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Managing Rainwater to Reduce Poverty and Increase Resilience Annette Huber-Lee, Science Leader Challenge Program on Water and Food.

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Presentation on theme: "Managing Rainwater to Reduce Poverty and Increase Resilience Annette Huber-Lee, Science Leader Challenge Program on Water and Food."— Presentation transcript:

1 Managing Rainwater to Reduce Poverty and Increase Resilience Annette Huber-Lee, Science Leader Challenge Program on Water and Food

2 Only through consideration of 100 percent of water – rainwater (which includes surface and ground water) can we alleviate poverty and achieve resilience for people and ecosystems Opportunities (examples): Better management of rainwater Sharing of resources, not just water Most important: Innovative ways for people to work together Main points

3 Looking at just surface or just groundwater limits our options to solve the world’s water-related problems – from adapting to climate change to alleviating poverty. Looking at 100% Brings in ecosystems explicitly Brings in all uses of water, including rich and poor users of both genders, all ages and all ethnicities Brings in a broader understanding of agriculture, that includes not just crops, but livestock, fisheries and forest products Why start with rainfall as the resource?

4 Opportunity: better management of rainwater

5 Range of Agricultural Water Management Options (source David Molden, IWMI)

6 6 Upgrading rainfed systems Rainwater management has a high potential for increasing livelihood resilience through crops, fisheries and livestock

7 Opportunity: sharing of benefits from water

8 Win-win situations exist in water. But will only success if there is a willingness to share. Sharing goes beyond WATER sharing, to assigning water to higher value uses (not just in financial terms, but also social), and sharing the BENEFITS with those who give up water. Example: urban-based trust funds invest in upland farming practices Sharing: Local to International

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10 “Sharing” at present is export of food from water rich to water scarce countries. Only about 6% of agricultural water use involved Climate change to 2070 is predicted to increase cereal production in temperate latitudes, while reducing it in tropical latitudes Total food production likely to be sufficient until 2070. How will it be shared? Sharing: International

11 Local adaptation to climate change

12 Opportunity: ways of working together

13 Resolving complex issues Far from Certainty Agreement Close to Far from Close to Simple Plan, control Zone of Complexity Technically Complicated Experiment, coordinate expertise Socially Complicated Build relationships, create common ground Source: Patton, 2007 Formulaic solutions have limited applicability Past success is no guarantee of future success Expertise can help but is not sufficient; relationships are key Uncertainty of outcome remains

14 New ways of working

15 Diversity of people increases innovation

16 “Complex multi-sector problems need new ways of working: The really important issues facing society … cannot be tackled by any organization acting alone” Huxham and Vangen, 2005 “ While hierarchies are not vanishing, profound changes in the nature of technology, demographics, and the global economy are giving rise to powerful new models of production based on community, collaboration, and self-organization rather than on hierarchy and control.” Tapscott and Williams, 2006.

17 CPWF: www.waterandfood.org


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