What's new

Crisis deepens as India blocks Chenab flow

I think calmness should prevail on both sides. In this, I would side with the Pakistanis.. water flow from the Chenab should flow 100% to Pakistan . This is the Law.

We should not stroke unnecessary fears into Pakistanis nor deprive them of their legitimate share of water. If Pakistani crops fail, then poor farmers will face unnecessary hardship.

India should invite the Pakistani delegates including the PM of Pakistan to the Baglihar dam and show them the full picture so that they can be reassured.
 

* Pak, India PMs agree to expand LoC trade, CBMs, resolve all issues through dialogue
* Vow to work together to combat terrorism​

BEIJING: India wants to work ‘seriously’ to resolve the ongoing water dispute with Pakistan, Indian Prime Minister Manmohan Singh said on Friday.

While talking to reporters after meeting Prime Minister Yousuf Raza Gilani on the sidelines of the Asia-Europe meeting (ASEM) summit, Singh said the issue would not be allowed to affect the peace process between the two neighbours. “We want to seriously work on resolving this issue,” he said.

The two leaders had a five-minute meeting accompanied by their aides and later had a one-on-one meeting that lasted 20 minutes. While addressing reporters later, they said their interaction had been useful and both sides were willing to solve their common problems.

Dialogue: Singh said the two countries were committed to resolving their pending disputes through composite dialogue.

He said Gilani had invited his attention towards Pakistan’s serious concerns over Baglihar Dam. Singh said he had assured Gilani India would take steps to implement the relevant agreement in letter and spirit.

Trade: Welcoming the initiation of trade across the Line of Control (LoC), the two prime ministers discussed the possibility of further enhancing bilateral trade and business contacts. The two leaders also discussed enhancing confidence-building measures (CBMs).

Terrorism: The two premiers also pledged to work together to combat terrorism.

Addressing reporters, they said terrorism was a threat to both countries.

Gilani said the two countries needed to focus on fighting poverty, hunger and illiteracy to improve the socio-economic conditions of their people. He said terrorism was affecting the economic progress of both the countries. “We are in total agreement to fight this menace jointly,” he added.

Commenting on the financial crisis at regional and international levels, Gilani said both India and Pakistan were sailing in the same boat and were prepared to co-operate to face it. He said the issue was also discussed threadbare at the ASEM during the ongoing summit.
 

* Accuses Pakistan of ‘politicising a technical issue’, playing ‘arithmetic gymnastics’
* Indian Water Commission to visit Marala to verify water flow data
* Jamaat Ali Shah says his mandate technical in nature​

By Iftikhar Gilani

NEW DELHI: While rejecting Pakistan’s demand for compensation, India on Friday asserted it had never obstructed the water flow and Pakistan was still getting 55,000-cusec water at its borders.

Pakistan’s Indus Water Commissioner Syed Jamaat Ali Shah and his Indian counterpart G Ranganathan discussed ways to address the issues over the last two days after Shah inspected the Baglihar power project in Indian-held Kashmir (IHK).

Politicising: New Delhi accused Pakistan of ‘politicising a technical issue’ and playing ‘arithmetic gymnastics’, as the talks between the two sides on the reduced water flow in the Chenab River ended ‘inconclusively’.

Visit: Both sides, however, agreed to allow the Indian Indus Commission to visit Marala, the Chenab riverhead in Pakistan, to verify water flow data and figures first hand.

Rejecting the figures presented by Pakistan in the commission meeting, a senior Indian official said, “Pakistan is using arithmetic gymnastics to prove that India violated provisions of the Indus Water Treaty (IWT).”

India also rejected Shah’s demand to share data of the Baglihar project on ‘hourly basis’. “We will share data as provided in the IWT. There is no provision in the IWT to share project data on hourly basis,” the Indian official said.

While Pakistan refused to admit the talks have ended in a ‘deadlock’, both sides are believed to have decided to refer the issue to the political leadership for ending the stalemate. “As per our data, sufficient quantity of water was made available to Pakistan despite deficiency of water on this side,” the official said.

Conceding that differences on the issue exist between the two commissions, Shah said date and information had nevertheless been shared by both sides. Shah said he would file a report to his government. “Since we visited Baglihar project to ascertain the facts on ground, the Indian commissioner has asked to visit the Marala headworks. This visit might be undertaken shortly,” Shah told reporters.

He further said the exchange of information was incomplete and the process of talks would continue.

Mandate: Answering the Indian charge of the Pakistan commissioner politicising a technical issue, Shah said his mandate was technical in nature and he talked only on technical grounds.

He said the issue of compensation had been communicated to the Indian side. “Compensation is an engineering parameter and has to be assessed. We have gathered some data and some more data is required from the Indian side. Pakistan just wants the implementation of IWT to safeguard its water rights,” he said.
 
ISLAMABAD: The Pakistan government on Wednesday said it would seek compensation from India for a water shortage in its territory, which it alleged
was due the "diversion" of waters of the river Chenab to fill the Baglihar dam in Jammu and Kashmir.

Water and Power Minister Raja Pervaiz Ashraf said Pakistan would seek compensation from India in the form of additional discharge of water for the reduction of the flow of the Chenab from 55,000 cusecs to 22,000 cusecs.

Responding to a calling attention notice in the National Assembly or lower house of parliament, Ashraf said India could construct a run-of-the-river dam on its side but was also responsible for ensuring that water discharge on the Pakistani side remained at 55,000 cusecs.

President Asif Ali Zardari had recently said that the row over the sharing of the waters of the Chenab river could affect bilateral ties. He had also urged Prime Minister Manmohan Singh to deliver on an assurance to address Pakistan's concerns in this regard.

Pakistan has formally complained to India about the alleged diversion of river waters to fill the Baglihar dam, claiming this was a violation of the Indus Waters Treaty.

Ashraf said Pakistan had suffered a loss of 200,000 acre feet of water, which had also affected crops output. The government is alive to the situation arising out of the construction of the Baglihar dam and has taken it up at every level, he added.

The Prime Minister and President of Pakistan too have taken up the issue with Singh, he said.

Chenab water row: Pak to seek compensation from India-Pakistan-World-The Times of India
 
How will Pakistan do this? Will it go to the international Court of Justice or some other UN body. It would be a good idea if Pakistan succeeds because is creating the same problem for Bangladesh with several of our rivers.
 
How will Pakistan do this? Will it go to the international Court of Justice or some other UN body. It would be a good idea if Pakistan succeeds because is creating the same problem for Bangladesh with several of our rivers.


I didnt knew that !! :what: May u Please throw some light on it.
 
Bangladesh drying up as India withdrawing Ganges water

Abdur Rahman Khan

HOLIDAY – April 1, 2008


Bangladesh is getting drier every year due to India's unilateral withdrawal of water from the common river Ganges flowing upstream from India. The quantity of water down the Farakka point has been critically declining due to taking out of the Ganges water by upper riparian India through various canals by violating the water sharing agreement.

Over and above, there are other unresolved issues and irritants between India and Bangladesh, one of which is the long outstanding border issue. Bangladesh had long ago handed over its Berubari enclave to India but has been waiting for more than 34 years to get the Mujib-Indira Border Accord ratified by Indian parliament for the handover of Tin-Bigha corridor to Bangladesh.

But the irritant which remains singularly thorny since long between Dhaka and Delhi is the water sharing issue of the common rivers flowing from India to Bangladesh. The flow of the once-mighty river Ganges (Padma) has decreased alarmingly due to withdrawal of water at Farakka point in India, leading to drying up of at least 15 of its tributaries. It is now a mere memory that the fishermen living along the river Padma used to catch hilsa fish near Rajshahi city but� in last couple of decades waters has dried up giving rise to� sandy islands� on the dried bed of the Padma.

Unilateral withdrawal of the Ganges water during the dry months resulted in serious adverse effects in the south-western and western districts of Bangladesh, covering almost 20 per cent of country's area. It has adversely affected the environment, agriculture, industries, fisheries, navigation the river regime and salinity culminating in the surface and ground water.

The effects of this have been severe for Bangladesh where the salinity front have moved some 280 kilometers upstream northward from the coast in the south and the salinity level in surface water has increased almost six times. It was also evident that the Sundarbans, one of the world's largest mangrove forests, is being degraded due to increased salinity in the estuarine rivers.

Meanwhile, much to Bangladesh's agony, India is moving ahead with its plan of interlinking its Himalayan rivers with those in the peninsular region through 30 interlinking canal systems. Already, the project has raised controversy and debate. Interlinking rivers will directly hit Bangladesh because India's rivers pass through Bangladesh. Besides, the basis of the Ganges and Brahmaputra river systems are shared by Nepal and Bangladesh.

In India, the project has been criticised on environmental grounds. It is feared that implementation might cause vast forest tracts to be submerged, disturbing wildlife, displacing communities, affecting livelihood and transforming water quality and microclimatic conditions affecting human health.

To implement the project, India must enter into agreements with Nepal and Bangladesh, as these countries share the basins of the Ganges and Brahmaputra river systems. However, Bangladesh is seriously concerned as India plans to divert vast quantities of water from the Ganga and Brahmaputra rivers to India's southern states, directly threatening the livelihoods of millions of people in the country as well as its environment. These rivers are crucial sources of freshwater for the country.

Agriculture is the main mode of livelihood in Bangladesh where over 65 per cent of the population is dependent on farming. That is why the people's livelihood is inextricably linked to water. Bangladesh's water, both above and below the ground, provides a multitude of services to its population: water to drink, water for agricultural production, fishery and river transport. Water is Bangladesh's lifeline that is now under stress putting the nation in a bad situation.

The crisis began with the construction of Farakka Barrage on the Ganges in India at about 20 km upstream from Bangladesh border soon after her independence. The Farakka barrage was completed in 1974 for diverting Ganges water into the Hoogly river for the stated purpose of improving navigability� of Kolkata� port.

For the test run of the barrage, a water sharing agreement with India was made in 1975 for diverting 11,000 to 16,000 cubic feet per second (cusecs) of water between April 21 and May 31, 1975 leaving about 44,000 cusecs for Bangladesh.

However, India started unilateral withdrawal of water upstream in 1976 without any agreement severely affecting Bangladesh in the dry season. Bangladesh had to take the issue to the United nations General Assembly and finally an agreement was concluded in 1977 for five years.

