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No excuses for Murray-Darling Basin plan

BY SARA PHILLIPS for ABC Environment

From the red dust and slow pace of outback Queensland, past the carpeted halls of Parliament House, to the thunder of the surf at the Coorong, the Murray-Darling River system manages to flow through so many aspects of Australian life.

This week the much-anticipated Murray-Darling Basin Plan will be released. This document aims to overhaul the way that water is parcelled out to various interest groups along the entire length of Australia’s largest river system. In making these changes it aims to stop the environmental degradation that is occurring and ensure a sustainable future for our farmers.

It’s a plan that Australia cannot afford to stuff up.

The Murray-Darling contributes an estimated $15 billion to our economy each year in agriculture, making up nearly 40 per cent of our whole agricultural output. It takes up 14 per cent of our land, some one million square kilometres, and incorporates four of the five most populous states in the nation.

It is truly one of the world’s great river systems. But the Murray-Darling has one attribute that sets it apart from most of the other famous rivers of the world: it’s 100 per cent dinky-di, true blue, Aussie-Aussie-Oi Australian.

Think of the world’s other great rivers. With the exception of the Yangtze River in China, and the Mississippi River in the USA, most of the world’s great rivers flow through multiple countries.

The Nile flows through several African countries on its way to the Egyptian delta. As the Los Angeles Times reported recently, water entitlement changes at one end upsets thousands of lives downstream and upstream and threatens international relations.

The ABC’s Foreign Correspondent program this week detailed similar problems with South-East Asia’s great river, the Mekong: Laos’s hydroelectricity plans threaten the livelihood of humans and animals far beyond Laos’s borders.

And the giant Amazon River falls off the back of the Peruvian Andes and skirts the border of Colombia before flowing through Brazil. Mining for Peruvian gold has contaminated some portions of the Madre de Dios River, which is a tributary of the world’s biggest river.

Meanwhile the Murray-Darling goes through just one country. A wealthy, environmentally aware country.

For years, politicians have been trying to co-ordinate some kind of response to the environmental problems faced by the lucrative Murray-Darling. Invasive species, climate change, salinity, land clearing and agricultural run-off are just some of the problems facing the basin.

In recognition of the importance of the Murray-Darling, governments of both colours have set aside large pots of money to deal with the problems. The Guide to the Proposed Murray-Darling Basin Plan, being released tomorrow is the first step to turning some ideas into action. Among the recommendations, it is expected that more water will be taken away from farmers and given to the environment to flush out creeks and rivers desperate for a drink.

Being short of water is not new to Australians. We inhabit the driest continent (bar Antarctica) in the world. The Bureau of Statistics says the basin receives an average annual rainfall of 530,618 billion litres. “Of this, 94 per cent evaporates or transpires, two per cent drains into the ground, and the other four per cent becomes run-off.”

We’ve managed to make a lot of very productive land with very little water. But we need to take this to a whole new level. Not just for Australia’s productivity, but for the world’s.

Water shortages are predicted globally. With a growing population and confusing weather forecast as a result of climate change, water will be hot property in the coming years. Some even predict wars will erupt over water. A briefing note to the OECD in 2005 said “Water scarcity, in combination with low economic development and shortfalls in political governance and other mechanisms in managing tensions peacefully, may therefore lead to instability - threatening lives and livelihoods.”

Australia is in an almost unique position in the world of being able to control the entirety of the Murray-Darling Basin. We are wealthy and we have clever brains who are highly educated. Finances and resources have been allocated to the problem. We have no excuse not to get this right.

Efforts made here to innovate with water use, management and supply could be exported to the world.

As Megan Clarke, CSIRO’s chief executive said on Lateline recently, “We have a major investment in water, and you’re absolutely right, Australia simply must be good at this area of innovation. And there’s still so much to do”

Australia has the brains, the motivation and the right political environment to truly make great strides in water management. We owe it to the world to step up to the challenge.

Source

Visit ABC

Sara Phillips has been an environment journalist and editor for more than seven years. Learning the trade on environmental trade publications, she went on to be deputy editor of ‘Cosmos’ magazine and editor of ‘G’, a green lifestyle magazine.

She has won several awards for her work including the 2006 Reuters/IUCN award for excellence in environmental reporting and the 2008 Bell Award for editor of the year.

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Scientists pinpoint alarming increase in flow of fresh water into oceans

Sify

In a first-of-its-kind study, researchers have found that freshwater is flowing into Earth’s oceans in greater amounts every year, thanks to more frequent and extreme storms linked to global warming.

