Learning Event No 6, Session 1, From Agriculture and Rural Development Day (ARDD) 2011
Learning Event No 9, Session 2, From Agriculture and Rural Development Day (ARDD) 2011
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Transcript of Learning Event No 9, Session 2, From Agriculture and Rural Development Day (ARDD) 2011
How can rainwater management help support smallholder farmers’ ability to adapt to climate variability and change?
Learning Event Objec>ve
• To demonstrate the value of inves>ng in rainwater management to strengthen adap>ve capacity of smallholder farmers
Dependence on green and blue water 2000
Rainfed farming at risk from increasing climate variability
…but large dams are not the only op>on, nor a sufficient op>on, for climate smart agriculture
Per capita water storage in cubic meters in human-‐made reservoirs by con>nent…
4/02/2011 ILRI Campus, ETHIOPIA Water and Agriculture Share Fair
Climate smart: adapta>on, mi>ga>on and livelihoods start with rain, manage for variety of livelihood
strategies and landscape niches
Consider A Range of Agricultural Water Management Op>ons
Fish, Livestock, Crops, Ecosystem Services
Rainwater Management • It is about capturing, storing, managing and increasing produc>vity of water
• It can rehabilitate landscapes under scenarios of increasing or decreasing rainfall and increased climate variability.
• It can be decentralized, adaptable, inexpensive, relevant to large areas of lands currently being used for rainfed agriculture.
Storing water
Ins.tu.ons!
Ins.tu.ons!
Ins.tu.ons!
Managing landscapes yield more water
Improved WP
Capturing water In landscapes
Collec.ve ac.on
Rainwater Management Systems
More Food / More Income / Resilient
Inves.ng in Watershed Management Upstream-‐downstream linkages (Irriga.on)
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Market Incen.ves: Rainwater harves.ng with high value crops
Need to think beyond crop produc.on
§ Feed quality; reduce methane emissions
§ Integrate livestock into wider development agenda (e.g. irriga>on; watershed management);
§ Watering points in closer distances (> 35% milk yield);
§ Limit conversion of range to annual croplands; C sequestra>on
§ Maximize transpira>on at the expense of evapora>on (feed);
§ Market Incen>ves
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Policy Implications..
• Investment priority towards landscape rainwater management, water storage;
• Strengthening / Building local ins.tu.ons (byelaws/ religious organiza.ons/ WUA);
• Facilitate informa.on flow / technologies using local channels;
• Policy commitment to link development with ecosystem services -‐ Water;
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• Policy geared towards climate-‐sensi.ve systems (Agriculture / wetlands / water towers) and vulnerable communi.es;
• Na.onal government investments favoring small
storage structures
• Cross-‐boundary hydrological planning / watershed management; (drought and flood monitoring and informa.on system; coping strategies);
• Market infrastructure / Incen.ves
Policy Implications..
Bus Stops on Successful Examples
• Objec>ves – Present successful examples of small scale Rainwater management
– Get feedback on how these can go to scale
Successful Examples
1. Zai pits for in situ water management: Mathias Fosu (Back of Room)
2. Groundwater u>liza>on: Deborah Bossio (Outside lec)
3. Landscape water management: Enyew Adgo (Inside front)
4. In-‐field rainwater harves>ng: Jacobus Botha (In the corner outside)
Process • 2 rounds of bus stops x 15 minutes • Presenters will present for 5-‐6
minutes on the innova>on, why successful and its limita>ons – Discussion : “How can we bring the innova>on to scale”
– Try to balance number of people in each bus stop
• Acer, come back to synthesize key messages and how RWM approaches can be beier integrated into regional and na>onal debates
Learn more at
• CPWF website Hip://www.waterandfood.org – More on rainwater management: – hip://waterandfood.org/page/News-‐and-‐Events/news:83
• IWMI website: www.iwmi.org