With the expiry of the first five-year agreement, a memorandum of understanding (MOU) was signed in 1982 between Bangladesh and India on the sharing of Ganges water. After it expired in 1988, the countries failed to reach a new agreement and entered a period marked by disagreement. During this time, India continued unilateral diversion Ganges water through the Farakka Barrage. Finally on December 12, 1996, Bangladesh and India signed a treaty on sharing of Ganges water.

Negotiations on the sharing of Ganges water at Farakka started in 1960 at the time of the sharing of Indus Water Treaty between India and Pakistan. India decided to construct a barrage across the Ganges at Farakka in 1951 in order to divert water to Bhagirathi to maintain its navigability.

India's decision to start construction of Farakka Barrage in 1960 violated the international norms on infrastructure for the diversion of water on any international river. Construction of the 7363 feet long barrage -- designed for a maximum discharge of 27,00,000� cusecs and a head regulator for diversion capacity of 40,000 cusecs of flow -- was completed in 1974.

India then approached Bangladesh for a test operation of the Farakka Barrage and feeder canal. The then Prime Minister Sheikh Mujibur Rahman agreed to India's proposal for the test operation of the barrage and the feeder canal. Initially in 1975, India was allowed to divert flows varying from 11,000 cusecs to 16,000 cusecs for a period of 41 days from April 21 to may 31 in 1975.

It was the understanding in 1975 that India would not operate the feeder canal until a final agreement was reached between India and Bangladesh on the sharing of Ganges water. However, India, in violation of the understanding, diverted the Ganges water in the upstream in 1976 and 1977.

The 1996 treaty established a new formula for sharing the Ganges water at Farakka in the dry season (January 1 to May 31). According to the agreement, two governments would immediately would sit for consultation to make adjustments on emergency basis in case of drastic fall of waters below 50,000 cusecs in any 10-day period. If the discharge is 70,000 cusecs or less, both the countries will share 50 per cent. In case of a flow between 70,000 and 75,000 cusecs, Bangladesh will receive 35,000 cusecs and when the flow is above 75,000 cusecs, India will receive 40, 000 cusecs and Bangladesh will receive the balance.
Article 11 of the agreement made it clear that agreements will be reviewed every five years and if no agreement can be reached or adjusted India will release at least 90 per cent of Bangladesh's share. However, the fault of the agreement was that no provision for international arbitration was spelled out in case of any dispute.

However, the recent statistics reveal that Bangladesh received less amount of water in each ten-day slot from January to March this year.

According to the agreement, Bangladesh was to get a share of 408,046 cusecs of water in eight slots during the period of January 01 to March 20 this year but got only 257,235 cusecs. Bangladesh was deprived by 150,811 cusecs of water during the period.
In this regard, a written protest from Bangladesh side was made through the Joint River Commission and also the mater was taken up at diplomatic level.

Meanwhile, the water level in the Padma is falling down by one meter on an average every March. It came down by 2.50 meters from January to mid-March.

In March 2000, the water level in Padma was at a height of 10.65 meters while it came down to 9.62 meters in March 2004 and at 9.05 in March 2007. The record shows that the level of water came down to a level of 8.99 meters by the end of the first week of March this year (2008). It was at 11.30 meters in December last.

Bangladesh water experts pointed out that India's claim for low discharge in the Ganges due to natural causes was not supported by facts as it was not maintaining the flow in the upper riparian on the basis of 40-years of average, as agreed in the water sharing treaty.
To maintain a steady flow in the upper riparian, Nepal could be involved for

augmentation of the Ganges water, the experts suggested. But India is not sincere enough to involve Nepal in a tri-partite agreement in spite of Nepal's willingness to help resolve the crisis.

Whatever might be the water statistics and discord, the adverse impact, a slow-motion disaster, is hitting Bangladesh with little concern among the ruling regime. Unfortunately, Bangladesh under a non-elected Caretaker Government is active in working out a railway link as desired by India and also the facility to use Chittagong port keeping the Bangladesh demands pending over the years.

HOLIDAY > FRONT PAGE

Also:

::Welcome to Daily Naya Diganta::


Arsenic problem in Bangladesh acute due to upstream dam

Staff Reporter

The New Nation – June 1, 2008

International expert on Arsenic, Water and Environment Meer Husain said the Arsenic problem in Bangladesh has become acute due to man-made dams in the Trans-border Rivers like the Farakka and Tista Barrages that impede the natural river flow.

Husain, who is also a Geologist in a US college, said the natural river flows have to be resumed by removing the river-dams to solve the arsenic problem, he said.

He stressed on the coordination with India to solve the problem.

Meer Husain was addressing a seminar styled "World's largest Man-Made Arsenic Disaster in Bangladesh and Sustainable Solution to the Problem" organised by the Geology Department of Dhaka University (DU) at its auditorium.

DU Pro Vice-Chancellor Prof Dr AFM Yusuf Haider also addressed the seminar, which was presided over by Chairman of the Department Prof Dr Kamrul Hasan.

The Pro-VC urged the scientists to work more for a sustainable solution of arsenic problem, as the problem has become alarming in Bangladesh.

He said Bangladesh is a disaster-hit country. Natural disasters and man-made disasters hit the country frequently. Arsenic is one of the man-made disasters, he added.

He further said most of the country's crops and industrial production depend on the underground water, but approximately 10 million tube-wells are affected by arsenic across the country.

He also said more than 30 million people of the country are drinking the arsenic contaminated water.

He urged the scientists to conduct researches to develop the solution of arsenic problem with a view to save the people from the curse of arsenic.


Equitable share of trans-boundary river water stressed

Staff Reporter

The New Nation – June 3, 2008

Water experts at a seminar yesterday underscored the need for a regional understanding among the South Asian countries to ensure equitable share of trans-boundary river water.

They also said that any treaty for sharing water of trans-boundary rivers must be signed by the countries through which the rivers flow.

The water experts were addressing a seminar on 'Trans-boundary Water Issues in South Asia' at the LGED auditorium in the city. Chief Election Commissioner (CEC) Dr ATM Shamsul Huda was present as chief guest. The Bangladesh Water Partnership (BWP) organised the meet.

Former Water Resources Minister Abdur Razzaque of Awami League emphasised the need for regional dialogue among the common river stakeholders and said Bangladesh would get equitable share of the trans-boundary river water, if the regional countries negotiate on the issue at the highest political level. "We need good understanding among the regional countries to solve the problem," Razzaque said and added, "India and Nepal have signed an agreement on the Ganges water, but they have not contacted Bangladesh in this regard."

LK Siddiqi, former Water Resources Minister of BNP said, "We have to be pragmatic and change our attitude to solve the problem of the trans-boundary river water."

"We could have utilised the common river water through the cooperation of the SAARC nations," Siddiqi added.

Dr ATM Shamsul Huda called upon the big political parties to ensure equitable share of common river water from neighbouring India.

"Our political parties do not agree on any national issue. If a party government signs a treaty, then another party tries to make the treaty ineffective," Dr Huda added.

Criticising political redtapism, CEC Huda said the four-year master plan on national water management could not be implement as the policymakers of the than government had failed to agree on the plan.

Former Foreign Minister of JP Anisul Islam Mahmud said, "We need to improve our political and negotiation skills to ensure water share of common rivers."

Tauhidul Anwar Khan presented keynote paper based on his book on 'Trans-boundary water issues in South Asia' while Quamrul Islam Siddique, president of BWP moderated the seminar.

Tauhid said, "Bangladesh, located within the flood plains of three great rivers, the Ganges, the Brahmaputra and Meghna, is facing a critical situation in the water sector. There are more than 230 rivers in Bangladesh, 57 of which are trans-boundary."

He added that 54 of those rivers are common with India and 3 are common with Myanmar.

In the absence of any certainty of flow through the rivers, Bangladesh has been compelled to depend heavily on the ground water supply for meeting various demand of water, he further said.

"So far, there has been water sharing agreements with India only on the Ganges. The water sharing issues of other common rivers are pending for decades," said Tauhid.

Prof M Moniruzzaman Miah, former Vice Chancellor of Dhaka University, Farhad Mazhar and Sadeque Khan, columnists, Muhammad Zamir, Vice President of BWP, Syeda Rizwana Hasan, Executive Director of BELA spoke at the seminar.
 
India’s Water War against Bangladesh


Delhi goes ahead with Tipaimukh dam

http://amardesh.u46.futurecrafts.com/detai...;SectionID=home

---------------------------------------------------------------------------------

River sutras :The river interlinking project is another disaster waiting to happen

While India was busy watching the dismal performance of its over-rated cricket team, Dharaji — a small pilgrim town in Madhya Pradesh — was counting the dead. Nearly 70 bodies stuck in crevices between rocks and boulders were retrieved. But many were washed away by the torrent of water that the Indira Sagar dam of the Narmada series released to generate more power at peak hours. The dam authorities knew about the pilgrims bathing downstream. There was no warning system. Yet the turbines had to be run at full speed to meet the demand.

An inquiry has been ordered and the district magistrate transferred. The media has gone quiet because the tragedy has ceased to be news. Is it negligence or a part of pressure exerted all over to reap maximum benefits from government projects, whatever the costs? In such an atmosphere even normal safety precautions are not strictly followed. For the result-oriented end, the means do not matter. Maybe, the existing projects of the Narmada are working overtime because only a few days ago the Supreme Court observed in a judgment that no submergence of any area should take place unless the displaced were “completely” rehabilitated. In other words, the additional height to the main Narmada dam should be ruled out until the oustees were settled. True, people in Gujarat were anxious to have more water and more power. But they have always upheld the principle of rehabilitating the uprooted before moving them from their homes and lands. The Narmada Tribunal Award had laid down this many years ago.

