Sunday, 15 June 2014



Top 10 Environmental Issues in Pakistan
 
We should definitely like to see Pakistan without any environmental issue but currently there are lots of challenges. As in fact we are growing at the rate of more than 8 percent in GDP and creating lots of economic opportunities, this is also growing stress and implications on environment. The constant growth in population is another massive challenge. As we grow economically, we have to decide at this point in time that we ensure better quality of life. At the end of the day, when we have more money but our quality of life suffers and we can’t breathe and drink pure water; then it is not worth it.
Now the Government must show scores of commitment to guarantee that as we grow, we also ensure that the quality of life of our citizens is made better and we, as a country, might be called an environment friendly country. The government should announce the ‘National Environment Policy’ with considerably increase in the budget for environment.
Let us have a look at some of our burning environmental issues.
 

1. Need for tree plantations in urban centres – There is no doubt that planting trees help in maintaining good environment. Trees in urban centres help clean environment and reduce pollution. Islamabad, for instance, is one of most protected cities of the world with lot of vegetation and clean healthy environment. So there is need to plant trees in other cities like Islamabad.
We do plant lots of trees every year but the problem is the nurturing of the plants. Trees must be considered as an essential item of environmental service. Even in our religion, trees have been given enormous importance.
 
2. Cutting of forests – A lot number of forest trees are being cut in northern areas for timber as well as fuel wood. People must not cut trees and use wood as fuel. There are various biodiversities, climate change and other environmental issues which are linked with forestry.
In 1992 Government announced a policy against forest cutting and the cutting of forest was banned but that policy doesn’t seem to have been successful. It is suggested that the government should pass legislation for a sustainable harvesting of forest so that there’s a controlled management plan through which forestry can be saved. Local community also has to understand the value of forests.
We must also develop the strategy for carbon financing at policy level. It is a very innovative instrument across the world where you can do is that we provide value to the trees because trees absorb carbon dioxide from the air. Through this mechanism the developed countries of the world are going to provide financial aid in this regard. The government should announce the strategy to make sure that investment comes in and trees are treated as the environmental commodity not just as the item of fuel.
 
3. Pollution from factories – We need a cooperative compliance from the factories. The Federation of Pakistan Chamber of Commerce and Industry (FPCCI) should take a lead in this regard. It is the time to be strict with the industries that are not compliant. Now there’s a lot of pressure on factories from law of the land and from buyer because buyers are not buying from the parties who are not meeting environmental criteria. After the implementation of WTO, we have to meet the environmental standards and unless we do that we cannot export our goods abroad.
 Environment is going to be a non-tariff barrier for all our exports and sooner the industries realize this the better it would be for them. There is also pressure from the lenders; almost all the banks of the world say that the industries that don’t meet the environmental criteria will not be given money. We must try to enforce the law of land and for that we have to start a voluntary self-monitoring program because it is not possible to send inspectors to every industry in the country. The industry owners should take the responsibility and provide data in this regard to relevant government agencies.
 
4. Greenhouse effect & Pakistan – The planet has been affected in current times with the greenhouse gasses which is detrimental to maintaining life and sustainable environment on earth.Pakistan is a very small contributor in greenhouse effect; Pakistan contributes only 0.2 % greenhouse gases of the whole world.
Pakistan is very much aware about it and has taken lead on this issue at the international level. Pakistan is party to the “Kyoto Protocol”, The Kyoto Protocol is a document signed by about 180 countries at Kyoto, Japan, in December 1997. The protocol commits 38 industrialized countries to cut their emissions of greenhouse gases between 2008 to 2012 to levels that are 5.2 per cent below 1990 levels. Pakistan needs to develop a strategy and attract investment to come to Pakistan on this issue. The industries in Pakistan should also be involved; if one actually invests in projects and get carbon credit that is going to be credited on commodity exchange. It is the first environmental commodity of the world and the predictions of the World Bank are that this market is going to be somewhere in the range of 5 to 10 billion dollars a year on exchange on this carbon emission.
 
5. Carbon monoxide emissions in Megacities – Carbon monoxide emission levels in Karachi and Lahore have considerably exceeded WHO’s recommended levels. It however happens only during crowded hours not 24 hours a day. We should be concerned about it and a Clean Air Program must be initiated to ensure safe level carbon monoxide emissions especially in megacities.

 
6. High Pollution in Karachi – One can see so much pollution (noise pollution – air pollution) in the city. The main difference is of population; Karachi is a very crowded city housing people from all parts of the country. Besides other dilemmas, we have the problems of transport and industrial pollution because we are economically growing very fast and all these issues arise from that. Karachi’s main issue is air and noise pollution which again is linked with the increase in transport on the roads. Getting a car has become so easy with the emergence of bank-leasing options. It is though a good sign as far as growing economy is concerned but on the other side, due to lack of infrastructure, pollution issue has increased which is quite alarming. To tackle the situation we need to develop a ‘Clean Air Program’. Major part of this program should include converting public transport on to CNG and removing 2 strokes engines like rickshaws & converting them to 4 strokes engines etc.
 
7. Running of old vehicles on road – It is also one of the causes of air pollution as these cars are not discarded and thus add their share in increasing the pollution. The “Clean Air Program” should also include old vehicle retiring program. In developed countries the older the car gets the more tax they have to pay. This incentive urges them not to keep old vehicles on road. In Pakistan, low income groups keep old vehicles that have no accurate standard of pollution controlling. We also need to strengthen the motor vehicle testing program in which private sector should be invited to setup testing stations and it should be made mandatory for cars to get fitness certificate every year without which they should not be allowed to come on roads.
 
8. Exploiting IT technology for Environment Protection – Government is hardly using IT technology in this regard. There must be software programs developed for registering industrial data on environment. This program should be linked to every industry with the Internet and it may be given access to a centralized database in Islamabad. Other than that, the government can also be advised that all the ministries should start adopting similar IT programs and train their staff for e-governance. In this way, the IT technology can be exploited productively.
 
9. Demand for Environmental Managers – There is a lot of demand for environmental managers especially from the lenders i.e. World Bank and ADB. All these multilateral banks want to lend to Pakistan as well as want to ensure that the projects are also environmentally capable but we have very little proper professional capacity. NGOs have very good work and capacity with regards to advocacy and raising awareness but they are not qualified researchers as such. We need to opt for environmental studies in our universities.
 
Youngsters, both male/female, should do Masters in environmental studies as this field has a great future in Pakistan. The government is increasing environment budget and they would need lots of people who are qualified in environmental studies. It is a new field and is going to grow without any doubt. As the world is also growing, it will create so many environmental challenges and lots of environmental managers would be in great demand in coming years. Universities in Pakistan, i.e. Karachi University, Punjab University, Quaid-e-Azam University and few other private sector universities are offering programs in environmental studies. So it is highly recommended that youngsters, both male/female, should go for environmental studies.
 
10. Message for the youth – This environmental movement is your movement and we can fight environment degradation through a movement because of the young people of Pakistan. If we want to make a better Pakistan for upcoming generation, youngsters, both male/female, should take part actively and learn about the environmental issues and try to tackle the problems. One of the best solutions to the environment is to change our bad habits of wastage of water, electricity and dispersal of garbage etc.

How much fertilizer is too much for the climate? -- ScienceDaily

How much fertilizer is too much for the climate? -- ScienceDaily
China’s Environment Goes From Bad to Worse

Each year, China’s Ministry of Environmental Protection (MEP) releases a “state of the environment” report (PDF); it’s a rather grim annual ritual. For all the talk about China’s new “war on pollution” and money pouring into wind farms and river cleanup campaigns, the reality is that, according to most metrics, China’s environmental situation is getting worse, not better.
Air pollution in China receives the most attention globally. Despite a recent stretch of fairly nice days in Beijing, according to the MEP’s report, in 2013 only three major Chinese cities met the government’s own standards for urban air quality.
Water pollution—and water shortages—may be an even graver problem. The pollution level in several major rivers, including the Yangtze and its tributaries, has grown more severe since 2010. Meanwhile 11 percent of the land in the Yangtze’s watershed and adjacent areas was watered by acid rain. Sixty percent of groundwater-testing sites nations wide ranked as “poor” or “very poor” in water quality.
Polluted irrigation water and deposition of evaporated heavy metals (mercury, for instance, vaporizes at high temperatures in coal-fired power plants) also taint cropland in China. According to a report released in April by the government, 16 percent of China’s total land area—and 19 of its agricultural land—is polluted.
Heavy metals deposited in the soil can be absorbed by crops. Last May, the provincial government of Guangzhou revealed that 44 percent of rice samples it tested in local restaurants contained elevated levels of cadmium, which has been linked to the bone-weakening itai-itai disease in Japan.

Rice produces carbon-capture breakthrough - environmentalresearchweb

Rice produces carbon-capture breakthrough - environmentalresearchweb

Deep sea fish remove one million tonnes of CO2 every year from UK and Irish waters - environmentalresearchweb

Deep sea fish remove one million tonnes of CO2 every year from UK and Irish waters - environmentalresearchweb

With Millions of Tons of Plastic in Oceans, More Scientists Studying Impact

With Millions of Tons of Plastic in Oceans, More Scientists Studying Impact

Thursday, 12 June 2014

Noise pollution

Noise pollution is the disturbing or excessive noise that may harm the activity or balance of human or animal life. The source of most outdoor noise worldwide is mainly caused by machines and transportation systems, motor vehicles, aircraft, and trains. Outdoor noise is summarized by the word environmental noise. Poor urban planning may give rise to noise pollution, since side-by-side industrial and residential buildings can result in noise pollution in the residential areas.

