ICARDA Research and Decentralization Strategies
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Transcript of ICARDA Research and Decentralization Strategies
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ICARDA Research & Decentralization Strategies and Impact Focusing on MENA Region
Presented to IFAD/ICARDA Coordination Meeting
Amman, Jordan, 21 October 2014
Mahmoud El-SolhDirector General
International Center for Agricultural Research in the Dry Areas
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Outline The challenges facing sustainable
agriculture with focus on NENA Region
ICARDA’s Research for Development Strategy and Its Mandate
The New CGIAR & ICARDA Decentralization Strategy
Examples on technologies and approaches ready for scaling up to enhance food security and improve livelihoods in dry areas with focus on MENA Region
Beyond Research for sustainble impact
Conclusion
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ICARDA’s Research for Development Strategy and Its Mandate
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The Challenges Facing Sustainable Agricultural Development in NENA Region
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MENA Region: Fragile Dry Eco-Systems
Physical water scarcity
Rapid natural resource degradation and desertification
Groundwater depletion
Drought Salinity Climate change
-80
-70
-60
-50
-40
-30
-20
-10
1982 1985 1988 1991 1994 1997 2000 2003 2006
m
Decrease of the Souss aquifer level in Morocco
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Relative change of mean annual precipitation 1980/1999 to 2080/2099, scenario A1b, average of 21 GCMs (compiled by GIS Unit ICARDA, based on partial maps in Christensen et al., 2007)
Climate Change: Relative change in mean annual precipitation 1980/1999 to 2080/2099
Climate Change: Relative change in mean annual precipitation 1980/1999 to 2080/2099
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Challenges to Food Security: Biotic Stresses
SalinityInsect PestsFungi Diseases
Weeds/Parasitic Weeds
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Further Challenges to the Drylands: Inadequate Policies and Insufficient Institutions
Inadequate agricultural policies for sustainable agricultural development
Insufficient investment in agricultural research and development
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Inputs and Socio-Economic Constraints
Seed availability/quality; Availability of Fertilizer; Timely control and availability pesticides for
weed and pest control; Mechanization/ access to suitable machinery Availability of credit to farmers Grain price/ marketing
9
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Politically volatile region: Importance of economic and political stability
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Pove
rty
Environm
ent al &
Natural R
esource
Degradation
Environm
ent al &
Natural R
esource
Degradation
Pove
rty
Environm
ental &
Natural R
esource
Degradation
Environm
ental &
Natural R
esource
Degradation
The Vicious Circle in Dry Areas/NENA Region
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Algeria Egypt Jordan Lebanon Morocco Syria Tunisia Yemen
% of population below 24 years of age 48% 53% 62% 45% 49% 58% 40% 67%
Youth (18-29 yrs) unemployment rate 22% 24% 28% 23% 18% 48% 30% 53%
Youth unemployed as % total unemployed 70% 90% 60% 70% 36% 62% 40% 50%
Youth Unemployment in some Arab Countries
“Youth bulge” in MENA = large proportion of young people in the population and high demands for jobs by the young.
Unemployment of a large young population has been identified as potential fuel for conflicts.
Source: IFAD
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The New CGIAR ICARDA’s Strategy and Mandate
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The CGIAR Consortium of Centers
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The CGIAR’s Vision
To reduce poverty and hunger, improve human health and nutrition, and enhance ecosystem resilience through high-quality
international agricultural research, partnership and leadership.
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CGIAR’s Strategic Level Outputs
Reducing rural poverty; Improving food security; Improving nutrition and
health; and Sustainable management of
natural resources
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RESEARCH AREA CRP NAME
Production systems
CRP 1.1 Dryland Systems; Integrated Agricultural Production Systems to improve Food Security and Livelihoods
CRP 1.2 Integrated Systems for the Humid Tropics
CRP 1.3 Harnessing the Development Potential of Aquatic Agricultural Systems for the Poor and Vulnerable
Policies and markets CRP 2 Policies, Institutions, and Markets to Strengthen Food Security and Incomes for the Rural Poor
“Commodities”
CRP 3.1 WHEAT-Global Alliance for Improving Food Security and the Livelihoods of the Resource-poor in the Developing World
CRP 3.2 MAIZE - Global Alliance for Improving Food Security and the Livelihoods of the Resource-poor in the Developing World
CRP 3.3 A Global Rice Science Partnership Milestones
CRP 3.4 Roots, Tubers and Bananas for Food Security and Income
CRP 3.5 Grain Legumes; enhanced food and feed security, nutritional balance, economic growth and soil health for smallholder farmers
CRP 3.6 Dryland Cereals: Food Security and Growth for the World's Most Vulnerable Poor
CRP 3.7 More Meat, Milk and Fish by and for the Poor
Nutrition and health CRP 4 Agriculture for Improved Nutrition and Health
Natural Resource Management and Climate Change
CRP 5 Water, Land and Ecosystems
CRP 6 Forests Trees and Agroforestry: Livelihoods, Landscapes and Governance
CRP 7 Climate Change, Agriculture and Food Security
15 CGIAR Research Programs (CRPs)
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To overcome these challenges
and enhance food security &Improve livelihoods
in achanging world
in dry areas ….