Now that the myth of the Bhakra dam, an icon in the developmental history of independent India, has been exploded through a study it is time to find out how to have more water and power from the Narmada without increasing the dam’s height. The Bhakra dam study points out what really helped Punjab and Haryana was not the water from Bhakra but the groundwater systems and extensively developed agriculture. The dam commands only 20 per cent of the total cultivable area in Punjab and 31 per cent in Haryana. And even after 50 years, the displaced are “still struggling to put their lives back on line”


How will Gujarat, Madhya Pradesh and Maharashtra take care of the backlog of the 50,000 uprooted families from the Narmada area when there is no extra land available in these states? The Tehri dam victims are the worst sufferers because neither UP nor the Centre is sympathetic to their cause. True, at the time of building Bhakra, we did not know how gigantic projects could cause more harm than good. But before embarking on the Narmada and Tehri, we should have learnt from our mistakes. Big dams were not necessary and we could have got water, power and controlled floods through smaller dams at a lesser cost. The Narmada has already cost Rs 17,000 crore and we still have a long way to go.

A still bigger disaster is awaiting us on the river interlinking project. I thought it was only at the concept stage, but apparently it has become a project without any discussion in the country. The very idea of a “surplus” or a “deficit” basin needs another look. We should examine whether a projected “deficit” is the result of bad water management and unsustainable demands. Even in the states that are presumed to be water-rich — for example, Bihar, Orissa and Andhra Pradesh — there are problem areas. “Surpluses”, if any, should perhaps be first used in those states rather than sent to distant places. This gives all the more importance to the meeting to discuss the river interlinking project at Delhi on May 11. President Kalam is going to be there when top engineers, specialists, scientists and civil servants will be debating the pros and cons of the project. Let us put our heads together to find out the pluses and minuses of the project. A consensus is important because hundreds of crores of rupees would be required if the government were to take up the project.

This takes me to a larger question: whether the cost of development is in proportion to the loss from deprivation. I do not want to sound negative. But every gain has to be judged from the larger good it does. The touchstone should be how far a project thinks of the good of all. For example, displacing thousands from their homes to build plazas or malls cannot be termed as progress. There is also the question of environment that the Centre overlooks and which even the Supreme Court takes in its stride. How do the 90,000 families in Mumbai, still on the roadside, view the buildings that are going to come up at the expense of their houses? State power in a democratic system comes out of a process of competitive politics. Consequently, if it is identified too closely with narrow interests, it is bound to generate alienation and hostility in other groups.

It is no more a cliche that the rich are getting richer and the poor, poorer. The globalisation and economic reforms have primarily benefited the rich. The Manmohan Singh government should find out who has cornered the gains in the last one decade. In 1960, Jawaharlal Nehru appointed P.C. Mahalanobis, a Planning Commission member, to determine where the funds had gone and to ascertain the extent to which wealth and means of production had tended to concentrate. The Mahalanobis inquiry showed that companies having a paid-up capital of Rs 50 lakh and above constituted only 1.6 per cent of the total number of companies but accounted for 53 per cent of the total paid-up capital.

The remedy may well be in what Mahatma Gandhi suggested as far back as in November 1928: everybody should be able to get sufficient work to enable him to make the two ends meet. And this ideal can be universally realised only if the means of production of the elementary necessaries of life remain in the control of the masses. These should be freely available to all as God’s air and water are or ought to be.

http://iecolumnists.expressindia.com/full_...ontent_id=69099
----------------------------------------------------------------------------------

India trying to withdraw water from Feni River

India is trying to withdraw water from Feni River for irrigation 14 projects in exchange of resolving erosion problem in Bangladesh side of this bordering river, sources in the WDB (Water Development Board) informed.

If Bangladesh does not allow implementing its projects centering Feni River, India may not continue the current talks on the erosion problem of the river. India wants Bangladesh should allow India to implement its 14 projects on Feni River. India in exchange will help Bangladesh resolve river erosion on the Bangladesh side.
Bangladeshi river experts apprehend, if Indian irrigation plans using the water of Feni River are implemented Uttar Fatikchhari, Shuvapur, Sonagazi and Mirrershari of Bangladesh will turn into desert. As a result, Bangladesh will have to abandon its largest Muhuri Irrigation Project and environment of the entire area will be totally ruined.

To implement its irrigation, other than a bank-protection dam, projects India plans to install high-powered pumps to withdraw water from Feni River through pipes having 36-inchdiameter, sources informed.

India has already completed all preparations for constructing a 50-feet deep pump-house and 200-feet long reservoir, including supply-line. India also allocated Seven 700 million for the project.

The Union government of India undertook another project to construct a bank-protection dam in Indian side of the river from from Amarpur Subdivision of Tripura State to Amlighat of Subrum.

India initiated to construct the dam very quickly three years back, in July 2003. But Bangladesh deterred Indian effort in Amlighat area. Since then the work of the dam remains suspended. This dam if constructed will cause serious erosion on Bangladesh side.

As retaliatory measure, India violating international norms does not allow Bangladesh to construct bank-protection dam in Bangladesh side of the Feni River, though the dam will not cause erosion in Indian side.

As a result, Bangladesh cannot complete its uncompleted bank-protection dam in different points of Fatikchhari, Ramgar and Matiranga areas. More than 15 thousand hectares of Bangladeshi land have already eroded in these areas for want of protection dam, sources informed.

Sources alleged, India constructed groynes and other structures and still throws stones on its side of the river that aggravates erosion in Bangladesh side further.
India now attaches a precondition that Bangladesh first should allow India to withdraw water from Feni River for its 14 irrigation projects. Then India will sit for talks how Bangladesh can implement its uncompleted bank-protection dam.

Bangladesh raised the issue during talks in Indo-Bangladesh JRC (Joint River Commission) meetings. The issue was also discussed in water minister-level talks held in Dhaka on September 19 and 20 in 2006. India repeatedly assured to solve the problem, but it persists till date.

http://www.app.com.pk/en/index.php?option=...08&Itemid=2
----------------------------------------------------------------------------------
Ganges flow hit low in January

Bangladesh received less quantity of Ganges water at Hardinge bridge point during the three cycles of January against its indicative share as per the Water Sharing Treaty signed with India in 1996, reports BSS. Bangladesh received 55,864 cusec, 43,099 cusec and 42,863 cusec water respectively during the first, second and third 10- day cycles in January at Hardinge Bridge point against the indicative shares of 67,516 cusec, 57,673 cusec and 50,154 cusec respectively, Joint Rivers Commission (JRC) press release said here today.


The flow of the Ganges at Farakka during the first cycle (January 1-10) was 77,966 cusec, during the second cycle (Jan 11- 20) was 73,141 cusec and during the third cycle (Jan 21-31) was 70,037 cusec and Bangladesh received 37,966, 35,000 and 35,000 cusec of water respectively during these three cycles, the press release added.

According to the treaty, Bangladesh and India are entitled to get an equal share of water when the availability will be 70,000 cusec or below that level at Farakka during dry season from January 1 to May 31 every year. And when the flow will be over 70,000 cusec but not more than 75,000 cusec, then Bangladesh will get 35,000 cusec water and the rest will go to India. And when the flow will be over 75,000 cusec India will get 40,000 cusecs of water and Bangladesh will get the rest of the flow.

However, according to the "Guarantee Clause" of the treaty, in every alternative circle, Bangladesh and India will get minimum of 35,000 cusec of water from March 11 to May 10 period annually.In compliance with the rule, Bangladesh will get 35,000 cusec of water during March 11-20, April 1-10 and April 21-30 cycles while India would get 35,000 cusec of water during March 21-31, April 11-20 and May 1-10 cycles, the sources said.

The News Today

-----------------------------------------------------------------------------------
Shoptokoshi Dam

http://www.dailynayadiganta.com/fullnews.a...=6810&sec=1


-----------------------------------------------------------------------------------
Indian Tipaimukh dam to be death trap for Bangladesh:Bangladeshis fear that the dam could be used for diverting waters of the Meghna River

Experts at a views-exchange meeting on Saturday said Bangladesh would suffer from serious water crisis due to India’s Tipaimukh dam construction project.International Farakka Committee (IFC) organised the meeting in the city’s National Press Club, where Professor Moniruzzaman Miah and former secretary and president of Bangladesh Water Partnership Secretariat Quamrul Islam Siddique spoke.

Editor of The New Nation Mostafa Kamal Majumder presided over the views-exchange meeting, while secretary general of IFC Syed Tipu Sultan described important points in the programme.Environmental expert Syed Tipu Sultan said India has decided to implement a hydro-electric power project in the name of Tipaimukh Dam on the international river Borak.

“Indian government got permission from their higher authorities to construct the dam, which would severely damage the river system, livelihood and biodiversity of Bangladesh, as well as two countries, in gross violation of human rights”, said Syed Tipu Sultan.

He said as a large country, India is upper-riparian country, whereas Bangladesh is lower, but Bangladesh has the right to get its water share from those international rivers.Thousands of Bangladeshis fear that the dam could be used for diverting waters of the Meghna River, which turned northeast into wasteland, Sultan mentioned.

Describing the adverse effects of the Farakka Barrage, Professor Moniruzzaman Miah said the Surma and the Kushiara rivers would dry up if Tipaimukh dam was constructed in the upper-riparian Indian part.

He said Bangladesh and India would work together towards common goals as neighbouring countries, adding, “India already constructed a number of multipurpose dams and barrages on common rivers with Bangladesh and their tributaries”.

The experts and activists termed the construction of the Tipaimukh dam as environmental annihilation and people of the two countries would resist the work. Thousands of protesters would gather next year for protesting the construction work.

Quamrul Islam Siddique said river flows would be drastically reduced, if India would implement the Tipaimukh project.He suggested that Bangladesh and Indian governments would talk further as a bilateral issue. Direction should come from the diplomatic arena for resolving the destruction of environment of Bangladesh.“India had been continuously constructing dams and barrages on trans-boundary rivers and their tributaries flowing into Bangladesh”, he said.

He mentioned that Bangladesh would urgently negotiate with India, formulate a regional water-sharing treaty and raise the issue with international forums like the World Bank and the United Nations, as the Tipaimukh dam located in a seismically active area of Bangladesh.

Editor of The New Nation Mostafa Majumder said every one would come forward to stop one-sided Indian decision and impacts on Bangladesh’s environment due to the construction of the Tipaimukh dam.He warned that Bangladesh was bound to lose its riverine characteristics if India continued to construct dams on common rivers. “Wetlands in greater Sylhet districts would dry up”, he said.

