INDIA-BANGLADESH: 21st CENTURY BATTLE FOR WATER SHARING
" Until now rivers are treated as free flowing water that can be joined and re-distributed. Rivers have natural systems; they are not just water pipes. If you treat them as pipelines, the consequeces can be dire."CONTENT
- 1. Introduction
- 1. 1. Tipaimukh dam
- 1. 2. India plans to go ahead with river-linking plan, September, 2004
- 2. China's Move to divert Tibetian Rivers
- 3. River linking - A Millennium Folly?
- 4. Disastorous for the Whole Region
- 5.Consequences for Bangladesh
- 5.1 HIlsa Fish (Clupeidae Tenualosa Ilisha)
- 6. “Ram Mandir” and the 'River-link project'
- 7. Riparian Rights
- 8. Colrado River
- 9. Water wars may start after oil wars
- 10. Conclusion
Three major rivers of the region, namely the Ganges, the Brahmaputra and the Meghna/Barak (GBM) have a common terminus into the Bay of Bengal and thus form a river system. About 10 per cent of global population is living in the Ganges-Brahmaputra delta. Sediments carrying by the rivers transforming the landscpe to one of the most fertile lands of the world.The Ganges-Brahmaputra- Meghna river system carries over 2.9 billion tonnes sediments (one third of global sediment transport to the world ocean, Milman et al., 1983) into the Bay of Bengal. Thousands of years of civilisation flourished along the Ganges-Brahmaputra rivers. About 18 kilometrs of sediment thus deposited in the sinking basin (which still do today) making the world's deepest sedimentary basin of the world. The Bengal basin is tectonically active.
Brahmaputra River is Tibet's longest and the world's highest inaltitude. This 2,057km long river drains an area of 240,000 sq.km and provides irrigation for some of Tibet's major agricultural regions. Tibetans call it "Mother River".
The remaining two countries, India and Bangladesh, depend heavily on the waters from the GBM system.
Thus, the dwindling supply of water in the dry season has become one of the key issues between India and Bangladesh. The situation is particularly critical for Bangladesh, as about 80% of its annual fresh wtersupply comes as transboundary inflows through 54 common rivers with India.
The Brahmaputra River shifted its course dramatically at the turn of 19th century, when it abondoned the old Brahmaputra, and took a new, more westerly path. Perhaps ready for a further major shift, which must not be provoked by ill-judged works on the river.
This river system falls in a number of countries in the South Asia region, including China, India, Nepal and Bangladesh. Of these, China contributes solely to the flow of the Brahmaputra, and Nepal to the flow of the Ganges. Both China and Nepal are upper riparian countries and the tributaries originating in these countries contributing to the GBM system are not yet fully utilised. As a result, these countries do not face any contentious water issue with their lower riparian neighbours.
The Ganges delta covers 1,093,450 km2 in total of which Bangladesh shares 46,000 km2, Indian 861,400 km2, Nepal 146,000 km2 and Tibet shares 40,4000 km2. Bangladesh though accommodates only 4.0 percent of length but the Ganges delta covers 36.0 percent area of Bangladesh and meets 20.0 percent of fresh water requirement.
The three major rivers such as Ganges, the Brahmaputra and their tributaries. Bangladesh, as a tropical country, faces cyclones and floods every year causing havoc to the lives of millions of people.
Thus the paradox of water goes on; water is the source of life but it can also be the end of life. For us especially, water is vital for our thirsty crops, yet floods can often wash them away along with our very lives while droughts in our neighbouring countries cause untold miseries. Meanwhile, unplanned urbanisation and encroachment of our water bodies, has ensured that there is an acute shortage of water for drinking and other essential purposes. Unchecked polluting of our lakes and rivers has contaminated our water supplies, threatening our health and again, our lives. There is no doubt that human negligence and abuse has resulted in this pathetic state of being where water is either too much or too little but somehow never just enough. The workshop may not solve our water paradox but it does raise the point that there is so much we can do to ease the crisis. We must clean up our water bodies and stop polluting them or filling them up with our greed; We must save the water we have and refrain from wasting it whether in terms of not letting the water run while we brush our teeth to collecting the water from the heavens when it pours. For many it may mean adopting less wasteful lifestyles, using less energy, being a little more restrained. There is a lesson to be learned for every nation, whether rich or poor, to make sure that the pure relationship of man and water is once again, restored
In this dramatic view of the northern Indian subcontinent, the Brahmaputra River courses from the top of the image (east) through Bangladesh to the Bay of Bengal while the Ganges proceeds from the west also to the Bay. The Himalayas lie along the left side of this SeaWiFS image.
The earliest deltaic arcs in Recent times are two simultaneous development called the Ganges Delta and Brahmaputra delta. The present Ganges-Brahmaputra delta, where much of the sediments accumulates, is represented onshore by a low lying flood plain covering more than 90,000 sq. km of present day Bangladesh and India, which is characterized by its dynamic growth.
The Early Bramaputra Delta , in the south of Shillong Massif (Assam, India) and Early Ganges Delta, in the districts of Kustia, Jessore and Khulna evolved from the north and northeastern part of the country. These two rivers are then diverted and have built a third delataic arc. The Early Meghna Delta: .
The Present Day Delta is actively and rapidly pushing into the eastern side of the Bay of Bengal (Landsat Imagery, Morton and Khan, 1979). Between 1972 and 1977 3,600 hectares were added to the Bay of Bengal. If no human intervention occurs, it is possible to reclaim land of about 5 to 10 thousand square miles mostly in the central coastal region.The delta and offshore fan complex associated with the major rivers form one of the world's major depositional systems (Colman, 1969). The modern delta is a product of a large number of complexity interacting factors. The Ganges Brahmaputra delta began to adopt its modern form at about 10. 5 Ma. Sediments accumulated in response to subsidence in a delta plain to delta-front setting, which resulted in the highly channeled succession visible on the seismic data. Folding of the Brahmaputra-derived sedimentary strata in the east in late Pliocene to Holocene, in reponse subduction and inter-plate movement had a profound effect on the course of the Brahmaputra River. The Ganges- Brahmaputra delta is thus composed of a very large complex body sediment which has been subjected to a number of variables relate to two processes: plate tectonic and eustacy.
Sediments of the confluent Ganges and river today are deposited predominantly in the huge subaerial delta of these rivers(central part of the fan between northern part of the Ninetyeast Ridge and sri Lanka - Fig. ). The present tectonics of the bay of bengal region have important implications for the future orogenic fate of the continental rise and fan sediments underlying the bay.
Present relative plate motion between the Indian plate and the Asian plate apparently in a northeast-southeast at a rate of convergence between 5 and 6 cm per year. Tectonics of this region are more complicated when examined in the light of major plate motions. India is still moving northeasterly into Asia.. Seismic activity continues along the Sunda Arc up to eastern Himalayan sytaxis, across the Himalayan Mountains, under the Tibetian Plateau and southern China. Since thermal subsidence of the passive margin is still active, sedimentation delta complex continues to be considerable.
Himalayan dams pose threat to Bangladesh
India, Pakistan, Nepal and Bhutan have planned a total of 552 hydropower projects in Himalayan region, of which some have already been built and some are under construction, that may have far-reaching impacts on downstream Bangladesh, informed sources said. Himalayan region is the centre point from where scores of small and large Asian rivers originated and run through. The Indus, Ganges, Brahmaputra, and Irabati are some of those. Bangladesh shares water of 54 rivers with India and 3 with Myanmar.
"If those upstream countries divert normal water flow through these dams, it will dry up many Bangladeshi rivers ruin irrigation system, kill lives in the water bodies. On the other hand, if they do not manage water properly it will inundate a big part of the country during rainy season," Joint River Commission (JRC) Member Mir Sajjad Hossen told The New Nation. A study of the 'International Rivers', an US based non-governmental organisation that protects rivers and defends the rights of communities, revealed that India has already built 74 dams, Nepal 15, Pakistan 6 and Bhutan 5 in Himalayan region in the recent years. It also found that 37 Indian, 7 Pakistani and 2 Nepalese dam are under construction in that area. The study also identified that India has planned to build 318 dams, Nepal 37, Pakistan 35 and Bhutan 16 more dams in this region to add over 1,50,000 Megawatts (MW) of additional electricity capacity in the next 20 years.
Sajjad Hossen said that the proposed and under construction dams, Tipaimukh dam is one of those, will change downstream flows, affecting agriculture and fisheries and threatening livelihoods of many people in Bangladesh. "These countries are supposed to share information with Bangladesh before taking any such step of building new dams, but they are not doing so. We have asked them for information. What we can do if they do not obey the river interlinking rules," said Hossen expressing helplessness against upstream powerful countries.
The author of the 'Mountains of Concrete: Dam Building in the Himalayas' Shripad Dharmadhikary wrote: "If all the planned capacity expansion materialises, the Himalayan region could possibly have the highest concentration of dams in the world. This dam building activity will fundamentally transform the landscape, ecology and economy of the region and will have far-reaching impacts all the way down to the river deltas."
Bhutan is planning a capacity expansion of about 10,000 MW in the next 10 years. Among the projects being planned for the near future are the 1,095 MW Puntansangchu-I and the 600 MW Mangdechhu projects.
Nepal is planning to install hydropower capacity of 22,000 MW in the coming years. For its own needs, Nepal plans to add 1,750 MW by the year 2020-2021, mostly through small and medium projects. Rest, mainly from the bigger projects, is planned for selling power to India. Pakistan has plans to add 10,000 MW through five projects by the year 2016. Another 14 projects totalling about 21,000 MW are under study for construction by 2025. The government is pushing for the immediate implementation of the massive 4,500 MW Diamer-Bhasha project.
India declared its intentions with the launching of the "50,000 MW Initiative" on May 24, 2003. This initiative fast tracked hydropower development by taking up time-bound preparation of the Preliminary Feasibility Reports (PFRs) of 162 new hydroelectric schemes totalling around 50,000 MW. India has plans to build this capacity by 2017 and then, in the 10 years following, to add another 67,000 MW of hydropower. Construction is ongoing for many of the projects including the 2,000 MW Lower Subansiri project, the 400 MW Koteshwar project and the 1,000 MW Karcham Wangtoo, to name a few. Many of these projects are already under construction. Due to various obstacles of dams, barrages and hydropower projects in Himalayan region, the source of water of rivers, Bangladesh get lesser water in rivers flowing throughout the country. The lean water flow in the rivers has already cast negative impact on ecology, aquatic life, and irrigation.
According to the Ganges treaty, signed in 1996, Bangladesh and India will equally share water if water flow is up to 70,000 cusec or less in the Farakka barrage point. Bangladesh will get 35,000 cusec of water and India will get the rest if water at Farakka point is between 70,000 and 75,000 cusec.
If water at Frakka point reaches more than 75,000 cusec, India will get 40,000 cusec and Bangladesh will get the rest. But India never followed these terms and conditions of the accord and released meagre quantity of water for Bangladesh, it was alleged.
The JRC statistics shows that Bangladesh did not get its proper share of water since signing of the treaty. In 1999 Bangladesh got 1,033 cusec of water at Teesta barrage point against its normal requirements of 10,000 cusec of water. After JRC meeting in 2000 the water flow rose to 4,530 cusec, in January 2001 it reduced to 1406 cusec, in January 2002 to 1,000 cusec, in January 2003 to 1,100 cusec, in November 2006 to 950 cusec, in January 2007 to 525 cusec and in January 2008 to 1,500 cusec.
Due to less quantum of water supply through Teesta barrage thousands of acres of land in the country's northern districts lack irrigation posing threat to Boro rice cultivation. Around 15 small rivers are also drying up and about to die due to the same reason. The Teesta River itself becomes a thin canal for less volume of water supply from the upper riparian Indian part. The rivers include: Kortoa, Dudhkomol, Jingira, Dhorla, Bangali, Ghaghot, Atrai, Akhira, Manas, Katakhali, Ichamoti, Punorvoba, Burighora and Dhauk also drying due to less water supply. WDB officials said sustainability of these rivers is impossible unless India supplies adequate water through the barrage (The New Nation, March 09, 2009).
Habitat and Ecosystems
Over 73% of the Brahmaputra River watershed's originial forest is gone. The remaining forests are disappearing at 10% per year. Currently only 4% of the land is in protected areas. The area supports 4 endemic bird habitats and one RAMSAR-listed wetland.126 fish species also call the Brahmaputra basin home (WRI).