All told, 18 percent more water fed into the world’s oceans from rivers and melting polar ice sheets in 2006 than in 1994, with an average annual rise of 1.5 percent.

“That might not sound like much - 1.5 percent a year - but after a few decades, it’s huge,” said Jay Famiglietti, UC Irvine Earth system science professor and principal investigator on the study.

He noted that while freshwater is essential to humans and ecosystems, the rain is falling in all the wrong places, for all the wrong reasons.

“In general, more water is good. But here’s the problem: Not everybody is getting more rainfall, and those who are may not need it. What we’re seeing is exactly what the Intergovernmental Panel on Climate Change predicted - that precipitation is increasing in the tropics and the Arctic Circle with heavier, more punishing storms. Meanwhile, hundreds of millions of people live in semiarid regions, and those are drying up,” said Famiglietti.

In essence, he said, the evaporation and precipitation cycle taught in grade school is accelerating dangerously because of greenhouse gas-fuelled higher temperatures, triggering monsoons and hurricanes.

Hotter weather above the oceans causes freshwater to evaporate faster, which leads to thicker clouds unleashing more powerful storms over land.

The rainfall then travels via rivers to the sea in ever-larger amounts, and the cycle begins again.

The pioneering study, which is ongoing, employs NASA and other world-scale satellite observations rather than computer models to track total water volume each month flowing from the continents into the oceans.

“Many scientists and models have suggested that if the water cycle is intensifying because of climate change, then we should be seeing increasing river flow. Unfortunately, there is no global discharge measurement network, so we have not been able to tell,” wrote Famiglietti and lead author Tajdarul Syed of the Indian School of Mines, formerly of UCI.

“This paper uses satellite records of sea level rise, precipitation and evaporation to put together a unique 13-year record - the longest and first of its kind. The trends were all the same: increased evaporation from the ocean that led to increased precipitation on land and more flow back into the ocean.”

The study will be published this week in Proceedings of the National Academy of Sciences. (ANI)

Source

Visit Sify

Also NASA Study Sees Earth’s Water Cycle Pulse Quickening

I’d recommend you spend some time here at Earth Observatory…

Winds of Drought, Winds of Flood

Here’s a snip…links to fabulous imaging as always with EO.

The Modern Era Retrospective-analysis for Research and Applications (MERRA), is a reanalysis project at NASA’s Goddard Space Flight Center that combines satellite measurements of temperature, moisture, and winds in the GEOS model. The model calculates other atmospheric conditions based on atmosphere dynamics and physics, using the satellite measurements as a guide or starting point.

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World’s Rivers in Crisis State Due to Human Influence

Jessica Berman | Washington for VOA

A global analysis concludes that rivers, which are the primary source of water and livelihood for billions of people around the world, are in a crisis state as a result of human activities, such as dam building, agricultural run-off and chemical pollution.

According to the study, nearly 80 percent of the world’s population lives in areas where rivers and water systems are severely threatened by pollution, rapidly growing human populations and the accidental redistribution of plants and animals that destroy indigenous marine life.

Rivers are the single largest renewable source of fresh water for humans, who use them for drinking water, fishing, bathing and recreational activities.

But Peter McIntyre, lead author of the study and a zoologist and river specialist at the University of Wisconsin, says the world’s rivers are having trouble recovering from the fallout of global economic development.

The report found, surprisingly, that water systems in the United States, Western Europe and other industrialized nations were at the greatest risk, despite decades of pollution-control efforts and the technological means to protect and restore river ecosystems.

The report warns that similar degradation is occurring in the developing countries, which don’t have the resources to invest in technologies to clean up their rivers, and where population has been growing very rapidly.

The study found the healthiest rivers are those in areas where human populations are the smallest.

“Many billions of people live in areas where the fundamental quantity and quality of water that they have access to are highly threatened. That suggests that there are real problems in the present and we expect they are only get worse as human populations grow, as resource use per capita continues to increase into the future. And then you overlay climate change on that and things could get very scarey,” McIntyre said.

As the quality of the world’s rivers declines, McIntyre says a major concern is the health of fisheries, the source of food and livelihood for hundreds for millions of people.