The three main river systems in lower riparian Bangladesh—Ganges, Brahmaputra and Meghna – the Meghna is considered a major lifeline, Surma and Kushiyara get water from Borak.

http://www.newstoday-bd.com/international....=2/11/2007#1134

---------------------------------------------------------------------------------------
Tipaimukh dam

SPEAKERS, at a discussion meeting held in the city the other day by the International Farakka Committee, came out with a specific suggestion that the interim government in no way should take any move to buy electricity from India because it would ultimately create an excuse for the neighbouring country to go ahead with its proposed project of constructing dams unilaterally over the common border rivers. The speakers warned the government of the consequences and also underlined the immediate need for raising strong protest in the international forum against India's proposed dams for generating hydroelectricity that would, ultimately, destroy ecological balance in the region including Bangladesh. Energy-starved India has a plan to sell its surplus electricity to Bangladesh and that would facilitate its carrying out the dam projects on the trans-boundary rivers. In view of all these the interim government's assertion to import power from India as disclosed by its energy adviser for meeting emergency shortage sounds to be absurd so far our country's overall interest is concerned.

The Indian government's move to construct a dam over the border river Barak at Tipaimukh in the Indian state of Manipur poses serious threat to our country, as it would endanger biodiversity in the greater Sylhet region and the lives of the people. Available reports reveal that the Tipaimukh dam at the upstream of the Barak river that flows to Bangladesh as the River Meghna has been designed to produce 1500MW electricity as part of its target of increasing power generation to almost double from 1.20 lakh MW to 2.40 lakh MW by 2020. According to recent press reports, defying all international norms applicable for common border rivers and repeated requests and protests from Bangladesh government, the Indian authorities are going ahead with the controversial project of constructing the dam at Tipaimukh.

Even the Indo-Bangladesh Joint Rivers Commission, better known as JRC, that was formed as early as in 1972 for sharing water of the common border rivers could not be involved and made effective in this regard to restrain the neighbouring country from constructing the dam. India's move of going alone for extracting benefit for itself denying the legitimate rights of the co-riparian countries has caused grave concern to Bangladesh afresh for the Tipaimukh dam project for the disastrous consequences in the coming days almost in the backdrop of immense sufferings caused by similar acts like constructing barrages over the Ganges and the Teesta rivers. The origin of most of our common border rivers is in India and it has already worked out a massive river-linking project exclusively forunilateral use of the water of the common rivers without considering the adverse consequences to others. If the proposed 182-metre high dam collapses in an earthquake many areas in our country will be submerged with sudden rush of water. The interim government may immediately take up the issue with the Indian government.

http://nation.ittefaq.com/artman/publish/article_34096.shtml

-------------------------------------------------------------------------------
Tepaimukh Dam: anotherFarakka for Bangladesh

Muhammad Afsar Ali Farajee

My attention was drawn to a news item published in an English daily under the headline "Govt. must resist construction of Tepaimukh Dam". It has been stated in the news item that the water experts of our country including former secretary Kamrul Islam Siddique have urged the Government to resist construction of Tepaimukh Dam. International Farakka Committee organised a meeting at the Jatiya Press Club recently in this regard.

The people of the Indian state of Monipur are vehemently resisting the construction of Tepaimukh Dam anticipating perilous impact on the life and living. To quote the news item, "Tepaimukh Hydro-Electric project was cleared by the Indian Supreme Court as part of their river-linking project (IRLP). But Bangladesh has not taken any step to resist construction of the project, Kamrul Islam said."

Kamrul Islam also alleged that our government has indirectly extended support to the Tepaimukh Dam by agreeing to the regional power grid project. Dam on Barak River at Tepaimukh will obstruct natural flow of water down to the Meghna. The water experts said that the government should take effective steps to resist construction of Tepaimukh Dam that will prove to be another Farakka Barrage on the east south region of the country.

In 1974, India started trial run of the Farakka Barrage. We are fully aware of the adverse effects of the Farakka Barrage on our agriculture, fishery, navigation, irrigation, climate change and even our ecology. During the dry season the river Teesta, is practically a dead river. As there is no water, there is no fish, no irrigation and no navigational facilities. Many of the fishermen of the Testa basin are deprived of their age-old traditional livelihood. This is due to construction of a Dam at Gazaldoba on the river Testa.

I want to tell the peace loving people of the world that India is always diverting waters of many international rivers for her self-interest jeopardising the interests of her neighbouring country Bangladesh which is a lower riparian country. Farakka will not help save the Kolkata port from ruination; within the next 50/100 years Kolkata port will die.

There are 54 common international rivers like the Padma, the Brahmaputra, the Teesta, the Mahananda, the Gorai, and others that enter into Bangladesh after flowing through Indian territory and discharge their waters in the Bay of Bengal.
It may be mentioned here that India and Pakistan signed Indus Water Treaty in 1960 under the auspices of the World Bank. Water right is a fundamental human right but India is always violating international laws and conventions by unilateral withdrawal/diversion of waters from these international rivers. As per international law India can not do so. It is nothing but the big-brotherly attitude towards her small neighbour. In her own interest India should change her wrong attitude. We expect a good equal brotherly attitude from India, not big-brotherly attitude.
We should try to mould world public opinion regarding our just water rights on all the 54 common international rivers for Bangladesh. I appeal to our government to resist construction of Tepaimukh Dam. The government should also try to conclude treaty for sharing waters of the 54 common international rivers with India.

HOLIDAY > EDITORIAL

-----------------------------------------------------------------
It depends on regional cooperation on transboundary water issues

Fritz Meijindert

It is a great pleasure for me to say a few words on the Netherland's contribution to water management in Bangladesh. As many of you know, our country has a lot in common with Bangladesh, as both countries are low-lying river deltas. The famous French general Napoleon Bonaparte once said that the Netherlands was not much more than sediment from main river system. Well, he was right. We did work a bit on the sediment, I must add. The Netherlands is a man-made country, which requires water management 24 hours a day. I would like to tell you a bit more about the Dutch experience in water management. Then I will say a few words on how this could help Bangladesh in the efforts to reach the Millenium Development Goals on poverty reduction.

Our active engagement with water goes back centuries. The country has learnt not only to battle against extreme floods, but also to optimize agriculture activities by adapting its water system. It has been possible to maintain and improve this system of dikes and canals mainly thanks to local water boards that have existed for some six hundred years. These water boards constitute a functional management organisation, as part of the local administration. The local community and landowners were dependent on each other for maintaining the system of waterworks. The fact that when a single individual did not cooperate, all other individuals suffered, led to the creation of a society in which working together became essential. This laid the basis for an early kind of democratic society in the Netherlands. Nowadays it is called stakeholder participation.

The old small-scale water boards of the nineteenth century have give way to a more modern water management system in the Netherlands. This Institutional reform process, which is taking place within the Bangladesh Water development Board, also took place in the Netherlands. The number of these local water boards in the Netherlands has gone from 1,000 to 57 over a 400-year period. What has remained the same is that the representatives are still elected through direct popular vote. One could argue that the emergence of local water boards in the Netherlands has directly on indirectly contributed to the democratic evolution of the country.

Switching from the Netherlands to Bangladesh, your Government has realised the importance of decentralization of water management. It adopted the Guidelines for Participatory Water Management in 2003. Various programs, financed jointly by the government of Bangladesh and its development partners, are actively operationalising these guideline, by setting up and empowering water management organisations at the lowest possible level. The Bangladesh Water Board is making encouraging progress, but more needs to be done to internalise this approach. Also, the Board needs to translate its commitment to participatory approaches in the right skill mix of the staff, in training budgets and in the required flexibility of block allocations.

We strongly believe that the reform of the water board from centralized technocratic management towards decentralized people's management is a crucial development - not only for effective water management, but also to strengthen the foundations for an accountable political system.

There is no need reminding you that water is hugely important for Bangladesh. Water determines to a large extent weather you will achieve the Millenium Development Goals. I would like to make two propositions.

1: Achievement of the MDGs in Bangladesh depends on regional cooperation on transboundary water issues

Since water is one of the most important natural resources of the region, it is absolutely critical that this resource is developed and managed in a national, efficient and equitable way. Only then it could act as the engine for socio-economic development of the region. Thus, a cooperation framework for the region that is technically possible, economically efficient, socially desirable, politically acceptable, institutionally feasible, and environmentally sound, is now even more essential than ever before. It is worth mentioning some examples of the win-win scenarios in this regards: the improvement of the regional flood forecasting and warning system can significantly mitigate the flood damages; there are great prospects for hydropower, if dealt with in a multilateral way; and, finally, dredging the Jamuna river- starting at Assam- could greatly enhance transport capacity for goods to be shipped from Assam to Kolkata. My government is strongly in favour of concrete activities of regional co-operation, be at political, technical level or at the level of dialogue between civil societies of Bangladesh and its neighbours.

2: Achievement of the MDGs depend on the government making water management a higher priority.

The government of Bangladesh approved the National Water Management Plan in 2004, as its overall plan to mange the country's water resources. The Ministry of Water Resources together with other key ministries should operationalise this vital document and make it the instrument for achieving the MDGs.

Two basic ingredients are necessary here:

First, political commitment. Water needs to be right at the top of our national and international political agendas. That doesn't mean producing more paper, but doing what we agreed to do together, under the leadership of the Ministry of Water Resources. It requires leadership and ownership from the government, reflected by, among other things, increasing rather decreasing budget allocations.

Secondly, shared responsibilities, we all have a role to pay and we must all work together. This applies to various departments within government, such as the BWDB and LGED, who can build on the MOU that they concluded last year. Moreover governments cannot do it all on their own. We need genuine partnerships with other actors as well. NGOs as well as the private sector can and must play an important role. As a representative from a donor country and as a friend of Bangladesh, I sincerely hope that the people in this country will take on the challenge. We are ready to assist in these efforts. We are already spending some 20 million dollars per year on assistance to water- related activities in Bangladesh. Together with the World Bank, we have committed to funding the Water Management Improvement Project, which unfortunately has still not been approved by the Bangladesh government (speaking of political commitment!).

Let me reiterate here that we are not planning to withdraw from the sector. On the contrary. At the same time, I underline that the time of bilateral projects is over. The future lies in multi-agency programmes, if necessary funded by consortia of multiple donors. This so-called Sectorwide Approach will eventually be followed in he water sector, just as it already is in the health and education sectors. Sectorwide approaches allow for scaling up efforts to a level that would not be attainable otherwise. Also, it makes for a harmonized delivery of assistance among donors. In my conviction, it offers great opportunities for the government, provided it is willing and able to adapt to this new reality.

