SAA – Theme 1:<br />Crop productivity enhancement<br />A. Oswald,  Nairobi, 29.06.2011<br />
Goal: 		Sustainably increase productivity of small-scale 		farmers and improve their livelihoods<br />Objective:		Demonstr...
Farmer Learning Platform: 	<br /> Capacity building:<br />- extensionagents<br />	- lead/hostfarmers and communitybasedfac...
Farmer Learning Platform: 	<br /> 1. Planning sessions with NAES – national, regional, district level<br />- selectionofre...
Training:<br /><ul><li>increase intensity;
diversify contents;
use adequate tools;</li></ul>1 pre-season training of EAs by SAA – 2 day<br />technologies, management, agronomic concepts...
Field demonstration plots for 1 FLP:<br />1 TOP - <br /> 2-3 WADs <br />1 CVP <br />       500 m²<br />Farmer‘s           ...
Farmer Learning Platform: 	<br />PTP farmer<br />- earlyadoptersofpartorcompletetechnologypackage<br />	- usetheirownresou...
TOP and WAD yields<br />Uganda<br />Ethiopia<br />
Regional coverage in 2010: 	<br />
Problems:<br />	- low ration of EAs to farming households<br />	- infrastructure and accessibility<br />	- input supply, a...
Collaboration – research support<br />	- low-input technologies (effective 1st year)<br />	- fertilizer efficiency – ferti...
Upcoming SlideShare
Loading in …5
×

Sasakawa Africa Association -- Crop productivity enhancement

883 views
817 views

Published on

Published in: Business, Technology
0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total views
883
On SlideShare
0
From Embeds
0
Number of Embeds
7
Actions
Shares
0
Downloads
2
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide

Sasakawa Africa Association -- Crop productivity enhancement

  1. 1. SAA – Theme 1:<br />Crop productivity enhancement<br />A. Oswald, Nairobi, 29.06.2011<br />
  2. 2. Goal: Sustainably increase productivity of small-scale farmers and improve their livelihoods<br />Objective: Demonstrating to farmers new and improved technologies for crop production<br />Improvingknowledge and skillsoffarmers<br />Approach: Developing capacities of NAES<br /> Implementation of Farmer Learning Platforms<br />Involvementof international and national researchinstitutions<br />Involvementofotherstakeholders<br />
  3. 3. Farmer Learning Platform: <br /> Capacity building:<br />- extensionagents<br /> - lead/hostfarmers and communitybasedfacilitators<br /> - farmers<br /> - womenfarmers and otherunder-servedgroups<br />Field demonstrations<br /> - Technology Option Plots (TOP)<br /> - Women AssistedDemonstrations (WAD)<br /> - Community Variety Plots (CVP)<br /> - Production Test Plots (PTP)<br />
  4. 4. Farmer Learning Platform: <br /> 1. Planning sessions with NAES – national, regional, district level<br />- selectionofregions and communities<br /> - selectionof NAES counterparts and EAs involved<br />2. Meeting SAA, EAs, farmers<br />- introduction and needsassessment<br /> - technologyoptions<br /> - selectionoftechnologies, hostfarmers, CBFs<br />3. Input distribution<br />
  5. 5. Training:<br /><ul><li>increase intensity;
  6. 6. diversify contents;
  7. 7. use adequate tools;</li></ul>1 pre-season training of EAs by SAA – 2 day<br />technologies, management, agronomic concepts, implementation of demonstrations,<br />1 pre-season training of farmers by EAs – 1 day<br />technologies, management, agronomic concepts, implementation of demonstrations,<br />Visits of EA to train and back-stop farmers during the growth period<br />EA supervises TOP / WAD implementation and application of technology<br />1 mid-season training of EAs by SAA – 1 day<br />1 mid-season and training of farmers by EAs – 0.5-1 day<br />Field days, exchange visits<br />Evaluation of harvest, farmers and EAs<br />Feed-back of SAA to EAs and farmers<br />
  8. 8. Field demonstration plots for 1 FLP:<br />1 TOP - <br /> 2-3 WADs <br />1 CVP <br /> 500 m²<br />Farmer‘s medium highpracticelevellevel<br />1000 m²<br />medium level<br /> 800 – 1200 m²<br />4 cropswith 4 varietieseach<br />
  9. 9. Farmer Learning Platform: <br />PTP farmer<br />- earlyadoptersofpartorcompletetechnologypackage<br /> - usetheirownresources<br /> - back-up and trainingby EAs or CBFs<br />
  10. 10. TOP and WAD yields<br />Uganda<br />Ethiopia<br />
  11. 11. Regional coverage in 2010: <br />
  12. 12. Problems:<br /> - low ration of EAs to farming households<br /> - infrastructure and accessibility<br /> - input supply, accessibility and costs<br /> - EA motivation, turn-over rate, education<br /> - researchsupport<br /> - sustainability and scalability<br />
  13. 13. Collaboration – research support<br /> - low-input technologies (effective 1st year)<br /> - fertilizer efficiency – fertility management<br /> - varieties - yield, resistance, nutritional quality<br /> - seed quality<br /> - pest & diseasecontrol<br /> - inputprovisionschemes<br /> - training, trainingmethods and trainingmaterials<br />
  14. 14. Existing Collaborations<br />- AGRA – ICRISAT: micro-dosing<br />- CIMMYT: GIS mapping / QPMaize<br />- CIP: varieties and training<br /><ul><li> IITA: N2Fixation – Africa
  15. 15. WARDA: ricevarieties - NERICA</li></li></ul><li>Thank you<br />

×