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Besides conservation of biodiversity and crop genetic improvement, ICARDA is emphasizing: Risk management, drought mitigation, and adaptive capacity of
agriculture to climate change Integrated water and land management Socio-economic research to strengthen community and institutional
frameworks Diversification and marketing research for income generation and
improving nutrition Shifting to market-oriented production Greater global coverage of dry areas (Sub-Saharan Africa, South Asia
and China)
Research for Development Strategy Emphasis
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ICARDA’s Vision & Mission
through research and partnerships to achieve sustainable increases in agricultural productivity and income, while ensuring the Efficient and more equitable use and conservation of natural resources.
Mission: To contribute to the improvement of livelihoods of the resource poor in dry areas by enhancing food security and reducing poverty
Vision: Improved livelihoods of the resource-poor in dry areas
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Research mandate: Cereal improvement
Global Mandate
Bread Wheat Durum Wheat
Regional Mandate
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Research mandate: Food legume improvement
Global MandateLentil
Kabuli Chickpea Grass pea
Faba bean
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Research mandate Natural resource management in non-tropical dry areas
Range improvement
Forage Legumes
Water use efficiency Combating land degradation
Small ruminant nutrition
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ICARDA’s Research Programs
Biodiversity and Crop Genetic Improvement
Integrated Water and Land Management
Sustainable Intensification & Diversification of Production Systems
Social, Economic and Policy Research
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Maximizing Impact through Integration of Research Output for Sustainable Agricultural Development
Socio-economic & policy, and institutional support
Sustainable Natural resource management and inputs
Crop & livestock genetic improvement
Integration at farm and field levels
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Research for development to increase food production in dry areas
ICARDA Innovative Research is targeting two major agro-ecologies in dry areas:
A.High potential areas: relatively high-rainfall areas & irrigated agriculture
B. Low potential areas: marginal lands & desert ecosystems
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CRP on Drylands Systems: Integrated Agricultural Production Systems for Improving Food Security and Improving Livelihoods in Dry Areas
Objectives:
Sustainable productivity growth and intensified production systems at the farm and landscape levels
More resilient dryland agro-ecosystems that can cope with climate variation and change
Less vulnerable and improved rural livelihoods
Agricultural innovations systems that improve the impact of research and development investments.
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CRP on Dryland Systems (cont’d)
Two main target agro-ecosystems:
Most vulnerable systems & low potential areas
Systems with the greatest potential for impact & Potential
Geographical Regions:West African Sahel & Dry SavannaEast & Southern AfricaNorth Africa & West Asia Central AsiaSouth Asia
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Action locations of the CRP on Dryland Systems
CRP1.1 Dryland Systems Action Sites
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ICARDA’s geographic mandate
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Why decentralization? The Rationale
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Why decentralize? The Rationale
1. One consequence of ICARDA’s development over the last 35 years: research staff increasingly centralized at headquarters although we had 6 Regional Programs
2. The current situation in ICARDA’s Host Country Syria has exposed the vulnerability of such a centralized organization and provided an opportunity for ICARDA to re-assess its structure and organization
3. In two retreats with Board support, the Center has looked at ways to rationalize its operations through further decentralization, and irrespective of the security situation in our Host Country. The plans for decentralization would be implemented even after ICARDA returns to its headquarters at Tel Hadya in Syria
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Rationale for Decentralization
4. Better alignment with the target areas in the CRPs and bilateral projects including the Dryland Systems CRP, which is organized around five target research regions: West Africa Sahel & Dry Savannah, East & Southern Africa, North Africa & West Asia, Central Asia, and South Asia;
5. Strengthening existing partnerships and filling gaps in the Center’s capacity through new opportunities for partnerships for complementarities;
6. Better targeting of investment to fund growth of CRPs and special projects
7. Risk management and reducing the vulnerability of the Center.
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The New CGIAR ICARDA’s Strategy and Mandate
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The CGIAR Consortium of Centers
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The CGIAR’s Vision
To reduce poverty and hunger, improve human health and nutrition, and enhance ecosystem resilience through high-quality
international agricultural research, partnership and leadership.