“Many of the world’s largest fresh water fisheries are in the great rivers of the world, the Mekong, the Amazon, lots of rivers in tropical Africa. So, there are enormous fisheries that employ and feed large segments of the population in the developing world. And those really are at risk from introduced species, from over-fishing, from pollutants in the fish. You put that all together and there’s real cause for concern,” he said.

McIntyre says developing countries, with the aid of richer nations, should take a lesson from the developed world’s experiences. They should avoid making costly investments in water clean-up technology in favor of strategies to conserve the health of their river environments.

Such strategies include protecting water sheds from polluters to keep the cost of drinking water down and preserving flood planes for flood protection.

The assessment by McIntyre and colleagues on the health of the world’s rivers is published this week in the journal Nature.

Source

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First ever bank conference to discuss Mekong dams

WWF

Financial institutions must play a more active role in promoting sustainable hydropower development in the lower Mekong river basin, says WWF.

On September 24th in Bangkok, Thailand, leading US, European and Asian financial institutions will attend a conference co-convened by WWF and other development partners to highlight the financial, social and environmental risks and responsibilities of hydropower development on the lower Mekong river. The meeting will also explore ways to understand and mitigate these risks.

“It is a missed opportunity,” said Marc Goichot, Sustainable Infrastructure Senior Advisor for WWF Greater Mekong. “Lower Mekong dam sites were selected in the 1960’s and there has not been a process to review them with the benefit of today’s science and technology.”

Currently, there are 11 hydropower dams proposed for the lower Mekong river, which runs through Laos, Cambodia, Thailand and Vietnam. If the one of these dams is built it will break the lower Mekong’s ecosystem connectivity, which can have a cascade of negative impacts.

“Putting a dam on the lower Mekong River will block fish migration to spawning grounds, collapsing fish stocks,” said Michael Simon, Lead of the People Infrastructure and Environment Program, Oxfam Australia. “Do lenders want to be associated with putting the food security of 60 million people in some of the world’s poorest countries at risk?”

Forecasts show the productivity of lower Mekong fisheries, which are valued up to USD 7 billion annually, would be reduced by up to 70 percent by lower Mekong mainstream dams. In addition, iconic species such as the Mekong giant catfish and Mekong dolphin would face likely extinction if the proposed dams go ahead.

“Hydropower projects can limit their impact to ecosystem connectivity. For example, a large dam can be built in the floodplain beside a river channel rather than across it, or a hydropower project can have no dam at all,” said Mr Goichot.

In southern Laos, there is such an alternative being proposed by the Lao Department of Electricity and semi-state owned French company CNR (Compagnie Nationale du Rhone).

The proposed Thakho project is adjacent to the Mekong river at the pristine Khone Phapeng waterfalls, an epicentre for tourism in Laos. It works by diverting some water from the Mekong mainstream into a channel where it passes through turbines and back in to the Mekong down stream.

This project has no dam and does not break ecosystem connectivity, allowing for sediment to flow downstream and fish to migrate upstream. Its integrated design also allows for sustainable tourism development.

“Financial institutions are being held accountable by shareholders and the public for the financing decisions they are making. Investing in unsustainable projects is risky to reputations and bottom lines,” said Jérôme Bertrand-Hardy, Deputy Chief Investment Officer at Proparco. “By better managing social and environmental risks, banks can better secure their investment.”

WWF supports a ten-year delay in the approval of lower Mekong river mainstream dams to ensure a comprehensive understanding of all the impacts of their construction and operation. Immediate electricity demands can be met by fast tracking the most sustainable hydropower sites on the lower Mekong’s tributaries.

“Allowing time for innovative technologies and science to inform the lower Mekong river basin’s development plans creates a win-win situation for all parties involved,” said Mr Goichot.

Presentations from the meeting can be downloaded from here.

For more on the Mekong dams visit http://mouthtosource.org/rivers/mekong/?s=hydropower

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Indian floods wash away thousands of homes

At least 17 people killed and some 2 million forced to evacuate as rain triggers floods in Uttar Pradesh

Floods triggered by heavy rain in northern India have killed at least 17 people, washed away thousands of homes and forced the evacuation of some 2 million people in a 24-hour period.

A swath of Uttar Pradesh state has been covered by floodwaters spilling over the banks of several rivers that crisscross the region, the state spokesman Diwakar Tripathi said. Soldiers and paramilitary troops were working to evacuate people from marooned villages and move them to relief camps.

“At least 17 people have died overnight. More than a thousand houses have been washed away. Large areas are under water,” Tripathi said.

