Pictures
Achievements
• Food barley cultivar HB1307 widely adapted
• Malt barley cultivars Bekoji 1 widely and Sabini for belg season adapted
• Bread wheat cultivars showed narrow adaptations
• Durum Wheat cultivar Utuba widely adapted
• About 3 tons of basic seed of improved varieties of barley and wheat
multiplied
• Farmers selected improved crop technologies led to narrowing grain and
biomass yield gaps, (Fig. 1)
• Field days organized
Participatory variety selection and scaling: Small grain cereals
Background and Justification
• Wheat-based system was becoming unstainable due to poor soil fertility, diseases and weeds
• High yield gap (64%) for cereals
• Low adoption rate (10%) for barley
• Low area coverage by improved cereal varieties (~37%)
• Weak seed production and delivery system to scale improved barley and durum wheat
cultivars
• Introduction of high yielding and disease resistant barely (malt and food) and durum wheat
can diversify crop production and minimize risks due to diseases on bread wheat
Objectives
• To identify high yielding and farmer preferred varieties for future scaling out.
• To develop farmers on decentralized seed production and knowledge transfer system.
• To identify innovative cropping systems combining high yield and minimum negative impact
on the environment.
• To build the capacity of farmers and extension partners.
Scaling out to date
• Sixty smallholder farmers have taken part in scaling improved
varieties of barley and wheat varieties (Table 1 and 2)
• A total of 74 ha covered with improved varieties of barley and
wheat (Table 1 and 2)
Lessons learned
• Crop diversification ensures sustainable production (stress
mitigation & income generation)
• Conducting adaptation trial (PVS) speed up acquisition of new
technologies.
• Working in partnership enhances technology promotion
• Participatory research is the gate way to technology
dissemination
• Appropriate and farmers preferred technologies speeds up
adoption and scaling
• Small scale irrigation agriculture has future in Bale zone
• Multiplication of one variety per village maintains genetic purity
• Improved seed availability triggers variety dissemination
Table 1. Scaling of food barely and durum wheat in Sinana, 2015/16 cropping season
Crop Variety Quantity (q)
Farmers
(Number) Area (ha)
Expected
yield (q)
Food barley HB1307 2.61 8 2 60
Abdene 1.81 8 2 60
Durum wheat Utuba 4 11 2.75 110
Table 2. Durum wheat cv. Utuba scaling in Sinana, in 2016 cropping season
District Village
Quantity
(q)
Number
of Farmer Area (ha)
Expected Seed
yield (q)
Sinana Selka 46 13 30.5 1220
IluSanbitu 29 16 19.5 780
Shallo 4 1 2.5 100
Hawusho 10 1 6.5 260
KebiraTamoslem
ena 10 1 6.5 260
Goro Mliyu Burka 2 1 1.5 60
Total 101 33 67 2680
Fig 1. Gain yield gap.A
0
1
2
3
4
5
6
7
Bread
wheat
Durum
wheat
Food
barley
Malt
barley
National
Improved( PVS
selected)
Potential
Crop
Grainyield(t/ha)
Fig. 2. Male participants on PVS (A) Female participants on PVS (B), Malt barley PVS
trial field day participants (C), and Durum wheat PVS trial field day participants (D),
A B
C D
Africa RISING in the Ethiopian Highlands
Seid Ahmed, Negussie Tadesse and Yetsedaw Aynewa
Potential partners for phase II
• Government extension offices
• Industry ( Meta Abo Brewery S.C., (Diageo Company), Kality Food
Factory PLC, Dashen Brewery, Raya Brewery, Assela Malt Factory,
Gondar Malt factory, Global Malt PLC
• Seed producers and marketing cooperatives unions
• Seed enterprises
• Ethio-Italy cooperation durum wheat value chain project
• NARS
Core partners
This poster is copyrighted by the International Livestock Research Institute (ILRI). It is licensed for
use under the Creative Commons Attribution 4.0 International Licence. November 2016
We thank farmers and local partners in Africa RISING sites for their support

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Participatory variety selection and scaling: Small grain cereals

