Sustainable Intensification of Cereal-Livestock based Farming Systems in sub-Saharan Africa: M &E...
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![Page 1: Sustainable Intensification of Cereal-Livestock based Farming Systems in sub-Saharan Africa: M &E Meeting, Addis Ababa, Ethiopia, 5-7 September 2012.](https://reader035.fdocuments.us/reader035/viewer/2022080915/56649d895503460f94a6f914/html5/thumbnails/1.jpg)
AR Research Framework Team
Research Framework Overview
Sustainable Intensification of Cereal-Livestock based Farming Systems in sub-Saharan Africa: M &E Meeting, Addis Ababa , Ethiopia, 5-7 September 2012
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Research Design: Guiding Principles• Focusing on agricultural intensification• Applicable to all AfricaRISING countries• In line with the CRP 1.1 and 1.2 “systems” logic• Account for change at farm-level / “whole-farm
productivity”• Integrate multiple stakeholders (innovation delivery and
value chain linkages)• Focus on staple food intensification/productivity within
major farming systems but with consideration of nutrition and diversification
• Research that backstops other FtF investments• In line with USAID mission investments • Provide a logical structure for the AR research framework
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Overview
• Context: Opportunities and constraints• Purpose• Objectives and Outcomes• Guiding Principles and Conceptual
Framework• Research Design
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Constraints and OpportunitiesConstraints
Limited access to:- improved technologies;- input and output markets; - pro-poor policies and effective intitutions;- land and water resources
Environomental degradation
Climate change/variability (rainfed production)
Lack of knowledge and limited access to appropriate
technologies;
Overstocking and over-grazing
Low productivity
Biodiversity &
Land cover loss
Soil erosion
Increased food insecurity, risk, and vulnerability
of household livelihoods
Viable Pathways to
Sustainable Intensification
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Constraints and Opportunities (cont’d)Opportunities
Community-based and participatory research:- identification and promotion of appropriate technological (production and post-harvest), institutional, and policy options;- agricultural productivity improvement; - better resource management;- alternative income generating activities;
Growth in food/feed demand and food diversification
Investment in input supply systems (seed and fertilizer);
Export markets and multi-stakeholder partnerships
Development of
sustainable
livelihoods
Community
capacity building
Own-food security (self-reliance), improved
nutrition, income security, conserved or
enhanced natural resource base
Sustainably Intensified Cereal-Livestock-based Farming Systems
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Purpose
Provide pathways out of hunger and poverty for small
holder families through sustainably intensified farming
systems that sufficiently improve food, nutrition, and
income security, particularly for women and children,
and conserve or enhance the natural resource base.
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Research Objectives
1. To identify and evaluate demand-driven options for
sustainable intensification that accelerate progress
toward rural poverty alleviation, improved nutrition
and equity, and ecosystem stability [H1, H2, H3]1.
2. To evaluate, document and exchange experiences
on processes and mechanisms for integrating and
delivering innovations for sustainable intensification
to facilitate their uptake beyond the Africa RISING
action research sites. [H4]
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Development Objectives
1. To improve smallholder farm households’ livelihoods so
that they can move out of poverty and improve the
nutritional status, especially of young children and
mothers, while improving or maintaining ecosystem
stability within Africa RISING action research sites. [H4]
2. To facilitate partner-led dissemination of integrated
innovations for sustainable intensification beyond
the Africa RISING action research sites. [H4]
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Research outcomes
1. Integrated innovations used for intensifying farming
practices of targeted types of households in a sustainable
manner within identified development domains.
2. Tools and approaches for identifying, evaluating and
disseminating integrated innovations for sustainable
intensification used for poverty alleviation and improving
nutritional status of young children and mothers, while
maintaining ecosystem stability.
3. The aggregated impact of integrated, innovative farming practices at the household level is used to improve the understanding of ecosystem stability (at the landscape level).
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Development Outcomes1. Small-holder farming households sustainably increase the overall
productivity of their farms, and thus their agricultural output,
income diversity, and improve nutrition and welfare especially
young children and mothers, within the Africa RISING action
research sites.
2. Small-holder farming households experience increased resilience
of their farming systems, and thus reduced vulnerability to
adverse environmental and economic challenges within Africa
RISING action research sites.
3. The development community increasingly uses innovative
outreach and support approaches, and related data & knowledge
management systems to design integrated innovations for
sustainable intensification at the farm household scale.
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Guiding Principles & Conceptual Framework
1. Farm household scale : Africa RISING investments and activities focal domain– Decisions scale: e.g. production, gender and nutrition issues,
household welfare, soil health, and productivity issues;– Decisions conditions: assets (e.g. land, labor, livestock, and
financial resource endowments), and livelihoods, production objectives and aspiration of households within a given regional and landscape context;
– Research activities focus: understanding household needs and incentives in order to better support evaluation, adoption and adaptation of the most relevant interventions.
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Development domains: Condition SI challenges, opportunities, and potential impacts
Ag. Potential(Rainfall)
Hi-Hi
Lo-HiLo-Lo
Hi-Lo
Market PotentialPop. density
Geographic Stratification
Hi-Hi
Lo-HiLo-Lo
Hi-Lo
Sustainability Index
IntensificationIndex
Farm/Landscape Stratification
HHt0
HHti(C)
(A)
(B)
Physical accessibility
Potential market integration
Distance to roads
Availability of market institutions
Roads conditions Market Access
Soil type
Soil fertility
Soil Moisture availability
Local groundwater
Surface water
Formal irrigation scheme
Variability of water supply
Annual rainfall pattern
Annual rainfall
Seasonality and LGP
Water availability
Altitude
Topography
Temperature
Climatic
Crops
Livestock
Agricultural production
Agricultural Potential
Population density
Geographic Domains
Guiding Principles & Conceptual Framework
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R4D Platforms: Trials Design
National Level
Regional Level
District
Platforms: SI innovations
District No intervention
“Counterfactual”
Village Village Village Village Village Village
TF1 TF2 No intervention
Limited /observation
Degree of intervention/ method
Limited /observation
Some /exploration
High/Fisher or classical experiment-ation: Mother-Baby; RCTS
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Research HypothesesH1. Adoption and integration hypothesesAdoption hypothesis: Demand-driven innovations are adopted in preference to supply-
driven innovations.
Integration hypothesis: Innovations that mutually reinforce whole farm performance/productivity produce greater and more sustained benefits than the joint adoption of equally effective single use/purpose innovations.
H2. Trade-off hypothesisTailoring sets of innovation options to the constraints and opportunities encountered in specific development domain-by-household type strata enhances the win-win outcomes of innovation use (e.g. reduces the scale of negative trade-offs between farm productivity and environmental integrity).
H3. Innovation sequencing and sustainable intensification pathways hypothesis
The likelihood of innovation adoption resulting in sustainable intensification pathways over time is conditioned by the sequence in which those innovations are integrated and applied.
H4. Scalability hypothesisA stratified approach to targeting and evaluating SI-related innovations will increase the relevance and scalability of findings from action research sites to similar strata elsewhere.
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Research OutputsRO 1: Situation Analysis and Programme-wide Synthesis:
activities include site characterisation and stratification as well as identification of promising technologies.
RO 2: Integrated Systems Improvement: participatory technology development and / or identification for wide propagation and adaptation.
RO 3: Scaling and Delivery of Integrated Innovation: generation of integrated technology combinations that are more effectively targeted on farmer’s real development needs.
RO 4: Integrated M and E Process: wrapping the three process-oriented outputs in a firm M and E framework that will ensure first two components will generate integrated technology.