The ecoregion covering the Brahmaputra River in northeast India harbors India's largest elephant population (Rodgers and Panwar 1988), the world's largest population of the greater one-horned rhinoceros, tigers (Panthera tigris), and wild water buffalo (Bubalus arnee) (WII 1997). The ecoregion overlaps with a high-priority (Level I) ecosystem that extends north to include the subtropical and temperate forests of the Himalayan midhills (Wikramanayake et al. 1999).
The known mammal fauna consists of 122 species, including 2 near-endemic species. Of these, the pygmy hog and the hispid hare are confined to the grassland habitats. At present, twelve protected areas cover about 2,500 km2 of intact habitat, or 5 percent of the ecoregion. Of these, Manas, Dibru-Saikowa, Kaziranga, and Mehao are the larger and more important reserves. Mehao extends over two other ecoregions and is only partially within this ecoregion. Kaziranga has the world's largest population of the greater one-horned rhinoceros, estimated at 1,100 individuals (Foose and van Strien 1997). Because of the large number of wide-ranging large vertebrates in this ecoregion, additional protection is urgently needed. Specifically, habitat connectivity should be provided within the Buxa-Manas complex and the Barail-Intanki-Kaziranga complex to allow elephants to disperse and migrate (Rodgers and Panwar 1988).
The ecoregion represents the swath of semi-evergreen forests along the upper Brahmaputra River plains.Assam Valley semi-evergreen forest, Assam alluvial plains semi-evergreen forest, eastern submontane semi-evergreen forest, sub-Himalayan light alluvial semi-evergreen forest, eastern alluvial secondary semi-evergreen forest, sub-Himalayan secondary wet mixed forest, and Cachar semi-evergreen forest. But most of the ecoregion's original semi-evergreen forests have been converted to grasslands by centuries of fire and other human influences. Only small patches of forests now remain.
Bangladesh covers an area of about 145,000 km2. The Delta of two of the world's largest rivers -the Ganges and the Brahmaputra, together with the Meghna River empty into the Bay of Bengal -occupies 80 per cent of the surface. The mean annual discharge of these rivers is 103,000 m3/ sec from a catchment of about 1.7 million km2. This compares with the Mekong River which has an average discharge of 14,000 m3/sec and a catchment of 0.8 million km2.
CONTROLLING floods in the plains is laudable, but it is not a harmless activity as far as near-shore fish are concerned. Almost all fish-harvesting in Bangladesh is near the shore. All the dams, culverts, embankments and river closures installed in Bangladesh to protect 3 million, flood-prone hectares, have led to a considerable decline in fish harvest, according to a study done by the University of Chittagong. "This happens because of the obstruction to the natural migration of fish from fresh water to brackish water habitats and vice versa, for breeding and feeding," explained M J U Chowdhury, head of the university's marine science institute.
The reduced flow of rivers is also destroying mangroves in the country. Chowdhury estimates about 45 per cent of the Khulna mangrove forest was destroyed between 1959 and 1983. His studies also indicate mangrove destruction in Cox's Bazar because of increased shrimp farming.
The increase in tiger shrimp farming also has led to widespread destruction of other shrimp and finfish species.
There was a phrase in Bangla “Mchhe bhate Bangali” (Bangali feed on fish and rice). But this phrase is not in use any more. With changes in the global climate, uncontrolled fishing, water pollution etc. - fishes are now becoming scarce and more expensive. Nowadays, the availability of farm fishes is going up, but the number of fish markets is going down.
World's largest river system
The Ganga-Brahmaputra, one of the world's largest river systems, is first in terms of sediment transport and fourth in terms of water discharge. A detailed and systematic study of the major ion chemistry of these rivers and their tributaries, as well as the clay mineral composition of the bed sediments has been conducted. The chemistry of the highland rivers (upper reaches of the Ganga, the Yamuna, the Brahmaputra, the Gandak and the Ghaghra) are all dominated by carbonate weathering; (Ca + Mg) and HCO 3 account for about 80% of the cations and anions. In the lowland rivers (the Chambal, the Betwa and the Ken), HCO 3 excess over (Ca + Mg) and a relatively high contribution of (Na + K) to the total cations indicate that silicate weathering and/or contributions from alkaline/saline soils and groundwaters could be important sources of major ions to these waters.
The chemistry of the Ganga and the Yamuna in the lower reaches is by and large dictated by the chemistry of their tributaries and their mixing proportions. Illite is the dominant clay mineral (about 80%) in the bedload sediments of the highland rivers. Kaolinite and chlorite together constitute the remaining 20% of the clays. In the Chambal, Betwa and Ken, smectite accounts for about 80% of the clays. This difference in the clay mineral composition of the bed sediments is a reflection of the differences in the geology of their drainage basins.
The Ganga-Brahmaputra river system transports about 130 million tons of dissolved salts to the Bay of Bengal, which is nearly 3% of the global river flux to the oceans. The chemical denudation rates for the Ganga and the Brahmaputra basins are about 72 and 105 tons· km - · yr -1 , respectively, which are factors of 2 to 3 higher than the global average.
The high denudation rate, particularly in the Brahmaputra, is attributable to high relief and heavy rainfall (The Ganga-Brahmaputra river system transports about 130 million tons of dissolved salts to the Bay of Bengal, which is nearly 3% of the global river flux to the oceans. The chemical denudation rates for the Ganga and the Brahmaputra basins are about 72 and 105 tons· km - · yr -1 , respectively, which are factors of 2 to 3 higher than the global average. The high denudation rate, particularly in the Brahmaputra, is attributable to high relief and heavy rainfall. The Ganga-Brahmaputra river system transports about 130 million tons of dissolved salts to the Bay of Bengal, which is nearly 3% of the global river flux to the oceans. The chemical denudation rates for the Ganga and the Brahmaputra basins are about 72 and 105 tons· km - · yr -1 , respectively, which are factors of 2 to 3 higher than the global average. The high denudation rate, particularly in the Brahmaputra, is attributable to high relief and heavy rainfall (Sarin, M. M.et. al, Geochimica et Cosmochimica Acta, 1989) .
Ganges-Brahmaputra river system, sediment discharge is estimated to be 109 t/yr at gauging stations 300 km inland of the coast, but little has been known of the downstream fate of this material. Geochronological, geophysical, and stratigraphic investigations of the lowland flood plain, delta plain, and shelf help to delineate the extent of Holocene fill and allow calculation of a first-order sediment budget.
Results reveal that 1500 × 109 m3 of sediment fill has been sequestered within the flood plain and delta plain since ca. 7000 yr B.P., or about one-third of the annual discharge.
The remaining load appears to be apportioned between the prograding subaqueous delta (1970 × 109 m3) and transport to the deep-sea Bengal fan via a nearshore canyon. Modern (less than 100 yr) budget estimates based on short-term accretion rates indicate a similar dispersal pattern (Steven L. Goodbred Jr and Steven A. Kuehl, 1999).
River-linking plan not abandoned
BSS, NEW DELHI, October 7, 2004: Indian Water Resources Minister Priyaranjan Dasmunshi has told President APJ Abdul Kalam that the Congress-led UPA coalition government is committed to implementing inter-linking of South Asian rivers. The highly controversial project, adopted by the immediate past BJP-led NDA government, plans to divert waters of international rivers, which if implemented would drastically affect the region's co-riparian countries, particularly the lower riparian Bangladesh.
The minister informed Kalam that the new Indian government would give priority to the south-bound peninsular rivers in the first phase of the project. He also informed the president, an advocate of the project, that the Water Resources Ministry of India directed the National Water Development Agency to complete the full feasibility reports of 18-river links out of 30 by December next year. Dasmunshi told him that the ministry also set up a technical group of engineers for working out a consensus plan on "priority links" by October 31. The mega project, estimated to cost 5,60,000 crore Indian rupees, raised protests from India's neighbours, particularly Bangladesh, besides several Indian provinces as well as environmental groups, who consider it could spell disaster for the entire region.
IUCN to set up a Ganges, Brahmaputra and Megna Rivers Commission to conserve natural river systems
The IUCN World Conservation Congress adopted a resolution Wednesday to help set up a Ganges, Brahmaputra and Megna Rivers Commission to conserve natural river systems. Representatives of the government and nongovernmental organisations supported the resolution raised by Bangladesh although neighbouring India opposed it at the 3rd IUCN Congress in the Thai capital Bangkok.
India's controversial river interlinking project made headlines time and again in both the domestic and international press for the last two years. The $120 billion project designed to interlink 37 rivers including the Ganges and Brahmaputra to divert water, has been termed by the Bangladeshi experts as a 'death trap', which will cause an ecological and economic disaster in the lower-riparian Bangladesh.
India also plans to construct a controversial barrage on river Barak, upstream of Meghna, a major river system of Bangladesh.
The IUCN resolution was raised by Hasna Jashimuddin Moudud. Opposing the resolution, the Indian delegates proposed to withdraw it saying, "The motion should be taken back as integrated water resource management as a bilateral issue." About 65 per cent government delegates and 88 per cent NGO delegates supported the resolution while 11 per cent government delegates opposed it.
Adopting the resolution, the IUCN congress called upon the civil society and governments in the Ganges, Brahmaputra and Meghna basins to promote dialogue and cooperation towards sustainable development of trans-boundary water resources. The congress urged the IUCN director general to promote basin-wise river management and regional cooperation in all international river basins and help of setting up a Ganges, Brahmaputra and Meghna Rivers Basin Commission to conserve natural river systems.
The congress also urged all bilateral and multilateral development agencies and government agencies to support a Ganges, Brahmaputra and Meghna River Basin Commission, to promote regional cooperation and sustainable management of water resources (New Age, November 25, 2004).
River-linking a state vs people conflict
The people of South Asia must unite to fight the battle against the controversial plan to interlink trans-boundary rivers to withdraw water and to cordon rivers by constructing dams, said Medha Patkar, a celebrity activist leading the Narmada Bachao Andolan (Save the Narmada Movement) of India. 'You [people of Bangladesh] have to take the lead in the battle as you are the biggest victims since you are in the downstream,' she told New Age on Friday morning at the Osmani Memorial Auditorium in Dhaka.
'We also will continue to raise our voices in India as the project creates concern for people living in the river valleys there [India]', Medha said. She is visiting Bangladesh to attend a three-day international conference on 'Regional Cooperation on Transboundary Rivers: Impact of the Indian River-Linking Project' that began on December 17. Later, on Friday evening, she addressed a general session of the conference at the auditorium of the Institution of Engineers of Bangladesh.
Medha Patkar spearheads the Narmada Bachao Andolan, the 20-year-old struggle against the dam project that threatens the right to life and livelihood of the people of India's Narmada valley, which has grown into one of the world's largest non-violent social movements. She has been at the centre of the struggle, gaining worldwide renown for sharp analysis and courageous activism that has included long fasts, police beatings and jail. The Narmada Sagar, one of the 30 major dams on the Narmada and one of the two biggest dams, is likely to submerge 254 villages.
Medha said that interlinking of rivers to divert one-third of the water of the river Brahmaputra, 60 per cent of which is used for irrigation and maintaining the ecosystem of the Brahmaputra basin, should not happen unless Bangladesh is consulted. 'Bangladesh should raise its voice not for information [about the project] only; Bangladesh should also be involved in the consultation to determine the feasibility of the project,' said Medha, who also leads an influential network of over 150 mass-based movements across India called the National Alliance of People's Movements.
Medha, a former faculty member of the Tata Institute of Social Sciences, also emphasised the need to involve other neighbouring countries, that are sharing the same river systems, in the movement against the much-talked-about project which, in her words, 'is the worst project one could ever think of'. 'The project is going to cause devastation, which many people are not able to understand, to the people of the region, many more times than the Farakka Barrage caused in Bangladesh and the Narmada Dam in India,' she said, in her warning about the dangers of the $120 billion project.
'It will destroy the ecosystem, which really supports the human habitat, the fish and also the forest. In Bangladesh, for example, the very large number of people who live in the Ganga, Brahmaputra and Megna deltas, may lose their life support system, that has already been disrupted by the Farakka Barrage, by destruction of aquatic wealth and causing huge floods without really supporting the flood-plain,' she said. 'Intra-state conflict will come up within India and regional conflict will be emerging within South Asia too,' Medha warned.