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CGIAR’s Strategic Level Outputs
Reducing rural poverty; Improving food security; Improving nutrition and
health; and Sustainable management of
natural resources
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RESEARCH AREA CRP NAME
Production systems
CRP 1.1 Dryland Systems; Integrated Agricultural Production Systems to improve Food Security and Livelihoods
CRP 1.2 Integrated Systems for the Humid Tropics
CRP 1.3 Harnessing the Development Potential of Aquatic Agricultural Systems for the Poor and Vulnerable
Policies and markets CRP 2 Policies, Institutions, and Markets to Strengthen Food Security and Incomes for the Rural Poor
“Commodities”
CRP 3.1 WHEAT-Global Alliance for Improving Food Security and the Livelihoods of the Resource-poor in the Developing World
CRP 3.2 MAIZE - Global Alliance for Improving Food Security and the Livelihoods of the Resource-poor in the Developing World
CRP 3.3 A Global Rice Science Partnership Milestones
CRP 3.4 Roots, Tubers and Bananas for Food Security and Income
CRP 3.5 Grain Legumes; enhanced food and feed security, nutritional balance, economic growth and soil health for smallholder farmers
CRP 3.6 Dryland Cereals: Food Security and Growth for the World's Most Vulnerable Poor
CRP 3.7 More Meat, Milk and Fish by and for the Poor
Nutrition and health CRP 4 Agriculture for Improved Nutrition and Health
Natural Resource Management and Climate Change
CRP 5 Water, Land and Ecosystems
CRP 6 Forests Trees and Agroforestry: Livelihoods, Landscapes and Governance
CRP 7 Climate Change, Agriculture and Food Security
15 CGIAR Research Programs (CRPs)
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Decentralization Strategy
HighlandsIran
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Location of Platforms and Thematic Research sites
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Alignment of Platforms with the CRPs
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Alignment with the CRPs
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Current Location of ICARDA Staff
Jordan 62IRS 42
Lebanon 77IRS 16
Turkey 9IRS 4
Egypt 25IRS 7
Ethiopia 13 IRS 7
Morocco 52IRS 27
Tunisia 5IRS 2
India 11IRS 1
Uzbekistan 44IRS 4
Platform
Specific Thematic Research Location
Scenario 2: HQ and sub-stations
No. of on-going Projects being
implemented: 170
Sudan
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RabatRabatTunisTunis
AnkaraAnkara
AleppoAleppoBeirutBeirut
AmmanAmmanTehranTehran
TashkentTashkent
KabulKabul
IslamabadIslamabad
New DelhiNew DelhiDubaiDubaiBarkaBarka
OmanOman
CairoCairo
ShambatShambat
DhamarDhamar
Addis AbabaAddis Ababa
Decentralizing ICARDA Research ActivitiesDecentralizing ICARDA Research Activities
Regional/Country Offices
ICARDA HQ
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Rainfed Cereal-based Systems
Mixed Integrated Crop-Livestock System
Food Legume Systems
MoroccoMorocco
IndiaIndia
EthiopiaEthiopia
Platforms
Regional/Country Offices
ICARDA HQ
Decentralizing ICARDA Research ActivitiesDecentralizing ICARDA Research Activities
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Specific Thematic Research Locations
EgyptEgypt
TurkeyTurkey
IranIran
Central AsiaCentral Asia
Rainfed Cereal-based Systems
Mixed Integrated Crop-Livestock System
Food Legume Systems
Platforms
ICARDA HQ
Regional/Country Offices
Decentralizing ICARDA Research ActivitiesDecentralizing ICARDA Research Activities
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CRP Policy, Institutions and MarketsCRP Policy, Institutions and MarketsCRP WheatCRP WheatCRP Grain LegumesCRP Grain LegumesCRP Dryland CerealsCRP Dryland CerealsCRP Livestock and Fish CRP Livestock and Fish CRP Water, Land and EcosystemsCRP Water, Land and EcosystemsCRP Climate Change, Agriculture and Food Security CRP Climate Change, Agriculture and Food Security CRP Gene BankCRP Gene Bank
CRP Dryland Systems (and Action sites) CRP Dryland Systems (and Action sites)
ICARDA Led and ICARDA Led and Partnership CRPsPartnership CRPs
Thematic Research Locations
Rainfed Cereal-based Systems
Mixed Integrated Crop-Livestock System
Food Legume Systems
Platforms
ICARDA HQ
Regional/Country Offices
Decentralizing ICARDA research activities Decentralizing ICARDA research activities to serve better CRPs to serve better CRPs
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Decentralization strategy vs investment
In communications with other Center DGs and the Fund, ICARDA clearly distinguishes between two dimensions of the Decentralization and Investment Plan:
1.Decentralization = enhancing the efficiency and effectiveness of the Center's operations in implementing the CRPs in which ICARDA is involved
→ Decentralization strategy
2.Infrastructure loss recovery = to mitigate the Force Majeure that ICARDA faced because of events in Syria, in order to replace equipment and infrastructure that ICARDA has lost in its headquarters that are needed to meet its commitments in implementing the CRPs. → Investment Plan
3.On-going infrastructure development is being made in the three Research Platforms (Morocco, Ethiopia and India) and the Thematic Research Locations (Turkey, Egypt, Sudan and Central Asia).
