enhancing links between irrigation and agriculture: policy innovations ...€¦ · agriculture:...
TRANSCRIPT
Enhancing links between irrigation and agriculture: policy innovations and initiatives
Satya Priya, PhD
National Programme Coordinator (Land and Water)
FAO, India
Policy roots • Agriculture Policy - supply-side approach to water
management
– often inconsistent with principles of efficiency, equity and
conservation
• Over time, pieces of water/irrigation policy - laws,
institutions, agencies, politicians and special
interests have merged into:
– perpetual motion machine with a goal to ensure water is
available for agriculture (abundant and free)
• Therefore, contentious debate over future water
demand can only be met through
– a paradigm shift in the management of WR
2
Some key facts
• Increasing gap between irrigation potential
created (IPC) and irrigation potential utilized
(IPU) is substantial and growing
– lack of capacities, low water discharge, insufficient
water distribution, incorrect recording of irrigated area
• Agriculture consumes ~80% of water resources
• Agriculture Water Use Efficiency
– ~38% (India)
– ~45% in Malaysia and Morocco
– ~50-60% in Israel, Japan and Taiwan
3
Gaps between IPC-IPU
4
Paradigm shift – getting right signals?
• India's goal to increase water use efficiency by 20% through:
– higher efficiency ratios, equitability;
– sufficiency and reliability in distribution, increased productivity; and
– rationalized use aligned with basin water balance
• Bridging the gap between principles and practice:
– increased reliance on demand-side management;
– conjunctive use, crop switching and practices for improving efficiency
• Review polices legal status of “environmental baselines” of:
– minimum in-stream flows, water quality and supplies
– water uses and management to ease out pressures on agri. users
5
Signs of change: Irrigation WUE
• Objective of improving WUE
– Stakeholders involvement essential before taking up WUE
improvement projects
– In the project context, irrigation WUE relates to project command
alone (conveyance + distribution + on-farm systems);
– Volumetric water supply is the only means to ensure equitable
distribution?
• Command irrigation should include all sources of water
such as canal, groundwater, tanks, etc.
– Performance of system management according to demands at
field and
– Performance of drainage to speedily remove surplus water from
the farms are essential
6
Signs of change: Integrated operation
• Surface water projects: planned, developed, operated and
managed in standalone mode despite being in basin context
– Dynamic nature of base and return flows in streams and losses from
canals/farms can only be assessed if projects are operated in an
integrated manner in real time mode
• Integrated operation and management increases WUE and
productivity
– Better understanding of the agronomic factors affecting crop growth
(climate, soils, soil moisture, fertilizers, plant population)
– Increasing WUE requires continuous research on crop management (Shift to Micro Irrigation, System of Rice Intensification etc)
– Soil Nutrient management approaches (field management, evaluation
of soil fertility status)
7
Fertilizer policy
• Agricultural
productivity
and balanced
fertilization
• Fertilizer
subsidy
• Indigenous
production and
overall supply
of fertilizers
8
R&D
Water Auditing, Bench-marking
and M&E
CROP MANAGEMENT
Diversification,
better Management and micro irrigation systems
PARTICIPATORY EFFORTS
Promoting the role of beneficiaries in management and accountability
ON-FARM APPLICATION
Improved on-farm practices, quality inputs leading to better productivity and production
CONVEYANCE
Volumetric water deliver, Improved conveyance in engineering
STORAGE
Enhance performance by improving availability of flows at canal head(s)
Priority Areas Requiring
Specific Attention
WUE - requires
to cover 6
distinct areas
Policy innovations and initiatives • Increase irrigated area by investing in command area
development - the micro distribution network
• Catalyze, support and incentivize irrigation departments – Strengthening HR, capacitating WRM knowledge institutions, training and
research institutes
– Move from water “tax” to Irrigation Service Fee
– Rationalizing ISF with accountability and responsiveness to farmers
• service fees, volumetric water supply, water user associations (WUAs)..
– Irrigation departments need to evolve from construction based institutions
to water management institutions
• Setting up a National Irrigation Mgmt. Fund (NIMF) – to catalyze demand of irrigation management & institutional reform
• E.g., State govt. Participatory Irrigation Management (PIM) acts 10
• Govt. of India will establish NIMF
– matching farmer collected ISF on a 1:1 ratio,
• To promote PIM, the NIMF will provide
– a bonus if State ISF has been collected through WUAs
• To promote volumetric water delivery
– NIMF will provide additional incentives to WUAs
• As such NIMF is meant to catalyze policy reforms:
– Improving WUE,
– revamping irrigation sector and water resources dept.
11
Policy innovations and initiatives
Lessons learned from India
• Performance based planning and management of
irrigation systems
– Enhance resources and capacity of MMI sector
– Improve ISF collection ratio
– Demand based volumetric water supply for delivery
– Generate more accurate data on irrigation
• Foster partnerships and incentives between irrigation
agency, PIM, WUAs for increased productivity
– Speed up CAD&WM
– Promote rationalization of ISF
– In turn, reduce the gap between IPC and IPU 12
Thank you!
13