Medha, however, was less enthusiastic about the 'government-level dialogues' to resolve disputes regarding sharing the water of common rivers. 'I don't believe that a state can initiate a genuine dialogue as the nation-states in South Asia are more influenced and controlled by the global powers than the people in the countries.' 'The people to people dialogue can create the alternatives that could compel the states to include the issue in their political agenda and give rise to the right kind of intervention in ongoing politics which is exploiting the people,' she said. 'Unity of the civil society of South Asia has to be strengthened. River valley organisations of the region will have to come together to unitedly fight the battle,' Medha said. 'It should also be the concern of the human rights organisations and those who are fighting [against] the globalisation-liberalisation paradigm.
'I think, at the moment, we only can take a strong position against the impractical plan [river-linking], which is in a way the manifestation of a colonial tendency within the country [India] and within the region [South Asia] where people have always been and are being exploited,' she said. Medha told, 'We are facing the same kind of challenges, which have come up because of the states' wrong approach to natural resources management and at the cost of the common people - in favour of urban industrial societies within our own nation-states.' She warned that the 'conflict' should not be seen as an "India versus Bangladesh issue" at all. 'Rather it should be seen as "states versus people conflict" caused by the governments' wrong and anti-people position and 'state versus science, experience and conscience of the civil society at large'.
When asked about another one of India's controversial project, the Tipaimukh Dam, a multipurpose barrage on the river Borak upstream of the Meghna, a major river system of Bangladesh, Medha said, 'We are against the Tipaimukh dam.' 'The north-east of India has become the target now…which is clear because during the World Water Forum, held in the Netherlands, all of those who represented the Indian government were talking more about the north-east and the north-eastern rivers than anything else,' said Medha, also a commissioner of the World Commission on Dams, the first independent global body formed to examine the water, power and alternative issues related to dams across the world. 'It is because many of the bilateral and multilateral agencies want to invest in the water sector in South Asia, although this kind of dam will ultimately destroy the natural ecosystem and the human population which is a part of that,' she said.
She criticised the role of the multinational lending agencies, including the World Bank, which, in her words, 'are keen to tap every river'. 'Whether it is exploiting the Tipaimukh or the Ganga or the Brahmaputra, they [lending agencies] will be involved in it,' Medha predicted. 'Are we really for this kind of privatisation of rivers?' she asked. 'Are we selling out our rivers, which will adversely affect the people's sovereignty?' (New Age, December 19, 2004)
Bangladdesh concerned by Indian River Linking project
A Bangladesh parliamentary panel has expressed concern over India’s funding its river-linking project. Bangladesh fears such diversions will affect the flow of the rivers in Bangladesh. India and Bangladesh share 54 common rivers. They have been engaged in disputes over sharing of Ganges water and the Teesta water sharing . The Indian river linking project will add further fuel into the water dispute between the two neighbours. The Indian mega project of river linking is aimed at diverting the waters of some of the common rivers to India’s drought-hit regions by linking them with canals.
The new BJP government in India , led by Prime Minister Narendra Modi, on July 10 allocated 1 billion rupees in his maiden budget with a call for a serious effort regarding river interlinking project to expedite preparations for the Detailed Project Report.. Meanwhile, Bangladesh Parlia-mentary Committee on the Ministry of Water Resources decided at a meeting on Wednesday to seek details of the project from India.
“We have come to know from media that the new government of India allocated Rs 100 crore in budget to bring pace in the river interlinking project which will harm us. We will, therefore, ask the ministry to get clear picture about it,” Romesh Chandra Sen, chief of the Jatiya Sangsad committee told reporters after the meeting at the Jatiya Sangsad. Terming it a grave concern for Bangladesh’s environment and eco-system, Romesh, a ruling Awami League MP and former water resources minister, also said the committee will request foreign ministry to communicate with India to obtain information about its fresh move regarding the river interlining project.
Originally, the BJP-led NDA government of Atal Bihari Vajpayee in India had mooted the idea of interlinking of rivers to deal with the problem of drought and floods afflicting different parts of India at the same time. The succeeding Congress-led UPA government could not carry the project forward due to stiff opposition from environmentalist groups, but the Supreme Court, in Feb, 2012, ruled that the government could proceed.
The congress general secretary Rahul Gandhi said in 2009 that the entire idea of interlinking of rivers was dangerous and that he was opposed to interlinking of rivers as it would have "severe" environmental implications. BJP MP Rajiv Pratap Rudy suggested that Gandhi should do some research on the interlinking of rivers and its benefits and then arrive at a conclusion. Jairam Ramesh, a cabinet minister in former UPA government, said the idea of interlinking India's rivers was a "disaster", putting a question mark on the future of the ambitious project.[ Meanwhile environment activists and scholars have questioned the merits of Indian rivers inter-link project. They also question whether the inter-linking project will deliver the benefits of flood control.
Other scholars have suggested to opt for other technologies to address the cycle of droughts and flood havocs, with less uncertainties about potential environmental and ecological impact. Meanwhile, water storage and distributed reservoirs are likely to displace people - a rehabilitation process that has attracted concern of sociologists and political groups.
Further, the inter-link would create a path for aquatic ecosystems to migrate from one river to another, which in turn may affect the livelihoods of people who rely on fishery as their income. Indian experts also feared that 50,000 ha of forest to be submerged only by peninsular link. - Intensive irrigation in unsuitable soils will lead to water logging and salinity. - Highly polluted rivers will spread toxicity to other rivers. - River system will be altered catastrophically creating droughts and desert (Holiday, July 18, 2014).
1. 1.Tipaimukh dam
Tipaimukh Dam is not an isolated project; it is part of a comprehensive Indian plan of using rivers that flow from India into Bangladesh, and, hence, needs to be viewed in the general context of sharing of international rivers by these two countries.
In general, India has been using its upper riparian position and its economic and financial strength to take unilateral steps with regard to the flow of these international rivers. Most of these unilateral steps have been of diversionary character, diverting the water flow to destinations inside India and thus reducing the flow of water into the rivers of Bangladesh.
Glaring examples of such diversionary interventions are the Farakka Barrage on the Ganges and the Gozaldoba Barrage on the Teesta. India has undertaken numerous other diversionary and flow-controlling structures on most of the 54 rivers shared by Bangladesh and India.
These diversionary projects of India go against the international norms regarding sharing of international rivers. In particular, they violate Bangladesh's right to prior and customary use of river water. The entire economy and life in Bangladesh have evolved on the basis of rivers. Any major change in the flow of these rivers is, therefore, seriously disruptive for Bangladesh. Furthermore, river intervention structures affect the flow of sediments, which are vital for deltaic Bangladesh, which is facing submergence by rising sea level caused by global warming.
First, Bangladesh does not yet have the necessary facts to assess the changes in Barak flow to be caused by Tipaimukh. Second, dams can also be a source of destabilisation, not only in the extreme situation of dam-break, but also in the often recurring situation when the excess water needs to be released to protect the dam from overflow. Such unplanned releases lead to unexpected floods. For example, the unusual 2008 floods in Bihar were caused by unexpected release of water by the dams that India has constructed on the Ganges tributaries near Nepal. Third, for Bangladesh to benefit from stabilisation of the Barak flow, it has to have a say in the release of water at Tipaimukh. This would suggest that Tipaimukh should be under joint control of India and Bangladesh. As of now, Tipaimukh will be entirely under Indian control, and the water release decisions will be made by India alone, putting Bangladesh at the mercy of the Indian officials operating Tipaimukh. Such a helpless situation is not in Bangladesh's interests. Fourth, river flow contains not only water but also sediments, which are very important for deltaic Bangladesh. One damaging impact of Tipaimukh will be reduced sediment volume in the Barak flow. Fifth, Bangladesh has to assess the costs and benefits for her economy of the seasonal changes in the Barak flow caused by Tipaimukh. For example, boro, which is cultivated in the haor areas that become dry in winter, is the main crop for many in the Surma-Kushiara basin. If Tipaimukh increases winter flow, cultivation of boro in these areas may not be possible. Without detailed studies it is difficult to say whether the net economic impact of the cross-season stabilisation of the Barak flow will be positive for Bangladesh. Sixth, there is also the issue of ecology to consider. The flora and fauna of the Surma-Kushiara-Meghna basin have developed on the basis of a certain seasonal pattern of the river flow. Detailed studies are necessary to gauge the environmental and ecological impact of Tipaimukh.
Worldwide experience shows that large-scale interventions in rivers do not prove to be that beneficial in the long run. The hydropower generated often proves to be meagre and costly. The irrigation carried out on the basis of diverted water often proves wasteful and leads to salinity and deterioration of the soil quality, so that diversionary projects end up harming not only the basin from which water is withdrawn but also the area to which water is transported (at a great cost). The reservoir submerges large areas of land, destroying the ecology and displacing thousands of (often most vulnerable) indigenous people, causing permanent problems of alienation and insurgency. The reservoir also becomes a source of methane, undercutting the emission reducing potentiality of the hydropower generated. The reservoir and the upstream flow often become a cesspool of pollution. Dams obstruct sediment flow and the free movement fish stock. While many of the damages prove to the permanent, dams themselves become obsolete due to sedimentation, filling up of the reservoir, etc.
In view of these negative consequences many are now sceptical about dams, barrages and other large-scale river intervention projects. It is an open question whether Tipaimukh dam will be beneficial in the long run and in net terms even for India.
Many in India are opposed to the Tipaimukh dam. They include, indigenous people, state governments of Manipur and Mizoram, environmentalists, river activists, human right advocates, and even economists and social scientists. By providing various monetary benefits and offering free electricity, etc., the North East Electricity Production Company (NEEPCO), the current Tipaimukh implementing agency, has been able to pacify the state governments. However, in India, opposition to Tipaimukh continues.
India should not undertake water diversionary project (such as at Fulertal or at other points) on the Barak river under any circumstances. India should refrain from water diversionary projects on other rivers shared with Bangladesh. Bangladesh, India, and the other countries of the sub-continent should abandon the current commercial approach to rivers and to adopt the ecological approach.
Delhi set to build Tipaimukh dam
Amidst mounting protests both at home and in lower-riparian Bangladesh, India is going ahead with the plan to construct its largest and most controversial 1500 mw hydro-electric dam project on the river Barak at Tipaimukh on the common borders of three northeastern states of Assam, Manipur and Mizoram. Officials and experts in Dhaka fear the unilateral Indian move to construct the massive dam and regulate water flow of the Barak, which feeds both the Surma and Kushiara rivers in Sylhet, will have lasting adverse effects on livelihoods, ecology and environment in a vast region of Bangladesh. Moreover, people living in the vicinity of the hydro-electric project in Manipur, costing over 5,000 crore Indian rupee, fear submersion of vast areas on the Indian side too.
One of the largest river systems in Bangladesh -- the Meghna with its distributaries -- is fully dependent on the waters rolling down from the Surma and Kushiara. A massive construction on the Barak river will adversely affect the water flows of the Meghna and its distributaries. Against this backdrop, tension is growing over reports that the Indian prime minister laid the foundation stone of the project recently.
Meanwhile, people in greater Sylhet under the banner of Shahjalal Samaj Kalyan Parishad plan to hold a rally at Court Point in the divisional city today, protesting the Tipaimukh project. In India too, protests have been going on for years in the northeastern region as many people living in the Barak catchment areas fear permanent flooding of their areas due to the impact of the dam.Tawhidul Anwar, a senior member of Indo-Bangla Joint Rivers Commission (JRC), told The Daily Star yesterday, "We have no confirmed reports about Manmohan Singh (Indian premier) laying the foundation stone during his recent visit to northeastern India. But we have come to know for sure India has started updating the Tipaimukh DPR (Detailed Project Report)" (Daily Star, November 27, 2004)
According to reports from across the border, the Naga Women Union of Manipur protested Manipur State Government's signing of agreement with the North-Eastern Electrical Power Corporation (NEEPCO) for constructing the project. It feared that due to the dam-induced submersion, 15,000 people would be rendered landless and homeless. The Naga People's Movement for Human Rights (NPMHR) also condemned the government decision of constructing the 162.8 metre-high dam.