The above is a speech by Fritz Meijindert, Head of Development Cooperation, Embassy of the Kingdom of the Netherlands in Bangladesh .

HOLIDAY > ENVIRONMENT & ADVOCACY
 
Natural catastrophe apprehended along river Padma

Sarker Samira Jannat

The Bangladesh Today – May 23, 2008

A widespread natural catastrophe is apprehended along the river Padma since the natural flow of water of the 'once mighty' river 'Padma'has been blocked completely in many places, creating miles long sand dunes and charlands.

The situation along sixty kilometres long and five kilometres wide river bed starting from Bidirpur under Godagari thana of Rajshahi district to Hardinge Bridge at Paksey under Ishurdi thana in Pabna district is very vulnerable. Except several pockets, there is no water any where in these long areas.

In view of unilateral withdrawal of water through the Farakka barrage at Murshidabad, West Bengal, India , such severe situation has been created at and along the regions of river Padma and at the down stream, it is alleged.

Experts on water resources, however, expressed their deep concern over the prevailing dry situation of the river Padma and feared, if there was no sufficient rainfall and release of water through the Farakka barrage by India according to water sharing treaty of 1996, Rajshahi region would face a severe drought causing a serious damage of flora and fauna as well as biodiversity. According to Water Development Board sources in Rajshahi, after the signing of the treaty on the sharing of the Ganges water with India on December-12, 1996, there was some improvement of the flow of water of the river Padma.

The water level of the river near Rajshahi during peak dry season rose to 9.57 meter on May 1, 1996 from a meager 9.29 meter on May-1, 1995. The following year the water level further rose to 10.48 meter during the same time and the level continued more or less same till 2002 during the peak dry season. But from May 1, 2003 water level of the river near Rajshahi started to recede once again and stood at 9.37 meter. On May-1, 2004, it was 9.38 meter; in 2005, 9.11 meter; in 2006, 8.74 meter; in 2007, 9.23 meter and on 1 May, 2008, the water level of the river Padma near Rajshahi was recorded 8.73 meter.

In the bed of the dried river many permanent chars have emerged and crops are being cultivated there. Many chars have been turned to playing ground for many young men.

It is said, India is not releasing water through Farakka Barrage into the river Padma during dry season according to the water sharing contract.

According to water sharing contract of the river Padma with India, if water flow from the river flows below 70,000 cusec at the Farakka point from January 1 to May 10, both the countries would share water equally and if the water flows below 50,000 cusecs, the water will be shared after discussion between both countries.

But, sadly, it is alleged, India is diverting water flow of the river Padma through Farakka unilaterally, as a result, water flow of the river Padma at the down stream is decreasing every year.

It is further alleged by the authorities of Bangaldesh Water Development Board (BWDB), the regular meeting of Joint River Commission is not held regularly due to reluctance of India about it.

Even if there is any meeting, it does not bear any fruit. As a result, Bangladesh is little benefited from the water sharing teaty. However, if the water continuously decreases every year, the mighty river Padma may finally disappear from the map of Bangladesh and the region of Rajshahi may turn into a desert in coarse of time.
The temperature of the region is becoming extreme. During summer, the day temperature remains very high and hot while at night the temperature drops drastically. Such fluctuation of temperature is noticed in the desert region only.
The annual rainfall in the Padma basin near Rajshahi is also deceasing and the subterranean water level is also running deep. Consequently, almost all the hand tube wells of the region remain inoperative and so remains the shallow tube wells of Barind regions.

Dr. Sarowar Jahan, Director of Environmental Science Institute, Rajshahi University while talking to the journalists said, the water flow of river Padma near Rajshahi has been suspended completely. As a result, the environment of this region may face a catastrophe. If such situation continues, the environmental balance of this region will be destroyed, he said.


Death of the Rivers
The News Today – May 23, 2008



We note with alarm that the mighty Brahmaputra, like many other rivers of the country, has dried up.
Almost no water currently remains on the riverbed. This has been caused by unilateral withdrawal of water by upstream India. This has caused serious ecological imbalance in Bangladesh.
India is mainly responsible for water crisis and also floods in Bangladesh. Almost all the rivers that flow through Bangladesh have come from India. India has constructed dams and barrages on most of these 54 international rivers without consultation with Bangladesh. This is depriving Bangladesh of the right shares of water of the common rivers. In the dry season, India releases water from these common rivers so frugally that the Bangladesh parts of the rivers almost dry up. Again, heavy rains in the Indian mountains in the rainy season cause floods in Bangladesh every year.
The Indian action has been hitting Bangladesh very hard. The Bangladesh parts of the common rivers do not have normal level of water in the dry season. This causes loss of navigability in the Bangladesh parts of the rivers. Farmers do not get adequate water for irrigation. Salinity in the rivers also rises.
India should refrain from this type of selfish withdrawal of water of the common rivers. International laws do not allow any upstream country to control the flow of common rivers unitarily. Bangladesh has to resist this type of hostile activity by India.
The Chief Adviser, Dr Fakhruddin Ahmed, has very rightly expressed the hope that the SAARC countries should solve the water riddles jointly. Both India and Bangladesh are members of the SAARC (South Asia Association for Regional Cooperation). The scheduled meetings of the Joint River Commission should be held regularly.
Shekhar Imtiaz

Mymensingh
--------------------------------------------------------------------------------------------------

River navigability in southern region on decrease
The News Today – June 13, 2008

BARISAL, June 12: The navigability in the rivers of southern regions are on continued decrease after huge silts are being deposited on riverbeds every year, Bangladesh inland water transport authority (BIWTA) said today, reports BSS.
It said hundreds of large and small shoals have emerged in different rivers due to silt depositions, a phenomena largely attributed to discharge of sediments from upstream India.
The rivers Madhumati,Kapotakkha, Naboganga, Shibsha, Kirtonkhola, Arialkha, Ilisha, Kalabador, Ichhamoti and Gorai have lost their navigability over the period of time, allowing farmers to cultivate paddies on shoals round the year.
But even a decade ago, these rivers used to provide vessels to carry passengers and goods smoothly, said an official of BIWTA.
The Padma, a trans-boundary river and mother of around 50 tributaries, is almost at the dying state with its branches also facing the same fate due to construction of Farakka Barrage in India.
The flow of the Padma river has decreased to an extremely low level, fueling silts to deposit on the riverbeds and form shoals after rainy season, sources added.
At least 4,500 km of river routes out of 6,500 km in the southern region have become dry due to minor or no flow of water in dry season starts in every March.
Some of the industries have already been closed and others are expected to follow the same suit due to water availability in rivers.
However, the government took several dredging steps to enliven the rivers, but in most cases the efforts went in vein as silts re-deposited in rivers within a year or two to reverse them to same state.
Ferry services are disrupted, while launches, steamers, cargoes and other large vessels could not ply regularly in the rivers for several years.
Small feeder vessels carryings goods from large ships are to face huge problems, especially at nights, to ply on the rivers linking Mongla sea port.
Many of natural fish-habitats have been destroyed, as breeding facilities disappeared because of shallow water depth and huge pollution from industrial wastes and human feces.
-------------------------------------------------------------------------------------------------

Bangladesh loses land due to erosion by Sylhet border rivers

Iqbal Siddiquee, Sylhet

The Daily Star – July 5, 2008

The erosion of the Surma and Kushiara along the Sylhet border is pushing the Bangladesh border inward, already resulting in the loss of thousands of acres of land to India in last few years.

According to the 1974 Mujib-Indira Border Treaty, midstream of border rivers defines the boundaries of the two countries.

"We have been losing our land as frontier rivers Surma and Kushiara continue to change their directions due to severe erosion, changing the original border," Md Shafiqul Islam, executive engineer of Water Development Board (WDB) in Sylhet, told the Daily Star.

Official sources said more than 3000 acres of Bangladesh territory have already gone to India due to the erosion of the two rivers only. Locals, however, estimate that the loss is no less than 4,000 acres.

About a thousand acres of land in Majorgaon, Amolshid, Lakshmibazar, Sultanpur, Senapatirchak and Manikpur in Zakiganj upazila are now part of the Indian state of Assam due to the erosion of the Kushiara. Two hundred and fifty acres of land in Ballah, Uttarkul, Munshibazar, Rosulpur and Dighli on the Surma banks in the upazila have also washed away into India.

River erosion on the Bangladesh side continues unabated as dams and groynes upstream in India are causing the rivers breaking into Bangladesh territory as embankments along the Sylhet borders are mostly unprotected.

While the erosion is getting worse day by day, the Border River Protection and Development Project that plans protective works along nine kilometres on the Kushiara banks has been awaiting approval for the last three years.

The Indian side of the rivers, however, is well bulwarked against erosion.

The Indian authorities in 2005 had agreed to allow the Joint Rivers Commission to conduct study on the Surma, Kushiara and Barak.

WDB officials, however, said no headway was made for eventual Indian reluctance.

Experts fear that the Surma and the Kushiara would accelerate changing their courses along the greater Sylhet region when upstream hydroelectric dams at Tipaimukh on the Barak River in India are completed.

They also said the mega project might destroy the region's agriculture.

This correspondent saw a grim picture on Amolshid border where the Barak empties into the Surma and the Kushiara.

One farmer at Uttarbag village said his family had lost twenty acres of land and three houses to the rivers.

An official said about 25 points on the riverbanks need immediate revetment work to stop the two rivers from eroding away Bangladesh territory further.

Erosion on the Bangladesh side gives way to new chars on the other side which Indian villagers occupy in no time with the help of the BSF, locals said, adding that residents of Harinagar in India now own the land of Oligarh that was once a Bangladesh village.

A subdivisional engineer said a WDB project to protect Kushiara banks from Haidaraband to Bhuiyarmora on an emergency basis has not yet been approved.

He said if the government fails to take quick protection measures, the country would lose more land this season as the rivers, silted up upstream, are driving down volumes of rainwater into Bangladesh.