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Looking Ahead in Decentralization As the funding from the CGIAR Fund is confirmed, we will:
Ensure that Platforms & Thematic Research Locations will have all the modern facilities and advanced equipment needed by ICARDA scientists to conduct state of the art science for ICARDA to contribute for better livelihoods in dry areas
Ensure Research Programs coherence across Platforms and Thematic Research Locations and making sure that this is done by changing the mind set in the Center, both in management and technical staff, to focus much more on CRPsEnsure the success of the Dryland Systems considering the great challenge ICARDA has as Lead Center and the fact it is the new innovation in the new CGIAR Actively continue the resource mobilization campaign with traditional and non-traditional CGIAR donors to support fully the costs of decentralization and to recover the cost of the implementation of ICARDA’s Contingency Plan Establish a group of influential individuals in the international community -- the Friends of ICARDA – to further ICARDA’s cause
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Examples on Technologies Ready for Large Scale ImpactA. Water Management Technologies
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Water Research: Enhancing water productivity and water use efficiency
At the basin level: Competition among uses (environmental,
agriculture, domestic) Conflicts between countries Equity issues
At the national level: Enhancing food security Reducing imports Socio-politic implication
At the farm level: Maximizing economic return Transferring subsistence farming to
market oriented economy
At the field level: Maximizing WUE, productivity & income
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Benchmark Sites for Integrated Water & Land Management
Supported by AFESD, IFAD and OFID
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Implementation in three Agro-Ecologies
Rainfed Areas
Marginal Lands
Irrigated Areas
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Research outputs & technologies for sustainable water management & water productivity
Enhancing water productivity through:
Modernization of irrigation systems and improving the efficiency of surface irrigation
Modifying cropping patterns to enhance water productivity and income
Supplemental irrigation (Systems and management)
Macro- and micro-water catchments (Vallerani and other types)
Deficit Irrigation as a water management strategy for the water scarce areas
Watershed management
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Tradeoffs between water and land productivity: Deficit Irrigation
y = -0.4278x2 + 4.7328x - 0.543
R2 = 0.7611
0
5
10
15
20
0 2 4 6 8 10
Land productivtiy (t/ha)
Wa
ter
pro
du
ctivty
(kg
/m3
x1
0)
Max WP
Max
Yield
Water productivity can be increased substantiallyWater, not land, is the limiting resource
Land productivity (t/ha)
Wa
ter
pro
du
ctiv
ity (
kg/m
3 x
10
)
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Potential of Water Use Efficiency: Supplemental Irrigation (SI), Rainfed and Fully Irrigated (FI) Areas
WUE: Water Use Efficiency
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Examples on Technologies Ready for Large Scale ImpactB. Conservation Agriculture
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Conservation Agriculture (CA)
Major Practice Worldwide• minimum soil disturbance/zero tillage • stubble retention• many rotations (legumes, oilseeds)
Benefits• savings in time, fuel, machinery wear• better soil structure• better soil moisture conservation• improved traffic ability – timely sowing• higher yield potential• less soil erosion
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Local fabrication of zero-tillage seed drills in Iraq and Syria
Syria-Kamishley - local
Syria-El Bab - local
Qabbasin - local
Amazon – imported
Local seeders (Iraq & Syria)
- Price ≈ $1400 – 5,000
- Performance excellent
Iraq-Mosul Co
Imported seedersPrice: $ 30,000 – 70,000
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Adoption of Conservation Agriculture in WA:
CA is spreading rapidly. Adoption has grown from zero to more
than 45,000 ha in seven years
Expansion of Conservation Agriculture in West Asia (WA)
Driving Forces for Adoption Soil-moisture conservation, thus improving WUE & reducing the likelihood of crop failure
Cost savings (fuel, labor, seeds)
Availability of suitable ZT seeders.
Better understanding of the impact pathway
Effectively linking R to D (PP partnership)
Active participation of farmers
Enabling policy environment AusAID/ACIAR supported project on conservation agriculture in Iraq and Syria
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15801600
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Planting Methods
Grain Yield Kg/ha.
Control Cham/3 Durum Wheat Chisel Cham/3 Durum Wheat Z.T Cham/3 Durum Wheat
15501600
1850
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Planting Methods
Grain Yield Kg/ha.