Bangladesh to issue formal protest against Indian dam project, May 16, 2009
Dhaka - Dhaka will formally protest against New Delhi's plan for construction of a dam which may adversely affect Bangladesh's ecology, after a new government takes over in India, a senior Bangladeshi minister said Saturday. Indian plans for construction of a multi-purpose dam on the Tipaimukh River might cause an ecological catastrophe for its downstream neighbour Bangladesh, Finance Minister AMA Muhith told reporters after a meeting in Dhaka. He charged that the proposed dam could lead to desertification in the north-eastern region of Sylhet, while also drying up the Surma, Kushiara and Meghna rivers downstream. "We cannot allow this disaster to take place," the minister said, calling on Bangladeshis to campaign against the Indian project, which has also drawn protests inside India itself.
Bangladesh will send a delegation to visit the project areas after the new Indian government assumed office to see their plan and understand the possible impact. "We'll solve the problem through bilateral discussion," he said.
In April, Indian Foreign Secretary Shiv Sankar Menon in a surprise visit to Dhaka had requested Bangladesh to send a delegation at the project site to assess the impact of the project in the downstream.
Bangladesh has long asked India to refrain from building the dam, to be located at the confluence of the Barak and Tuivai rivers. India began soliciting international bids for the dam in early 2006. The Barak River feeds Bangladesh's Surma and Kushiyara rivers in the north-east, eventually flowing into Meghna, one of the three main rivers in Bangladesh. India plans to complete the project by 2012.
Two senior cabinet ministers, who hail from the region (Sylhet), spoke about their plan to resist the construction of the dam at the Annual General Meeting of Jalalabad Association at Bangladesh Shishu Academy auditorium. “The dam will desert the greater Sylhet region,” Finance Minister AMA Muhith told the meeting.
He said, the Tipaimukh dam will dry up the rivers Surma, Kushiara and Meghna as well as the haors. “It’s the responsibility of every citizen to resist the dam,” he said, adding that a plus point is that the Indian people in the surrounding areas of the project like Karimganj and Monipur are also against the project. Muhith said by implementing the project, India will withdraw waters from international river Barak for irrigation purpose, which will desert the land in Bangladesh’s northeastern region. “We cannot allow this disaster to take place.”(Daily Star, May 16, 2009).
Tipaimukh hydroelectric project
Even as Delhi is all set to begin work on the Tipaimukh hydroelectric project, a multipurpose high dam inclusive, upstream of a major river system of Bangladesh, Dhaka seems oblivious to all relevant developments. Manmohan Singh, the Indian prime minister, is scheduled to lay the foundation stone of the Tipaimukh project on November 23, a source in Indian state of Manipur said quoting chief minister O Ibobi. The Rs 5,163-crore Tipaimukh plan, which has been on the drawing board for nearly 40 years, is set to be built on the river Barak, which bifurcates into two streams as it enters Bangladesh as the rivers Surma and Kushiara.
The Meghna originates at the confluence of the Surma and the Kushiara. Goutam Chakraborty, the state minister for water resources, told New Age Sunday evening that the government did not know anything about the foundation stone laying of the Tipaimukh project.
"Earlier we had protested against implementing the Tipaimukh project through the joint rivers commission of the two countries," he said. "We have requested India to provide detailed information about the project. But they remain taciturn," Goutam said. Secretary to the water resources ministry, Omar Faruque Khan, said, "The government will look into the latest development regarding the Tipaimukh project." The Tipaimukh plant, which was delayed after the Manipur State Assembly had raised objections, has led to protests in India and its downstream neighbour Bangladesh as the project will cause economic, ecological and human catastrophes in both countries.
The residents of the Indian states concerned who are likely to be displaced and affected on account of the project have been staging protests and making representations to their respective state and the union governments, saying that thousands of people will suffer as the construction of the dam will submerge 73 villages, many sacred sites and cultivable land and violate their inalienable human rights. The people of the localities where the dam is proposed to be built have sought constitutional protection, particularly with a view to safeguarding the tribal people, their land, belief, culture and history.
Expressing grave concern over the possible consequences of the dam, the protestors said in a recent memorandum submitted to the central government of India, "Once the dam is built, the land, covering an area of 275.5 sq km, will be submerged permanently." Meanwhile, experts in Bangladesh have expressed their apprehension about the project that is sure to block the flow of the country's major riverine network in the north-east and have further disastrous consequences downstream. They claim that it could hit the country fatally, or have consequences of no less magnitude than the Farakka Barrage across the Ganges to the north-west of Bangladesh (New Age, October 18, 2004)
Tipaimukh to become another Farakka
Dr. Soibam Ibotombi of Dept. of Earth Sciences, Manipur University says that the dam will be a geo-tectonic blunder of international dimensions: The site selected for Tipaimukh project is one of the most active in the entire world, recording at least two major earthquakes of 8+ in the Reichter Scale during the past 50 years. The proposed Tipaimukh HEP is envisaged for construction in one of the most geologically unstable area as the proposed Tipaimukh dam axis falls on a ‘fault line’ potentially active and possible epicenter for major earthquakes
The Tipaimukh Hydroelectric Project is being constructed near the confluence of Barak and Tuivai rivers, in Manipur, India and within 100km of Bangladesh border. Costing Rs 6,351 crore ($1.35 billion) the 164 meter high dam will have a firm generation capacity of 401.25MW of electricity.
While Hydroelectric projects are typically considered greener than other power generation options in short term, it has significant long-term impact to the environment like changes in the ecosystem, destroying nearby settlements and changing habitat conditions of people, fish and wildlife. Especially in the densely populated countries like India and Bangladesh, where rivers are lifelines, projects like Tipaimukh will create adverse effect to a huge number of population and their habitats. No wonder right from the start this project faced protests from potentially affected people in India, and the recommendations of the WCD (World Commission on Dams)”.
The people of Manipur have been fighting legally to stop the project but have so far been unsuccessful. The Indian government is going ahead with the plan. The Sinlung Indigenous People Human Rights Organisation (SIPHRO) of India said that “the process for choosing it (the project premises) ignored both the indigenous people and the recommendations of the WCD (World Commission on Dams)”.
People of Zakiganj yesterday formed a human chain at Amolshid in the upazila protesting Indian move to construct a dam on the river Borak at Tipaimukh in the Indian state of Manipur. Acid Santrash Nirmul Committee, Sylhet, staged the protest against the controversial dam project, 100-km upstream of eastern border of Sylhet district. The river Borak bifurcated into two flows and entered Bangladesh as Surma and Kushiyara through Zakiganj border.
Zakiganj Pourasava (municipality) Mayor Iqbal Ahmed and Sylhet City Corporation Councillor Koyes Lodi also joined the human chain programme. On Friday night, Bangladesh Environmental Lawyers' Association (Bela) organised a discussion in Sylhet city in observance of the World Environment Day. Chaired by Sushasaner Janya Nagarik Sylhet chapter General Secretary Faruque Mahmud Chowdhury, the speakers
The Indian government initiated the project about a decade ago, but could not go ahead in the face of widespread agitation from its own people at times. Even some 25 peoples' forums like that of Tipaimukh Dam Resistance Committee have been formed there to protest the move. With reference to some experts' opinion, the discussion meeting was told that implementation of the dam project mainly aimed at producing electricity would cause a disastrous situation in the Meghna basin, especially the greater Sylhet and Mymensingh region, during the dry season due to withdrawal of water in the upper stream. Also, they said, there are apprehensions of recurrent flooding during the monsoon due to possible release of water. It will be another Farakka, the speakers said, urging the people to resist the move (Daily Star, June 7, 2009).
India's secretive handling of Tipaimukh dam causing huge concern downstream
Ignoring its promise, India in the last four years has refrained from sharing technical information with Bangladesh about building the Tipaimukh Dam in the bordering Manipur state, triggering public uncertainty and outcry over its possible negative impact on the neighbouring country. While India has not started construction of Tipaimukh dam on the Barak river near Manipur-Mizoram border, it had floated international tender in 2005 and opened the bid in 2006 during the era of former BNP-Jamaat alliance rule.
In 2005, India promised to share with Bangladesh the project design, which is pending till date. Besides, the country also did not share any study report on the dam's impact on downstream regions. Experts told The Daily Star the construction of Tipaimukh dam would impose a great environmental threat to Bangladesh as four major rivers in the Meghna basin -- the Meghna, Kalini, Surma and Kushiyara -- lie downstream the Barak, locally known as 'Ahu'.
Amid such concerns, the prime minister has recently said an all-party parliamentary committee will visit India to know about the issue. The schedule of this visit has not yet been set. Indian response to Bangladesh's worries has so far been remained confined within officially informing the government that they have not started any construction yet.
At a Joint River Commission (JRC) meeting in September 2005 held in Dhaka India formally assured Bangladesh that they would not divert any water for their irrigation project, he said.
Hiding any information by the upper riparian countries about the use of common rivers is considered as violation of the international water management convention. The expert warn of an increase in salinity in the Meghna-Surma basin, unusual floods in haor region, reduce in water flow in the Surma, Kushiyara and Meghna rivers in certain period, damage to the country's ecosystem and agriculture patterns in Sylhet region, among other impacts of the dam.
A chain of severe impacts is very likely as Bangladesh gets 7-8 percent of its river waters through the Barak. Negative impacts of any large dam are very widely known around the globe. A detailed study by the World Dam Commission published in 2000 says adverse impacts of any large dams are irreversible for the lower riparian region.
The study after reviewing 1,000 dams from 79 countries concludes in its report: "The environmental impacts of dams are more negative than positive ones and in many cases dams have led to irreversible loss of species and ecosystems."
Indian High Commissioner to Dhaka Pinak Ranjan Chakrabarti at a meeting with Communications Minister Syed Abul Hossain recently said though his country will have sole control over water flow at the proposed dam site, it would not make any barrage. He also said Bangladesh would not be 'affected' by the dam. However, experts fear once the dam is set up, it may reduce the natural monsoon flood patterns in the Sylhet region, adversely affecting cultivation and livelihoods on a vast scale.
"It will increase the risk of floods at the end of monsoon and hamper the agriculture patterns during winter," said Ainun Nishat, eminent river expert of the country. Rainfall patterns are changing due to climate change and a lot of rainfall takes place at the end of monsoon, said Ainun Nishat. If it rains at the end of monsoon, it will open the spillway gates of the dam and unusual floods will occur here, he added.
They would preserve the water during monsoon after building the dam and release it in winter, which will increase the water flow downstream. "The land downstream the Barak in Sylhet region is wetland, where people grow crops during winter when it gets dry. If they release water during winter the wetland will be inundated and it will be a great impact on our agriculture," Nishat warned.
An increase in water level in the winter will cause a major impact on the ecosystem if the wetland gets inundated, he added. He however said without checking every piece of information it is not possible to measure the total impact of Tipaimukh dam.
The experts fear India may hold up water flow during dry season and divert water at the proposed Phulertal Barrage 100 kilometres downstream Tipaimukh and 100 km upstream Amalshid in Sylhet. The Phulertal barrage would have a direct bearing on the Surma, Kushiyara and Meghna rivers due to diversion of water for irrigation purposes in northeastern India. On hydropower component and rock fill dam, India claims no damage would occur to Bangladesh, but Bangladesh fears upstream water flow regulation. Director General of Water Resources Planning Organisation (WARPO) Jalaluddin Md Abdul Hye said, "We don't have enough information to talk about the issue."
INTERNATIONAL CONVENTION AND GANGES WATER SHARING TREATY, 1996
According to the International Convention on Joint River Water, without the consent of the downstream river nation no single country alone can control the multi-nation rivers. But India does not care for these international laws despite being a signatory of this convention.
If India constructs the dam without the consent of Bangladesh, it will also violate the article 9 of Bangladesh-India Ganges Water Sharing Treaty, 1996. Asked about a possible solution, Ainun Nishat said the solution has to be political. He added in the Ganges Water Sharing Treaty both the countries agreed to manage all the joint rivers on bilateral basis. "So under the Gages Water Sharing Treaty, both the country can resolve by sharing information and a joint team can study the adverse impacts on both the countries," Nishat added.
India handed over a number of primary project proposals to Bangladesh in 1979 and 1983. Later they conducted detailed studies about the project and completed the final design and environment impact assessment but did not share those with Bangladesh. According to the primary project proposals, the height of the Tipaimukh damn was fixed at 161.8 metres and length 390 metres to contain at lest 15.9 million cubic metres of water.
INDIAN CITIZENS ALSO PROTESTING THE DAM
Information surfaced in different websites says several Indian organisations and civil society bodies are protesting the dam considering its negative impacts. The websites also say the Expert Appraisal Committee (EAC) of India has found the design of the dam contains many errors, omissions, gaps, lacks in scientific rigour and falls far short of compliance of normative standards set by the scientific and academic community in India and the world.