---------------------------------------------------------------------------

Debunking the ‘NASA’ doomsday climate prediction for Bangladesh

The 25-metre sea level rise is inappropriately cited in the UK’s Independent newspaper in the name of NASA and certainly entire Bangladesh is not going under water by the end of this century,

writes Dr M Monirul Qader Mirza

The New Age – July 5, 2008

BANGLADESH is a flat deltaic country where 80 per cent of the elevations are less than 12 metres above sea level. Terrain of the coastal southern Bangladesh is mostly at sea level. Because of the geographical setting and physical characteristics, the country is regularly inundated by riverine to coastal flooding. Under the future climate change regime, the country will be highly vulnerable to sea level rise, intense cyclones and storm surge flooding. A recent special report by Johann Hari – titled Bangladesh is set to disappear under the waves by the end of the century and published in the British daily Independent, has drawn significant attention around the world. It has particularly sent a shockwave among the people, scientists and policymakers in Bangladesh and overseas. However, will Bangladesh completely disappear under water by 2100, as claimed in the Independent citing the National Aeronautics and Space Administration of the United States? This issue deserves discussion in the context of the findings of the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, which was released in 2007, and the scientific developments that have taken place since the release of the IPCC report.

Causes of sea level rise

Sea level varies from temporal to spatial scales. For the inhabitants of the coastal area, relative sea level – the level of the sea surface in relation to land – is important. Relative sea level can change by vertical movement of the land or changes in the level of ocean surface itself. Vertical movement can occur due to tectonic activities and balance between deltaic subsidence caused by massive weight of sediments, and the accretion of land as additional sediments are deposited in the coastal areas. Changes in sea surface topography can occur at the very shortest time-scales due to tidal and meteorological phenomena.

Sea level changes are recorded by tide gauges. The relative sea level at a gauge may show long-term changes due to the vertical motion of the gauge, circulation of the ocean or changes in global volume of the ocean which is caused by melting of land ice masses and warming of the ocean and its thermal expansion. In the context of greenhouse effect, the ocean, as well as land is warming up. As the ocean warms, the density of water would decrease and its volume would increase. This is termed ‘oceanic thermal expansion’. There are three uncertainties to ascertain the rate of thermal expansion. They are changes in the heating of the climate system, the sensitivity of climate and the rate of heat uptake by the oceans.

Sea level changes in the recent past

According to the IPCC, the instrumental record of modern sea level changes shows evidence for onset of sea level rise during the 19th century. Estimates for the 20th century show that global average sea level rose at a rate of about 1.7mm per year. Satellite observations available since the early 1990s provide more accurate sea level data with nearly global coverage. This decade-long satellite altimetry dataset shows, since 1993 sea level has been rising at a rate of around 3mm per year, significantly higher than the previous half century. However, sea level is not rising uniformly around the world. In some regions, rates are up to several times the global mean rise, while in other regions sea level is falling. For the past decade, sea level rise shows the highest magnitude in the western Pacific and eastern Indian oceans. Sea level rise in some tidal stations in the Bangladesh coasts are: Hiron Point – 4mm per year; Char Changa – 6mm per year and Cox’s Bazar – 7.8 mm per year, as reported by the SAARC Meteorological Centre in Dhaka. Regional variability of the rates of sea level is due mostly to non-uniform changes in temperature and salinity and related to changes in ocean circulation.

What factors contributed to the observed sea level rise? As per the IPCC’s Fourth Assessment Report, among the measurable factors, melting glaciers and ice caps were found to be the largest contributor, for example, from 1961-2003, their contribution was estimated to be 28 per cent followed by thermal expansion (23 per cent). But for the decade 1993-2003, contribution of thermal expansion was much larger (52 per cent).

Future sea level projections of the IPCC

In its Fourth Assessment Report, the IPCC projected that global sea level rise by 2100 would be in the range of 18cm to 59cm depending on a range of greenhouse gas emission scenarios. This full range of projection is relative to 1980-1999 and excluded of carbon-cycle feedback and future rapid dynamical change in ice flow because of lack of published literature. This is an emerging science. However, the NASA scientist Dr James Hansen (http ://www.columbia.edu/~jeh1/) disagrees with the IPCC findings and said it had addressed ‘a portion of the problem’.

2100: the doomsday for Bangladesh?

The Independent article is partly based on two recent publications of Dr Hansen where he discussed the limitations of the IPCC’s business as usual projection of sea level rise. According to him, the most important left out component of sea level rise was contributions from the disintegration of ice sheets in Greenland and West Antarctica. But the IPCC in its Fourth Assessment Report considered 0.1 to 0.2 metre additional sea level rise for the ice sheet melting. However, this has not been explicitly integrated in its sea level rise projections. Dr Hansen’s concerns have been addressed differently by the IPCC as it states, ‘Larger values cannot be excluded, but understanding of these effects is too limited to assess their likelihood or provide a best estimate or an upper bound for sea level rise.’
According to Dr Hansen, the past warming of 0.7oC already produces large amount of summer melt on Greenland and West Antarctica. He iterates, ‘Global warming of several more degrees, with its polar amplification, would have both Greenland and West Antarctica bathed in summer melt for extended melt seasons.’ Dr Hansen further says that until the past few years, contribution from the ice sheet disintegration was insignificant, but it has doubled in the past one decade (1995-2005) and close to 1mm per year. So if 10mm or 1cm contribution from the ice sheets for the decade 2005-2015 doubles in every decade, by 2100 sea level rise only from the melting of ice sheets would be 5 metres. This estimate is only based on an assumption and there is no concrete reasoning to back it up. In this regard, Dr Hansen says, ‘Of course, I cannot prove that my choice of a ten-year doubling time for non-linear response is accurate, but I am confident that provides a far better estimate than a linear response for the ice sheet component of sea level rise under BAU [business as usual] scenario.’ We need at least two more decades of observational data from Greenland and West Antarctica to verify Dr Hansen’s ‘ten-year doubling’ hypothesis.

The scary part of the Independent article was 25-meter sea level rise and complete disappearance of Bangladesh from the world map. Mr Hari wrote: ‘…and found that many climatologists think the IPCC is way too optimistic about Bangladesh. I turned to Professor James Hansen, the director of NASA’s Goddard Institute for Space Studies, whose climate calculations have proved to be more accurate than anybody else’s. He believes the melting of the Greenland ice cap being picked up his satellite today, now, suggests we are facing a 25-metre rise in sea levels this century-which would drown Bangladesh entirely.’ Note that the IPCC in its report has not considered Bangladesh exclusively although it has appeared in many instances because of special geophysical characteristics of the country and its future vulnerability to climate change and sea level rise.

In my long association with the IPCC, I have not come across any literature that has particularly projected a 25-metre sea level rise by 2100. Therefore, I decided to verify it with Dr Hansen and sent him an email on June 26 and he was very kind to write back a day later. He replied: ‘I have made no such projection, although the long-term response to 2-3oC warming would probably be a sea level rise of that order – it is hard to say how much would occur by 2100 – it could be a few metres.’ This long-term timeline is debatable, may be thousands of years. So the 25-metre sea level rise is inappropriately cited in the Independent in the name of NASA and certainly entire Bangladesh is not going under water by the end of this century.

Sea level rise: implications for Bangladesh

Because of the flatness of the country, for any given magnitude of future sea level rise, the impacts could be devastating. The IPCC’s Third Assessment Report published in 2001 projected 11 per cent inundation for a 45cm sea level rise. However, the inundated area may be doubled for a 1-metre rise. Another study conducted by the Institute for Water Modelling, Dhaka shows intrusion of seawater up to Chandpur, about 80km upstream from the estuary. With a 32cm sea level rise, 84 per cent of Sundarban, a UNESCO world heritage site, would be deeply inundated by 2050 and the entire Sundarban may be lost for about one-metre rise. In Bangladesh, impacts of sea level rise on land and water, crops, livestock, human health and livelihood would be significant. It is, therefore, necessary to formulate and implement appropriate adaptation measures under a long perspective plan.

Dr M Monirul Qader Mirza is currently with the Adaptation and Impacts Research Division, Environment Canada and the Department of Physical and Environmental Sciences, University of Toronto. He acted as coordinating lead author of the Intergovernmental Panel on Climate Change of the United Nations, winner of the Nobel Peace Prize in 2007. Views presented are those of the writer’s.

------------------------------------------------------------------------------------

Structure on other side blamed: Ichhamati shifts into Bangladesh

The New Nation – July 6, 2008

Bangladesh has been losing large chunks of land along the border with India at different points of the River Ichhamati in Satkhira district due to unrelenting river erosion.

But successive governments did not take effective measures to protect the riverbanks for which the map of the bordering district was gradually changing shape.

According to a Water Development Board (WDP) official, over 500 acres of Bangladesh territory have already gone to India due to the erosion of the Ichhamati during the last eight to 10 years. However, local people, estimate that the total loss was over 1,000 acres.

Abul Kashem, 45, a resident of Townsreepur, told this correspondent a vast tract of agricultural land, a number of residential houses and establishments had been devoured by the river erosion in the last 10 years.

Pointing to a spot in the river, Kashem ruefully said that they had lost their ancestral home to the river due to lack of protective measures against erosion by all the previous governments.

The WDB official said about 5 kilometer of the riverbank of Ichhamati, particularly at Townsreepur, Sushilgati, Kharghat and Khanjia was on the verge of going under the river.

Local people alleged that the Indian government was taking measures to protect riverbank from erosion by training the river, building groins and dumping boulders and brick-chips on the bank along Sodhpur and Jalalpur areas in 24 Parganas.

They also alleged that many brick kilns were built on the Ichhamati riverbank under the patronage of the Indian government on condition that the proprietors of the kilns would dump factory wastes on their side of the bank.

The WDB official said due to river training conducted by India for years the course of the river was being diverted towards Bangladesh territory and char lands were emerging on the Indian side. The Indian nationals were occupying the newly emerged land and building infrastructures, thus populating the areas.

According to the Mujib-Indira Treaty signed in 1974, the midstream of border-rivers defines the boundaries of the two countries.

The WDB official said Bangladesh has so far built 6.80 kilometers of permanent embankment on the bank of River Ichhamati to protect it from erosion. The Government in other places was trying to stop erosion by dumping bamboo-made porcupine-traps, sandbags, twigs and branches of trees as temporary measures.