  • 1. Pictures Achievements • Food barley cultivar HB1307 widely adapted • Malt barley cultivars Bekoji 1 widely and Sabini for belg season adapted • Bread wheat cultivars showed narrow adaptations • Durum Wheat cultivar Utuba widely adapted • About 3 tons of basic seed of improved varieties of barley and wheat multiplied • Farmers selected improved crop technologies led to narrowing grain and biomass yield gaps, (Fig. 1) • Field days organized Participatory variety selection and scaling: Small grain cereals Background and Justification • Wheat-based system was becoming unstainable due to poor soil fertility, diseases and weeds • High yield gap (64%) for cereals • Low adoption rate (10%) for barley • Low area coverage by improved cereal varieties (~37%) • Weak seed production and delivery system to scale improved barley and durum wheat cultivars • Introduction of high yielding and disease resistant barely (malt and food) and durum wheat can diversify crop production and minimize risks due to diseases on bread wheat Objectives • To identify high yielding and farmer preferred varieties for future scaling out. • To develop farmers on decentralized seed production and knowledge transfer system. • To identify innovative cropping systems combining high yield and minimum negative impact on the environment. • To build the capacity of farmers and extension partners. Scaling out to date • Sixty smallholder farmers have taken part in scaling improved varieties of barley and wheat varieties (Table 1 and 2) • A total of 74 ha covered with improved varieties of barley and wheat (Table 1 and 2) Lessons learned • Crop diversification ensures sustainable production (stress mitigation & income generation) • Conducting adaptation trial (PVS) speed up acquisition of new technologies. • Working in partnership enhances technology promotion • Participatory research is the gate way to technology dissemination • Appropriate and farmers preferred technologies speeds up adoption and scaling • Small scale irrigation agriculture has future in Bale zone • Multiplication of one variety per village maintains genetic purity • Improved seed availability triggers variety dissemination Table 1. Scaling of food barely and durum wheat in Sinana, 2015/16 cropping season Crop Variety Quantity (q) Farmers (Number) Area (ha) Expected yield (q) Food barley HB1307 2.61 8 2 60 Abdene 1.81 8 2 60 Durum wheat Utuba 4 11 2.75 110 Table 2. Durum wheat cv. Utuba scaling in Sinana, in 2016 cropping season District Village Quantity (q) Number of Farmer Area (ha) Expected Seed yield (q) Sinana Selka 46 13 30.5 1220 IluSanbitu 29 16 19.5 780 Shallo 4 1 2.5 100 Hawusho 10 1 6.5 260 KebiraTamoslem ena 10 1 6.5 260 Goro Mliyu Burka 2 1 1.5 60 Total 101 33 67 2680 Fig 1. Gain yield gap.A 0 1 2 3 4 5 6 7 Bread wheat Durum wheat Food barley Malt barley National Improved( PVS selected) Potential Crop Grainyield(t/ha) Fig. 2. Male participants on PVS (A) Female participants on PVS (B), Malt barley PVS trial field day participants (C), and Durum wheat PVS trial field day participants (D), A B C D Africa RISING in the Ethiopian Highlands Seid Ahmed, Negussie Tadesse and Yetsedaw Aynewa Potential partners for phase II • Government extension offices • Industry ( Meta Abo Brewery S.C., (Diageo Company), Kality Food Factory PLC, Dashen Brewery, Raya Brewery, Assela Malt Factory, Gondar Malt factory, Global Malt PLC • Seed producers and marketing cooperatives unions • Seed enterprises • Ethio-Italy cooperation durum wheat value chain project • NARS Core partners This poster is copyrighted by the International Livestock Research Institute (ILRI). It is licensed for use under the Creative Commons Attribution 4.0 International Licence. November 2016 We thank farmers and local partners in Africa RISING sites for their support