Indoor noise can be caused by machines, building activities, and music performances, especially in some workplaces. There is no great difference whether noise-induced hearing loss is brought about by outside (e.g. trains) or inside (e.g. music) noise.

High noise levels can contribute to cardiovascular effects in humans, a rise in blood pressure, and an increase in stress and vasoconstriction, and an increased incidence of coronary artery disease. In animals, noise can increase the risk of death by altering predator or prey detection and avoidance, interfere with reproduction and navigation, and contribute to permanent hearing loss.



 
Health effects from noise

Noise health effects are the health consequences of elevated sound levels. Elevated workplace or other noise can cause hearing impairment, hypertension, ischemic heart disease, annoyance, and sleep disturbance. Changes in the immune system and birth defects have been attributed to noise exposure.
Although some presbycusis may occur naturally with age, in many developed nations the cumulative impact of noise is sufficient to impair the hearing of a large fraction of the population over the course of a lifetime. Noise exposure also has been known to induce tinnitus, hypertension, vasoconstriction, and other cardiovascular adverse effects.

Beyond these effects, elevated noise levels can create stress, increase workplace accident rates, and stimulate aggression and other anti-social behaviors. The most significant causes are vehicle and aircraft noise, prolonged exposure to loud music, and industrial noise. In Norway, road traffic has been demonstrated to cause almost 80% of the noise annoyances reported.

There may be psychological definitions of noise as well. Firecrackers may upset domestic and wild animals or noise-traumatized individuals. The most common noise-traumatized persons are those exposed to military conflicts, but often loud groups of people can trigger complaints and other behaviors about noise. Infants are easily startled by noise.

The social costs of traffic noise in EU22 are more than €40 billion per year, and passenger cars and lorries (trucks) are responsible for bulk of costs. Traffic noise alone is harming the health of almost every third person in the WHO European Region. One in five Europeans is regularly exposed to sound levels at night that could significantly damage health.Noise also is a threat to marine and terrestrial ecosystems.

http://www.princeton.edu/~achaney/tmve/wiki100k/docs/Noise_pollution.html
Wikipedia
 

Wednesday, 11 June 2014

Rawalpindi-Islamabad Metro Bus

Rawalpindi-Islamabad Metro Bus


Executive Summary

Islamabad is a modern, well planned and maintained city located in the Pothohar Plateau in the northeastern part of the country, within the Islamabad Capital Territory. The city was built during the 1960s to replace Karachi as Pakistan's capital. The increasing trend in population dynamics renders the greater Islamabad-Rawalpindi metropolitan area as the third largest conurbation in Pakistan.

 

In addition to increase in population due to urban sprawl, the city also attracts national and international tourists. Since the twin cities are hub of economic, political, and educational activities, significant commuting takes place between the twin cities and adjoining areas.

 

The available public transport is dominated by the private sector, contributing to about 35 per-cent of the share of overall modes of transportation. This share is now declining due to poor service and widespread customer dissatisfaction with the available options.The people travelling by public transport are passing through double agony because despite getting high fares, the transporters do not finish their routes, thus making the commuters pay extra fare for reaching their destinations by changing two vehicles from Saddar to Pak Secretariat. Moreover, during peak hours, vehicles are overloaded.

 

Therefore, the existing public transport system requires a major uplift in level of service and quality. In order to tackle this problem and provide improved quality of public transport, Government of Punjab, Rawalpindi Development Authority (RDA) decided to construct the Metro Bus System (MBS) in Islamabad.

 

The MBS Islamabad consists of 13.6 km that starts from IJP Road to Jinnah Avenue through 9th Avenue Road. The proposed MBS in Islamabad is at grade crossing two major intersections through provision of underpasses (Kashmir Highway and Junction between 9th Avenue & Jinnah Avenue).

 

To comply with Pakistan’s Environmental Regulations as per Pakistan Environmental Protection Act (PEPA) 1997, Government of Punjab has entrusted National Engineering Services Pakistan (NESPAK) with the assignment of carrying out an Environmental Impact Assessment (EIA) Study of the construction of MBS from IJP Road to Secretariat, Islamabad.

 

Environmental Impact Assessment Study has been conducted for construction of MBS from IJP Road to Secretariat as a mandatory requirement of Pakistan Environmental Protection Act (PEPA), 1997. Section 12 (1) of the PEPA-1997 which states that:

 

“No proponent of a Project shall commence construction or operation unless he has filed with the Federal Agency an initial environmental examination or, where the Project is likely to cause an adverse environmental effect, an environmental impact assessment, and has obtained from the Federal Agency approval in respect thereof.”

 

The project proponent, RDA has entrusted NESPAK to fulfill this regulatory requirement. The project is out come of the increased traffic volumes due to population growth and urban sprawl.

 

The overall objective of the proposed project is to augment public transport services in the city with provision of safe, efficient and comfortable traffic facility to the commuters of the area. The proposed project will greatly benefit the commuters by providing better quality and environmental friendly public transport, reducing number of vehicles on the road, thus reducing fuel consumption and consequent air emissions from vehicular exhaust. Implementation of the project is envisaged having the following specific objectives:

 

§  To facilitate interacity movement of passengers at low cost, high capacity and dedicated lanes to avoid disruption on the existing flow of traffic;

§  To provide the public with environmental friendly public transport;

§  To provide transport safety, transport productivity, travel reliability, travel choices, and social equity;

§  To reduce the traffic conflicts/accidents due to reduction in number of vehicles on road;

§  To help save the travelling time by reduction in traffic congestion;

§  To reduce the fuel consumption by reducing the demand of private vehicle etc;

§  To reduce the, noise and air pollution resulting from vehicular exhaust; and

§  To provide an opportunity to labourers and skilled/unskilled staff to work in the project area;

 

 

 

 

The scope of the EIA Study includes environmental assessment of the project including collection and securitization of data related to physical, biological and socio-economic environment, assessment of impacts which may be caused by the project activities and mitigation measures for the abatement of potential environmental impacts along with the estimated budgeted cost of mitigation.

 

The study has been conducted in accordance with Environmental Protection Agency (EPA), Government of Pakistan (GOP) Guidelines. The study is based on both primary and secondary data and information. Discussions were held with stakeholders including community representatives and a wide range of road users and roadside dwellers.

 

The methodology adopted to conduct this study was as follows:

·               Meetings and discussions were held among the members of the EIA consulting team, design engineers and proponent. This activity was aimed at achieving a common ground of understanding of various issues of the study.

·               Planning was carried out to assess data requirements and their sources; time schedules and responsibilities for their collection; logistics and facilitation needs for the execution of the data acquisition plan.

·               Primary and secondary data were gathered through observations during the field survey, environmental monitoring in the field, concerned departments and published materials to establish baseline profile for physical, biological and socio-economic environmental conditions.

·               The impacts of the project on the physical, biological and socio-economic environment prevalent in the project area were visualized at the design, construction and operational phases.

·               The adequate mitigation measures and implementation mechanisms were proposed so that the proponent could incorporate them beforehand in the design phase.

 

The Government of Pakistan (GOP) has promulgated laws/acts, regulations and standards for the protection, conservation, rehabilitation and improvement of the environment. PEPA-1997 is the apex law for mandatory EIA before project construction. The Act was promulgated on December 06, 1997 by repealing the Pakistan Environmental Protection Ordinance of 1983. Other relevant laws have also been discussed briefly in the report. In addition, National Environmental Quality Standards (NEQs) are provided for the industrial/vehicular gaseous emissions and noise and for municipal/industrial wastewater discharges.

 

Project Components include at grade section of MBS which falls in Islamabad. The auxiliary facilities also involve stations, escalators, plat form screen doors, turnstiles for automatic fare collection, two underpasses at Kashmir Highway and Junction between 9th Avenue & Jinnah Avenue and extension of existing underpass at 9th Avenue and other amenities for passenger convenience.

 

The Islamabad Corridor of MBS starts from end of Faizabad interchange at IJP Road at this point. It runs in between at-grade and takes right turn on 9th Avenue. Along Ninth Avenue (Islamabad) crosses Kashmir Highway and turns to Jinnah Avenue and ends at Civil Secretariat. The total length of MBS Islamabad will be 13.6 km. The MBS Rawalpindi will be constructed in five packages:

        

Package I:    Faizabad to Peshawar Modr               4.4 km

Package II:   Interchange Peshawar Modr              1.1 km           

Package III:  Peshawar Modr to Centaurus             2.9 km

Package IV: Centaurus to Shaheed-e-Millat           3.1 km

Package V: Shaheed-e-Millat to Secretariat          2.156 km

 

Number of stations provided in this stretch is fourteen (14).

 

Three Alternatives were analysed with respect to environmental impacts which are as follows:

 

Alternative-I:
No Project Option
Alternative-II:
At Grade MBS from IJP Road to Secretariat
Alternative-III:
Elevated MBS from IJP Road to Secretariat

 

In the light of above discussion, alternative II is the most feasible option as it provides safe, efficient and reliable mode of public transport with low cost. The material required for construction of the structure will be lesser and thus overall project cost will be lesser than alternative III.