He said they have submitted fresh proposals to the Government to build additional 5.75 kilometer of permanent embankment to protect the river from erosion.

Replying to a question, the WDB official said they had to face resistance from the Indian side when they tried to take protective measures against river erosion.

He opined that diplomatic initiatives could protect Bangladesh territory and determine the international border between the two countries based on the river course in 1974, when the treaty was signed.

Sources said most of the 40 kilometer long Ichhamati, originating from Bhomra land port, remains unprotected on the Bangladesh side of the border.
 
Dear Munshi,

After reading the Articles posted by you, i assume that BD people must have died due to severe water shortage.
Flooding the page with articles written by BD journalists doesn’t necessary mean it holds true. Do we have any neutral recourses claiming the same?

have peace.
 
By an Indian writer -


Interlinking Rivers -The Millennial Folly

By Shailendra Nath Ghosh

15 May, 2003

The Vajpayee government’s resolve to link up all major rivers of the country, if acted upon, will go down in history as the millennial folly. This is because it defies all ecological, politico-economic and human cost considerations and its dimensions are unprecedentedly massive. Nowhere in the world has there ever been a project of this magnitude and complexity.

The prime minister and the parliamentarians who greeted his announcement with eclat probably think that if there can be a network of roadways, why not a network of rivers as well. This reflects lack of thinking about the characteristics of the country’s basic resources – soils, rivers, estuaries, mountains and forests and the peculiarities of the climatic conditions as also their interactions.

No doubt, Sir Arthur Cotton, who had originally conceived the idea of networking the rivers for inland navigation and K.L. Rao, who revived the idea in the eighties for purposes of irrigation and power, were both world-class engineers. But engineers often fail to perceive the wider issues involved.

Before coming to a decision, the government ought to have addressed itself to a few crucial questions: Which are the water-surplus areas of the country? Except for the Brahmaputra basin in North East India, is there any area which is really water surplus? Do not the Ganga water-fed states, which get flooded during the rainy season, suffer from water scarcity during the dry season? What are the basic reasons for the alternating phenomena of flooding and scarcity?

How correct is the prevailing concept of irrigation? Except paddy and sugarcane, is any other crop high in water demand? Do not the other crops require just moisture, as distinct from flow irrigation? Is not irrigation, beyond the very frugal, ruinous to soil? Is the practice of cultivating rice after rice in the same year not an invitation to long term salinity and barrenness?

Neither Karnataka, nor Tamil Nadu, nor Andhra Pradesh are so deficient in rainfall as Rajasthan or Gujarat. Nevertheless, why is the demand for importing water from another region more vociferous there? Is it not due to the cropping patterns of their large landholders whose only concern is money profits at the cost of the health of their soils? Since the drought affected state of Rajasthan will not be a beneficiary of the link-up, will it have to be treated as a hopeless case? Have we cared to assess the impact of flow irrigation from the Indira Gandhi Canal on the soils of Rajasthan? Although we take pride in the green it has produced, are we not simultaneously experiencing an increase in salinity in this arid region’s soils which will hurt us for centuries to come?

While we talk of linking up all major rivers, how will we link up the Brahmaputra with the Ganga in the face of Bangladesh’s refusal to allow the digging of a link canal through its territory? If we want to achieve the link-up of these two mighty rivers only through India’s territorial space, what are the formidable technological challenges involved and their cost implications? Have not East Bihar and West Bengal been complaining about insufficient water supply from the Ganga? Will not this project aggravate their sense of grievance and accentuate inter-state conflicts? Will not Bangladesh, a riparian state, take the issue of attenuated supply to the international fora? Can we unilaterally abrogate the India-Bangladesh Treaty of December 1996 on the sharing of Ganga waters, under which India had undertaken to protect the flows at Farakka, which is the sharing point?

Will not the networking mean a flow of pollutants from higher gradients to cause distress to lower levels?

Have there been such spells of successive four or five years of drought in peninsular India that the problem cannot be faced without importing the glacial waters of the Himalaya? And, if this is indeed the case, how will they and the rest of India face the situation in future, in the context of the now receding snowlines of the Himalaya?

The government has for long been talking about basin-wise development programmes. Does not this scheme conflict with that approach? While the country is now tending to accept the concept of local jal swaraj – the concept that decentralised methods of water harvesting can meet all legitimate water demands – does not this grandiose scheme directly militate against the new awareness?

There are yet deeper questions. Sadly, neither the Union government nor any state government provides any indication of having addressed even the above obvious questions. And our populist politicos in the different states have developed a peculiar mindset. They think their job is to get more and more water from wherever they can to enable its use by the locals for immediate gain whatever the longterm consequences. That over-irrigation condemned Mesopotamia in West Asia, once the cradle of civilization, to barrenness for the last three thousand years, does not deter them. Few care to remember that the districts of Layalpur, Montgomery and Sargoda (now in Pakistan), which were, half a century back, the showpieces of irrigation-induced prosperity, are now suffering from low productivity and having to fight the scourge of salinity.

In our own country, the water-logging and soil salinity that we have been experiencing in the Bhakra canal command area in Punjab and in the Sardar Sahayak canal command area in U.P. tell the same story. (These are the sad facts which Justice B.N. Kirpal missed in the judgment in the Sardar Sarovar Dam height case, where he waxed eloquent on Punjab’s irrigation induced prosperity.) Some years back, the FAO estimated that nearly 50 per cent of the world’s irrigated areas had become saline. But the internationally recognised authority and highly respected soil scientist, Professor Kovda, who passed away a decade back, had placed the estimate at 80 per cent. The estimates varied because of the nature of irrigation under observation (flow irrigation, or tubewell or borewell irrigation) and the duration of the observation.

Deeper questions of ecology always get bypassed in our country. We rarely try to fathom the various functions of a river – that its functions are (i) to carry the salts and toxins from the basin to the sea; (ii) to supply sweet water to the estuaries so that the intermingling of sweet and salt water may cause a welling up to celebrate the emergence of new lives by invigorating the reproduction spree of aquatic animals – fish, sea fowls, crabs, oysters etc; (iii) to maintain the hydrologic cycle; (iv) to carry detritus to the oceanic phytoplanktons to enable them to release the major portion of the globe’s oxygen to support aerobic life. We can impede these functions only at our peril.

Also the fact needs to be grasped that each river’s water properties are different from those of every other river, depending on the characteristics of its source, its catchment area and the basin as a whole. The difference of water properties lies not only in their hardness or softness but also mineral content, extent of aeration, transparency, electro-chemical properties, and healing power. On these distinctive properties depend the kind of aquatic species they nurture, the varieties of insects and birds that hover over their water surface and nestle on their banks.

The hilsa fish that the Ganga water helps spawn is peculiarly its own. Dolphins are seen in only a few rivers – that too, of differing varieties. The differences in varieties of birds and insects river-wise are also considerable. This biodiversity is important. What value which underwater or abovewater species has for maintaining the web of life or for mankind’s own welfare, nobody knows. Limited study has been done on these aspects, river-segment-wise. In the USA, when the large Tellico Dam was nearing completion, despite colossal expenditure, the courts ordered the abandonment of the project simply because the river was home to the small dart fish not present anywhere else. If our major rivers are interconnected, many species of life will disappear and many varieties within each species of fish, molluscs, insects, birds and other animals will become extinct. The loss will be irretrievable.

Let us now take a look at some already revealed aspects. R.K. Murthy, a retired engineer of the Neyvelli Lignite Corporation, has revealed that during Indira Gandhi’s time the project was seriously discussed and given up because of formidable geographic-technological hurdles and mind-boggling costs.

‘At Patna, which is the only point along the course with a divertible surplus, the Ganga flows 200 ft. above the mean sea level (MSL). If it has to be linked with any river in the peninsula, the water has to be raised over the Vindhyan chain – i.e. to 2860 ft. above MSL. Pumping 20,000 cusecs of water to that height would have required the entire day’s power generated in the country at that time.’ The requirement was estimated at 90,000 MW of electric power.

Assuming that the scheme has now been so modified that instead of lifting the water over the Vindhyan heights the waterway is lengthened to circumnavigate the mountain ranges, even then the costs will be unbearably high. Reportedly, the rough figure that was mentioned before the Supreme Court is a mind-boggling Rs 5,60,000 crore. No agency anywhere in the world would even look at this project for funding.

The modified plan which seeks to get Brahmaputra water for the Ganga from Manas in Arunachal Pradesh and to redirect the flow of the Ganga-Mahanadi link from the West/North East to South East (by gravity) and South of the mountains, and the flow of the Mahanadi-Godavari link from the East to South-West/South (by gravity) may look nice on paper. One has to exclaim in Shakespearean language, ‘There are many things in heaven and earth, Mr River-Diversion Engineer, than are dreamt of in your philosophy.’

These engineers would be advised to remember the fate of the erstwhile Soviet Union’s plan to divert the snowmelts of Siberian rivers to feed the rivers of Central Asian republics. The experiment failed miserably as salt water incursion and other forms of ecological disaster occurred wherever the canal came up and the scheme had to be abandoned in the 1980s. The experience in California (USA) of interlinking two rivers, too, proved deleterious. It caused huge salt build-up. Besides, by preventing the water from reaching the ocean, it seriously affected coastal ecology.

Let us suppose for a moment that despite the enormous risks, the country decides to take up the interlinking project. The cost in terms of human displacement will, in that case, be terrible. In the words of C. Rammanohar Reddy: ‘The construction of barrages and excavation of thousands of kilometres of canals will make villages disappear, flood towns, and cut through millions of hectares of agricultural lands. It will uproot millions, the number exceeding the population shifts of Partition.’

There is yet another kind of cost. Many rivers have already become open sewers. In the new set-up, pollution control will be even more difficult. Hence larger segments of many more rivers will turn into drains.

Evidently, the inter-state conflict over Cauvery water has revived interest in the interlinking project. But the conflict was caused by the twin evils of unsound cropping practices and the disuse of traditional and highly efficacious rain water harvesting systems. The large landholders of the Thanjavur delta in Tamil Nadu keep insisting on three crops of water intensive paddy for short term commercial gains. In Karnataka, the farmers of Mandya have been cultivating sugarcane, a water intensive cash crop, in the name of protecting their agricultural right.

