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AASW6: Crp on dryland systems icarda caas, china 3 4 june, 2013 version 3 accra
1. CGIAR Research Program on
Dryland Systems
The global research partnership to improve food security and livelihoods in the world's dry areas
NSFC-CAAS-ICARDA-ICRISAT Workshop
CAAS, Beijing, China
3-4 June, 2013
Mahmoud Solh
Director General, ICARDA
2. Outline
1. The challenges of the dry areas;
2. The integrated production system
approach in addressing the
challenges facing dry areas;
3. The CGIAR Research Program
(CRP) on Dryland Systems
4. The Inception Phase in 2012 and
Program implementation
5. The outcome of the Launch
Meeting of the CRP on Dryland
Systems.
5. CGIAR Research Program on Dryland Agricultural Production Systems – Launch Meeting, Amman 21-23 May 2013
TitleProminant Features of Drylands
6. Dry Areas: Fragile Agro-Ecosystems
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
7. 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
8. Absolute change of mean annual temperature 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)
Absolute change of mean annual temperature
1980/1999 to 2080/2099
10. Further Challenges to Food Security
in the Developing Countries
Inadequate agricultural policies for
sustainable agricultural development
Insufficient investment in agricultural
research and development
11. 2. The integrated approach
in addressing challenges
facing dry areas
12. The integrated approach involving the three pillars of
sustainable agricultural development in dry areas
Socio-economic & policy,
and institutional support
Sustainable
natural resource
management and
inputs
Crop & livestock
genetic improvement
Integration at farm
and field levels
13. ICARDA’s Research Programs
Biodiversity and Crop
Genetic Improvement
Integrated Water
and Land
Management
Sustainable
Intensification
of Production Systems
Social, Economic and
Policy Research
14. Improving Food Security and Livelihoods in Dry Areas:
Investment in Two Major Agro-ecologies
A. High Potential Dry Areas
Relative higher rainfall areas or areas where irrigation water is
available: the approach to follow is sustainable intensification and
diversification of production systems;
B. Low Potential Dry Areas or Marginal Land
Low rainfall area where production system resilience and risk
management is the approach to follow.
15. 3. The CGIAR Research Program on
Dryland Systems
16. 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.
17. System Level Outputs
Reducing rural poverty;
Improving food security;
Improving nutrition and health; and
Sustainable management of natural
resources.
18. 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 Savanna
Eastern & Southern Africa
North Africa & West Asia
Central Asia
South Asia
19. CRP on Drylands System:
the integrated and participatory approach
Integrated agro-ecosystems approach to:
• natural resource management
• risk management & adaptation to climate
change
• crop, livestock, tree and fish production
systems
• enabling policy and institutional support
Demand driven, participatory and community-
based approaches
Benchmark sites and pilot locations linked to
other CRPs as platforms for up scaling
Research on effective partnership strategies for
linking research with development.
20. CRP on Drylands System:
Strategic Research Themes (SRTs) and their outputs
SRT1: Approaches and models
for strengthening innovation
systems, building stakeholder
innovation capacity, and linking
knowledge to policy action;
SRT2: Reducing vulnerability and
managing risk through resilient
production systems;
SRT3: Sustainable intensification
for more productive, profitable
and diversified dryland
agriculture with well-established
linkages to markets;
SRT4: Measuring impacts and
cross-regional synthesis.
21. CRP on Dryland Systems:
Action sites & benchmark areas
Circles/ovals indicate
the 5 Target Regions.
23. Target Regions
(chosen through stakeholder meeting)
West African Sahel and dry savannas;
East and Southern Africa;
North Africa and West Asia;
Central Asia and the Caucasus; and
South Asia.
24. Inception Phase Activities 2012
Selection of Action and Satellite Sites
Groundwork to Characterize Benchmark
Areas (two dryland system agro-
ecologies) and Action Sites
Regional Inception Workshops
Interim Interdisciplinary Regional Team
Reports
25. Interim Inter-disciplinary Regional Team Reports
Action site characterization for the two
agro-ecologies of dryland systems;
Description of constraints and problems;
Hypotheses and major research questions;
Outputs, Outcomes, and activities;
Partners;
Impact Pathway and Logframe at regional
level.