 

The existing environment in and around the project area has been studied with respect to the physical, biological and socio-economic conditions.

 

The baseline conditions were studied with respect to physical, biological and socio-economic environment. The physical environment includes topography, geology and soils, climate, hydrology and drainage, land use, surface water and quality, groundwater and quality, ambient air quality, noise levels, floods and seismicity.

The climate of the project area is hot in summer and moderate in winter. The coldest month is December and the hottest is June. Flood discharges have also been reported at various locations along the Nullah Lai. According to the Seismic Zoning Map (prepared by Pakistan Meteorological Department), the proposed Project falls in Zone 2 B (Moderate), where 2B represents peak horizontal ground acceleration from 0.16 to 0.24 g.

The biological environment of the Project Area includes flora and fauna. The floral species found in the Project Area include trees, shrubs and herbs, grasses and forests. The faunal species noticed/reported in the Project Area include mammals (dogs, cats etc.), mongoose, squirrel, amphibians (frog, toad, turtle etc.), reptiles (small and medium sized lizards, snakes etc.), house sparrows, house crow, etc. However, no endangered species, agriculture and horticulture are found in the Project Area.

The aspects covered under socio-economic environment of the Project Area include population and communities, population size, growth and distribution, races and tribes, mother tongue, occupations, health care facilities, educational facilities, physical and cultural heritage (shrine, mosque, graveyard), recreational sites, respondent’s age group, marital status, family system etc.

 

The proposed project will have both positive and negative impacts during the construction and operational phases, for which proper mitigation measures are necessary. During the field survey, significant efforts were made to identify the main social, cultural and environmental issues related to the project. Various government departments and agencies were also contacted for obtaining salient information along with area resident/ stakeholders. Most of the perceived impacts are during construction phase. Following is the list of main concerns identified in the study:

 

§  Disturbance to the public movement during construction;

§  Excavation and Vibrations due to construction machinery may affect the structure stability of the buildings during construction.

§  Disturbance in the daily routine activities of locals and the people visiting educational and health facilities, like; Hamdard University, Virtual University, the University of Lahore, Allama Iqbal Open University,  Kulsoom International Hospital, Polyclinic etc. during construction;

§  Air and noise pollution due to the operating of construction machinery during construction phase of the project;

§  Solid waste generation during construction and operation;

§  Generation of municipal waste water and wastewater from construction activities;

§  Accidental leaks/spills of hazardous chemicals from construction activities and machinery;

§  Health and safety issues of the workers;

§  Contamination of water body by construction activities;

§  Removal of vegetation;

§  Visual impact in cause of fenced dedicated MBS lane;

§  trash pooling resulting from improper drainage system and consequent Inconvenience to the public;

§  Land Acquisition and Resettlement; and

§  Relocation of public utilities.

 

On the positive side, the proposed project is expected to improve public transport facility with dedicated lanes reducing accidents, consumption of time and fuel. The project will generate new opportunities for skilled/unskilled manpower. Recommended mitigation measures to contain potential adverse impacts are described in the Environmental Management and Monitoring Plan. EMMP shall be strictly enforced during the implementation of the proposed Project. The total environmental cost has been worked out to be 178.373674 Million Rupees. This includes Rs.  429,000/- monitoring cost, Rs. 100,000/- environmental training cost and Rs.  177,844,674/- plantation cost.
Overview of water resources in Pakistan    
Engineer Abdul Majid Kazi


The total land area of Pakistan is approximately 310,322 square miles or 88 million hectares of land, of which approximately 20 million heaters are used for agriculture purposes.

Overview of water resources in Pakistan The river system of Indus and its tributaries provides Pakistan some of the most fertile land in the Indian subcontinent.

Under the Indus Water Basin Treaty of 1960 three eastern rivers namely: Sutlej, Beas and Ravi were allocated to India for its exclusive use. The Treaty gives Pakistan control over the western rivers namely: the Indus, Jhelum and Chenab. India has also been allowed to develop 13,43,477 acres of irrigated cropped area on the western rivers without any restriction on the quantum of water to be utilised.

India has already developed 7,85,789, acres for which 6.75 MAF has been used. Thus, for the remaining area of 5,75,678 acres, 4.79 MAF would be required on pro rata basis.

The water availability in our rivers is highly erratic and unreliable. The highest annual water availability in the recorded history 1922 todate was 186.79 MAF (million acre feet) in the year 1959-60 as against the minimum of 95.99 MAF in the year 2001-2002.

This includes the Kabul River contribution. The Kabul River contributes a maximum of 34.24 MAF and a minimum of 12.32 MAF with an annual average of about 20.42 MAF to Indus main.

The short-term possible uses by Afghanistan on the Kabul river as stated by the President of Pakistan in his televised speech on 13th September, 2003 would be 8 MAF.

THIS PAPER WILL EXAMINE THE FOLLOWING ISSUES:

1. Inter-provincial water distribution;

2. The construction of new water reservoirs in the context of surplus water availability;

3. The regulation, operation and management of existing reservoirs and link canals Chashma Jhelum and Taunsa Panjand (C-J and T-P);

4. The construction of Greater Thal Canal,(GTC) and;

5. The escapages downstream Kotri/outflow to sea.

At the time of independence in 1947, the irrigation system, conceived originally as a whole, was divided between India and Pakistan without regard to irrigated boundaries.

This resulted in the creation of an international water dispute in 1948, which was finally resolved by the enforcement of Indus Water Treaty in 1960 under the aegis of the World Bank.

The Treaty assigned the three eastern rivers (Ravi, Beas, Sutlej) to India, with an estimated total annual flow of 33 MAF and the three western rivers (Indus Jhelum, Chenab) to Pakistan with a transfer of irrigation supplies from the western rivers to areas in Pakistan formerly served by the eastern rivers as well as some development potential to compensate for the perpetual loss of the eastern waters.

The whole Sindh in general and the Indus Delta in particular is the worst sufferer of Indus Water Treaty 1960. The Indus Basis Project, including Mangla Dam, with the live storage capacity of 4.82 MAF, five barrages, one siphon and eight inter-river link canals were completed during 1960 -1971, while the Tarbela Dam with the live storage capacity of 9.3 MAF started partial operation in 1975-76.

After the partition of the Indian sub-continent, Kotri, Taunsa and Guddu Barrages were completed in Pakistan on the Indus River between 1955 and 1962 to provide controlled irrigation to areas previously served by inundation canals. Also, three additional inter-river link canals were built prior to the initiation of Indus Basin Project.

However, immediately before the signing of the Water Accord 1991, water distribution was being made on the basis of adhoc arrangements decided by the Federal Government every year on season-to-season basis ie Kharif and Rabi since 1970.

This adhoc distribution was a provisional arrangement in nature and without prejudice to the claims of the provinces. However, prior to 1970 water was distributed under the Sindh-Punjab draft agreement 1945, and sharing of water between 1970 and the signing of the water accord 1991 was made on an adhoc basis.

After the dismemberment of One Unit in 1970, the Federal Government on the request of the provinces appointed different commissions/committees, headed by Supreme Court Judges, one after another to examine the problem of inter-provincial apportionment of Indus water, but the consensus could not develop amongst the provinces on Justice Fazle Akbar committee and Justice Haleem Commission.

INTER-PROVINCIAL WATER DISTRIBUTION ACCORD 1991: On March 16th, 1991, an agreement was signed unanimously by the then Chief Ministers of all the four provinces for sharing of water, including periods of shortages and surpluses. The agreement is known as the Water Accord 1991.

The Council of Common Interests (CCI) ratified the accord on March 21, 1991. Under the accord, 117.35 MAF have been allocated to the provinces for their existing canal systems.

Para 14 (a) of the accord says, "The system-wise allocation will be worked out separately on ten daily basis and will be attached with this agreement as part and parcel of it."

Recognising that there will be shortages to meet the requirements of the existing canals under these conditions of uncertain water availability, the provision was made in Para 14 (b) of the Water Accord for sharing the shortages and surpluses of water. Para 14 (b) of the accord says:

"The record of actual average system uses for the period 1977-82 would form the guideline for developing future regulation pattern. These ten daily uses would be adjusted pro-rata to correspond to the indicated seasonal allocations of different canal systems would form the basis for sharing shortages and surpluses on all-Pakistan basis under clause 2 of Water Accord 1991 following is the allocation of water for provinces:
----------------------------------------------------------------------
PROVINCE KHARIF RABI TOTAL
-------------------------------------------
Punjab 34.07 18.87 55.94
Sindh 33.94 14.82 48.76
NWFP (a) 3.48 2.30 5.78
(b) 1.80 1.20 3.00
Balochistan 2.85 1.02 3.87
-------------------------------------------
Total 78.14 38.21 117.35
----------------------------------------------------------------------

It may be stated here that 0.87 MAF sanctioned by the President of Pakistan for Karachi Municipal uses has been included in the sanctioned allocation of Sindh under the accord.

Just Six months after the accord was signed, the Council of Common Interests (CCI) held its meeting on 16th September 1991 to decide 10-day average system-wise, season-wise allocation for the provinces.

In this meeting Punjab expressed the view that it would not be appropriate to take any one clause of the accord in isolation and that the ten daily system-wise allocation by provinces should not be taken in isolation without protecting the existing uses and deciding on future storage's, to which the government of Sindh expressed the view that providing data on 10 daily average allocations on system-wise basis was an integral part of the accord.