The Action Committee Against Tipaimukh Dam (ACTIP), a platform protesting the dam, along with some other local committees from Manipur and Mizoram submitted a memorandum on March 14, 2007 to the president and prime minister of India in protest against the project. They mentioned in their memorandum that once the project is implemented, an area of 286.20 square kilometres land will go under water forever.
Eight villages situated in the Barak valley will be completely inundated leaving over 40,000 people landless and more than 90 villages, mostly in Tamenglong district, adversely affected. Besides, about 27,242 hectares of cultivable land will be lost. The Barak waterfalls and Zeilad Lake, which are connected with the history of the Zeliangrong people, an indigenous community in India, will go forever underwater. All folklores and legends will have no monuments' proof and it will become a makeup story for the next generation.
In the memorandum they said the mega-dam proposed in Tipaimukh will smother this river, change its age-old knowable and reliable nature, and drown them all in sorrow forever. The project is not for the common people, they said, appealing to the government to let the Ahu run free (P. Roy, Daily Star, June 11, 2009).
Tipaimukh Dam - Part 1 Tipaimukh Dam (Part 2 of 2)
1. 2. India plans to go ahead with river-linking plan, September, 2004
The Congress-led Indian government has decided to implement a controversial river-linking project for unilateral withdrawal of water from trans-boundary rivers despite widespread concern over and protest against the mega-project within India and in Bangladesh. The government will take up the issue for a comprehensive review any time this month, the Indian Supreme Court was reportedly told Monday. Indian solicitor general told the court that the government had decided to continue with the project, the New Delhi-based Times News Network reported Tuesday. The solicitor general told the court that the issue would be placed before the cabinet in September for a 'comprehensive review'. The Indian government sought six weeks time to get back to the court. The case is posted for further hearing eight weeks from now, the Times News Network added.
Dhaka, meanwhile, remains in the dark as the no detail communications have been made by New Delhi since the government of Prime Minister Manmohan Singh assumed office in May this year. The government is, however, aware of the Indian move, Water Resources Secretary Dr M Omar Faruque Khan told New Age Tuesday. "All of us in the lower riparian country should stand together against such a project irrespective of political views as the project may bring about ecological disaster."
Dhaka has already expressed grave concern over the project and called upon New Delhi not to implement it as it is meant for withdrawal of water from the rivers Brahmaputra, the Ganges and Barak, main sources of surface water in Bangladesh, ignoring the interests of other riparian countries. The move in the Indian court came within days of Congress MP Jairam Ramesh's statement that inter-linking of rivers could lead to severe ecological and rehabilitation problems.
"The first requirement for managing floods on a long-term basis in East and North East is a viable, durable water-sharing agreement in the Ganga, Brahmputra and Barak basin involving the states of eastern India, Nepal, Bhutan and Bangladesh," he said while participating in a recent discussion in Rajya Sabha, the upper house of the Indian Parliament.
"As the river-linking project makes headway, more inter-state and inter-country dissensions are likely to surface," Dr Sudhirendar Sharma, who heads the Delhi-based Ecological Foundation and specialises in water issues, told New Age during his recent visit to Dhaka.
The Indian initiative would be another 'death trap for Bangladesh, even more deadly than Farakka.
According to the initial plan, 37 rivers will be inter-linked to transfer water to regions facing scarcity through 30 links across 9,600 kilometres, connecting 32 dams. Water from the Brahmaputra will flow into the Ganges, which will be connected to the Mahanadi and the Godavari. The Godavari will be linked to the Krishna, then the Pennar and the Cauvery. The Narmada will flow into the Tapi and the Yamuna into the Sabarmati. This huge inter-basin transfer is to be completed by 2016 with an estimated cost of $112 billion (New Age, September 1, 2004).
The concept of “surplus” or “unused” water
The most important question that needs to be addressed is whether or not there is any “surplus” or “unused” water in Brahmaputra River. The concept of “surplus” or “unused” water is an ironic one. The water that flows in Ganges-Brahmaputra-Meghna (G-B-M) basin is the reason why there exists the deltaic country called Bangladesh to start with. The sediments laid down by these rivers built the delta over millions of years that we call Bangladesh today.
Needless to say that there is a very complex ecosystem, including the Sunderbans, that is supported by the freshwater flow in these rivers. Any diversion of water also means proportional diversion of sediments. Any lack of sediment flux to the delta and coastal plains will cause accelerated drowning the coastal region in the face of rising sea-level.
In essence, it is already happening due to the impact of Farakka Barrage and will certainly accelerate if other barrages (e.g. the proposed Ganges Barrage, and Mowa Barrage).
The people of Bangladesh, India, and Nepal living in the Ganges-Brahmaputra-Meghna basin share common history, heritage, and friendship that go back to the time immemorial. India as the largest country in the basin has the responsibility to protect the interests of her own people, as well as the interests of all her neighbors. The Govt. of India should take initiatives to develop an integrated water resources development plan based on the principles of equity and respect of her neighbors, which in turn will strengthen the regional stability, security, peace, and prosperity (M. Khalaequzzaman, Dept. of Geology & Physics, Lock Haven University, 2003)
2. China's Move to divert Tibetian Rivers
BEIJING, October 22, 2000 (The Telegraph) -- CHINESE leaders are drawing up plans to use nuclear explosions, in breach of the international test-ban treaty, to blast a tunnel through the Himalayas for the world's biggest hydroelectric plant. The proposed power station is forecast to produce more than twice as much electricity as the controversial Three Gorges Dam being built on the Yangtze river. The project, which also involves diverting Tibetan water to arid regions, is due to begin as soon as construction of the Three Gorges Dam is completed in 2009.
China will have to overcome fierce opposition from neighbouring countries who fear that the scheme could endanger the lives and livelihoods of millions of their people. Critics say that those living downstream would be at the mercy of Chinese dam officials who would be able to flood them or withhold their water supply.
China's state-run media reported that the project would form part of a national strategy to divert water from rivers in the south and west to drought-stricken northern areas. The reports said that a 38 million kilowatt power station at Muotuo on the Yarlung Zangbo river in Tibet would harness the force of a 9,840ft drop in terrain over only a few miles.
The capacity of the station would make it the world's largest power generation facility, much bigger than the 18 million kilowatt plant at the Three Gorges. The cost of drilling the tunnel through Mount Namcha Barwa has not yet been announced, but appears likely to surpass £10 billion.
At the bottom of the tunnel, the water will flow into a new reservoir and then be diverted along more than 500 miles of the Tibetan plateau to the vast, arid areas of Xinjiang region and Gansu province. Beijing wants to use large quantities of the plentiful waters of the south-west to top up the Yellow River basin and assuage mounting discontent over water shortages in 600 cities in northern China.
Yang Yong, a geologist who has explored the river, said the dam could become an embarrassing white elephant amid growing signs that the volume of water flowing in the Yarlung Zangpo could shrink. He said: "Environmental conditions in the upper reaches of the river continue to deteriorate, with glaciers receding and tributaries and lakes going dry." (The Canada Tibet Committee. Issue ID: 00/10/23; October 23, 2000.]
Tibetan activists have warned that the plans are likely to devastate the lower reaches of the Yarlung Zangbo, which flows south where it becomes the Brahmaputra. This river irrigates the northern plains of Assam state in India before flowing through Bangladesh and emptying into the Bay of Bengal (The Canada Tibet Committee. Issue ID: 00/10/23; October 23, 2000.] ).
3. River linking - A Millennium Folly?
Mother of All Projects
Considered to be the "mother of all projects", interlinking of rivers is projected as the one and the only solution to all water problems - droughts and floods. Never before has any proposal won the unstinted support of the apex court, the first citizen and the chief executive of the country, all at the same time. The book is a collection of articles by experts who dissect and analyze the proposed project from various angles
Amongst other issues, the book brings into the focus the question of the rights of the riparian countries. Authors assert that riparian rights are not being taken cognizance of and that a unilateral decision by India without a fully consulted prior consent of the concerned countries can injure the already fragile political atmosphere in South Asia (Edited by Medha Patkar,2004)
The idea of interlinking of the rivers of India is described by - from the President down to local leaders in the less water endowed areas - as the perfect win-win solution for addressing the twin problems of water scarcity in the western and southern parts of the country and the problem of floods in the eastern and northeastern parts. The claims and statements of politicians, do not, however, substitute comprehensive scientific assessment, so that one can know whether by the proposed interlinking, the right quality and quantity of water would be stored and delivered at the right time in the right places…and all this would be achieved in the most cost-effective manner. For this, what is needed is sound professional assessment of the technical proposals based on the latest interdisciplinary systems knowledge.
Unfortunately, as far as the proposal for interlinking is concerned, there is little information available to the open world of science, beyond some lines drawn on the map of the country. Unless the scientific basis and technical details of the proposal are made available for open professional assessment, the justifications that are being propped up for the project will remain mere exercises in the act of guessing on the part of the people, and professing on the part of the water resource officials. Such silence about the technical details of the proposals also has other implications. For example, in contrast with the official prescription for interlinking of rivers, there are strong opinions that India’s water crisis is caused by the mismanagement of water resources and the solutions do not lie in supply side augmentation. Iyer (2000), a former Secretary of Water Resources of the country corroborates this fact, with the view that:
Large scale supply side augmentation has been prescribed by the engineers as the only way for the satisfaction of water requirements of the developing countries. As a result, political leaders at all levels have sold the idea of solving the water problem by harnessing the huge monsoon run-off.
The reductionist view of engineering is unable to recognise the ecological significance of the unhindered flows in the river as critical to drainage, transportation of sediments, recharge of groundwater, maintenance of the delta and highly productive estuarine ecosystems and related biodiversity. Hence, it finds little difficulty in locating ‘surplus’ river basins!
(Jayanta Bandyopadhyay and Shama Perveen of IIM Kolkata, India, 2004).
4. Disastorous for the Whole Region
The withdrawl of waterfrom the major rivers will be disastorous for the whole region (Fig):
- Loss of plankton flora and fauna i.e. dramatic decrease of fish in delta front (beyond Sri Lanka).
- No new land will be reclaimed from the Bay of Bengal. The Bengal delta which has been built since millions of years will begin to erode.
- Coastal erosion, saline water intrusion i. e. the upstream water diversion in Bangladesh include saline ingress through the lower Meghna, which could be as far as the haor basin of Sylhet (northeast Bangladesh).
- Almost all cities, industries and agriculture of Ganges-Brahmaputra basin dispose of untreated effluents to rivers. Without fresh water influx a poisonous coctail of biological and inorganic poison will displace ten per cent of global population.
- Flood and tidal storm will displace millions of population.
- The reduction of flows in Atrai, Karatoya and Teesta could spell disaster for the rainfall-deficit Northwestern hydrologic region. Wetland and groundwater recharge capacity would also decrease in the Brahmaputra Dependent Area.
- The decrease in the flow of Brahmaputra (Jamuna) within Bangladesh would adversely affect the flows of the distributaries in the North-Central hydrologic region. The amount of Jamuna water reaching the Ganges at Goalundo would also diminish, thus adversely affecting the distributaries of the South-Central hydrologic region
- Extiction of Sunderbans (Flora and Fauna), the world's largest mangrove forest of the world.
- Unknown ecological disaster as we have very small scientific knowledge on tropical rivers and consequnces due to plate movement (seismic activities) and water withdrawl.
Indian 'Green Lady' and former environment minister Maneka Gandhi was worried that in early 21st century the Indian provinces may be involved in battles due to irrational water sharing.
National Water Development Agency (NWDA) of India to carry out 560,000,000,000,00 Indian rupee (50 Rupees= 1 US Dollar) a project to link 37 rivers through similar number of canals and 32 dams. Indian Prime Minister's personal initiative helped prioritise this project, while the President directed a 'Task Force' in August 2002 to complete the project within 10 years.
India is apparently stressing on the Hormon Doctrine, which originated in the United States in 1895, but has never gained universal acceptance. It is conveniently forgetting various provisions of the Montevideo Declaration of American States (1933), the views of the 1977 UN Water Conference held in Mar del Plata, the decision of the Lake Lanoux Arbitral Tribunal in the dispute between Spain and France and those of legal experts from the International Law Commission.