Control Tell -Affer/3 Bread WheatChisel Tell -Affer/3 Bread WheatZ.T Tell -Affer/3 Bread Wheat
Iraq: ‘Best bet’ demonstrations in Ninevah in Iraq 2006 to 2008
Grain yieldZero-till ≥ Conv tillage consistently
Example: Durum and bread wheat under Al-Namroud , 2007-08
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For straw and grain yield
ZT > CT
Early > late planting
Long-term ZT vs CT Trials at ICARDAExample: lentil on wheat stubble 2007-08
Farmer practice: CT, late sowing
670kg/ha
Improved practice: ZT, early sowing
1285kg/ha
Zero Tillage (ZT)
Conventional Tillage (CC)
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Examples on Technologies Ready for Large Scale ImpactC. Protective Agriculture and Increasing Water Productivity
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Soilless Culture
Increased yield per unit of water, space and energy
Protected Agriculture
AFESD & IFAD Project
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Research on Integrated Production & Protection Management (IPPM) techniques for protected agriculture resulted in:
80% reduction in agrochemical use in protected agriculture (greenhouses) in Yemen
61% increase in yield in Oman
45% increase in grower’s income in Yemen
More than 50% water saving
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Comparison of Cucumber Production and income (US$) in Open field and Greenhouse in Yemen
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993640 63
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Tomato Cucumber Peppers
Soilless Drip Surface
Water Requirements (liter) to ProduceWater Requirements (liter) to Produce 1 kg of Fresh Products1 kg of Fresh Products
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Examples on Technologies Ready for Large Scale ImpactD. Improved Varieties of Major Food Crops
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1977 - 2013 Recent years
Crop DevelopingCountries
IndustrializedCountries
AllCountries
Barley 186 31 11
Durum Wheat 111 14 9
Bread Wheat 230 6 6
Chickpea 110 31 2
Faba Bean 54 6 3
Lentil 101 16 5
Forages 31 2 1
Peas 9 0 0
Sub-Total 814 106 37
Total 920 37
Estimated Net Benefit = about US $850 m / year
Improved Varieties Released by NARS Partners Using ICARDA Germplasm
376
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Traits of varieties Released
High yield potential Agronomic traits: e.g. earliness, canopy architecture Tolerance to abiotic stresses:• Drought• Heat• Cold• Salinity Resistance/tolerance to biotic stresses• Diseases• Insect pests• Parasitic weeds
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Parent Variety Yield t/ha% recurrent
parent
Cham 6*2/SW2 1.6 147
Cham 6*2/SW2 1.5 138
Cham-6 1.10 100
Attila-7 1.3 -
Wheat crossed with wild relatives: Synthetic wheat, tolerance to excessive drought
Yield of “synthetic derivatives” compared to parents under drought stress. (Tel Hadya 2008 -- 211 mm)
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Yields (kg/ha) of promising durum wheat genotypes under rainfed (RF) and supplemental irrigation (SI)
0
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12000
Rf (321 mm) Rf+SI (321+70 mm) Fvrbl+SI (524+70 mm)
Mean (kg/ha)
Max(kg/ha)11 t/ha
6/t/ha
3.7t/ha
RF (321 mm) RF+SI (321+70 mm) RF+SI (524+70 mm)
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Yield potential of newly developed durum genotypes
at ICARDA durum breeding program
0 2000 4000 6000 8000
10000 12000 14000 16000
Miki1 Ouaserl Ouasloukos Ouaserl Aghrass2 Amedakul1 Haurani (Landrace) Korifla (Impr)
Kg/ha
Yield Potential of recently developed Durum Wheat genotypes at ICARDA
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Irrigated heat-tolerant wheat in Sudan
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Barley, the Climate Change Crop
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Faba bean: the major source of daily protein requirement
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Winter vs. spring chickpea in West Asia & North Africa
Mature winter crop Spring sown crop
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Drought Tolerant Chickpea Variety Survived 2007 Excessive Drought in Turkey
The Kabuli chickpea, ‘Gokce’, developed by ICARDA and Turkish national scientists, has withstood severe drought in Turkey and
produced when most other crops failed in 2007.
Gokce is used on about 85% of the chickpea
production areas (over 550,000 ha). With a yield advantage of 300 kg/ha over other varieties, and world prices over USD 1000/t, this represents an additional USD 165
million for Turkish farmers, in 2007 alone..
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Lentil cultivars with high concentration of Fe & Zn are in ‘fast-tracking’ seed dissemination
Ethiopia: Alemaya Bangladesh: Barimasur-
4, Barimasur-5 and Barimasur-6, Barimasur-7, Binamasur-7
India: Pusa Vaibhav Nepal: Sisir, Shital,
Shekhar, Khajurah-1, Khajurah-2
Turkey: Myveci-2001 Portugal: Beleza Syria: Idlib-2, Idlib-3 and Idlib-4
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Bangladesh: Barimasur-4 (Fe 86 ppm; Zn-59 ppm)
Ethiopia: Alemaya (Fe-98, Zn-64 ppm)
India: Pusa Vaibhav (Fe 102 ppm)
Nepal: Shekhar (Fe-78 ppm; Zn-68 ppm)
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Resistance/Tolerance to Hessian Fly in Wheat
Hessian Fly Resistant Variety
Hessian fly causes serious economic damage in North Africa and North Kazakhstan
Resistant lines
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Resistance to Stripe/Yellow Rust in Wheat in West Asia
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Examples on Technologies Ready for Large Scale ImpactE. Seed Production Technologies and Approaches Delivery Systems