Northern India has experienced unprecedented rain since August, according to the India Meteorological Department. Most rivers are flowing above the danger mark, including the Yamuna and Ganges that run through Uttar Pradesh.

Temporary shelters and medical facilities are being set up at relief camps, while army helicopters are dropping food and water packets for people stranded in remote villages, said relief organisers.

One of the hardest-hit areas is the industrial town of Moradabad, where some 200,000 people had to be evacuated from the rising water, said Suresh Tomar, a district official.

There was also extensive damage to farmland in the state, with crops worth around 35 billion rupees (£477m) destroyed, Tripathi said.

More rain is forecast and a flood alert has been issued for 18 districts in Uttar Pradesh.

In neighbouring Pakistan, monsoon floods have killed more than 1,700 people and damaged or destroyed nearly 1.9 million homes in the past six weeks.

Source

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Laos sees big fish as small price to pay for hydropower

The gloves are now definitely off in regard to the mainstream damming on the Lower Mekong. After reading this piece follow the links to review the presentations given to the Senate Foreign Relations Committee, Subcommittee on East Asian and Pacific Affairs on Thursday in Washington DC.

The timing is everything.

Jonathan Watts reports for The Guardian

Plans for hydropower plant on the Mekong River threaten habitat of four of the world’s largest freshwater fish, says WWF

Despite the risks to the world’s biggest freshwater fish, Laos has rejected calls for a dam moratorium on the lower reaches of the Mekong because it wants cheap power to develop its economy.

The south-east Asian nation moved this week to secure regional approval for the first major hydropower plant on its stretch of the river in the face of protests from international conservation groups.

Catfish the length of cars and stingrays that weigh more than tigers are threatened by the proposed 800m barrier, but the government said the economic benefits outweigh the environmental risks.

“We don’t want to be poor any more,” said Viraphone Viravong, director general of the country’s energy and mines department. “If we want to grow, we need this dam.”

In a submission to the Mekong river commission (MRC) on Wednesday, Laos said it wants to build a 1.26GW-hydropower plant at Sayabouly in northern Laos to generate foreign exchange income.

If approved, about 90% of the electricity would be sold to neighbours Thailand, Vietnam and Cambodia.

It is part of a major plan to expand the economy through the utilisation of natural resources. According to Viravong, 20% of Laos’ GDP will come from hydropower and mining by 2020, up from about 4% today.

Sayabouly is the first of 11 proposed dams on the lower reaches of the Mekong, a river that is already heavily dammed upstream in China.

The MMRC (I think Jonathan means MRC here-Admin) – made up of representatives from Laos, Cambodia, Vietnam and Thailand – will now assess the environmental impact of the project, but conservation groups fear the procedure is flawed and have called for a 10-year moratorium on hydropower on the river.

“This dam is the greatest challenge the MRC has faced since it was formed. It is the most serious test of its usefulness and relevance,” said Marc Goichot, of the WWF. “It is already very clear this dam would amplify and accelerate the negative impacts of Chinese dams to the Mekong delta. What are the other impacts?”

Concerns have been raised about sedimentation, fisheries and the migration patterns of endangered freshwater species.

Four of the world’s 10 biggest freshwater fish migrate up the Mekong to spawn. Among them is the Mekong giant catfish, which is the size of a bull shark, and the Mekong stingray, which can weigh up to 600kg.

The dam – which is being designed by Swiss company Colencois and the Thai contractors Karnchang – is also likely to affect the flow of nutrients along a delta that sustains tens of millions of people.

The Laos authorities insist the dam will be designed to mitigate the impact on food security, ecosystems and wildlife, but officials acknowledge that no solution is ideal for the environment.

“It won’t be 100% perfect, but we believe mitigation measures will be effective. We must balance out the costs and benefits,” said Viravong.

He felt there was no alternative. “We have done studies on micro-energy and renewables, but they are expensive. I don’t think the world can subsidise that. If we do it ourselves, only cheap energy from hydropower will do.”