26. Regional Report for Western Africa
& Dry Savannas
SRT2: the
KKM (Kano-
Katsina-
Maradi) action
transect
SRT3: the
WBS (Wa-
Bobo-Sikasso)
action transect
27. Regional Report for East and Southern frica
SRT 2 System
Northeastern Kenya to
Southeastern Ethiopia
Comprising Borana,
Somalia and part of
Afar states in Ethiopia;
Marsabit, Garissa,
Wajir, and Isiolo
districts in Kenya.
28. Regional Team Report for South Asia
SRT2 and SRT 3:
Maharashtra,
Karnataka and
Andhra Pradesh
SRT2: Rajasthan
in India and
Pakistan and
Afghanistan
30. Regional Report for East and Southern
Africa (cont’d)
SRT 3 SystemThe Chinyanja Triangle:
Comprising central
and southern Malawi;
the Eastern Province
of Zambia;
and the Tete Province
of Mozambique.
31. North Africa and West Asia
SRT2: south
Jordan, Syria,
south Turkey,
and west and
north Iraq;
SRT3: High
rainfall areas
(>500 mm) of the
northern parts of
the Morocco,
Algeria and
Tunisia.
32. Regional Team Report for South Asia
SRT2 and SRT 3:
Maharashtra,
Karnataka and
Andhra Pradesh
SRT2: Rajasthan
in India and
Pakistan and
Afghanistan
37. Development of a global
Program based on the outcome
of Regional Inception
Workshops;
Development of global
logframe;
Development of Intermediate
Development Outcomes across
regions;
Meeting of Steering Committee;
Meeting of Independent
Science Advisory Committee.
Major Outputs of Launch Meeting
38. CRP on Drylands System:
Intermediate Development Outcomes (IDOs)
1. More stable and higher per capita income for households
(above an asset threshold) through sustainable
intensification and diversification of production systems in
higher potential dry areas;
2. More resilient livelihoods for vulnerable households in
marginal lands;
3. Women and children in vulnerable households have year
round access to greater quantity and diversity of food
sources and better income ;
4. More sustainable and equitable management of land and
water resources in pastoral and agro-pastoral systems;
39. CRP on Drylands System:
Intermediate Development Outcomes (IDOs)
5. Impact through better functioning markets
underpinning intensification and diversification of rural
livelihoods;
6. More integrated, effective and connected service
delivery institutions underpinning system
intensification in rural areas;
7. Policy reform removing constraints and providing
incentives rural households to engage in more
sustainable practices that intensify and improve
resilience
40. 5. Farmers and pastoralists
(especially women) have
better access to more
diverse, efficient and
equitable markets
6. More integrated,
effective and connected
service delivery
institutions underpinning
system intensification
and resilience
7. Policy reform to remove
constraints and improve
incentives to rational
management of natural resources
4. Multiple stakeholders in
pastoral / agropastoral
areas, use evidence based
ecosystem management,
at community level, in the
governance of common and
privately managed land and
water resources
3. NARES and health sector
organizations work together and
adopt diagnostic and systematic
research approaches to
promoting and developing
interventions to improve
vulnerable women and
children’s access to, and
control of, more and more
diverse food sources,
throughout the year
1. NARES use tools, methods
and processes to generate and
customize improved
resilience options for
targeted groups of vulnerable
households in marginal lands.
2. NARES use tools, methods
and processes to generate
and customize improved
intensification options for
targeted groups of
households in relatively high
potential areas.
