| Sub
Sector |
Water
Resources Development |
Irrigation
and Drainage |
Environment |
Flood
Protection |
Rain
Water Harvesting & Small Dams |
| Objectives |
| Overall
|
To achieve the National Water Vision
and MDGs: By 2025, Pakistan should have
adequate water available, through proper conservation
and development,. Water supplies should be of
good quality, equitably distributed and meet the
needs of all users through an efficient management,
institutional and legal system that would
ensure the sustainable utilization of the water
resources and support economic and social development
with due consideration to the environment, quality
of life, economic value of resources, ability
to pay and participation of all stakeholders.
|
| Sectoral
|
- Provide sufficient water for all sub sectors
based on Integrated Water Resources Management
(IWRM).
- Promote water conservation.
- Ensure effective planning and decision making.
- Regulate and systematic groundwater abstraction
where feasible.
- Improve water quality.
- Develop information base.
- Develop public awareness and understanding
of the issues.
|
- Increase irrigation efficiency from 40% to
45% to conserve water.
- Achieve equity in water distribution at all
levels.
- Increase irrigated area for agriculture production
and poverty alleviation, by construction
of new schemes.
- Achieve sustainability including financial
sustainability.
- Promote stakeholder participation, through
PIDAs, AWBs and Fos.
- Reduce waterlogging.
- Capacity building PID for the changing technology.
- Asset Management of Irrigation Infrastructure
|
- Improve the quality of surface and ground
water to acceptable standards by 2025.
|
- Place priority for flood protection on areas
of major human habitation and economic importance.
- prepare flood and drought management strategies,
especially for major cities, towns and infrastructure
and irrigated canal.
- Promote the delineation of flood risk planning
zones to be adopted by all agencies as part
of the planning process.
|
- Harness unused flood water and runoff from
hill torrents.
- Conservation of rain water.
- Watershed Management.
|
| STRATEGY |
|
Overall |
- Formal approval of the strategy by the Provincial
Cabinet for its smooth implementation.
- All the stake holders be taken on board including
farmers.
- PID to take up the overall implementation
of the strategy.
|
| Sectoral
|
|
|
|
|
|
| Short
Term 2009 to 2011 |
- Upgrade PMC for integrated water resources
planning and project monitoring.
- Promote and support water sector conservation.
- Commit to develop Large and Medium storages
- Prepare water resources master plan
- Undertake feasibility study on public awareness
- Study and develop a water sector management
information system (MIS)
- Develop water quality monitoring programme.
- Update feasibility study on ground water potential
and prepare regulatory mechanisim.
|
- Commit to financial sustainability of the
irrigation & drainage infrastructure and
prepare a plan for this.
- Initiate actions to increase irrigation efficiency
to 45% to include addressing improved water
management, farmer participation and cost recovery.
- Continue implementation of Institutionsl Reforms
initiated under NDP.
- Prepare plan for expansion of irrigated area.
- Prepare/upgrade feasibility studies for small
schemes.
- Rehabilitate/improve existing irrigation systems.
- Feasibility Study for establishment of Asset
Management System
|
- Plan a comprehensive water quality management
programme
- Develop a major campaign to raise public awareness
of the environment.
- Support the studies to determine the volume
of flows required downstream Ghazi Barrage.
- Assess the need for incentives to industries
to comply with EPA effluent disposal regulations.
- Determine the needs for legislation for regulation
of industrial development, enforcement of standards
and water abstraction licensing.
|
- Following the Second Flood Sector Project,
implement the proposed Third Flood Sector Project.
- Implementation of the Ten Year Comprehensive
Flood Protection Plan for NWFP.
|
- Conduct Feasibility Study for Small dams &
rain water harvesting ponds.
- Implementation of 20 Nos Small Dams Program.
- Prepare plan to harness hill torrent flows.
|
| Medium
Term 2012-2016 |
- Promote and support water conservation
- Implement water resources master plan and
begin implementation of storage development.
- Implement public awareness programme.
- Develop MIS
- Implement Water Quality improvement Programme.
- Implement regulatory frame work on ground
water potential for its systematic exploitation.
- Integrate water resources development.
|
- Undertake training/capacity building to strengthen
PIDAs and AWBs.
- Initiate pilot projects to evaluate modern
irrigation technologies
- Implement modernization of barrages
- Plan increased cropping intensity as new storage
comes on line.
- Implementation of Asset Management
|
- Implement the national water quality monitoring
programme.
- Execute the public awareness campaign on the
environment
- Support municipal and industrial waste water
control measures.
- Enact new legislation where required.
|
- Continue Implementation of Ten Year
Comprehensive Flood Protection Plan.
- Plan Flood Sector Four Programme
|
- Expand the on farm water management programme
(OFWM) to Small Dams.
|
| Responsible
Organization |
| Overall
|
Overall responsibility for the implementation
of the Strategy will be with the Planning &
Development Department, Finance Department and
Irrigation Department. |
| Provincial
|
Planning
& Development Department |
PID |
P&D,
EPA and PID |
PID |
PID |
| Sector |
PID |
O&M
and Development Wing |
PID and
EPA |
Development
Wing |
Small
Dams Organization |
| PRIORITY |
| |
Top Priority |
Priority
accorded to conservation, modernization of existing
infrastructure, small schemes for poverty reduction,
intensification of cropping and regulated ground
water extraction |
Particular
emphasis on water quality and pollution control. |
Second
priority, due to lack of funding. |
Top priority
|
| Sectoral
Constraints |
| |
- Time
- Slow growth in Water Sector Development
- Project Implementation difficulties.
- Finances
- Capacity Constraints
|
- Poor Project Implementation
- Scarcity of water
- lack of consensus and cooperation
- poor information availability
- overuse of water in some areas and lack of
effort in conservation.
- design of irrigation of irrigation system
- Inequitable distribution of water.
- low cost recovery and poor maintenance.
- weakness of institutions.
- lack of stakeholders participation
- capacity constraints.
- Finances
- Consistency and simplification of procurement
procedure.
|
- Low priority accorded to water quality.
- inadequate institutional capacity to implement
effective pollution control.
- insufficient funding.
- Governance problems.
- Existing legislation is punitive rather than
cooperative
- Planning is poor and tends to be over ambitious
- poor stakeholder and private sector participation.
|
- Lack of support for a realistic and holistic
approach to flood protection.
- Encroachments within rivers and stream due
to urbanization.
|
- Poor Project Implementation
- lack of cooperation
- poor information availability
- capacity constraints.
- Finances
- Consistency and simplification of procurement
procedure.
- Non involvement of OFWM in conversion from
Barrani to irrigated agricultures.
|