1.Formal Seed Sector2.Informal Seed Sector: Village-based Seed System3.“Seed for Grain” System to cope with drought
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Formal & Informal Seed Production Sectors
Favorable areas
Less favorable areas
National Seed SectorDevelop-ment Framework
Policy and regulatory reforms and harmonization
Liberalization/commercialization of seed sector
Mobilizing farmers and/or communities
Encouraging local seed production and marketing
Formal Sector Public Private
Formal Sector Public Private
Informal Sector VBSEs NGOs
Informal Sector VBSEs NGOs
FARMRERS
IMPACTS
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Informal Seed Sector: Village-Based Seed Enterprises (VBSE)
Afghanistan (36), Egypt (2), Eritrea (1), Pakistan (4) Yemen (4)
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Farmer seed (75%)
CertifiedSeed25%
National seed requirements
• Improved practices• Crop inspection and roguing• Seed testing• Known varietal identity, seed
quality (purity, germination health)
“Grain-for-Seed” Concept to Cope with Climate ChangeGood season with no seed shortage
“Grain-for-Seed” task force: research, seed suppliers, extension, NGO’s and farmers unions, to adjust the bar position when needed
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Farmer seed (75%)
CertifiedSeed25%
National seed requirements
Fields selected for grain for seed to cope with seed shortageSubstandard grain fields
“Grain-for-Seed” & Coping with Climate Change:Very Dry Seasons with Severe Seed Shortage
• Improved practices• Crop inspection and roguing• Seed testing• Known varietal identity, seed
quality (purity, germination health)
“Grain-for-Seed” task force: research, seed suppliers,
extension, NGO’s and farmers unions, to adjust the bar
position when needed
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ICARDA implemented regional and bilateral projects with focus to promote the development and dissemination of wheat varieties resistant to Stripe and Black Stem (Ug99) Rusts developed by national programs in collaboration with CIMMYT and ICARDA:
•USAID Famine Fund (Egypt, Ethiopia, Pakistan)
•Three bilateral projects in Ethiopia (USAID), Iraq (USAID) and Pakistan (USDA)
Farmers
Fast Track Variety Release and Accelerated Seed Multiplication and Delivery of Rust Resistant Varieties
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Both formal and informal approaches used in accelerated seed production and distribution of rust resistant varieties developed by NARS in collaboration both CIMMYT and ICARDA with public-private partnership:
• Public and private sector distributed a combined 85,943 MT seed of rust resistant varieties sufficient to plant 572,956 ha of wheat area in 2012/13.
Rapid Deployment of Rust Resistant Varieties in Ethiopia: USAID-supported Project
Field Inspection
Farmers Field Day
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Stripe rust outcomes: 2010 & 2013
2010 2013
Stripe Rust Hotspots - From Survey Data
Total Survey n = 1084 fields Total Survey n = 1292 fields
Source: Hudson, D.P. et. al.
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Examples on Technologies Ready for Large Scale ImpactF. Plant Protection & Integrated Pest Management
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Effects > 15 million ha in West and Central Asia & Eastern Europe;
Sunn pest injects enzyme that decomposes grain gluten, vital for bread baking;
If 2-3% of a grain lot is infested, entire wheat lot is ruined with respect to baking quality
IPM: Sunn Pest in wheat
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•Hand collection of Sunn pest in overwintering sites
•Use of insect-killing fungi in overwinteringsites
•Enhancement and conservation of egg parasitoids/predators
•Genetic resistance at early vegetative stage
Sunn Pest IPM Options in Wheat
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0
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Years
127
193
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300 277
2004
Spr
ayed
are
as (
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117
2007 2008 2009
87
Evolution of area sprayed against Sunn Pest in Syria
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IPM of Dubas bug on Date Palm in Iraq
The Ministry of Agriculture has adopted control campaign called (Clean Control Campaign) against Dubas bug by using Neem as a botanical insecticide
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Examples on Technologies Ready for Large Scale ImpactG. Bridging Yield Gaps to Enhance Food Security
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Yield Gap Analysis in Morocco & Tunisia
Wheat yield gaps in Morocco and Syria: Mean yields for 1995-2004
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Efficiency of Technology Transfer
Use of recommended: Sowing date, seed rate, fertilizer amount, rotation, use of proper farm machinery, disease and pest management practices
Proper targeting of Varieties / Production zones
Timely Availability of Inputs
Quality Seed
Water
Fertilizers
Pesticides
Machinery
Government intervention and Policies: (Inputs availability & access and Marketing issues)
Major Yield Gap IssuesMajor Yield Gap Issues
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Bridging wheat yield gap in Syria
Gaps between national average yields and progressive farmers yields
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Impact of Bridging the Wheat Yield Gap in Syria
Formerly a wheat importer, the country became self-sufficient – and an exporter.
Between 1991 and 2004 wheat production rose from 2.1 million to 4.5 million tons, with a combination of new high-yielding varieties, fertilization, supplemental irrigation technology and supportive Government policies.
