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[

] 223

W

ater

C

ooperation

, S

ustainability

and

P

overty

E

radication

Between 1980 and 1990, the Government initi-

ated a number of major groundwater development

projects with the assistance of donor agencies such

as the Kuwait Fund, the Asian Development Bank

and the World Bank. These aid projects provided

additional strong incentives to further increase the

number of tube wells and groundwater extraction,

to meet increasing demand. From 1990 to 2000, the

increase in tube wells continued as a result of rural

electrification and subsidized power supply to electric

tube wells. The electricity subsidy initially required

tube well owners to pay around 50 per cent of the

bill; however, during the late 1990s, the subsidy was

increased to 90 per cent in response to demands from

farmers in the province. This fuelled further increases

in water abstraction. The production of high water-

demanding horticulture crops continued to expand in

line with the increasing numbers of tube wells, result-

ing in overexploitation of groundwater resources and

groundwater aquifer overdraft.

Since 2000, drought (1998-2004) and overdraft of

some aquifers has caused the failure of large numbers

of tube wells, with many farmers dispossessed of their

source of irrigation and hence their livelihoods. In

addition, the discharge flow of existing tube wells

in many areas has decreased due to the continu-

ous decline in water tables. Drought rehabilitation

programmes were initiated by the Government and the

installation of replacement tube wells, both privately

and under the drought rehabilitation programme, has

continued along with the subsidy on electricity.

The historical record suggests poor policy devel-

opment and implementation owing to a lack of

institutional capacity and scientific knowledge,

prolonged political instability in the country and a

lack of political will. Furthermore, legislation pertain-

These are grown under irrigation with most of the agricultural

water (over 50 per cent and increasing) obtained from ground-

water resources.

In the absence of reliable surface-water resources, the

Government’s groundwater polices aimed to provide an alter-

native resource for irrigation to boost agriculture production

– thus reducing poverty – and provide water for domestic

purposes. The philosophy of policymakers was to provide the

farmers with a more reliable water source for irrigation and to

replace the traditional karezes (manmade sub-surface horizon-

tal tunnels and galleries)

7

and natural springs which flowed

all year round and were seen as causing water wastage.

8

The

electrification of many rural areas of the province, along with

improved communication networks and promising returns for

fruits and vegetables, contributed to strong growth in tube well

and dug well irrigation. A government subsidy on electricity use

for tube wells, in place since the 1980s, further expanded tube

well irrigation and improved rural income; however, this has

had an adverse impact on water tables.

9

Without any restriction

or mechanism for allocating groundwater rights and regulating

groundwater use or access to the electricity subsidy, irrigators

have extracted as much as they wanted without considering the

detrimental effects on others.

10

Until the early-to-mid twentieth century, karezes and springs were

the major source of irrigation (60 per cent) in the upland areas of

the province.

11

Because of the shallow water table (7-10 metres),

animal-driven water-lifting devices such as the Persian wheel

were used to access and pump water. However, in the early 1970s,

following electrification in some rural areas, tube wells began to be

installed in parts of the province. This period saw animal-driven

and diesel pumps being replaced by electric pumps on existing open

surface wells. As a result, farmers were able to convert more area to

irrigation, leading to a substantial increase in cropping area. There

was also a shift from subsistence to more commercialized cropping

patterns. High-value crops such as such as apple, apricot and cherry

replaced low-value crops such as wheat.

Groundwater governance, tube well development projects and policies timeline

Source: Khair (2013)

1971

1972

1973

1974

1975

1976

1977

1978

1979

1980

1981

1982

1983

1984

1985

1986

1987

1988

1989

1990

1991

1992

1993

1994

1995

1996

1997

1998

1999

2000

2001

2002

2003

2004

2005

2006

2007

2008

0

10,000

20,000

30,000

40,000

Tubewell numbers

Rural electrification

Groundwater Investigation

Subsidized power

Interest free loans

for pumping

Nissai groundwater development project I

(ADB) and MPA funded schemes (GoB)

Rural electrification

intensified,Flat rate

on power bills

Subsidized

tubewells

Nissai groundwater development project II (ADB)

(ADB) other projects

Lasbela plain groundwater development project

Government of Pakistan (MNA), and (Senator) fund

Private drilling

facility intensified

Ban on new tubewell installation

in Quetta sub-basin

90% subsidy

on electricity bills

Drought

rehabilitation

programmes

Electricity supply

reduced by 50%

Drought

rehabilitation

programmes