It would not be appropriate to link other issues such as development of future storage's etc with the provisions of the accord. Sindh further expressed that the Accord 1991 should be religiously implemented and there should be openness in dealing with all issues.

In response to Punjab's objections and Sindh's concerns the CCI in the above meeting authorised 10-daily seasonal system-wise adjusted allocations (excluding flood flows and future storage) provided by the provinces to become part and parcel of the water accord.

Thus, the CCI did not agree with the view of Punjab that the existing sharing arrangement had to continue during deficit periods in the absence of construction of storage's.

This is clear from the fact that CCI approved one set of ten daily statements which forms the basis for distribution in the event of surpluses and shortages, otherwise separate set of ten daily statements should have been approved for sharing shortages during deficit periods as proposed by Punjab.

It may further be mentioned that clause 6 of water accord regarding future storage's states "the need for future storage's wherever feasible on the Indus and other rivers was admitted for planned future agricultural development." This clearly indicates that future storage's are in no way connected with sharing of water in the existing canal systems.

PUNJAB'S IMPRESSIONS ABOUT THE WATER ACCORD 1991: Punjab generally propagates that according to 1991 Water Accord Punjab's share was reduced by 2.7% and Sindh's share increased by 1.2%. However "Punjab sacrificed and Sindh gained."

In response to this propaganda we will have to peep into the past. In the absence of Mangla Dam, water from Jhelum River, an early riser, was making significant contribution in the development of Kharif crop in the southern portion of Sindh under the command area of Kotri Barrage.

With the commissioning of Mangla Dam the water was not allowed to Sindh, consequently early Kharif crop got a serious setback. It may be stated that live capacity of Mangla Dam was 5.34 MAF with the replacement component of 3.12 and out of 2.22 MAF of development component, Sindh's share is 1.92 MAF, which has been and remains continuously denied to Sindh.

As a result of Indus Water Treaty 1960, India got the exclusive use of total inflows of 33 MAF of three eastern rivers instead of their utilisation of 8 MAF. India thus got 25 MAF in excess of its claims on the three eastern rivers. Consequently with the placement of withdrawal of Trimmu, Islam and Panjnad barrages that were being fed by the eastern rivers on the Indus main with the same priority as that of Kotri, Guddu and Sukkur barrages of Sindh, the withdrawals of Sindh barrages drastically reduced.

As a cumulative effect of the above exploitation Sindh's uses reduced
to 43.67 MAF against its pre-accord sanctioned allocation of 50.92 MAF, whereas the uses of Punjab increased to 54.39 MAF against their sanctioned allocation of 48.33 MAF.

Under the Accord Sindh got the allocation of 48.76, including 87 MAF for Karachi Municipal uses and Punjab got an allocation of 55.94 out of 117.35 MAF apportioned to the provinces.

From the above discussion it is clear that Punjab's allocation of 48.33 out of a total allocation of 103.30 went up to 55.94 MAF out of a total apportionment of 117.35 MAF.

In the case of Sindh its sanctioned allocation was 48.74 out of 103.30 MAF, but with the sanctioned allocation of 2.24 for LBOD Project, Sindh's pre-accord sanctioned allocation was 50.98 whereas it received 48.76 MAF, including an allocation of 87 MAF for Karachi Municipal uses out of 117.35 under the Accord.

It will, therefore, be highly unfair and unjust to say that "Punjab sacrificed and Sindh gained" as a result of the accord. The above facts and figures show that it is the other way round.

INTER-PROVINCIAL MINISTERIAL COMMITTEE MEETING ON WATER ISSUES IN 1994: Despite the fact the federal government agrees the sacrosanct status of Water Accord of 1991, Sindh has not been receiving its share of water as ensured in the Accord.

In 1994 Punjab brought in an ex-agenda working paper before the inter-provincial Ministerial Committee meeting chaired by the then Minister of Water and Power, Ghulam Mustafa Khar. It was proposed in the working paper to share shortages of water between Punjab and Sindh on the basis of 1977-82 average uses.

The proposal was bitterly opposed by the representatives of Sindh as it was violative of the water accord of 1991 and against the CCI decision. However, in the minutes to the meeting it was shown that Sindh had agreed to the above-mentioned proposal.

In response to the resume of the Inter-Provincial ministerial meeting on water held on May 2nd, 1994 member Sindh A.R. Memon in his letter (No IRSA/1692-93, dated March 12, 1994) to Salman Farooqi, Secretary, Ministry of Water and Power, Government of Pakistan wrote:

"....nominee of the Government of Sindh, I owe my duty to safeguard the due rights of Sindh while implementing water accord [1991]."

HE WENT ON FURTHER: "It would be a travesty of truth and distortion of resume to say that there was consensus on the historical uses for sharing shortages. This requires to be deleted. We have discussed within Indus Regulatory System Authority (IRSA) and we are sharing shortages as per Para 2 of accord 1991 and not as per historical uses.

MEMON CONCLUDES HIS LETTER BY WRITING: "We would be sowing the seeds of discord on water accord if we include such controversial version as part of consensus in such a high-level meeting. God is Great."

The Secretary Irrigation and Power Department, Government of Sindh, in his faxed letter dated May 15th, 1994 addressed to the Secretary, Ministry of Water and Power, Government of Pakistan fully endorsed the views of Memon and requested that "the Para 6 (3) may kindly be deleted from the minutes of resume of the Inter-provincial Ministerial meeting held on May 2, 1994." Para 6 (3) is reproduced below:

"The shortages between Sindh and Punjab will be shared according to the historic uses"

In response, the Special Secretary, Ministry of Water and Power, Government of Pakistan, in Para 2 of his letter No (-2 (156) A/94, dated May 10, 1994 addressed to Chairman IRSA stated.

"As you are aware, IRSA is vested with full authority under the Act for resolving inter-provincial issues. The Inter-Provincial Ministerial Committee on water is of an advisory nature and without any legal mandate. The committee is primarily to assist IRSA in attempting a consensus on major issues through a spirit of goodwill and co-operation.

All decisions on controversial matters are ultimately the responsibility of IRSA to ensure fair and equitable distribution of water among the provinces"

However, water continued to be distributed under clause 2 of the 1991 accord until Kharif 1999.

However, in Rabi 1999-2000 IRSA arbitrarily enforced the recalled decision of 1994, to which the Sindh Government vehemently opposed and the matter was referred by the Chairman IRSA vide his letter NO.

PS/Chairman, 1-2/2000/85, dated May 30, 2000 to the Secretary, Water and Power, Government of Pakistan.

The matter was referred to the Ministry of Law, Justice and Human Rights by the Ministry of Water and Power for interpretation of Clause-14 of Water Accord 1991 as desired by IRSA. The Law Division's advice in this regard is reproduced below:

-- "as per plain interpretation of Clause 14 of the Accord, the ten daily uses, having become part and parcel of the accord, shall be adjusted pro-rata for sharing shortages. Any interpretation of sharing shortages on the basis of historic use shall be violation of the concurrent accord.

Moreover, under clause 13 of the accord, IRSA is responsible for implementation of the accord. Similarly, any dispute on this subject should have been referred to the CCI under the Constitution. Hence the formation of any other body or committee or taking any decision or interpretation on such report shall be a distortion of the accord as well as violative of the Constitution."

FURTHER, PARA 2 OF THIS ADVICE OF THE LAW DIVISION SAYS: "However, since the matter has not been referred to the appropriate body ie CCI by the aggrieved party, therefore, the existing arrangements as decided by the IRSA, may be allowed to continue till the constitution of and decision of the CCI."

The Law Division's advice was communicated by the Ministry of Water and Power, Government of Pakistan to the Chairman IRSA, vide letter No WA-5(1) 98-Vol.II, dated October 25th 2000. In this regard the Chief Executive's Secretariat issued a directive on 26.10. 2000 stating that:

"All instructions given on the issue by the Chief Executive regarding IRSA to be implemented immediately along with the apportionment of the water of the Indus River System between the provinces on 16.3.1991. Moreover, the ministerial water accord of 1994 to be annulled immediately."

In response to the Chief Executive's directive, the Chairman IRSA vide letter No IRSA/Admn/Gen-l/1139-57, dated November 12, 2001, copies endorsed to all provincial secretaries (Irrigation and Power), members of IRSA for information and compliance, states:

"In pursuance of the Chief Executive Secretariat's directive No F, 100/137/0-1/CES/2000, dated October 23, 2000 and Ministry of Water and Power UO No WI-G (1)/2000, dated June 28, 2001, and its letter of even No, dated November 7, 2001, it is hereby notified that subject decisions of the 1994 Inter-Provincial Ministerial meeting stand annulled."

It is noteworthy that IRSA notified the Chief Executives Secretariat's instructions to the provinces after a lapse of eight months. It is also regretfully noted that the water is still being distributed according to annulled 1994 ministerial decision and not under the water accord 1991.

The opinion of Law Division dated 16.10.2000 and the said directive of the Chief Executive Secretariat dated 23.10.2000 were placed before the then Law Minister who approved the proposal that Para 2 of the advice of the Law Division dated 16.10.2000 be recalled and consequently this Division issued a revised note on 16.02.2001 in these words:

"In view of the said directive, regarding apportionment of water of the Indus River System the ministerial award of 1994 is annulled and the accord of 1991 has to be implemented, the opinion already conveyed by this Division on 16.10.2000 is revised and Para 2 thereof is accordingly recalled."