Read also from The Senate Foreign Relations Committee chaired by Senator Jim Webb of Virginia on Thursday, 23rd Sept 2010:

Speakers were:

Mr. Joseph Yun
Deputy Assistant Secretary of State for Southeast Asia
Washington, DC

Download Testimony

Dr. Richard Cronin
Senior Associate,
The Stimson Center
Washington, DC

Download Testimony

Ms. Aviva Imhof
Campaigns Director
International Rivers
Berkeley, CA

Download Testimony

Ms. Dekila Chungyalpa
Director for the Greater Mekong Program
World Wildlife Fund
Washington, DC

Download Testimony

Source

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Flooding in Pakistan-Update

Earth Observatory

By late July 2010, tens of thousands of Pakistanis had been displaced by heavy rains. Two months later, the number of displaced had grown to 6 million, and the United Nations estimated that some 20 million people had been affected in some way. Flood conditions extended nearly the length of the country, and the crisis was not over.

Indus River Valley on September 20, 2010

Indus River Valley on July 16, 2010

Acquired by the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Aqua satellite, these images show the Indus River Valley on September 20, 2010 (top), and July 16, 2010 (bottom). Both images use a combination of infrared and visible light to increase the contrast between water and land. Water ranges in color from electric blue to navy. Vegetation appears bright green. Bare land ranges from pink-beige to brick red. Clouds are pale blue-green.

The image from mid-July shows the region at the beginning of the flood season, in which the Indus is confined to braided channels, and the Jelum and Chenab Rivers are barely visible.

The image from late September shows the same region after weeks of flooding. One benefit of the monsoon rains is apparent in the increased greenery along the river basins. More striking, however, are the floodwaters that linger on the landscape, especially west of Sukkur, and along the coast. Compared to conditions in late August, however, water levels have dropped along much of the Indus, Jhelum, and Chenab Rivers.

In general, the flood surge traveled from north to south through Pakistan. Floodwaters were slowly receding from the city of Multan as they were rising along the lower Indus. In the city of Sukkur, a barrage (type of dam) failed to prevent a flood surge down the lower Indus. As the flood surge neared the coast, high waters threatened the city of Thatta and submerged the nearby city of Sujawal.

By late September, the most obvious lingering devastation was probably the floodwater lake that formed west of the Indus River. The massive water body terminated at Manchhar (also spelled Manchar) Lake, which rose rapidly, eventually inundating some 300 nearby villages. According to a report from Dawn.com, efforts to divert floodwaters into the Indus River had lowered the lake level very slightly, but draining all the excess water would likely take 35 days. David Petley of Durham University observed that, given the amount of time projected for the draining of this floodwater lake, Pakistan’s flood conditions could last for roughly three months—an extraordinary duration for river flooding.

Even after the floodwaters receded, the effects of the 2010 monsoon floods were expected to linger. The Associated Pres reported that the United Nations Children’s Fund (UNICEF) warned that more than 100,000 children faced death from starvation, waterborne diseases, and malaria. United Nations Secretary-General Ban Ki-moon described the Pakistan flooding as the worst crisis he had ever witnessed. The number of people affected and geographic scale of the disaster strained the resources of the Pakistan government and international aid agencies.

Source

Visit Earth Observatory

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India looking at ancient waterways for tourism, transport

Madhushree Chatterjee for Sify

Be it in Delhi, Kerala, Orissa or West Bengal, ancient waterways are being sought to be revived to facilitate heritage tourism and public transportation in a throwback to history when inland rivers were the economic lifeline of urban settlements.

If a green master plan for Delhi gets the government nod, the natural storm channels in the capital that drain into the Yamuna river will become an inland heritage trail.

The plan, ‘Greenway Concept’, drawn up by a group of heritage planners and architects, envisages developing the 19 natural storm drains and its numerous tributaries into landscaped heritage zones and inland waterways to promote heritage tourism.

‘Under the plan, the water channels will be converted into eco-friendly recreational spaces for sustainable development of the historic capital,’ architect and heritage planner Akash Hingorani, creator of the Greenway Concept, told IANS.

‘It will not only help revive the ancient storm drains but also reduce waterlogging and the heat island effect brought about by the covering of several natural drainage channels in the metropolis to make space for car parks and new arterial roads in the run-up to the Commonwealth Games.’

The heat island effect is a warming phenomenon that sparks temperature variations within the city when natural water channels are blocked.

The architect said the ‘capital had numerous natural water bodies along the 13th century fort Rai Pithora, Siri and in Satpula (the rain harvesting dam with seven bridges) in ancient Tughlaqabad that could be restored as heritage and inland transport lungs of the capital.’

He is currently working on an eco-mobility project for the Delhi government to facilitate non-motorised transportation through the capital’s storm drain network.

