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Q:
What is your position on the dams? Are the arguments of the pro-dam
lobby feasible?
A:If the objective is to meet the future water requirement in
a way that promotes the food security and needs of a growing population
then, strictly speaking, one or two particular dams are not the
only or even the best solution.
The need for dams is
argued on four main points by proponents: more water for irrigation
and agriculture, more storage capacity, more flood control and more
hydroelectric power. Let us look at each one of the arguments more
closely:
Pakistan is indeed an agricultural country and as our population
grows, more water is ostensibly needed for irrigation to support
agriculture. But of the total sweet water availability of approximately
144 Million Acre Feet (MAF), 97 per cent is already used in agriculture.
Of the 104 MAF diverted from the rivers through a network of irrigation
canals, about two-thirds is lost due to poor transmission and seepage,
and only one third actually reaches the farms for growing crops.
This means that about 68 MAF is potentially usable water, if the
canal system can be better maintained and kept in repair. Together,
Bhasha and Kalabagh will process a maximum of 14 MAF. Even if a
third of the lost 68 MAF is saved through better repair and maintainance,
it will be a little over 28 MAF - double of what Bhasha and Kalabagh
will produce. Improving the current system efficiency by just 50
per cent would release the same amount of water as is to be produced
by the two big dams. There are thus other feasible options available
for increasing water supply for agriculture. Putting up two or more
dams when the downstream distribution structure is so inefficient
does not make sense. Even if Bhasha and Kalabagh dams are built,
two-thirds of the 14 MAF they produce will be lost through poor
distribution and only one-third (i.e. only about 4.7 MAF) will be
available in all of Pakistan at the current projected cost of about
US$ 11 billion!
It is argued that large reservoirs are needed to carry over water
from wet months to dry months and from wet years to dry years. They
are also needed to offset the storage capacity loss in existing
dams due to silting. My argument is that a more efficient and maintained
distribution system that carries 97 per cent of diverted water will
lead to substantive savings in the total amount of water lost in
transmission and thus free at least a reasonable proportion of this
water for storage. The needs of lean years can be met through this
source.
In terms of flood control - another favourite argument of pro-dam
proponents, it needs to be pointed out that much of the flooding
occurs because levees upstream from barrages are breached to protect
the barrages. It would make more sense to improve the strength and
upgrade the barrages as a means of flood control and mitigation.
One of the well known disadvantages of big dams is that they accentuate
flood peaks.
Hydroelectric power would be the major benefit of Kalabagh and Bhasha
but, interestingly, this is not the main argument put forth. A run-of-the-river
type dam where water is used to generate electricity and then allowed
to run in the existing channels would be far more acceptable to
the three smaller provinces, as there would be no diversion. Even
in this scenario there are other ways and other locations where
hydroelectric power could be generated without mega dams.
Q: What is the water situation in Pakistan right now?
A: Water is locked up in glaciers in the northern
parts of our countries. Due to glacier melts in the summer and monsoon
seasons, water flows down our river systems and makes its way to
the sea. En route, there are seepages into the ground, where water-bearing
rocks or aquifers already exist, and these are replenished with
the system. If we keep taking water out of these aquifers at a faster
rate than they are being replenished, then they are being destroyed.
The quality of water in Pakistan's water cycle remains essentially
the same and, unless dramatic climatic changes occur, there is unlikely
to be a net increase. What has changed drastically, though, is our
population. Currently estimated at 150 million, it is set to double
in 2.5 decades, thus reducing the per capita availability of water.
We are a water scarce country, with a per capita availability of
1200 cubic meters per year. At our present growth rate, Pakistan's
per capita availability will, by the year 2012, have gone down to
1000 cubic meters per capita per year. This is very close to where
Ethiopia was when they had their drought and famine.
Unless we control our population, we are headed for disaster.
People don't relate the increase in population to its effect on
water availability. If you continue to pollute this water, it will
be less available for human consumption, food production and other
uses. There are several lakes in Pakistan which are close to atrophying,
so the life systems they support are either already dead or dying.
Once a lake atrophies, it is very difficult to rejuvenate and the
entire ecosystem is lost. Our largest lake - Manchar lake - is not
even protected under the Ramisar Convention although many of us
have been pushing for that for some years.
Q: Do you think we have enough infrastructure, that rather
than building new dams, we just need to repair and maintain the
existing ones?
A: We, as a nation, tend to build, neglect and throw
away, only to build again. There is no concept of maintenance. Pakistan
has the largest contiguous irrigation system in the world. It is
supposed to be a miracle of engineering that has helped increase
our food production. But we don't maintain it. Operation, maintenance,
and replacement costs a lot of money. Where is that money coming
from?