The Government of Punjab made a fresh reference on 9.04.2002 asking the Law Division to review the earlier opinion by examining clauses 14 (a) and 14 (b) of the accord in the light of Para 2 of the preamble thereof.

The Rules of Business 1973 as stated by the Law Division provide a hierarchy by the authorities for the resolution of the conflict in opinion. In this case since the issue has been examined upto the level of the Federal Law Minister as well as the Chief Executive of Pakistan, therefore, this Division can neither re-open nor review the said earlier communications. The matter can only be resolved by the CCI or the Chief Executive of Pakistan.

It seems that unfortunately the water is still being distributed by IRSA as per the annulled 1994 ministerial decision and not under the 1991 accord under the pretext of Chief Executive Secretariat's letter No F.4 (23) C-I/CES/2001, dated 19.1.2002, addressed to the Chairman IRSA and Secretaries of Governor Punjab, and Irrigation and Power Department, Punjab.

The text of the Chief Executive Secretariat's letter to Chairman IRSA, in response to Secretary Irrigation and Power Department, Punjab's letter No 83-87/2/83, dated 17-1-2002 is reproduced below:

"The competent authority has been pleased to direct that IRSA may please refer the cases regarding Water Accord/Distribution to the Secretariat for approval before finalising them."

After receiving interpretation from the Law, Justice and Human Rights Division on May 20, 2002 mentioned above, the IRSA has no legal, technical and moral justification to distribute water under the recalled 1994 ministerial decision. Therefore, this gross violation should be stopped forthwith and Sindh should be compensated due to less supply of water to the extent of 2 MAF from their allocated share in the accord since the last over three years.

As stated earlier the shortages of water is still being shared under the annulled Ministerial Water Formula 1994, and surpluses under the 1991 - accord. Table 2 shows a comparative statement of Kharif water sharing by Punjab and Sindh under 1991 Water Accord and 1994 Formula.

-- Comparative Statement Showing Water Share of Punjab & Sindh (Kharif)

-- Under Water Accord 1991 and Under (Historic use) 1994 Formula

----------------------------------------------------------------------
Fig. In MAF
As per Water As per Historic
Uses Excess over/
Share of Shortage Accord 1991 (1994
Formula) Short supplies
Punjab in MAF during
Shortage over & above
&
Sindh
Water Accord
----------------------------------------------------------------------
Share of Share of Share of Share of
Punjab Sindh
Punjab Sindh Punjab Sindh
(52.2%) (47.8%) (54.62%) (45.38%)
----------------------------------------------------------------------
71.01 0 37.07 33.94 37.07 33.94 - -
70.01 1 36.55 33.46 38.24 31.77 (+)1.69 (-)1.69
69.01 2 36.02 32.99 37.69 31.32 (+)1.67 (-)1.67
68.01 3 35.50 32.51 37.15 30.86 (+)1.65 (-)1.65
67.01 4 34.98 32.03 36.60 30.41 (+)1.62 (-)1.62
66.01 5 34.46 31.55 35.05 29.96 (+)1.59 (-)1.59
65.01 6 33.94 31.07 35.51 29.50 (+)1.57 (-)1.57
62.01 9 32.37 29.64 33.87 28.14 (+)1.50 (-)1.50
52.01 19 27.14 24.86 28.40 23.60 (+)1.26 (-)1.26
47.01 24 24.54 22.47 25.68 21.33 (+)1.14 (-)1.14

----------------------------------------------------------------------
MAF
Total Kharif allocation to all provinces
791.4
Share of Balochistan & NWFP (exempted from sharing authorities)
8.13
Punjab
37.07
Sindh
33.94
Punjab & Sindh (Total)
71.01

----------------------------------------------------------------------
The above table shows that under the 1994 formula, the share of Punjab during shortage periods (upto 3 MAF) works out to 1.14 MAF more than its full allocated share of 37.07 MAF and does not share any shortages and they draw from 1.52 to 2 MAF more than their share under the accord during shortages every year.

The share of NWFP and Balochistan is not reduced and they get full accord share according to the arbitrary IRSA decision. Thus the full burden falls only on the province of Sindh.

Under the circumstances explained above it is only just and fair that the distribution of water must be done under 1991 accord and not under the annulled decision of 1994, as is being done at present.

The distribution of water (shortages and surpluses) has to be made on all-Pakistan basis under 14 (b) of the accord. Distribution under annulled ministerial decision 1994 is nothing short of "Robbing Peter to pay Paul."

CONSTRUCTION OF NEW WATER RESERVOIRS/DAMS: While considering the proposals of construction of future reservoirs, the first and foremost thing is to ascertain reliable surplus water availability for storage's after accounting for all the existing uses, including water accord-1991 allocations and commitments.

It is also necessary to know the sources of water availability, the quantum of water available, so as to have a clear picture of the reliable availability of surplus water for storage's.

In this context the Federal Government has constituted technical committee on water resources to give report on surface water availability for future reservoirs and irrigation schemes, filling criteria of Mangla reservoirs and to make recommendations in this regard and lay down operational criteria of link canals and future reservoirs.

The committee has not yet given the report in this regard. The committee has to submit its recommendations/report by February 2005. In the absence of the Technical Committee's report on water availability it is premature to take the decision regarding the construction of future dams.

Under the Indus Water Treaty-1960, three eastern rivers- Sutlaj, Beas and Ravi-were allocated to India for their exclusive use with an estimated total mean annual flow of 33 million acre feet (MAF) against their established uses of 8 MAF and three western rivers (Indus, Jhelum and Chenab) were given to Pakistan.

Kabul, Harrow, Soan rivers are the tributaries of Indus main. Besides, India was also authorised under the 1960 Treaty to develop 1,343.477 acres of irrigated cropped area on the western rivers without any restriction on the quantum of water to be utilised.

India has already developed 785,789 acres for which 6.75 MAF had been used, thus for the remaining area of 557,678 acres about 4.79 MAF would be required on pro rata basis, as per reply given by the Minister for Water and Power in the sitting of Senate on August 11, 1988.

There is no way of knowing how much water will be available in the rivers in the future. The flow pattern of western rivers is highly erratic and therefore, the available data for the entire period must be considered so that the trend of river flow, including both wet and dry periods, may be properly reflected and analysed for ascertaining reliable surplus water availability for storage's.

The annual average water availability for the period from 1922-23 to 2002-2003 is 138 MAF, but WAPDA has used figures for the post-Tarbela period from 1976-77 to 1994 only which works out to 143 MAF, but becomes 140 MAF when updated (for the period from 1976-77 to 2002-2003).

Thus out of the available record for a period of 81 years WAPDA has chosen only 18 years of wet period only. The figure of 143 MAF is unrealistic and therefore, water availability of 138 MAF must be taken.

These figures had earlier been supported by the federal government data. For example, in 10 years Perspective Plan by the Planning Division, Government of Pakistan and approved by the National Economic Council (NEC), headed by the Chief Executive/President of Pakistan, it has been stated that flows in western rivers vary significantly. Based on 72 years of inflow data (1922-23 to 1994-95) for every 4 out of 5 years, the yearly flows are around 123.59 MAF. Super floods occur approximately once in five years.

This may increase the average to a respectable 137.27 MAF per year but in the remaining 4 years the availability of water is 123.59 MAF. These figures when updated until 2003-2004 become 138 MAF on average year basis and 124 on 4 out of 5 years.

The Water Resources Management Committee of the National Commission on Agriculture (1987) and the Integrated Valley Development Programme (1989) stated that until there is storage's capacity large enough to absorb above flows for carryover into subsequent years, the development would have to be based on the levels of flows which can be relied upon at least 4 years out of 5.

Kabul river contributes significantly to the Indus river water. At present Pakistan has no treaty with Afghanistan for apportionment of water from Kabul river, which contributes an annual average of 20.42 MAF (maximum 34.24 MAF in 1991-92 and minimum of 12.32 MAF in the year 2001-02). Possible short uses by Afghanistan on Kabul river as stated by the President of Pakistan in his televised speech on 13th September 2003 are 8 MAF.

Thus the water availability from the western rivers on an annual average basis will become 130 MAF instead of 138 MAF and, on 4 out of 5 years 116 MAF instead of 124 MAF and on Kharif basis will be 106.84 MAF instead of 114.84 MAF after adjusting less supply of 8 MAF from Kabul river.

Since the three eastern rivers were allocated to India for its exclusive use under the Indus Water Treaty, 1960, so there is no justification to include a portion of water into the total availability of water in the Indus system. Even WAPDA, in the Water Management Committee Report 1987, had conceded that after completion of storage reservoir on Ravi (Thein) in 1989, there will be no significant flows from the Eastern rivers in Pakistan except for occasional flood flows towards the end of monsoon. During this period we ourselves throw flood water into the sea.

It is a matter of record that during negotiations of the Indus Basin Treaty 1960 with India, Pakistan's viewpoint for scheduled deliveries from the Eastern rivers to meet the shortfall was responded in the following words by the World Bank. (Appearing on page 57 of the yellow book "Introductory Memorandum" on requirements, works and supplies, January 1959):

"In the long run it would be no favour to India to help it acquire the last drop of the water Pakistan now receives from the eastern rivers."