The Indian plan envisages transfer of water of the Ganges and its tributaries to Maharashtra, Rajasthan and Gujrat. Similarly, it also plans to divert the waters of the Brahmaputra and its tributaries to the Ganges and from there to the Godavori, Krishna, Pennar and Cauvery basins through Subrnarekha in West Bengal and Mahanadi of Orissa.
Again the Brahmaputra and the Teesta would be connected to take waters from the former to the latter and from the latter to the Farakka Barrage. For this purpose they need some 30 connecting canals which (if joined) together would be around 10,000 km in length. Besides nine big and 24 small dams--four of them in collaboration with Bhutan and Nepal--would also be built as required in the master plan.
India also plans to produce 34 million KW (kilowatt) waterpower under the same project. The policymakers, moreover, in India believe this river-link project is worth the huge expenditure as they take the multi-faceted benefits from this project into consideration.
Another thing that added motion to the Indian government's initiatives in materialising the project is a verdict of the Indian Supreme Court. The court verdict, which came after a public interest case was filed with it, ordered the government to realise the project by December 31, 2016. Indian President APJ Abdul Kalam has spoken in favour of this project recently while the BJP govt. has been calling it “Indian's dream project” and promising to materialise it for quite some time now
Notable water expert, Tauhidul Anwar Khan, Member of the Joint River Commission has also very correctly pointed out that India's unilateral move to inter-link the trans-boundary rivers contravenes existing Articles of the 1996 Treaty between Bangladesh and India with regard to the sharing of the Ganges Waters at Farakka. According to him, such a scheme would be contrary to the body and spirit of Articles 2(2) and 9 of this Treaty and would affect providing of due share of common river's water to a co-riparian.
5. Consequences for Bangladesh
Such steps would have disastrous impact on the economy of Bangladesh, its ecology, the livelihood of its people, its eco-system. It will also in the long run lead to internal displacement of millions of its citizens. Specialists have also pointed out that implementation of such a project would most certainly lead to more severe flooding in the monsoon and worse droughts in the lean season. Such vagaries would also contribute to increased salinity across the country and sharp fall in sweet water levels. These factors would juxtapose to eventually destroy the largest mangrove forest in the world, the Sunderbans.
According to a Washington Times report on September 20, the Indian plan would cause severe flooding during the monsoon rains and worse drought during the dry season in Bangladesh.
Centre for Development and Environment Policy at the Indian Institute of Management in Kolkata as saying that once the Indian plan is implemented, the world could lose the richest fisheries in south Asia. Bandhopadhyaya points out that salinity would also make inroads into the region, affecting thousands of hectares of arable land [and] affecting the lives of millions of people living on agriculture in Bangladesh. Mangrove forests too, he says, will be disastrously affected as they depend on the steady rise and fall of tides for their roots to breathe. Arresting the natural flow of rivers could be a death knell for the world's largest remaining coastal forest a World Heritage site shared by the delta regions of Bangladesh and India.
The wisdom of linking up rivers is not beyond question because more than 70 percent of Indian river water is polluted by linking them and then allowing them to enter into Bangladesh will poison all our water bodies, human beings and wildlife.
The International Law Association (ILA)'s Helsinki rules-1967 and the International Law Commission (ILC)'s second report on the Law of Non-navigational Uses of International Water Courses-1986, both prohibit co-riparian states from altering the flow of an international water course, so as to cause either substantial or appreciable harm to another. Both adopt the equitable balance approach with regards to sharing the waters of an international drainage basin. Similarly, the Salzburg Resolution of the Institute of International Laws in 1961 stated that the right of a sovereign state to use the waters of a shared river is limited by the right of utilisation of other states interested in the same water course. In it's general commentary the ILA states that "Any use of water by a basin state, whether upper or lower, that denies an equitable sharing of uses by a co-basin state/states, conflicts with the community of interests of all basin states, in obtaining the maximum benefit from the common resource. Certainly, a diversion of water that denies a co-basin state an equitable share is in violation of International Law".
While Farakka barrage alone has adversely affected our 40,000,000 (four crore) people of Bangladesh, crippled our agriculture, fisheries, navigation, hydro-morphology, industry, forestry, poultry and other relevant sectors; the Mohanada and the Teesta barrages that were not left uncommissioned by India. By and large Farakka, Mohananda and Teesta barrages together have resulted severe ecological and climatic degradation in Bangladesh resulting in the desertification of the north and north-western parts of the country, destroying the Sunderban forest, the largest mangrove forest of the world, including its flora and fauna, posing serious threat to Mongla Port, and intensifying flood, flash flood, cyclone and draught.
Facing endemic arsenic contamination
According to WHO study, the prevalence of arsenic in drinking water (60mg/1) is much above the permissible limit (0.05mg/1) and this supports the fact that some 80 million people are affected with some degree of arsenic contamination in Bangladesh.
This monster silent killer is also spreading fast affecting more and more people with the passage of time making it an endemic health problem in the country.
Most of the people depend on tube wells across the country for safe drinking water and this makes them vulnerable to the threat. Most of these tube wells are installed at about 120 feet deep below the surface where the arseno-pirates charged underground water level exists. As a result, people are naturally being affected silently by arsenic drinking water from these tube wells. Safe water from tube wells thus has turned to be a nightmare. People are being affected by painful skin diseases, cancer and gangrene due to long term intake of arsenic contaminated tube well water across the country.Studies suggest that unilateral withdrawal of water from the trans-boundary rivers is causing rivers and canals to die fast. In fact, the North and Southwest part of the country have now turned into a veritable desert. Due to the severe scarcity of water in the dry season the ground water level dropped sharply and that cannot be recharged sufficiently resulting in further drop of underground water level. Pumping out ground water for irrigation and other uses makes the situation worse further.
Experts suggest that tube wells should be reset at 350 feet deep underground to avoid arsenic contaminated underground water level. For a sustainable solution to this problem, the government should put pressure on the neighboring country not to divert water from common rivers unilaterally. It should take initiatives to ensure proper treatment of arsenic related diseases and complications under one umbrella.
A holistic effort needs to be initiated throughout the country to stop downward turn of underground water level. Mass awareness through anti-arsenic campaign should also be taken where the media - both print and wire - should play a dominant role (Daily Sun, Editorial,31-03-2014).
5.1 HIlsa Fish (Clupeidae Tenualosa Ilisha)
Imagine a scenario hundred years from now. The curator of Dhaka Museum is showing a skeletal remains of Hilsa fish, a recently extinct species, to the visiting school children. The once glorious novelty and mouth-watering delicacy Hilsa fish -- a delectable entrée of any common Bengali's dinner -- is completely lost in oblivion.
The extinction of Hilsa and a great many other fishes and aquatic lives would be a fait accompli, if a wrong decision is executed by the Indian leaders. According to the recent media reports, a grandiose River Linking Plan is being seriously considered by the ruling BJP leadership of India.
The plan's formal announcement is not yet made. Neither is the detail released to the public domain. The would-be affected neighbouring governments of Bangladesh, Nepal and Bhutan are ignored and not even consulted. Sifting through the sketchy information from Indian NGOs and western news media, we can sense some aspects of the River Linking Plan and its horrific consequence on India itself and other co-riparian neighbours, especially Bangladesh.
Because of its gargantuan negative consequence on Bangladesh, we should voice our serious concern over this notorious plan and do everything necessary to stop this project. In this article I will address the following questions: what is the project all about and what would be its impact on aquatic life, especially the Hilsa fish of Bangladesh?
Hilsa Clupeidae Tenualosa Ilisha - Bengalis most Favourite Fish
Our mouthwatering Hilsa fish (scientific name: Clupeidae Tenualosa Ilisha) is a rare anadromous species in tropical water, and it migrates from the Bay of Bengal upstream about 30-60 miles in Bangladesh for spawning during monsoon and a short period in winter. Hilsa shad live most of their lives in the Bay of Bengal.
They count for almost one-third of fish production of Bangladesh. Approximately three million people's livelihood as fishermen depends on Hilsa. Hilsa eggs are hatched in fresh water at about 73 degrees Fahrenheit. This fish initially feeds on zooplankton, and then on phytoplankton. Large scale impounding of water in upstream lakes and later discharging will lower the temperature in spawning rivers in Bangladesh, thereby hatching will be impeded significantly. The forthcoming controlled structures in the upstream India will increase the silt content, thereby obstructing the spawning migration in Bangladesh.
The change in river load will drastically change the ecosystem of Bangladesh, wrecking havoc. The runoff from the Indian agricultural land will be contaminated with herbicides, insecticides, and fertilizer. The wastewater disposal from Indian industries will unleash chemical contaminants in downstream rivers, and Bangladesh will be in the receiving end. The diversion of one-third water from the eastern river system will dry-up and silt-up many rivers in dry season, and then over discharge from Indian dams during monsoon will flood the silted rivers. The over-all scenario of Bangladesh will be a cancer alley where death and destruction will loom with impunity, and our favourite Hilsa will be a shadow of the past.
(Source: Mostofa Sarwar, Ph.D,. University of New Orleans, USA. , Sept 19, 2003) .
Indiscriminate catching of jhaktas (tiny fishes) in Bay going onThe indiscriminate catching of jatka in the Bay of Bengal has been going on due to lack of awareness among the fishermen. The coast guards launched campaign in the coastal areas not to catch jatkas. The dishonest fish warehouse owners are instigating the fishermen to catch more jatkas for earning more profit. Jhatkas are seen everyday in the coastal area markets, fish warehouses and pickup vans which carry Jatkas to different places of the country.
The mass awareness about the destruction of national wealth through media will check the killing of Jatkas. In the deep sea fishing trawlers are using current nets to catch jantkas. If jatka killing continues in this manner one day the children will forget the reality of their poem "Elish Bhaja Khete Maja Garam Garam Holey".
No hilsa fishing for 2 months 20km stretch in Padma to be declared sanctuary
A 20km stretch of the Padma is to made sanctuary for hilsa as the government has decided not to allow catching of the kingly fish in March-April every year. The decision came at a meeting held at the fisheries and livestock ministry yesterday chaired by its Secretary Mohammad Shah Alam. This will be the fifth hilsa sanctuary. The area has been selected on the basis of research, said an official of the ministry. The areas of the fifth sanctuary include Bhomkara, Kachhikata, Tarabuniya and Beparipara of Shariyatpur.
The production of hilsa has increased by around one lakh tonne after four sanctuaries were declared and putting a ban on catching jatka (hilsa fry), the official added. In 2001-2002 the hilsa production was 1.99 lakh tonne, which went up to 3 lakh tonne in 2008-2009, said Dr GC Halder, director research of Bangladesh Fish Research Institute.
The production has shot up because of the ban on catching hilsa from their breeding grounds that include Hatia, Sandwip and Dhalchar for 10 days from October 15 to 24 last year. This year 95 percent hilsa fish laid eggs, which was only 5 percent last year, he continued. He said the number of jatka has increased in plenty this year. There is also a ban on catching, transporting and selling of jatka (up to 23cm) from November 1 to March 30 as per the Fish Conservation Act-1950, he said.
The first sanctuary is a 100km long stretch in the Meghna River and its branches from Shatnol of Chandpur to Char Alexander of Lakshmipur. The second one is a 90km long Shahbajpur channel of Meghna confluence including Madanpur of Manpura, Char Ilisha, Char Pial of Bhola district. T
he third sanctuary covers 100km long Tentulia river from Bheduria of Bhola to Char Rustom of Patuakhali while the fourth is 40km long Andharmanik river route under Kalapara upazila in Patuakhali. Fishing in the first three sanctuaries is prohibited from March to April while in the fourth one the ban comes into effect from November to January, said an official of the ministry.
He said they have a target to increase the production from 3 lakh tonne to 6 lakh tonne in future and 4 lakh to 4.5 lakh tonne within a few years. The announcement of the new sanctuary is part of their campaign to achieve the target. Meetings will also be held at local level to grow awareness among fishermen so that they themselves do not fish during those times, he said (Daily Star June 10, 2009).
But we do not know whether this campaign will work.
Hilsha still too dear
The government decision to ban hilsha fish export for the next six months is yet to make any impact on its wholesale and retail prices during the last 48 hours in Dhaka markets. A moderately big-size hilsha was selling at Tk 300 per kg at Karwan Bazar yesterday. The ban on hilsha export has failed to contain the price in Khulna and Bagerhat markets also, reports our staff correspondent from Khulna.