Hingorani’s pilot South Delhi Greenway Project, under consideration for the Delhi Tourism and Transport Department, the Delhi Development Authority and the Municipal Corporation of Delhi, is a 30-km theme trail along a 12.5-km storm drain flowing from Saket to Nizamuddin in the capital.

‘It is happening in Delhi now. The rivers are once again coming out to become part the settlement like in my country, Switzerland, which is now making intense use of its natural waterways,’ Nicole Balomey, the Unesco programme specialist for culture in India, told IANS.

Waterway is emerging as a viable option for sustainable urban development, she said.

Kerala is reviving two of its major urban waterways as inland transport systems and heritage trails.

The government has initiated work on the 74-km TS canal that will connect the beach resort of Kovalam to historic Kollam. A part of the state’s National Waterway-III from Kollam to Kottapuram via Kochi, it is central to the Southern Waterways Project that aims to link Maharashtra to Kanyakumari across four states.

There are three major inland waterways under consideration for revival with the purpose of commercial transportation - the 4,500-km Himalayan waterways project, the 5,750-km central waterways project and the 4,625-km southern waterways project.

Sanghamitra Basu, an associate professor at the Indian Institute of Technology-Kharagpur in West Bengal, said the ‘Orissa government was dredging a small inland water channel in the capital to explore the possibility of cheaper water transportation’.

She has developed environmentally sustainable development models for heritage cities like Bhubaneswar in Orissa and Bishnupur in West Bengal.Basu said one of the reasons for ‘frequent inundation of Mumbai during monsoon was the clogged Mithi channel that supported Asia’s biggest shantytown Dharavi on its bank’.

In Kolkata, opening inland channels for public transportation is difficult, Basu said. ‘It will incur high costs, and squatters’ shanties along the waterways will have to be removed,’ she said.

The Central Inland Water Transport Corporation, which looks after inland water transport in West Bengal, uses the Hooghly (Ganges) river to transport freight to Ganga Sagar, Diamond Harbour, Bangladesh, Guwahati, Haldia Port, Patna and Allahabad.

But the city’s inland waterway - the Adi Ganga Canal, once a thriving 19th century port near Kalighat - is no longer navigable.

A private cruise company, Kolkata-based Vivada Cruise is promoting heritage river tourism along 1,000 km of the Hooghly river that meanders through the landmarks of colonial Bengal - right up to the Gangetic delta of the Sundarbans, a Unesco world heritage site.

‘We are looking at more people’s participation, mostly from non-resident Indians, willing to fund sustainable heritage-based development projects in their native cities under the Indian Heritage Cities Network founded as a Unesco programme in India four years ago,’ Balomey said.

The network with 22 Indian and several foreign members support Indian cities in their endeavour to use heritage resources for sustainable development.

Inland waterways were in use even during the Indus Valley civilisation nearly 5,000 years ago.

Source

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Indian NGOs Urge China and India to Protect Himalayan Rivers

Samir Mehta for International Rivers

A group of 51 NGOs from northeast India are calling for a halt to build numerous dams on the Yarlung Sangpo (in China) / Siang (in India) River. In a joint letter to the Chinese Premier and the Indian Prime Minister, the groups propose that all dam construction on the river be stopped and the river be protected as a Heritage River. The river, which runs through the Tibet Autonomous Region and India’s Arunachal Pradesh state, has spiritual and cultural importance to local communities.

India is aggressively pursuing construction of over 100 large hydroelectric dams in northeast India in a bid to establish first-use rights on the waters of the rivers originating in China. India claims that it will give them an edge when negotiations with China begin. China is also building a series of dams on the river, and also planning to divert its waters to dryer parts of China. In addition to those who will be forced to move for the various dam projects, millions more downstream dwellers will be affected by the changes to the river’s flow.

The groups are calling for “sanity and boldness in dealing with the proposed dams” in the basin. Their letter to the two governments states: “Several communities in this stretch of river are defenders of the river and its ecosystem. We fear that this being not only one of the finest rivers but also the finest ecosystems on earth, the communities surviving on this ecosystem will be destroyed by the politics of water and energy and the game of one-upmanship of these great nations.”

“We cannot allow thousands of people to be displaced from their ancestral villages, nor can we allow millions of trees, of medicinal plants, of numerous other fauna and flora to be submerged or perish due to lack of water. We cannot allow thousands of fisherfolks and farmers to suffer for lack of water or live in constant fear of a dam break. We cannot facilitate the destruction of our bio-diversity for the sake of India’s GDP,” the groups write.

Source

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