Furthermore, in the programme for Water and Power Development in West Pakistan through 1975 by M/s Harza Engineering Company International prepared for WAPDA in January 1964, the contribution from each of the eastern rivers has clearly indicated as zero.

In 1992 post-accord computation, WAPDA accepted the position that the eastern rivers having been allocated to India, no contributions from these rivers can be expected. However, for the first time they came up with a fantastic idea that some flow is generated from the eastern rivers from the catchments above rim stations within the Pakistan territory.

It is really hard to understand how this discovery was made by WAPDA, 32 years after the signing of the Indus Water Treaty in 1960. The figures incorporated by WAPDA in the 1992 computations on account of the flow generated in Pakistan was 1.3 MAF, where as in 1994, this figure was increased to 4 MAF which is double the WAPDA's own figures of 1987, when it was assumed by it (through wrongly) that some flow will be coming from India without generation within Pakistan.

This is absolutely incorrect, because there are a number of link canals, which join Ravi and Sutlej rivers upstream of the rim station barrages and transfer water to these barrages from the western rivers.

The additional flows reaching the rim stations of eastern rivers are therefore, not just the flow generated in Pakistan, but the water transferred to the eastern rivers from the western rivers.

The additional flows reaching the rim stations of eastern rivers are, therefore, not just the flow generated in Pakistan, but the water transferred to the eastern rivers from the western ones through link canals.

FOLLOWING IS THE PRESENT ANNUAL AVERAGE WATER REQUIREMENTS/COMMITMENTS:
----------------------------------------------------------------------
1. Water accord allocation below rim stations 114.4 MAF
2. Average system losses (Post-Tarbela 1977-94) 14.7 MAF
3. India's unauthorised uses on western rivers (unutilised portions) 4.8 MAF
4. Outflows to sea (According to water accord) 10 MAF
5. For use by Mangla raising 3 MAF

Total 146.9 MAF
----------------------------------------------------------------------

It may also be stated that the catchment area of each of the eastern rivers above rim stations in Pakistan is very small, so the generation of huge flow of 4 MAF within Pakistan is out of question.

Moreover, in the document "Anticipated water availability and operation of Indus Basin System, during Kharif season 2003," IRSA has indicated a maximum of .741 MAF and a minimum of .413 MAF as a component from the eastern rivers for distribution of water to the provinces.

Under the circumstances it is unrealistic to assume that there will be any generating flow of eastern rivers within Pakistan. The eastern rivers' contribution must, therefore, be taken to be zero, and not 8 MAF as incorrectly shown by WAPDA.

Thus the net water availability both from the western and eastern rivers, after accounting for short term uses of 8 MAF by Afghanistan from Kabul rivers works out to 130.09 MAF on annual average basis, 116 MAF on 4 to 5 years basis and 106.84 MAF on annual Kharif basis and not 151 MAF on annual average basis (143 from the western rivers and 8 MAF from the eastern rivers) as incorrectly indicated by WAPDA.

THE PRESENT ANNUAL AVERAGE KHARIF SEASON REQUIREMENTS/COMMITMENTS ARE AS UNDER:
----------------------------------------------------------------------
1. Water accord Kharif allocations below rim stations 77.3 MAF
2. Water requirement for filling the existing dams(including
3 MAF for raising Mangla Dam to offset the existing depletedcapacity of dams) 15.7 MAF
3. Indus river system losses 15.5 MAF
4. India's authorised uses on western rivers (75% of annual 4.8 MAF) 3.6 MAF
5. Water for downstream Kotri 10 MAF

Total 122.1 MAF
----------------------------------------------------------------------

Outflow to sea basis

Lot of publicity is being made that a huge quantity of 35 MAF on annual average, post-Tarbela period from 1976-77 to 2002-2003, is flowing into the sea, which should be utilised by building new storage's. In this context it may be stated that water presently going into the sea includes the following commitments/uses.

ESCAPAGES BELOW KOTRI SCENARIO POST -TARBELA PERIOD (1976-77 TO 2002-2003)
----------------------------------------------------------------------

MAF
Outflow to sea downstream Kotri 10
Eastern river contribution 8
Future dev on Kabul river by 8
Afghanistan
For use by Mangla raising 3
For use by LBOD project 2.2
sanctioned by ECNEC
India's authorised uses for further 4.8
balance area to be cropped
Utilisation allocation by provinces 12
Total 48
----------------------------------------------------------------------
WATER POSITION UNDER DIFFERENT SCENARIOS IS GIVEN BELOW:
----------------------------------------------------------------------
01 Scenario Water Requirement/ balanceavailability commitments MAFMAF MAF
----------------------------------------------------------------------
02 Annual average 130.09 146.90 -16.81
03 4 out of 5 years 116 146.90 -30.90
04 Average Kharif 106.84 122.1 -15.26
05 Outflow to sea 35 48 -13
----------------------------------------------------------------------
The above table clearly shows that there is shortfall from 13 to 30.90 MAF under different scenarios between water availability and requirement/commitments instead of any surplus availability for construction of storages.

In such a case if a dam of 7 MAF is considered, there will be additional losses of at least 3 MAF and the requirement/commitment will be increased by 10 MAF in each of the above scenario 156.9 MAF on annual average, 156.9 MAF in 4 out of 5 years and 132.21 MAF in average Kharif season. This bleak water position does not support
----------------------------------------------------------------------
On year-to-year basis: 15 out of 81 years ie 18% of the time
On outflow to sea basis: 5 out of 28 years ie 17.6% of the time
----------------------------------------------------------------------
Water availability for justification of construction of a dam as stated in earlier Para is for 80% percent of the time that is (4 our of 5 years) whereas water availability is only 18% of the time as shown above.

The water reservoirs are required to compensate for water losses due to silting in the existing dams but it is also necessary to take steps to reduce the silting in the dams and to monitor the silting on year-to-year basis and to carry out analytical studies of silting phenomenon and finding out the solutions of the problem.

The data regarding the silting of reservoirs are not published by WAPDA every year and no graphs and charts are available to study the silting quantum and trends under different river flow conditions.

For desilting of dams WAPDA should focus on silt reducing measure, like water shed management, construction of any new reservoir or link canal. It is further alarming to point not that despite this dismal water availability scenario WAPDA in its documents Vision 2025 has shown the programme of Reservoirs requiring 59 MAF and new canals requiring 5.5 MAF.

All these projects are unrealistic as there is simply no surplus water available to support them.

Surplus storable water availability on year-to-year basis for construction of reservoir of 7 MAF capacity is as under:

And also attention should focused on silt exclusion devices like operation of flushing tunnels of which the provision exists in the reservoirs. As regard to Tarbela reservoir WAPDA has conducted a study through international consultants (TAMS) but their recommendations have neither been implemented nor any reason given for ignoring them.

Nevertheless, from the data provided by WAPDA in 1998, the silting in the live storage portion of the existing reservoirs upto year 2010 would be about 3 MAF which will be offset by the raising of Mangla reservoir, the work on which has already been started and is likely to be completed before 2007.

It is, however, necessary to ensure proper monitoring of the silting process in live and dead storage portion separately and to publish the necessary data and charts for public information.

It is also necessary to take early decision on the recommendations of TAMS on Tarbela reservoir for the exclusion of sedimentation.

Moreover, Kalabagh Dam already stands rejected by all three smaller provinces and their Assemblies have passed unanimous resolutions against the project.

The protests against this project are still continuing in all the three smaller provinces.

According to TAMS reports the silt exclusion devices for Tarbela Dam suggested by them will exclude the possibility of construction of Kalabagh Dam.

THE REGULATION, OPERATION AND MANAGEMENT (ROM) OF EXISTING RESERVOIRS AND INDUS LINK CANALS: Under Indus Water Treaty 1960 Mangla, Chashma and Tarbela reservoirs and two Link Canals (C-J and T-P) were constructed to transfer water from Indus to its tributaries, when water is surplus to the requirements of the lowest riparian.

Before considering any new reservoir project it is important to review the regulation, operation and management (ROM) of the present reservoirs and Link Canals.

In this context it is important that the following basic criteria for ROM of reservoirs are properly and faithfully observed.

1. The reservoirs are water banks, where water is stored in Kharif season only when it is surplus to the requirements/allocations of the present canal system for subsequent use during shortage periods, particularly the following Rabi season.

2. During the Kharif season itself the reservoirs are to be used for balancing so that the fluctuations in the river flows are absorbed and a steady flow maintained in the river downstream even during shortage periods.

3. The Indus Link Canals are to be operated only when the water in Indus is in excess of the allocations/requirements of the canals settled on that system and there is shortage in the tributary rivers.

The experience of the past has, however, shown that these basic criteria are not being observed. Water is stored in the reservoirs, especially in Mangla, during the periods when there is extreme shortages of water in the lower riparian provinces of Sindh and Balochistan.

In addition, the Indus Link Canals (C-J & T-P) are opened when there is an acute shortage of water in Sindh and Balochistan.

To sum up, water has to be stored in the reservoirs only if it is surplus to the allocations/commitments, not at the cost of lower riparian provinces.

CONSTRUCTION OF GREATER THAL CANAL: The controversial Greater Thal Canal project had been vehemently opposed by the Government of Bombay even before the creation of the province of Sindh (1935) on the grounds that it would hit the vital interest of lower riparian ie Sindh, amid the land to be brought under cultivation is barren waste with no hope of producing anything.