Some of the data in the recent World Bank report, "Pakistan's
water economy running dry," is quite frightening. When comparing
Pakistan with Australia, the report shows that in Australia, the
entire cost of efficient operation, maintenance and replacement
is paid by the actual users, whereas taxpayers pay the interest
on any loans that may have been accrued in putting that water system
into place.
In Pakistan, taxpayers - not users - are paying most of the
operation and maintenance costs, no one is paying for replacement.
Excessive manpower, employed supposedly for maintenance, is also
funded largely by taxpayers. Is this really sustainable? When we
can't even look after our existing infrastructure, is there even
a case for building new infrastructure?
The World Bank report has some very alarming data, but then
it makes an existential leap and calls for more infrastructure,
whereas the arguments presented in the report do not lend support
to that. Pakistan is already a water-scarce country, we have large
tracts of land that are being rendered uncultivable due to water
logging and salinity, and which are direct results of our irrigation
methods.
We have little additional water to mobilise. We've
already used up everything that exists in our water cycle so when
we say we're putting up another dam or reservoir, it doesn't necessarily
mean there will be additional water coming in, we are just re-appropriating
what's already in the system. Who's going to pay for the additional
investment? We've taken so many loans to be returned over a long
term period, how much more can we sustain? Our water resource base
is severely degraded because of pollution and atrophying and overuse,
groundwater is being over-exploited. Flooding and drainage problems
are also going to get worse, partly because of climate change but
also because of the way we manage our water system. The water infrastructure
is in terrible disrepair - everything is broken, there are leakages,
powerful people create their own direct links. We have poor governance,
low levels of trust, water productivity is extremely low, what we
produce per acre, regardless of the crop, is still less than what
others are producing.
In 2000, when there was a major drought in the country, Pakistan
produced a record wheat crop of 22 million tons. Obviously we have
been over-watering, and these crops probably need a lot less water
than we are putting into them. In terms of productivity in farms
between the head, middle and tails of canal irrigation systems you
would expect that the farms at the head part of the system, which
get more water, would have higher productivity. But, in fact, those
in the middle have the highest productivity. So we have to do more
solid research on this. I fail to understand the demands for more
water emanating from our landed classes, most of whom are sitting
in the National Assemblies.
If we think in terms of users and uses rather than provinces and
administrative units, then we have to ask who are the agricultural
users? In Pakistan, water rights are determined by land rights.
If you own land, you can claim certain waters as your right. Agriculture
might be our most valued sector but it has to be more efficient.
We can only produce more water by cutting use from elsewhere. This
demand for water is illogical and we have to be able to put this
forcefully enough for people to conduct a more reasonable dialogue
on water.
Q: You have said irrigation methods have to be changed
in order to preserve the water that we have. Do you think that would
be enough to stave off a water crisis?
A: We must look at the different uses of water rather
than the division according to administrative or provincial boundaries.
We need water for life - for agro, for industries, municipal and
city uses and also to keep our water bodies running. This attitude
of some people who say that every drop of water that goes into the
sea is wasted does not make sense, because the balance between sweet
water that is brought to the sea by rivers keeps a very critical
balance in the coastlines. If you destroy that balance, then the
entire water system is affected and will, over time, be felt right
up till the watersheds. I find it appalling that the natural water
bodies, on which our irrigation system rests, are being destroyed
and there are few voices of concern.
Why has agriculture
taken priority? We need to look at the situation more holistically.
It takes an average of 3000 litres of water to grow one kilogram
of rice in the Indian subcontinent. Typically, 20 litres are consumed
per person in developing countries. For Pakistan, in terms of demand
for domestic and industrial uses, there is a net deficiency of about
25 per cent, how will this need be met? Some of the products coming
to us are very severely contaminated, especially those in and around
cities. Once we look at the water sector in a more holistic way
then there are better chances that we will move towards solutions
that are more feasible and will aid better management and preserve
these resources for the future.
Q: What led to your involvement with water issues?
A: I am a geographer, so the way I look at the world
professionally and academically is to consider the land-man-water
nexus. When I first started studying, I realised that geography
was more than the study of the surface of the earth. It puts together
the study of people, history of science and philosophy, climate
change, hydrology and how all these impact on each other. I was
very excited by these linkages. Returning to Pakistan and working
in social development sectors, I became aware of the acute water
problem in Pakistan and saw some of the socio-economic conditions
that exacerbated these problems.
Q: Do you find that your background allows you more of
an edge when you're lobbying with the government?
A: If there is an edge, it comes partially from the
understanding of the interrelationship between land-man-water. Understanding
the disadvantaged situation of women, the poor in our society, how
the feudal system operates, not just in the rural areas but elsewhere,
also helps me put forward arguments in both the water and environment
sectors.
Q: Is there a sense of civic responsibility among Pakistanis?
A: I think we're very low on civic responsibility.
