Water smart agriculture at World Water Forum in Korea
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Transcript of Water smart agriculture at World Water Forum in Korea
Genesis of the term• GWI EA part of a three-region approach
(EA, WA, CA) to improving water management for smallholder farmers
• Search for a ‘big idea’ from mid 2013 to help conceptualize the challenge and appropriate responses; including:– Overcoming water as a constraint to
agricultural development; managing risk– Maximizing water use as an asset to
generate value– Ensuring sustainable resource use
• Collaboration with CGIAR WLE• East Africa context of variable rainfed
systems, land pressures / soil degradation
So what is Water Smart Agriculture?In its simplest sense, Water Smart Agriculture is an approach to farming that balances water availability, access and use across the range of water sources, and according to principles of socio-economic, environmental and technical sustainability. It seeks to maximize returns whilst protecting environmental flows and ensuring equality within farming systems.
Why develop another organizing concept now?
• CSA, CA, SI, do not focus on water-specific challenges but root them in other contexts– Hydrological cycle is ultimately the most
sensitive variable to climate change
– Unpacking ‘what is water-specific’ and what to do about it is part of the wider, nested challenge, of addressing climate impacts
– Agriculture ‘pivots’ on what happens to the water cycle, particularly in areas of low technological input
– Need to bring greater policy and practice coherence to water for agriculture; and link water to wider development challenges to encourage greater investment
CSA, SI and WaSA
• Climate Smart Agriculture– sustainable increases in
productivity, achieving resilience, reducing GHG emissions and enhancing food security and development – the so-called ‘triple win’
• Sustainable Intensification– yield increases without
adverse environmental impact and without more land being brought into use
• Already substantial overlap between CSA and SI...
Objectives
Principles Productivity Value Sharing
Maximizing outcomes: water is
used to provide the best possible set of socio-economic outcomes, given constraints
Increasing water
productivity through
water management,
fertility, cropping
system
Using WaSA to move
into higher value
production
Ensure fair and
transparent access to
water
Ensuring sustainability: water
is not overexploited and its use does not lead to ecosystem damage
Maintaining
productivity and
investment in the face
of uncertainty
Exploiting
opportunities for
value production
Rewarding eco-
efficiency. Penalizing
high risk activities
Transitioning to prosperity: better
water management leads to step changes in socioeconomic development, building ‘growth with equity’
Achieving food security. Using water for
higher value products
Supporting efficient
resource use as value
increases
Building learning and sharing: the
‘doing’ of WaSA embeds learning and sharing as a key ongoing activity
Institutions ensure
incentives for ‘best use’
Move towards
sustainable
intensification
Institutions to enable
transparent and
informed negotiation
over resource
allocation and use
Towards a set of principles
The purpose behind a new ‘brand’
• Enabling diverse groups (from local to national) to organize/galvanize support around a concept
• A global ‘clustering’ of activities to achieve a larger aim (more efficiently managing the use of green and blue water)
• Providing a conceptual ‘pivot’, for practical guidance…forcing thinking forward
• Unpacking - CSA
Impacts, results, challenges: GWI EA
• Substantial increases in income levels for poor farmers (x2-x3 recent examples from Ethiopia)– Increased farming area /
greater market engagement / high value crops
– Dry season farming
• Strong district buy-in; extension by demonstration
• Early adopters….evidence of ripple effect
• But issues that need addressing too