The British Government upheld these objections. Since then the project had been brought up for consideration for a number of times but was not approved by the competent forum.

The project, however, was considered and deferred by Executive Committee on National Economic Council (ECNEC) in its meeting held on August 19, 1975.

THE PRESENT PROPOSAL: The proposed Greater Thal Canal off-takes from Chashma-Jhelum Link Canal on river Indus. The estimated cost of the project is Rs 30.47 billion. The designed discharge of its head regulator, which was previously constructed, is 15,000 cusecs and that of canal itself is 8,500 cusecs. The canal will provide irrigation water for an area of 1.5345 million acres located in Bhakhar, Layyah, Khushab, and Jhang districts.

It is claimed that 1.9 MAF is available under the water Accord although there is no such provision in the Accord.

The provision of water for GTC was made in a clandestine manner by Punjab in draft ten daily statements in contravention of clause 14 (b) of the Accord. Para 14 (a) and (b) are reproduced below.

ARTICLE NO. 14 (A) OF THE ACCORD SAYS: The system-wise allocation will be worked out separately on ten daily basis and will be attached with this agreement as part and parcel of it."

PARA 14 (B) OF THE ACCORD SAYS: "The record of actual average system uses for the period 1977-82 would form the guideline for developing future regulation pattern. These ten daily uses would be adjusted pro-rata to correspond to the indicated seasonal allocations of the different canal systems would form the basis for sharing shortages and surpluses on all Pakistan basis."

As a first step Punjab prepared the following statement table-I Appendix-A under para 2 clause 14 (a) showing the actual average system-wise uses of their canals which existed during the period 1977-82.

Draft adjusted/on pro-rata basis ten dailies submitted by Punjab under Clause 14 (b) of the Accord for the approval of CCI in its meeting held on September, 16, 1991 are as: table-II Appendix-A

Table-I Appendix-A clearly shows that Punjab while submitting ten daily statements under clause 14 (b) did not adjust on pro-rata basis system-wise uses of the existing canals shown under 14 (a). Instead of adjusting pro-rata basis of the difference of 2.42 MAF (difference between allocation 37.07 and historic uses 34.65) it was shown for two non-existing and unsanctioned schemes, viz. CRBC Punjab portion and Greater Thal Canal.

This is a clear and blatant violation of Para 2, Clause 14 (b) of 1991 Accord. It may be mention that no other province, except Punjab, included any new canal in their ten daily statements.

The CCI in its decision of the meeting held on September 16, 1991 authorised ten day seasonal system-wise adjusted allocations (excluding flood flows and future storages) provided by the provinces as revised to become part and parcel of the water accord.

THE CCI DECISION WORKS OUT AS: TABLE-III APPENDIX A In this connection it is pertinent to mention that on information from late Mohammad Aalam Baloch, who was Additional Chief Secretary, Irrigation and Power, Government of Sindh, as well as signatory to the water accord 1991, who also attended the said meeting of CCI as an expert, the then Secretary Irrigation and Power, Sindh vide U.O No A (WD)/IX/P/5-91, dated 5-10-1991 wrote to the Chief Minster, Sindh:

"System-wise adjusted ten daily allocation of the provinces was presented before the CCI and it was agreed except the inclusion of Greater Thal Canal which is an unsanctioned project. In this regard, the Federal Secretary, Water and Power was asked to look into this issue and get it corrected to bring it in line with the water accord requirements."

In compliance, the decision of CCI, Ministry of Water and Power, Government of Pakistan, circulated ten daily statements as: table-IV Appendix-A

The Ministry of Water and Power, Government of Pakistan, did not circulate the adjusted pro-rata ten dailies as decided by the CCI. On the contrary, they circulated ten daily statements, as submitted by Punjab, in violation of Para 2, Clause 14 (b) of the accord, as mentioned: table-IV Appendix-A.

Moreover, it is pertinent to point out that the circulated ten dailies by the Ministry of Water and Power are unsigned, whereas each page of the water accord 1991 was signed by all the provincial Chief Ministers and their nominees.

Under Para 2 of the Accord, 117.35 MAF of water has been allocated to the provinces. Under Para 4 of the water accord, the shares of the provinces from the balance-river supplies (including flood supplies and future storages) have been prescribed.

The accord also recognises the need for flow downstream Kotri for which 10 MAF water has been tentatively provided, pending further study to be carried out by an international panel of experts.

Moreover according to provision of the accord, the water requirements of LBOD scheme ie Nara canal remodelling and Chotiari reservoir should also be met from the flood flows.

The LBOD scheme was ongoing at the time of signing of the water accord. As aptly described in chapter 18 of Planning Commission documents, "Ten-year perspective plan and three-year development programme (September, 2001)" and approved by the National Economic Council (NEC), chaired by the President/Chief Executive of Pakistan, that floods occur once in five years on the average.

No flood irrigation scheme can be based on uncertain and irregular flows, which may occur for a few days in a period of five years and even longer. If the canal is constructed, it can operate by depriving the existing canals of their due share of water.

Thus neither there is any provision for Greater Thal Canal in the water accord nor floodwater can be provided for it.

The mandatory guidelines of the Planning Commission/ECNEC provided that for any project costing Rs 50 million or more, feasibility study is a 'must'. WAPDA got the PC-II for feasibility study of Greater Thal Canal approved by CDWP in November 2000 for completion in a period of three years.

However, without waiting for completion of feasibility studies, WAPDA got ground-breaking ceremony performed in August 2001 and even started the work. The PC-I form was submitted to CDWP on 4th February 2002 without feasibility report and water availability certificate of IRSA (which was managed subsequently in May 2000, Member Sindh dissenting).

The project was cleared by CDWP within 4 days on 8th February 2001, without participation of the Sindh Government. The project was also cleared by ECNEC on 28th February 2002 under similar conditions.

The economic viability of the project (ie cost benefit rates and rate of return etc) considered and approved by ECNEC in February 2002 is highly dubious under the project intensity for a non-perennial canal is shown as 61.4% in Rabi.

The production as well as prices is on very much the high side to exaggerate the benefits whereas costs are under-estimated.

In this context, the World Bank in its report on July 15, 2004 questioned the economic viability of the three ongoing projects (Greater Thal Canal, Kachi and Rainee Canals), and five proposed irrigation projects (Sehwan Barrage, Chashma Right Bank 1st lift Irrigation, Akhori Dam, Dhok Pathan Dam and Sabakzai Dam).

The Sindh Provincial Assembly has passed two unanimous resolutions against the construction of Greater Thal Canal recently. Moreover, there is a strong agitation against the construction of Greater Thal Canal throughout the length and breath of the province of Sindh and southern Punjab (Seraiki belt).

It is therefore, appropriate that further work on the GTC project be stopped forthwith in the supreme national interest and provincial harmony.

ESCAPAGES BELOW DOWNSTREAM KOTRI: It is being stated that the annual average of 35 MAF of water have flown into the sea during the post Tarbela period (1976-77 to 2002-2003). All this water in fact is not surplus and available for utilisation. Following adjustments have to be made.


----------------------------------------------------------------------
Outflow to sea downstream Kotri 10
MAF
Eastern river contribution 8
MAF
Kabul River short term 8
MAF
by Afghanistan Unutilised portion on 12
MAF
water according allocation Unutilized portion of 4.8
MAF
India's entitlement on Western Rivers Requirement for Mangla 3.0
MAF
Dam raisin LBOD's sanctioned allocation 2.2
MAF
----------------------------------------------------------------------
Total 48
MAF
----------------------------------------------------------------------

The above table shows that there is a shortfall of 13 MAF of water between the availability and commitments.

An official report says that fresh water flow of Indus River has been reduced from 150 million acre feet (MAF) a year some 60 years ago to 0.72 MAF in the year 2001-2002.

Experts say that there has been virtually no sweet water flow in the sea during 2002-2003 which signals an acceleration in the pace of the devastating phenomenon in the coastal areas of this unfortunate province.

The quantity of outflow to sea has been progressively reducing, particularly after the construction of more barrages, dams and link canals after the signing of Indus water treaty, 1960.

The actual outflow to sea at the time of independence was above 80 MAF annually which have now reduced to 35 MAF.

The duration of the flow has also reduced to less than two months and that also only in high flood years. Even this quantity is dwindling further as unutilised allocations of water are being harnessed.

CLAUSE 7 OF WATER ACCORD 1991 READS: "The need for certain minimum escapages to sea, below Kotri to check sea intrusion was recognised. Sindh held the view that the optimal level was 10 MAF which was discussed at length which other studies indicate lower/high figure. It was, therefore, decided that further studies would be undertaken to establish the minimal escapages needs downstream Kotri.

Under the provisions of water accord 1991, the quality of 10 MAF has been provisionally earmarked for outflow to the sea.

Unfortunately, the studies have not been initiated even after 13 years of signing of water accord due to frivolous objections raised on the terms of study.

However the IUCM, an international organisation based in Pakistan, has worked out the annual requirements for outflow to sea for environmental sustenance to be 27 MAF. This corresponds to 300,000 cusecs discharge flowing for a period of 45 days.

Whereas, the World Commission on Dams has identified that 29 countries seek to minimise Eco System impact created due to large dams.