Md Yusuf Sikder, secretary of the Barisal Fish Exporters Association, attributed the recent increase in price of standard-sized hilsha to the rise of catching cost as prices of fuel and spare parts of the fishing trawlers and daily expenses of the fishermen increased and the catch of standard-sized hilsha decreased.
In Bagerhat, a section of sellers are allegedly cheating the customers in weight by inserting small iron pieces into hilsha fish, he added. However, hilsha price fell by 15-20 per cent in Barisal.
The stopping of the legal way of export may lead to increased smuggling of hilsha from the points of catching in the Bay, they said, adding that the matter will also affect national economy, trade balance as well as foreign relationship.
Following the government decision taken on Wednesday, customs officials in Benapole land port on Thursday sent back the trucks loaded with hilsha from Barisal that were scheduled for export to India. Supply from different hilsha mokams (procurement centres) to Barisal exporters decreased while the exporters are now preserving their stocked fish in cold storages of Khulna and Jessore, reports our Barisal correspondent. The amount of hilsha export from Bangladesh was 3,414 tonne in fiscal year 2006-07 and 4,495 tonne in 2005-06 (Daily Star, 07. 07. 07).
The abrupt decision of the government to ban exports is the very reason behind the dearth and thus the increasing price
According to economists and fishmongers, the abrupt decision of the government to ban exports is the very reason behind the dearth and thus the increasing price. ‘The government should have contemplated the consequences and the alternatives before taking this decision. A rash decision like this is going to complicate things than solve them,’ says Anu Mohammad, Professor, Department of Economics, Jahangirnagar University, to Xtra when asked about the crisis. ‘By things,’ he continues, ‘I am talking about the overall price mechanism. Most fish traders are very likely going to hoard fishes for the next six months, until the ban is lifted.’ According to recent reports and fishmongers, the trend has already began as supply from Khulna and Barisal has decreased drastically.
He goes on to explain that the ban will also encourage smugglers to smuggle Hilsas to neighboring countries at a higher price. ‘The move has, therefore, also increased their chances of higher profit,’ he says. Motin points out that although the government has imposed the ban, they will never be able to stop the smugglers. ‘This group has their own resources and with most border patrol authorities on their payroll, Hilsa will be smuggled out of the country,’ he says.
He further points out that the second reason behind the unnatural price of Hilsa is the dominance of the middlemen. ‘There is a huge difference between the prices at which the fishermen sells the Hilsa and at the prices at which we receive them. This is due to the unnatural and somewhat, unethical profit that the middlemen are making,’ he says. M M Akash, Professor, Department of Economics, explains that besides the dominance of middlemen and smuggling, government also needs to look at the transportation and storage costs involved with the Hilsa trade.
‘The fish is a perishable good and therefore, it needs to be stored in freezers, whose maintenance is very expensive. Plus, the rise in fuel prices, trawler parts and other variable costs are indirectly increasing the selling price,’ he says. He further points out that the export ban, besides harming the economy, will also affect trade relations with neighbouring countries. ‘Already, India has threatened to stop export of rice to Bangladesh due to this move. The government should have seen this coming before making the decision,’ he says. He points out that India’s retaliation is quite obvious as even before the ban on export, on each weekday over 40 tonnes of Hilsa were exported to the country through the Benapole land port. Around 20 importing firms of West Bengal purchased an amount of Hilsa that dragged around Tk 250 crore into Bangladesh last year.
‘We cannot sustain such a retaliation and this move will only encourage smuggling as it wont really help our economy in any way,’ he says. He urges the government to cut down the dominance of middlemen and the costs related to Hilsa fish trade. Anu, on the other hand, wants the government to delve into the broader aspect of the country’s ‘food security’. ‘If past governments were a bit more careful, we would not have had to be hostages in the hands of these countries in such a way. It’s about time, that we try to replenish our lost edge in food items like rice, Hilsa and others,’ he says (New Age, July 15, 2007).
The Hilsa Shad
Hilsa shad, one of the most important tropical fish of the family clupeidae under the genus Tenualosa and species ilisha is anadromous in nature, not a common phenomenon in tropical water compared to temperate and arctic regions, lives in the sea for most of its life, but migrates at least 1,200 km up in some river system in Indian sub-continent for spawning behavior. Distances of 50-100 km are more typical in Bangladesh.
Hilsa shad contributing 30 % of total fish production of Bangladesh, and about 40 % fishermen or 2 % of total population of the country earn their livelihood depending on Hilsa fishery directly or indirectly. Therefore economic contribution from this single species of fish is very high, in an agricultural based country like Bangladesh.
Three separate species of Hilsa Shad are found in Bay of Bengal, they are Hilsa kelee, Hilsa toli and Hilsa ilisha now Tenualosa ilisha. Tenualosa ilisha is considered as anadromous species while the other two species are restricted to marine environment. And in this report we are dealing only with anadromous stock.
During the commencement of the south-west monsoon and consequent flooding of all the rivers, Hilsa shad starts its spawning migration upstream. A mature Hilsa shad with a length ranging from 30-55 cm lays 0.1-2.0 million eggs, the eggs are deposited in fresh water, and hatching takes place in about 23 to 26 hours at an average temperature of 23oC. The newly hatched larvae is recorded as 2.3 mm in size and the larvae and juveniles make their way downstream to the sea during a period of several months, feeding and growing on the way. At this stage of their life cycle they are locally known as "Jatka". Jatka the juveniles of Hilsa shad from 4-15 cm are widely available during the period from February to May in the foreshore and riverine water of Padma, Meghna and other deltaic rivers of Bangladesh.
Usually Jatka grazes for five to six months age in fresh water before they migrate to seawater. They are caught in large amount using current nets of small mesh size during their grazing period in rivers as well as in sea shore by artisanal fishermen to sell them in local markets, calling them "Chapilla" instead of "Jatka", which is a different species of fish, and thus exploiting this resource in a way. According to a report published through Bangladesh Fisheries Research Institutte,over 3700 metric tons of Jatka are caught annually during their nursery season from inland rivers.
Jatka is usually a plankton feeder preferring zooplankton, and the rate of food intake is comparatively very high at this stage, but with the age and seasonal variability it changes its food habitat, and becoming bigger changes to phytoplankton feeder. And during maturation Hilsa shad decreases its food intake and cease feeding for the duration of spawning migration. After growing for 1-2 years in sea, Hilsa shad matures and reaches an size of 32-55 cm prior to their spawning migration towards inland rivers, and the cycle continues.
During their upstream migration these brood fish are caught by fishermen in huge amount in estuarine rivers using gill and seine net, moreover construction of dams, weir, anicuts in the rivers to impound water for irrigation, (specially in India) had topped the fish in their migration. Not only did this interfere with migration but it also rendered stock prone to excessively heavy exploitation at location where migration was impeded, the barriers are so many and the fishing methods so efficient that the potential breeders are ruthlessly exterminated, during the past 20 to 25 years in India. As a result the stock is available in huge amount in Bangladesh. But unfortunately once more this particular stock is being exploited, with over fishing and natural barrier in their migratory route due to heavy siltation in inland rivers. Therefore conservation and management of this population in Bangladesh has become important for utilising this resource in future
Migration of Hilsa shad is not limited to monsoon only, but it also migrates for a short period during winter. In other words it can be said that Hilsa shad is available in the river through out the year. But the peak catch periods are during upstream migration in monsoon and winter. During the peak catch period, due to shortage of sufficient storage facilities and ice availabilities, in addition to high temperature and poor transport facilities to northern part of the country, huge quantity of caught Hilsa shad is destroyed each year. Therefore steps should be taken to promote the export of fish, which could not be locally consumed during the peak catch periods.
6.“Ram Mandir” and the 'River-link project'
Amid this kind of ongoing disaster, the Indian authority has again undertaken a huge project to linking all the rivers within her country surrounding Bangladesh. This project prominently concerns Bangladesh, and to some extent Nepal and Bhutan. The project has been designed to transfer waters from all the 57 water channels falling from India into Bangladesh. While many of the Indian experts remain skeptical about the outcome of this project, the authorities decided to go ahead with the programme.
“Ram Mandir” and the 'River-link project'
In fact, political analysts in India are of the view that “Ram Mandir” and the 'River-link project' issues are going to be used as trump cards in the upcoming national election by the rightist fundamentalist Bharatiya Janata Party. Now, if India goes ahead with this project -- it now appears to be a strong possibility -- the fallout will be devastating for Bangladesh. The proposed river-link project is worked out depending on the two major rivers of the region -- the Ganges and the Brahmaputra.
As for India these two rivers are also of equal significance to us, whose flow provide and determine to a large extent the flow of other small rivers and tributaries. Now, when the river-link project comes into Operation, India will start withdrawing water from both the Ganges and the Brahmaputra and instantly water flow of the rivers in our north-west, north-middle, south-west and south-middle areas will fall sharply. Consequently different types of water bodies like beels, canals, wet lands of those area will go dry. The deadliest effect however will be the increase of salinity to a dangerous level.
. But if the waters coming from the Brahmaputra decrease because of withdrawal of water in the upstream, waterflow will also fall in the lower Meghna and consequently saline water will get inside and spread up to the mid-point of the country. That is exactly what happened to our south-western part of the country because of Farakka. In that case it was the Gorai river which suffered from low flow of water.
Rosy for India, unfortunate Bangladesh
RIVER-LINKING MEGA PROJECT OF INDIA Study on ecological impacts before implementation:
An Indian expert has said that his country would not proceed with the implementation of the planned river-linking mega project if there is any possibility of ecological disaster in the region. Professor Shishir K. Dube, who is actively involved in the much maligned project, said that a study on ecological and other impacts would be conducted prior to kicking off the project. "If the study reveals that the project may harm the ecosystem of the region, we won't go for its implementation," he said while talking to New Age at the Hotel Sheraton on Tuesday.
Professor Dube has been assigned by the India government to assess the ecological impacts of the project on its neighbouring nations. He came to Dhaka to attend a seminar on "Tropical Cyclones and Storm Surges in the South Asian Region and Agricultural Application of Meteorology" and talked to New Age before leaving for India on Tuesday afternoon.
When Bangladesh's apprehension of the likelihood of an ecological disaster if the project is implemented was brought up, he replied, "The project is still in a preliminary stage. We must consider how all concerned parties may be affected by the project before finalising it." In this regard, he said two meetings involving high officials have so far been held, where they had discussed the prospects and potential impacts of the project.
Professor Dube, who is involved in several decision-making bodies formed by the Indian government, said that the feasibility study would resume soon, and once study ended, they would look into the project's engineering aspects. Replying to a question, he said that the ultimate objective of the project is to transfer water from one place to another in the country. "There are some places that have excessive water while there are places suffering from drought. So our plan is to transfer the excess water to the drought areas in our country."
Asked about the protest from several Indian states and some other countries, including Bangladesh, he said, "We will not only study the impacts on the neighbouring countries sharing rivers with India, but will also examine the impacts on different Indian states." He also said that the India government is very much aware of Bangladesh's concern over probable environmental disaster. "But the question arises only after we go for its implementation," said Dube, who is also the director of the Indian Institute of Technology in Kharagpur. (New Age, December 24, 2003).
The ruling BJP passed a resolution in its National Council at Nagpur on August 27-28, 2000, in which the BJP wants to link thirty major rivers including the eastern river Brahmaputra all the way to the southern river Kaberi of Deccan peninsula. The linking distance between Brahmaputra and Kaberi is more than 2,640 kilometer. This is equivalent to bringing water of river Mekong of Vietnam to Nepal irrigating land through Cambodia, Thailand, Myanmar, Bangladesh, India, Bhutan, and Nepal.
This can also be compared to artificially channeling water of river Tigris of Iraq to Madhya Pradesh of India distributing water through Iraq, Iran, Afghanistan, Pakistan, and Indian province of Rajasthan. With a price tag exceeding 112 billion US dollars, this plan also includes digging hundreds of reservoirs and more than six hundred canals; diverting one third water from Brahmaputra, Ganges, and other eastern rivers; irrigating 135,000 square miles (more than double the area of Bangladesh) of almost un-arable land of India; generating 34,000 megawatts of hydroelectricity.
All these appear rosy to Indians, but at whose definite peril and destruction? The sacrificial lamb would be unfortunate Bangladesh. In fact, this is a lose-lose situation. India too will be a loser in the long run because of the nature's wrath that would be unleashed by the destruction of the entire ecosystem of India.