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Impact of the Integrated Approach on Wheat Production in Syria
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Enhancing Food Security in Arab Countries Project
Countries involved:
Egypt, Morocco, Jordan*, Sudan, Syria, Tunisia, Yemen*Algeria** and Iraq**
Project Support: Arab Fund for Economic and Social Development (AFESD) (Two million US dollars)Kuwait Fund for Arab Economic Development (KFAED) (Two million US dollars)Islamic Development Bank (IsDB) (One million US dollars)OPEC Fund for International Development (OFID) (US$ 150,000 for capacity development in four Arab countries) Phases & Duration:
Three Phases: Phase I for 3 years: 2011- 2013
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Enhancing Food Security in Arab Countries Project
Integration among different disciplines and partners
Scientists/Researchers
Farmers’ participation (planning, field days, farmers field schools)
Extensions Staff
Policy Makers
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I R II II RR II RR II
Participating Participating FarmersFarmers 8.18.1 2.42.4 4.94.9 3.73.7 2.62.6 6.36.3 6.06.0 2.72.7
Non Non Participating Participating FarmersFarmers
6.36.3 1.91.9 4.44.4 2.42.4 2.22.2 5.65.6 4.64.6 2.12.1
Ave. increase (%)Ave. increase (%) 22 21 11 58 20 13 30 23
Max yieldMax yield 9.1 3.2 6.5 5.6 4.2 8.2 8.8 3.7
Average Yield Increase= 25 %Average Yield Increase= 25 %
Maximum Yield Increase= 75 %Maximum Yield Increase= 75 %
Egypt Yemen Morocco Sudan Syria Tunisia
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Raised-bed Planting
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FP: furrows irrigation FlP: flat bed irrigation RBP: raised bed irrigation
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Raised-bed wheat improvement package –Egypt
Promoted through Food Security in Arab Countries Project
Reduce applied water by 30% Increased yields by 25% Reduced seed rate by 50% Increased WUE by 72% 70,000 feddan in Egypt in two years
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Spillover of the project model and additional funding provided by the countries for up scaling
Egypt: National Campaign for improvement of wheat followed the
Food Security Project Approach for the dissemination of technologies: more than 1000 demonstration fields on improved wheat production technologies were planted during 2011-2012 in 22 Governorates in addition to the Governorate of Sharkia used a pilot project site in Egypt. This expansion effort was supported by national funds amounting to 3.7 million EGP (about 600,000USD).
Tunisia: The Project approach will be replicated in other wheat
producing provinces based on the efficient extension methodology developed by the project in the country.
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Number Number of Participating of Participating
FarmersFarmersTotalTotal
2010-20112010-2011 1000 197 235 152 511 - 20952095
2011-20122011-2012 2500 172 840 300 1252 300 53645364
TotalTotal 3500 369 1175 536 1763 300 7459
Technology Transfer to Farmers through Field days Farmers Field Schools Framers Traveling workshops
Technology Transfer to Farmers through Field days Farmers Field Schools Framers Traveling workshops
Egypt Morocco Sudan Syria Tunis Yemen
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Promote farmer to farmer extension. Making leader farmers ‘Local Experts’
Irrigation Warning System Using Cell Phone Network (Case of Tunisia)
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Honoring the outstanding farmers in the cultivation of wheat (Egypt, Sudan, Syria)
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Examples on Technologies for Large Scale ImpactH. Salinity Management for Food Security
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Salinity Management in Arab countries: the integrated approaches
Photo: Richard Soppe - ICARDA
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Integrated Approaches to Cope with Salinity
We define regional development objectives in salinity affected areas, then continue with research support towards the development objectives
“Salinity” refers to water salinity as well as to soil salinity
We use two approaches:– Controlling salinity (leaching salts added with
irrigation water by drainage and other means)
– Living with salinity (planting halophytes and salt tolerant plants)
• We manage salinity at different scales– Field scale– Irrigation district– Basin scale
Photo: Richard Soppe - ICARDA
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The Integrated Approaches to Cope with Salinity
MANAGING SALINITY LIVING WITH SALINITY
REGIONAL and WATERSHED SCALE
IRRIGATION DISTRICT
FIELD SCALE
$$$ $
Reclamation
Drainage
Salt extraction
Salinity preventionShifting agricultural
systems
* Grazing
* Biosaline agriculture
* Agro-forestry
Regional Irrigation
and Drainage
Management Marginalized Basin
Focus on non-
agricultural sectors
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Salinity management in Iraq
Selection of high producing wheat under saline soil conditions
Communicating to farmers and public about the issues and solutions
Photo: Iraq team – Ministry of Agriculture
Photo: Iraq team – Ministry of Agriculture
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Satellite ImageLandsat April 1984
Dujaila, Iraq
Pre-salinityreclamation period
Impact of Investment in Salinity Reclamation
ICARDA GU©2014
Saline or AbandonedCroplands
Active or HealthyFarmlands
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Dujaila, Iraq
Satellite ImageLandsat April 2013
Post-salinityreclamation period
Impact of Investment in Salinity Reclamation
ICARDA GU©2014
Saline or AbandonedCroplands
Active or HealthyFarmlands
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Satellite ImageLandsat April 2014
Post salinityreclamation period-at present
Dujaila, IraqImpact of Investment in Salinity Reclamation
ICARDA GU©2014
Saline or AbandonedCroplands
Active or HealthyFarmlands
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Salinity management in Egypt
Support towards the development of a salinity management framework for regional decision makers
Improving farmers irrigation efficiency to reduce leaching to shallow groundwater and subsequent salinization of root zone.