The Commission has further recommended the environmental flow requirement as 10% of the annual run off which comes to 14.2 MAF downstream Kotri instead of 10 MAF demanded by Sindh during 1991.

It is shocking that in the year 2003 there had been virtually no sweet water flow in the sea, a signal for acceleration in the pace of the devastating phenomenon in the coastal areas of Sindh.

In order to save the environment from complete devastation there is an urgent need to plan future projects so that the minimum required discharge of 300000 cusecs is available for outflow to sea at least for as much time as it is available, after meeting the Kharif demands. This figure of 300000 cusecs is also supported in WAPDA's exercise of 1992.

Indus delta originally occupied an area of 6 lakh hectares consisting of 17 major creeks. Currently with reduced water only two creeks - Hajamro and Kharak - receive water and there is only one outlet to sea ie Khobar Creek.

The active delta is only 10 percent of the original area. Under this phenomenon, when fresh water is withdrawn faster than it can be recharged near coastal line sea intrusion occurs.

The sea water intrusion has resulted in damage of 1.2 million acres in delta covering two districts viz Thatta and Badin and eight Talukas/Tehsils.

The World Report of Environmental Management 1991 identified a number of environmental problems in Pakistan, including the extinction of coastal mangrove forest.

The mangrove forest area was spread over 700000 acres, which is now suffering badly. According to satellite survey 1998 the mangrove cover has been reduced to 400,000 acres, of which an area of 125,000 acres is healthy.

The Indus river used to throw 400 million tons of silt in the sea every year, which has now been reduced to barely 100 million tons a year.

This gradual depletion in flow of sweet river water and rich silt into sea has led to what is called "hyper saline condition" in the coastal area that literally kills life in all forms, LIVESTOCK and vegetation on land and fish and other edible marine varieties and rich mangroves forest in the Sea.

An estimated 40 to 50 ppt (particles per thousand) salinity level at present which when compared to 15 to 20 ppt half a century ago has already crossed the "dead level mark." On the other hand, sea mangroves and the delta area mangroves have been devastated to the extent of two to three lakh acres.

Fishing as well as fish farming, cattle farming and dairy farming have sustained severe damage, or even destroyed.

Rivarian forest spread on six to seven lakh of acres on the both sides of the river Indus, totally depending upon the flood water of the Indus are on the verge of extinction.

Kacha area of Sindh starting from Obaro (district Ghotki) to Keti Bander stretched to on about 2 million acres on both banks of river Indus, which were rich in crops, forests, cattle, fisheries etc have also almost been eliminated.

As such, Sindh has lost a world. Poverty has increased due to this situation and as result a massive-scale migration is witnessed in the coastal areas of both the districts of Sindh (Badin and Thatta).

The famous Palla fish has become nearly extinct. The annual production reduced from 5000 tons in 1951 to 220 tons, besides marked reduction in its size. The rare species of freshwater dolphin are also facing similar threat. 600000 acres of riverian forests and 550000 acres of Sahlaba areas of Sindh have been very seriously affected and they are in the danger of complete elimination. Whole Sindh in general, and Indus delta in particular, are the worst sufferer of Indus Basin Treaty and the construction of Tarbela Dam, Mangla Dam as well as other barrages constructed afterwards not only on Indus but on its tributaries.

It is a historical fact that before signing of Indus Basin Treaty and its follow-up actions according to an estimate more than one hundred million acre feet (MAF) water used to flow downstream Kotri in the sea annually.

As such this quantum of water flow downstream Kotri is a historical right of Sindh.

Pakistan is a signatory of Rio Declaration signed by the Prime Minister Nawaz Sharif. The Principle No 4 of this declaration proclaims that "in order to achieve development environmental protection shall constitute an integral part of the development process and cannot be considered in isolation from it."

We should, therefore, do all that is possible to abide by this commitment in letter and spirit.

The President of Pakistan is on record to have stated that during low flow years water from allocation of provinces should be diverted for outflow to sea to mitigate the hardship of the people of Thatta/Badin districts in coastal area.

The time has come that justice must be done to Sindh and be given its due share instead of further depriving of whatever has been made available to it, by construction of more dams and canals, particularly in the present water scenario where there is even no water to meet the allocations/commitments of the day.

Unfortunately, the study for the requirements of outflow to sea has not even been started in spite of lapse of 13 years. Punjab, which wanted one line TOR for the study, did not accept the comprehensive TORs drafted by UNDP (besides the grant provided by them for the study).

Subsequently, Punjab proposed two separate studies instead of one study, which was not acceptable by Sindh as it was against the provision of the water accord. The CCI in its meeting held on 16th September, 1991 has directed that "the study proposed to be carried out by an international panel of experts to establish minimal escapage needs downstream of Kotri should be completed within one year of the signing of the agreement with consultant. This directive of CCI seems to has been completely ignored.

Recently the Parliamentary Committee on Water Resources has decided to conduct three studies on the subject including the environmental study related to downstream Kotri. This is a clear and blatant violation of CCI decision.

The Parliamentary Committee on Water Resources is a recommendatory body, which cannot take decisions against the express decision directives of CCI. Moreover the same item of downstream Kotri also falls within the purview of technical committee on water resources.

As per the directives of the President both committees have to work in close co-ordination. The decision of the Parliamentary Committee without consulting the Technical Committee is a violation of the President's directives.

The studies are being let out to some local consultants, with shady track record, though the CCI has directed that the study is to be carried out by an "International panel of experts," which is a clear violation of CCI.

Under the circumstances it would be appropriate for the parliamentary Committee to:

A) Stop the three studies to be conducted through local consultants with shady track record.

B) Consult the Technical Committee on water resources before proceeding further.

C) Associate independent international panel of experts for conducting the study as per specific instructions of CCI

This paper has sought to examine the water distribution and sharing amongst the provinces, the construction of future reservoirs, the management of existing reservoirs, the construction of GTC and escapages below downstream Kotri.

As noted in the foregoing discussion that Sindh vehemently opposed the distribution of water under the 1994 Formula, the construction of Kalabagh Dam and Greater Thal Canal for valid technical, legal and constitutional reasons.

Justifying the unholy 1994 distribution formula if has deliberately altered the part of water accord 1991 relating to water sharing.

Therefore, water must be distributed amongst the provinces in accordance with the clear, specific and unambiguous provisions of the water accord 1991.

The Accord is the binding force amongst the provinces and an instrument of inter-provincial harmony. Despite this if this document has to be annulled or modified it can only be done by consensus amongst all the provinces and with the approval of CCI.

The biased propaganda regarding Sindh's opposition to water development projects must be stopped forthwith.

This is a viscous attempt of Sindh-bashing. Sindh never opposes any water development project, which does not affect its legitimate rights and interest, being the lower riparian province.

Frequent attempts have also been made to project Sindh for giving incorrect figures. Actually the figure of 123 MAF of annual water availability in four out of five years attributed to Sindh in fact, is the figure taken by the Planning Commission in its document entitled "Ten Years Perspective Development Plan 2001-11" and "Three Years Development Programme 2001-04" which has been approved by the National Economic Council (NEC), headed by the Chief Executive President of Pakistan and quoted by Sindh.

In order to save water losses in the system, water conservation like lining of canals/watercourses particularly in saline areas, should be undertaken immediately.

In addition, improvements in the agriculture practices such as precision land levelling should be undertaking at massive level.

In sum, the unanimous resolutions passed by the Provincial Assemblies of Sindh, Balochistan and NWFP against the construction of Kalabagh Dam, and two resolutions against the Greater Thal Canal passed by the Sindh Assembly must be followed and honoured.

----------------------------------------------------------------------
Appendix-A
Table I

Kharif Season
----------------------------------------------------------------------
FLC MR CBDC SVC SVC Trimmu Panjnand Thal Taunsa Total
(U)
(L) Historic

Uses
----------------------------------------------------------------------
11.18 1.24 74 6.31 3.07 2.15 3.4 2.37 4.19 34.65
----------------------------------------------------------------------
FIG IN MAF:

TABLE II:
----------------------------------------------------------------------
FLC MR CBDC SVC SVC Trimmu Panjnand Thal Taunsa CRBC Greater Total
Int (U)
(L) Thal Historic

Uses
----------------------------------------------------------------------
11.18 1.24 .74 6.31 3.67 2.15 3.40 2.37 4.19 0.55 1.87 37.07
----------------------------------------------------------------------
FIG IN MAF:

TABLE III
----------------------------------------------------------------------
FLC MR CBDC SVC SVC Trimmu Panjnand Thal Taunsa Total
(U)
(L) Historic

Uses
----------------------------------------------------------------------
11.96 1.33 79 6.75 3.28 2.3 3.64 2.54 4.48 37.07
----------------------------------------------------------------------
FIG IN MAF:

TABLE IV:
----------------------------------------------------------------------
FLC MR CBDC SVC SVC Trimmu Panjnand Thal Taunsa CRBC Greater Total
Int (U)
(L) Thal Historic

Uses
----------------------------------------------------------------------
11.18 1.24 0.74 6.31 3.07 2.15 3.4 2.37 4.19 .55 1.87 37.07
----------------------------------------------------------------------
FIG IN MAF:

(The article presented at a national seminar by an ex-Senator examines (i) regulation, operation and management of existing reservoirs, inter-provincial water distribution, construction of new canals and water escapages downstream Kotri.)