These practices are comparable to the other distortion – namely, the cultivation of paddy, the highest water-demanding crop, in the scanty rainfall area of Punjab, and the cultivation of sugarcane on a large scale in Maharashtra. Before our very eyes, India’s fertile soils are marching towards salination. The Union and the state governments are presiding over this march towards ruination. Now, they are going further ahead into succumbing to the myopic large farmers’ demand for connecting the rivers so that the latter can grow more cash crops unsuited to their soils. Somebody will have to write a new Mahabharata of our blind kings acquiescing in the conversion of this once fertile country into a vast wasteland.

I.C. Mahapatra, a noted agronomist, has suggested an alternative crop pattern for Karnataka and Tamil Nadu requiring minimal water. It will save their soil and possibly yield them higher income as well as create a better nutritional status for the people.

‘In non-irrigated (rainfed) areas, Karnataka can go in for ragi, jowar, bajra, horsegram, redgram, groundnut, castor and coconut. In irrigated conditions, it can choose from sugarcane, maize, brinjal, chillies, mulberry, tomato, potato, turmeric, ginger, grapes, banana and betel. In Tamil Nadu, 62 per cent of the river basin grows rice thrice – kuruvai, thaladi, and samba. Our study shows that a single crop of samba variety will give far higher yield than thaladi or kuruvai crops. Apart from rice, the state should opt for ragi, groundnut, sesame, castor, blackgram, greengram, sugarcane and cotton.’ (Down to Earth, 15 November 2002).

There is no point in engaging in grandiose projects inviting bankruptcy while continuing to kill the preexisting rainwater harvesting structures whose efficacy was acknowledged the highest in the world. Today, in Karnataka, ‘at least 11,000 traditional water harvesting structures such as tanks and ponds have silted up and dried, as the local farming communities, which maintained and used them, have stopped doing so.’ In Tamil Nadu, there had been wonderful ‘Eries’ in large numbers whose efficiency were the marvels of the world’s experts. These are now suffering neglect. Besides, Tamil Nadu has been destroying the potential of some of its rivers by sand quarrying. The sorry spectacle of the Qoom river running as an open sewer in the city of Chennai itself shows how it has been taking care of its own water resources.

Whether in Tamil Nadu, Karnataka or Kutch, there is no need for a big project for water. According to India’s eminent meteorologist, P.R. Pisharoty, who passed away three months back, ‘If the rainfall over the area is merely 50 cm per year, then all the water requirements can be met by local rainwater harvesting techniques.’

A number of recent experiments in the arid zones of Rajasthan and several other states have conclusively proved that local water harvesting techniques can meet all legitimate needs. But big project oriented engineers tend to play down their potential. They seem to have succeeded in brainwashing the present rulers. The ‘Link the Rivers’ project is virtual repudiation of the decentralised water harvesting technologies. It is also the denial of the potential of percolation tanks which, if resurrected, can help cope with successive years of drought by preserving water in the underground, in evaporation-free condition. It is also a disavowal of the government’s own advocacy hitherto for conjunctive storage of water. Plainly, this is surrender to the clamour of large landholders who seek to cultivate a series of high water demanding crops to the detriment of their soils, in their short term interest of money profits.

The fundamental problem of India’s water resource is the Himalayan snow fed rivers’ rate of siltation, which is highest in the world. Because of this the raised beds of the rivers are unable to hold enough water. This maximises the wasteful runoff to the sea, causes floods during the rains and water shortage during the dry season. The primary task, therefore, is to desilt and deepen the rivers, re-excavate the canals, reforest the Himalaya and all other mountain ranges and hills, and reforest both sides of the banks from their source to the deltas. These basic tasks will get sidetracked by the grandiose project of linking up the rivers.

The government must first study (i) which crops are suitable – or otherwise – for specific climatic conditions; (ii) which combination of crops, including coarse cereals, pulses and oilseeds, is most suitable for nutritional needs; and (iii) which kind of irrigation and/or drainage is suitable thereof.

While noise is being made about great navigation opportunities to be provided by the inland water grid, not even the first step has been taken for encouraging large-scale boat movement in the existing inland waterways to carry cargo. The water-driven crafts are known to be the cheapest mode of transportation. Sane thinking will also suggest that oil slick spreading vessels ought not to be permitted in the inland waterways in the interest of maintaining purity of water and preserving aquatic life.

So far as the lure of electricity is concerned, the first thing that needs to be laid down is that electricity supply for the burgeoning industries or landed estates is counterproductive unless foolproof measures are first taken to see that no untreated or half-treated effluents/sludge is unloaded in the rivers. For these are the agencies which have been converting the rivers into open sewers.

In view of the ecological, economic and human costs and the likely negative consequences of the project, as narrated above, the government would be well advised to retreat from this Tughlaqian project. And the Supreme Court, in its wisdom, may possibly review its own order, suo motu, in the country’s interest.
 
By a British writer -

India's Dream, Bangladesh's Disaster

By John Vidal


The Guardian
24 July, 2003

Indian plans to divert vast quantities of water from major rivers, including the Ganges and Brahmaputra, threaten the livelihoods of more than 100 million people downstream in Bangladesh, the Bangladeshi government fears. Ministers are so concerned that they are considering appealing to the United Nations to redraft international law on water sharing.
The ambitious Indian plans to link major rivers flowing from the Himalayas and divert them south to drought-prone areas are still on the drawing board, but Bangladeshi government scientists estimated that even a 10% to 20% reduction in the water flow to the country could dry out great areas for much of the year.

More than 80% of Bangladesh's 20 million small farmers grow rice and depend on water that has flowed through India.

"The idea of linking these rivers is very dangerous.It could affect the whole of Bangladesh and be disastrous," said Hafiz Ahmad, the water resources minister. "The north of Bangladesh is already drying out after the Ganges was dammed by India in 1976. Now India is planning to do the same on [many of] the 53 other rivers that enter the country via India. Bangladesh depends completely on water."

The minister said the government had protested to India but had so far not had any response. "Without this water we cannot survive," he said. "If [rice] production falls then we would not know how to survive. We want no kind of war, but international law on sharing water is unsure and we would request the UN to frame a new law. It would be a last resort."

The Indian government is preparing to seek international funds for its giant river-linking project, intended to divert water from the north of the country to drought-prone southern and eastern states. Up to one third of the flow of the Brahmaputra and other rivers could be diverted to southern Indian rivers to provide 173bn cubic metres of water a year, supplying millions of people in Uttar Pradesh and Karnataka states with more reliable drinking and irrigation water.

But the plan - which could cost between £44bn and £125bn and take at least 14 years to implement, making it potentially the largest and most expensive water project in the world - would redraw the subcontinent's hydrological map with immense ecological and social consequences.

It involves building hundreds of reservoirs and digging more than 600 miles of canals. Preliminary estimates by environment groups suggest that more than 3,000 square miles of land could be flooded and 3 million people forced off their land.

India's national water development agency, which is backing the scheme, has said it will divert enough water to irrigate 135,000 square miles of farmland and produce 34,000 megawatts of hydroelectricity. However, much of the electricity would be needed to pump the water around.

"This could trigger a long-term disaster on the subcontinent and trigger bloodshed in the region," said Shashanka Saadi, of Action Aid Bangladesh.

Bangladesh already knows the consequences of India restricting its water. The Farakka barrage, built across the Ganges 11 miles from the Bangladeshi border in 1974, had at certain times of the year reduced by half the water that once flowed via the Ganges into Bangladesh, said Mr Ahmad.

"Great parts are turning into a desert, rivers have lost their navigability, salt water is intruding into farming areas. You can walk across the river Gori at some times of the year," said the minister.

Although the Indian and Bangladeshi governments have a water sharing agreement for the Ganges, there are none for the other 53 rivers that cross the border. Bangladeshi water engineers say that Indian barrages, canals, reservoirs and irrigation schemes are slowly strangling the country and are stopping its development.

Bangladesh, which is too flat for major reservoirs, says if India goes ahead with its schemes, it may have to build a network of expensive canals to irrigate large areas now fed naturally by the Brahmaputra.

"It would cost a huge amount of money, but we may need it to survive," said Mukhles uz Zaman, the director general of the Bangladesh water development board. "At the moment there is just about enough water for everyone, but the Indian plans could be disastrous. They would have catastrophic effects on Bangladesh's rice fields."

One of the most serious consequences of India's continuing search for irrigation water is expected to be the further drying out of the Sunderbans, the world's largest coastal forest, a world heritage site shared by India and Bangladesh and vital for fish. "The forest needs fresh water to survive. Because of the Farakka dam fresh water is not reaching there and the rivers are silting up rapidly. The trees are dying" said Mr Zaman.

Local people say the Farakka barrage has already changed millions of people's lives. "In eight to 10 years I believe that most of the Sunderbans will be silted up. The rivers flow far less than before the barrage was built, and it is getting worse every year," says Humayun Kabir, of Noapara, where a large river is now a small backwater and 6 metres (20ft) of silt has been deposited across thousands of hectares.

"These new Indian plans would finish the whole area."
 
I must admit that India has done a shoddy job of managing its water resources, and as a consequence, both our people and the people of neighbouring countries are suffering.

Dam building and irrigation are perpetually stuck in a bureaucratic mess, and often projects are undertaken without adequate analysis of its true impact on the environment and the people.

I think its important for Bangladesh and India to cooperate better to ensure that both the quality and quantity of water received downstream are of a reasonable standard. Its the least we can do, really.

Water management is best when decentralized, and localized - a centrally administered mega-project is usually an equally mega-disaster, because it is simply not possible for a bunch of lazy bureaucrats to understand the vast and varied implications of changing the course of a river.
 
Last edited:

LAHORE: India will provide Pakistan 200,000 acre-feet water as compensation for the reduced flow of water in the Chenab River, Federal Minister for Water and Power Raja Pervez Ashraf said on Saturday.

According to a private TV channel, Ashraf told reporters as saying Indian Prime Minister Manmohan Singh had assured Pakistan of providing 200,000 acre-feet water as compensation for the water lost by Pakistan due to India’s construction of Baglihar Dam.

The minister said Bhasha Dam would produce over 4,500MW of electricity helping overcome load shedding. He said the dam would compensate for the expenditure incurred on it within seven years. daily times monitor
 
Back
Top Bottom