Pakistan is very high in terms of individual philanthropy but once
we give to charity, (we feel) our responsibility is over. People
do not readily take on civic causes. There is this big divide in
the way in which governments and political parties take decisions
and the way people think, because the way they think never gets
translated into civic pressure. There is not much of a tradition
of worthwhile civic action, least of all in the environment and
water sectors.
Q: How can we inculcate this sense of civic responsibility
in the public?
A: The issues around water and the environment have been delineated
in such a manner that there are only one or two questions which
the entire country seems to be debating. Unless we look at water
and the environment together, I don't think we can take very rational
decisions which will affect our future generations. Bridges need
to be made, and some of the ways we can begin to work towards this
is to provide at least a level field for people to discuss issues
of water and environment. Right now, most people have been made
to feel that water and environment are 'technical' issues to be
tackled by engineers or at most 'political' issues to be bandied
about for political gains. There is a sense that whatever decision
the government takes is okay and must be accepted. In my view, water
is everybody's business. We are almost at a point of no return,
and something has to be done quickly to conserve and best use the
resources we have.
Q: The provinces are
constantly squabbling over water distribution. Sindh particularly,
consistently suffers from water shortages. Does this mean that its
landed classes are under-represented in the National Assemblies?
A:I don't think the landed classes of Sindh are underrepresented
in the national assemblies. If anything, they are over-represented.
Water rights in Pakistan is tied to ownership of land, so in spite
of so many reforms, we still have very big farms owned by very powerful
people, (rather than smaller farm owners) and landless peoples who
actually work the land. The biggest farms are in southern Punjab
and upper Sindh, while northern Punjab has smaller, more owner-worked
farms. Where we have bigger landlords with their rent-seeking behaviour
on the land, their payment for water is not a major consideration.
Where sharecropping arrangements have been perpetuated, there isn't
much impetus to change because the system suits the landowners.
So all we hear about is a demand for more water. The entire world
is going on to use less water and grow more crops but here we are
shouting for more water to maintain some of the lowest productivity
not only in the world, but also in the subcontinent. There are so
many cheap technologies available - drip and sprinkler irrigation
and there are already people here producing this equipment. In our
rural economy, the whole use of labour on farms suits those in power,
while others have no voice. Women sometimes have to walk miles and
miles to get water. There is a need to recognise that just because
these practices have gone on for centuries, perpetuating the system
is not okay.
Every river has a Punjab and a Sindh - an upper and lower riparian
part of the river . This is not a situation peculiar to Pakistan.
Others live with this and so can we. We have IRSA to sort out problems
between the provinces - irrigation departments at the provincial
level, we have the Ministry of Water and Power, we have WAPDA at
the federal level, we even have farmer organisations coming up.
So there are institutional structures, we just have to look at them
rationally. If we consider the Sindh-Punjab debate, it would appear
as though everyone in Punjab is benefiting and everyone in Sindh
is suffering. This is not true. Even within Punjab, the tail-end
farmers do not have as much supply as the tail-head farmers. Within
Sindh, we are not getting water equally and equitably. Both provinces
face the same issues, so why are we talking about provinces?
If we look at different uses of water and the different categories
of users, we will find that there are some right across Pakistan
that have more access than their due share and some who get less.
When Sindh gets its share of water, within that there is a certain
amount which is to be released into the sea, but this is not happening.
One viewpoint in Punjab is that every drop of water that goes to
the sea is wasted. I ask them if they had any idea how much this
will destroy the entire Indus system, affecting them as well. The
whole issue has been so politicised that you have to be either for
or against the Kalabagh dam. I do not approve of this type of debate
because one cannot reach any kind of conservational, rational or
management related decision on the whole water sector based on just
one point - dams. When we talk of water problems, there are certain
ways of dealing with water that we never seem to think about and
I think part of the reason is our whole national psyche. Why are
we so afraid of using the same water many times for different uses?
Why aren't we thinking of cleaning our water before putting it back
into the system and using it again? There is enough technology available
to do so. Once we take care of these issues the debate will not
only be about being for or against one or two dams.
Q: What can we do to alleviate this?
A: We should start recycling water that is used for agriculture,
industries. There is one very simple principle that we have to adopt.
No user should be allowed to put any polluted water into a fresh-water
body. The user that pollutes the water should clean up the water
before it is put back into the system. This principle has been used
across the world for a very long time. It has to be done at every
level. We have to "make water" by saving and cleaning
water from basic domestic units, right up to managing entire systems.
In my house all the water from condensation caused by air-conditioners
is piped and re-used. We only use hand sprinklers, and we use the
flushes very sparingly. There are many ways to save water. I'm very
passionate about this issue. We need to build a people's voice to
call for saving, re-cycling and rationally using water. Only this
people's voice can change the focus of the debate on water in Pakistan,
shifting the focus from one or two dams to the entire water sector.
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