Northern Region Cunthia Koraul, Siise Aliyu, Abdou Fall, Mary Glower-Amengor, Konlan S. Pigangsoa, Franklin Avoryo, Cosmos Nyar, Zakaria S. Iddrisu, Kazuki Saito, Kenneth Opare-Oboubi, Alexendra N. Wiredu, Prince M. Entwire and Fred Kizito West Africa Review & Planning workshop Towards Achieving an Integrated Systems Approach

 Double-check current plans with the whole team  Firm up research hypotheses  Agree on some key elements of the design (e.g. RCT) to test hypotheses  Who should be part of the research teams?  Send a team member to UER and UWR (Augustine, Bonny?) Mali group

 Looking at what you developed yesterday, formulate (max) 2 research hypotheses that will help develop the (crop- soil-livestock-market-nutrition) concept note which help answer the AR research design hypotheses?  Plan activities for the next years that help answer these research hypotheses (i.e. research design, counterfactuals…) Be more specific about year 2 activities  Who should be part of the writing and of the research teams?  (If enough time) Who could we partner with? Ghana groups

INTEGRATION: Integrating technological components into SI systems confers more benefits to small holder farmers than single components ADOPTION: Integrating technological components into SI systems stimulates adoption compared to single components TRADE-OFF: Offering interventions tailored to the context specific conditions lowers environmental damage SEQUENCING: Right sequencing of integration of component technologies provides SI pathways SCALABILITY: Agricultural SI interventions tailored to local context specific conditions are scalable to other settings Africa RISING research design hypotheses

Hypothesis Strengthening of value chain will increase intensification of crop-soil-livestock systems through improved technologies and institutional components. Activities (specify in table)  Adding value to the raw agricultural produce and by-products through processing and packaging  Identify and improve linkage of crop-livestock value chain actors through R4D platforms Hypothesis 1…..

Who could we partner with around hypothesis 1?  Writing team?  Wilson Dogbe (CSIR-SARI)  Franklin Avornyor (CSIR-ARI)  A.N. Wiredu (CSIR-SARI)  Fred Kizito (IWMI)  Saito (AfricaRice)  Mary Glover-Amengor (CSIR-FRI)  Cynthia Koray Nagali (MoFA)

Who should be part of the research team for hypothesis 1?  Research team?  Franklin Avornyo (Animal Nutritionist: CSIR-ARI)  A.N Wiredu (Agricultural Economist: CSIR-SARI)  Fred Kizito (Water Resource Engineer: IWMI)  Saito (Agronomist: AfricaRice)  Wilson Dogbe (Agronomist: CSIR-SARI)  Mary Glover-Amengor (Human Nutritionist: CSIR-FRI)  Cynthia Koray Nagali (Extensionist: MoFA)  Cosmos Nyar (Extentionist: MoFA)  Aliyu Siise (Plant Breeder: CSIR-SARI)  Kenneth Opare-Obuobi (Plant Breeder: CSIR-SARI)  Kolan S. Pigansoa (Animal Nutrionist: CSIR-ARI)  Prince Maxwell Etwire (Agricultural Economist: CSIR-SARI)

 CG Centres  National Partners  Public partners e.g MoFA  CBOs, NGOs, Private Sector Who could we partner with around hypothesis 1?

Hypothesis Improved integration of crops, soils, livestock and water resources and food processing techniques in farming systems will reduce natural resource degradation and enhance food and nutrition security. Activities (specify in table)  Pilot testing inorganic and organic amendments (micro dosing).  Evaluation soil and water conservation measures on farming systems productivity.  Assess pathways that will enhance quality and quantity and transfer of animal manure.  Test available materials in feed formulations for livestock production. Hypothesis 2……

 Assess water, feed resource quality available and demand.  Testing and validating system components technology including mechanization, crop residue management etc.  On farm evaluation of validated technologies in mixed crop-livestock systems  Identifying existing constraints and opportunities that will enhance integration of crop livestock systems. Activities (specify in table)

 Document food consumption patterns and traditional methods of food preparations for retention and nutrient quantification.  Identify innovations in food preparation and new food product that will incorperate more animal food  Nutritional evaluation of high value vegetables.  End-line evaluation of all parameters. Activities (specify in table)

 Writing team?  Wilson Dogbe (CSIR-SARI)  Franklin Avornyor (CSIR-ARI)  A.N. Wiredu (CSIR-SARI)  Fred Kizito (IWMI)  Saito (AfricaRice)  Mary Glover-Amengor (CSIR-FRI)  Cynthia Koray Nagali (MoFA) Who should be part of the research team for hypothesis 2?

 Research team?  Franklin Avornyo (Animal Nutritionist: CSIR-ARI)  A.N Wiredu (Agricultural Economist: CSIR-SARI)  Fred Kizito (Water Resource Engineer: IWMI)  Saito (Agronomist: AfricaRice)  Wilson Dogbe (Agronomist: CSIR-SARI)  Mary Glover-Amengor (Human Nutritionist: CSIR-FRI)  Cynthia Koray Nagali (Extensionist: MoFA)  Cosmos Nyar (Extentionist: MoFA)  Aliyu Siise (Plant Breeder: CSIR-SARI)  Kenneth Opare-Obuobi (Plant Breeder: CSIR-SARI)  Kolan S. Pigansoa (Animal Nutrionist: CSIR-ARI)  Prince Maxwell Etwire (Agricultural Economist: CSIR-SARI) Who should be part of the research team for hypothesis 2?

 CG Centres  National Partners  Public partners e.g MoFA  CBOs, NGOs, Private Sector Who could we partner with around hypothesis 2?

Planning year 2 (hypothesis 1) ActivityWhoStart dateMilestone What (by when?) Adding value to the raw agricultural produce and by- products through processing and packaging Jan 2012CSIR-SARI & ARI Identify and improve linkage of crop-livestock value chain actors through R4D platforms Jan 2012CSIR-SARI & ARI

Planning year 2 (hypothesis 2) ActivityWhoStart dateMilestone What (by when?)

Milestones & possible activities year 3 ActivityWhoWhen

Milestones & possible activities year 4 ActivityWhoWhen

Milestones & possible activities year 5 ActivityWhoWhen

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