, in 2013. Engineers and aquatic scientists discussed their core requirements for a hypothetical case study of the Iowa River in the United States.

Report: Economic, Environmental and Social Impacts of Hydropower Development in the Lower Mekong Basin

The Mekong River is the largest freshwater fishery in the world (estimated fish catch 2.1 to 2.5 million tons/year) and the third most bio-diverse river system (with approximately 800 fish species) after the Amazon and the Congo. However, this would change drastically if all proposed hydropower projects are constructed as fish migration routes would be blocked.

This paper focuses on potential economic consequences and is based on the Costanza report which in turn used much of the data, assumptions and projections reported in BDP2 and SEA. The main differences between the Costanza report and BDP2 were the estimated fish value, valuation of ecosystem services and discount rates for natural capital such as capture fisheries and wetlands.

Upper Paunglaung hydropower project opened in Sittang River valley

Myanmar’s 140-MW Upper Paunglaung hydropower project officially opened this week in a ceremony that included officials from the country’s Minsitry of Electric Power and President U Thein Sein.

Located in central Myanmar along the Paunglaung River, the $24 million plant will help meet the country’s demand for power, which is increasing about 15 percent per year. An estimated 50 percent of Myanmar has no access to the power grid.

The hydropower project includes a 1,700-foot long, 322-foothigh “roller-compacted” concrete dam that will impound a reservoir of more than a million acre-feet. It will generate 454 million KWH and the electricity generated will be transmitted through the national power grid.

South Korea and Laos agree to work on hydropower project

South Korean Prime Minister Hwang Kyo-Ahn and his Lao counterpart, Thongsing Thammavong, agreed Monday to work closely on a hydro-power project in the Southeast Asian country, a South Korean official said.

The two sides had planned to sign a deal on the development of Sepon III hydro-power plant at their meeting, though they failed to ink the deal due to differences.

The two sides remain at odds over which country will build a road leading up to the power plant, among other things.