Presentation by Barbara Rischkowsky (ICARDA) to the CGIAR Livestock Fish Mega Program Stakeholder Meeting, Addis Ababa, 24-25 August 2010.
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1. From Value Chains to Technology PlatformsThe example of
sheep meat value chain in Ethiopia Barbara Rischkowsky (ICARDA)
CGIAR Livestock Fish Mega Program Stakeholder Meeting Addis Ababa,
24-25 August 2010
2.
Lessons learnt from a joint ICARDA/ILRI/ Boku Project on
"Developing community based breeding programs" for four local sheep
breeds in Ethiopia
"Supply-driven" research project with a strong development
component
Entry point for thesheep meat value chain 3.
Huge and increasing demand for mutton within and outside
Ethiopia
Abattoirs in Ethiopia operate only at 40% of their
capacity
Ethiopias strategic location to Middle East markets unrealized
export opportunities
High potential to raise flock productivity and thereby off-take
rate in smallholder flocks
Perceived opportunities for developing a sheep meatvalue chain
4. Approach In country value-chain research and knowledge
application Platform Research Breeds Feeds Health Targeting
Monitoring & Evaluation Technology IPGs Process IPGs (Action
Learning) Adaptive Research 5. Value chain analysis Compo-nentsof
the value chain Develop-mental challenge/ Barrier Research
knowledge gaps (technology, policy, livelihoods, gender)Activity/
Interven-tions Outcome/ Impact Partner-ships 6. Components of the
value chain Developmental challenge/Barriers Research knowledge
gaps (technology, policy, livelihoods, gender)
How do we increase sheep meat production and flock productivity
to meet current and future market needs?
How to avoid inbreeding and negative selection of rams?
How to overcome seasonal or continuous gaps in feed quantity
and quality?
Which preventive measures and treatments (animal health
control) are essential to increase productivity?
What design of breeding programs and strategies would be
appropriate for the existing and emerging production systems/
environments (incl. appropriate data recording and feedback
system)?
What are suitable forage species/varieties and the economics of
their production?
Best strategies to reduce mortality, particular in young
animals and avoid decreased productivity caused by diseases?
How to design optimized feeding systems? (continued)
7.
Choice of breeding objectives and selection traits
"Minimum" recording systems
Estimation of breeding values based on incomplete
information
Breeding structures
What will genomics contribute?
Organizational/ Institutional issues
Development of organizedbreeding programsfor smallholders 8.
Identify suitable species and varieties (genebanks and quick
screening methods)
Adapt agronomic practices
Assess economics of forage production and environmental
benefits (e.g. breaking cereal monocultures)
Test conservation technologies if required
Assess market opportunities
Develop seed delivery system
Suitableforages(or food-feed crops) to close feed gaps