Photo: Debra Turner – ICARDA
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Salinity management in Egypt
Saline groundwater use for integrated food production systems at household and farm scale
Raised-bed technology for better soil preparation under saline conditions
Photo: FAO
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Examples on Technologies for Large Scale Impact
I. Integrated Livestock/Rangeland/Crops Production System for Marginal Lands
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Integrated Livestock/Rangeland/Crops Production System
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Integrated Research Approach for Crop/Rangelands/Livestock Production Systems
Markets
Livestock Production
System
Natural ResourceBase
Cropland
Rangeland
Animal Genetic Resources
Policy environment
Socioeconomic environment
• Feed production and use from arable land
• Ecology and productivity of rangelands
• Characterization and sustainable use of genetic resources
• Effects of climate change
• System productivity and resilience
• Efficient management, breeding and health
• Efficiency of feeding system
• Product quality (food safety)
• Value addition
• Function and products
•
Gender aspects
• Market opportunities
• Consumer demands
• Value chain analysis
• Market integration
• Collective actions
• Policies & regulations
• Organization of farmers
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Integration of Crop, Rangeland and Livestock Production Systems (IFAD/AFESD)
Barley productionCactus & fodder shrubs
By-products - feed blocksOn-farm feed production
Flock management
Natural pastures & rangeland management
SuccessfulTechnologies
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Indigenous breeds of small ruminants are highly adaptable to
changes in the environment
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Community Approach & Community Action Plans
CommunityCommunity
TechnologiesTechnologiesPolicy & Policy &
Property right Property right studiesstudies
AgroAgro -- Ecological Ecological CharacterizationCharacterization
ScenariiScenarii
ModelingModeling
Validation with community representativesValidation with community representatives
Presentation to decision makersPresentation to decision makers
Private sector Other communities
Public institutions
CommunityCommunity
TechnologiesTechnologiesPolicy & Policy &
Property right Property right studiesstudies
AgroAgro -- Ecological Ecological CharacterizationCharacterization
Community Action Plan & Scenarios
ModelingModeling
NGOs
Validation with community representativesValidation with community representatives
Presentation to decision makersPresentation to decision makers
Private sector Other communities
Public institutions
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M&M Phase1
Dropped
Chosen technologies
Local
Institutions
Adopted Rejected
Offered technologies
M&M Phase2 participatory approach
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Successful Technologies in Farmers Fields
Feed blocks using crop residues and agro-industrial by-products
Improved rams
Early weaning
Improved barley cultivars
Rotations of barley with forage legumes
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Beyond Research for Sustainable Impact
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Capacity Development of Human Resources 1978-2013 and Year 2014
Type of Training 1978-2013 2014(Jan.-August)
Post Graduate (PhD & MSc)
720 36
Individual Non-Degree
2,231 14
Internship 123 4
Courses 17,034 876
Total 20,108 930
Grand Total 1978 till August 2014 21,038
13204/10/23
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Capacity Development at ICARDA1978-2014
Type of Training 1978-2013 2014(Jan.-Apr.)
Post Graduate (PhD & MSc)
720 22
Individual Non-Degree 2,231 8
Internship 123 2
Courses 17,034 565
Total 20,108 597
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DR for D
Linking Research with Development to enhance impact
Linking Research with Development
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System
Site
Integration
• Problem analysis
• System analysis
• Site selection
• Solution development (options)
• Extrapolation and adaptation ICARDA
Integrated Research Site: IRS
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Using GIS for Finding of Similarity with Research Benchmark Sites for up scaling and diffusion of Technology
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Transfer and AdaptationUp-scaling and Extrapolation
GIS + Bio-economic ModelingGIS
Integrated Research Site
Similar environment Different environment
ICARDA
Linking Research with Development
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Poverty mapping & livelihoods analysis to target research
Integrated research sites as platforms for technology transfer and development
Technology transfer through researcher-extension agent-farmer linkages
Studies adoption of technologies and impact assessment
Technology transfer through community approach
Farmer participatory approach
These are not mutually exclusive .. ..
Approaches to Technology Transfer:Research for Development Continuum
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National Agricultural Research Systems
CGIAR Centers
Regional and International Organizations
Advanced Research Institutes (ARIs)
IFAD, FAO and Other UN Organizations
Civil Society Organization, e.g. NGOs
Private Sector
Donors
Partnerships and Institutional Linkages
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Conclusion: What can make the difference? Enabling policy environment and political support
for more investment to enhance food security as a national priority
Investment in science & technology and agricultural research
Greater priority to enhance water productivity
Investment in agricultural development
Sustainable intensification of production systems in high potential areas
Enhancing production systems resilience in marginal lands or low potential areas
Extension and effective technology transfer mechanisms
Capacity development and institutional support Innovative partnership & networking
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THANK YOU