The devastating change to the eco-system of Bangladesh, especially to her fisheries as a result of the India's River Linking Plan, could be learnt from two relatively smaller projects in USA involving the Colorado River and the Columbia River.
7. Riparian Rights
"Control over water has again and again provided an effective means of consolidating power within the human grouups-led, that is, to the assertion by some people of power over others (Worster, 1985).
International relations and inter-State relations within India need to be carefully considered.Bangladesh has raised objections to the proposal to divert water from Brahmaputra and Ganga or their tributaries in terms of international law.
The effect of India's going ahead with the project in spite of such objections can only lead to increased friction and tension. Bangladesh cannot be faulted if it applies the logic of the Supreme Court of India that has categorically ruled that Karanataka (upper riparian state) has to release water to Tamil Nadu (lower riparian state) and cannot keep the water for it self.
From S. Vombatkere, River Linking A Millennium Folly, 2004:
Consequences of Farraka BarrageThe Farakka Barrage built in 1974 across the Ganges about 17 kilometers from Bangladesh border already limits water flow by half at certain times of the year. The result is the non-availability of irrigation water to adjoining Bangladeshi districts of Kushtia, Jessore, Pabna and Faridpur. The construction of the Barrage has damaged the ecosystem of the Sundarbans, the largest mangrove forest of the world.
A Panos study says that Bangladesh has been maintaining that the reduced natural flow of water in the Ganga has affected agriculture, fisheries and navigation. The lower riparian claims that the Gorai, a distributary of the Ganga, has all but dried up causing increased salinity and endangering the freshwater mangrove forests, the Sundarbans, in the delta. The dispute was even taken up to the United Nations by Bangladesh. After a numThe Farakka Barrage built in 1974 across the Ganges about 17 kilometers from Bangladesh border already limits water flow by half at certain times of the year. The result is the non-availability of irrigation water to adjoining Bangladeshi districts of Kushtia, Jessore, Pabna and Faridpur. The construction of the Barrage has damaged the ecosystem of the Sundarbans, the largest mangrove forest of the world.ber of ad hoc sharing arrangements a Treaty was signed in 1997, an important element of which is the search for means to augment the flow of water in the Ganga at Farakka.
The gradual exclusion of water from the Ganga, the Teesta and the Mohanada has increased our sufferings since many years. Our natural ecosystem has been gravely damaged by this iniquity, and its reflections can be viewed in all spheres of our life-significant number of jute mills are closed, news print and paper mills shuttered, desertification process began in north and north-western districts, Sunderban mangrove forest shrunken, large number of birds and animal species diminished, many species of fishes at the verge of extinction and above all the increased intensity of flood, flash flood, cyclone, draught etc. At this point in time India's huge project of diverting waters from all the river channels failing into Bangladesh will further caused damage to Bangladesh with infinite natural and human catastrophe.
The Colorado River's headwater is in Colorado's Rocky Mountains and the river ends at the Gulf of California. The construction of Hoover Dam across its course started in 1930 and was completed in 1935. By 1950 seven more dams were built. These dams with associated reservoirs and control structures drastically changed the ecosystem of the entire Colorado River basin.
The dams replaced the silt-laden, turbulent, and seasonally warm water flow of the Colorado River by less silty, less turbulent, and colder water flow in smaller discharge necessitated by the diversion of water for irrigation, hydroelectricity, and civic needs in large cities. The result is the near extinction of fishes such as the bony tail and the razorback sucker, which were the proud inhabitants of the Colorado River and were considered a delicacy by the Hopi Indians, the indigenous people of the Colorado River basin.
Moreover, the increased industrial and agricultural activities in the upstream basin introduced innumerable chemical contaminants, parasites, herbicides, pesticides, fertilizers, and other wastes in the water, dramatically changing the ecosystem. The draconian changes have also been made in Columbia River ecosystem since 1972 by constructing dams, diverters, and controlled structures along the course of this majestic river. The salmon, a delicacy of international repute (raised to its celebrity status by Somerset Maugham's short story, Luncheon), is now becoming a dying fish in its one of the best abodes, the Columbia River.
From the above experience we can evaluate the fate of eco-environment of the Gangetic delta if India's River Linking Plan is implemented. Especially its impact on our favourite Hilsa fish is unthinkable. India's project will be much more humongous and devastating than the Colorado and Columbia projects.
9. Water wars may start after oil wars
The idea of water wars to follow soon in the wake of oil wars has been around as another doomsday scenario for a while. But a dismissal of the scenario as something that has not materialised, and will not, has meant also an under-rating of the potential for conflict that continues to float around water sharing.
"We need to make a distinction between violent conflict and conflict itself," Mark Zeitoun, researcher with the London Water Research Group, a part of the Centre for Environmental Policy at King's College and the London School of Economics told IPS. "There are no examples of states engaging in violent conflict strictly over water resources. But water is often an element in violent conflicts, and there are conflicts that fall short of war. Absence of war does not mean absence of conflict."
At the sub-national level there are many instances of violent conflict over water, he said. "In Chad, in Western Darfour, you have different tribes, sometimes members of the same tribe fighting over limited resources of water."
There is a conflict between Ethiopia and Egypt over the Nile waters, he said. "Ethiopians in the highlands are unable to irrigate their land and develop hydroelectric projects as they would like to. Israelis and Palestinians are not fighting over water, but Israel controls 90 percent of trans-boundary flows that Palestinians have very little ability to control, and there is deep resentment over this on the Palestinian side."
Water issues are always subordinate to the larger political context, he said. "Turkey is building dams on the Tigris and Euphrates, to the detriment of the interests of Iraq and Syria. But relations have been improving between Turkey and both Syria and Iraq, and there is more cooperation than there was three years ago, even though Turkey continues to build the dams whether Iraq and Syria want them or not." Privatisation of water spilled over into political conflict in Bolivia. "People took to the streets, there were some very difficult moments, and several people died in the violence," Vicky Cann from the World Development Movement, an independent research and campaigns group told IPS. "Water has a political dimension in many ways," she said.
"There is enough fresh water to go around, but access to it can be a political issue, and privatization is worsening that situation."
Conflicts over water are "very definitely an issue, and will only grow when you think in terms of the impact of climate change in the future."
Water is often at the core of development, and that relates directly to levels of people satisfaction-a deeply political matter for any government in its dealings either domestically or with other countries. An earlier report by the Overseas Development Institute (ODI) warned of the potential for conflict that may arise in the Awash Valley in Ethiopia.
The report by Alan Nicol of the School of Oriental and African Studies, with Yacob Arsano of the University of Addis Ababa and Dr Joanne Raisin of the University of Bradford looked at a wide range of risks of violent conflict which the EU may need to address in the Horn of Africa.
The report does not hold out scenarios of water wars, but says that access to natural resources can exacerbate tensions. The caution came in the context of a difficulty with Egypt over sharing of Nile waters. In the long term, it says "competition and ensuing conflict, whether actual or latent, may exacerbate environmental degradation further, increasing future risk of conflict, particularly during periods of drought."
Violent conflicts A strong link between droughts and violent civil conflicts in the developing world bodes ill for an increasingly thirsty world, say scientists, who warn that drought-related conflicts are expected to multiply with advancing climate change, writes Stephen Leahy from Brooklin, Canada. "Severe, prolonged droughts are the strongest indicator of high-intensity conflicts," said Marc Levy of the Centre for International Earth Science Information Network at Columbia University's Earth Institute in New York.
These are internal conflicts, not between countries, and involving more than 1,000 battle deaths, Levy said at a press briefing in Washington last week. Such conflicts tend to occur about a year after a "severe deviation in rainfall patterns", he said. Levy and colleagues used decades of detailed precipitation records, geospatial conflict information and other data in a complex computer model that overlays all this onto a fine-scale map of the world.
"Major deviations from normal rainfall patterns were the strongest predictor of conflicts," he said. "I was surprised at how strong the correlation is." Levy is careful to say that droughts don't directly cause conflicts but are more likely triggers in regions where already tensions or low-level conflicts exist. For example, in the recent civil conflict in Nepal, the parts of the country where most of the fighting occurred experienced low rainfall for several years and then a severe drought in the late 1990s.
Farmers may have simply given up hope of farming and joined the local rebellion as a way of sustaining themselves and their families, he hypothesised. And rainfall appears to have a pacifying affect. The wet areas of Africa, for instance, have far fewer years of violent internal conflict than the dry regions, he said.
Areas with a high risk of conflict this year due to extremely dry conditions last year, according to his model, are Cote d'Ivoire, Sudan, Bangladesh, Haiti, and Nagaland and Manipur in India. While the idea makes sense, "you can't predict how people will act", said Robert McLeman of the University of Ottawa, who studies the relationship between environmental extremes and human migration.
Africans have been dealing with drought for thousands of years. Currently cities serve as an outlet so there is seasonal migration during the dry season. And more and more people are staying in cities where presumably they can meet their needs more easily than in the countryside, he said.
Normal droughts can usually be accommodated, but significant and rapid environmental changes are more likely to lead to societal instability, forced migration and inter-group violence, says Nils Petter Gleditsch of the Centre for the Study of Civil War at the International Peace Research Institute in Oslo, Norway.
"Drought in Hungary is not the same as drought in Ethiopia" in terms of the state being able to buffer the impacts, Gleditsch added at the briefing. About 1.5 billion people are estimated to be suffering from severe water stress around the world, and that number is expected to increase with population growth and climate change. "Climate change is likely to lead to a greater frequency of civil wars," Levy said.
Inequity is at the heart of most conflicts, said Satish Kumar, director of programmes at Schumacher College International Centre for Ecological Studies in Britain.
"There is growing anger that the rich are the cause of global warming but it's the poor who will suffer the most," Kumar told IPS. "I've heard people make this connection in regard to the unprecedented droughts in parts of India."
The lifestyle of the average North American produces 12 times the amount of greenhouse gases compared to that of people in poor countries, according the U.N. statistics, Kumar points out. Increased conflict, violence and social unrest is inevitable as global warming makes life even more difficult for many of the world's poor and they become aware that the rich of the world are responsible, Kumar added.
Only urgent action to reduce greenhouse gas emissions and to address economic and social inequities can stave off the worst. And he warns against neo-liberal solutions: "Capitalism is shrewd enough to use shortages of resources like water to make even more money for the rich."(Sanjay Suri in London - Inter Press Service Holiday, March 30, 2007).
Until very recently we had been in the dark about an impending danger that has the potential to destroy our existence. The $200 billion worth river--link project undertaken by India will devastate our water resources and consequently our ecology and economy. The rivers will dry up, draught will reign all the year round and salinity will make our once fertile land impotent. Though the concerned government agencies are guilty of pressing the alarm button unforgivably late all is not over yet. Gearing up public pressure by means of creating mass-awareness, a uniformity opinion among the political parties in this issue and voicing our realistic concern in the international forums are immediate necessities to make India forsake this destructive project or at least to make sure that the project doesn't harm Bangladesh.
Bangladesh is not a desert, but the over exploitation of its natural resources has gradually been converting this beautiful green land into an arid and environmentally catastrophic country. It is high time to take up plans for combating environmental degradation and the desertification process right now, otherwise we will have to pay a high price in the near future. In the backdrop of India's intention of diverting water from all the trans-boundary rivers entering Bangladesh, we in Bangladesh need international support to deal with the situation. The upper riparian countries should not be allowed to unilaterally withdraw water causing serious threat to the lower riparian countries.
India and Bangladesh will also remain at the mercy of China, which could withhold water for power generation and irrigation during the dry season and release water during the flood season with catatrophic consequences for eastern South Asia.
'Sharing the Ganges, the politics and technology of river development' by Ben Crow with Alan Lindquist and David Wilson, '
Women for Water Sharing' by Hasna J Moudud,
'Farakka Bangladesher Bhaggyor Jekhanay Bondi' by Abdus Sattar,
'India Today', 20 January, 2003,
Indian weekly news magazine 'Outlook', 04 August, 2003,
The daily Star, October 2003,
The Independent, October, 2003).
New Nation, 2004.
This article has been published in "River Linking: A Millennium Folly?, Edited by Medha Patkar, National Alliance of People's Movements, Initiative, Mumbai,India, January 2004.1. Should we sing a requiem for our rivers?
2. Large Dams And Local Populations
3. The Brahmaputra's Changing River Ecology
4.How can Bangladesh respond to Indian river-linking proposal?
Last modified: August 2, 2014
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