Interrelations among IDOs
41. Governance and management
Team x
CG Centers
ARIs
NARS
Team 3
CG Centers
ARIs
NARS
Team 2
CG Centers
ARIs
NARS
Team 1
CG Centers
ARIs
NARS
Organization of Dryland Systems
Steering Committee
Research Management Committee
Coordinator
Region 1
Coordinator
Region 2
Coordinator
Region 3
Coordinator
Region x
Leadership&Execution
Consortium Board
Lead Center: ICARDA
Research Management Committee:
CRP Leader (chair), Regional and Learning
Site Coordinators
Interdisciplinary Research Teams
Performance Contract
CRP Lead Center:ICARDA
Steering Committee: CGIAR Center DGs;
CRP Leader, NARS leaders, ARI leaders,
development partners
Regional
Stakeholder
Advisory
Committees
Independent
Science
Advisers
43. Global partners in the design, development and implementation
of CRP on Dryland Systems
International centers
ICARDA Bioversity FAO ILRI WorldFish
ICRISAT CIAT ICBA IWMI
AVRDC CIP ICRAF SSA-CP
Global and Regional Fora
AARINENA CACAARI FORAGRO
ASARECA CORAF/WECARD GFAR
APAARI FARA
National Research Institutions
Afghanistan: MAIL Mali: INSAH/CILSS
Bangladesh: BARI Morocco: INRA
Brazil: EMBRAPA Niger: INRAN
Burkina Faso: INERA Nigeria: ARC
China: CAAS Pakistan: BARI, CSO, PARC, SSD
Egypt: ARC South Africa: CSIR, Univ. of Ft Hare, WRC
Ethiopia: EIAR, Arba Minch University Sudan: ARC
France: CIRAD Syria: GCSAR, Agha Khan Foundation
Ghana: ARI, CSIR Tajikistan: TAAS
India: ICAR, CRIDA, CAZRI, FES, NRAA, Watershed
Organization Trust
Tunisia: IRA
Turkmenistan: National Farmers’ Association, NAS
Iran: AREEO Turkey: AARI
Jordan: NCARE USA: USDA
Kazakhstan: South-Western Scientific Production Center
of Agriculture
Uzbekistan: Kashkadarya Research Institute
Kenya: KARI Zambia: University of Zambia
7. The Fragile Ecosystem of Dry Areas:- The non tropical dry areas, ICARDA’s mandate, areas is the most physical water scarce area of the world. Mean annual per capita share of the region is now below 2000 m3. In some countries it drops below 100 mm annual. With high population growth and depletion the projections for the coming years are alarming and most of the countries will drop below the poverty water scarcity line. - The agro-ecosystems are mainly fragile with rapid land degradation especially in marginal and irrigated areas.- Not only land but groundwater resources are under pressure for increase use and is rapidly declining in both amounts and quality.- Drought is a main feature of the dry areas - With climate change it is expected that water resources will be negatively effected and drought will intensify.
In these 5 areas the Dryland Systems CRP will strive to include all major players: farming communities, national research and extension systems, policy makers, international and regional organizations, advanced research institutes, civil society and non-governmental organizations, the private sector, and development agencies.The CRP will bring together people and institutions to provide the expertise needed at each stage of the research-development continuum. At the same time the research aims to identify international public goods that can be out-scaled rapidly to other areas with similar agro-ecologies and system properties, so that research findings can be rapidly disseminated and adopted. One of its major principles is involvement on the ground of multiple stakeholders in each region and community. The Dryland Systems CRP will start with a needs assessment among stakeholders on a regional basis, with a view towards defining activities for the first three years to attain program objectives.
Groundwork. In all five Target Regions, interim Interdisciplinary Research Teams (iIRT) were formed from a variety of partners that included national, regional and international agricultural research and development organizations. Their tasks were to:Identify, prioritize, and select major production systems within each Target Region, as well as Target Areas and Action Sites. Action Sites were to be selected using seven criteria, summarized below:Accessibility, proximity to research facilities (partners, CGIAR centers);Potentially amenable to test research hypothesis;Representativeness;Potential for out-scaling: supportive institutional environment, other actors that can support achieving significant and relative impact, target population size;Ability to attract resources; andPotential intersection and synergy with other CRPs.Characterize Target Areas and Action sites to fill in critical information gaps and identify major constraints to and opportunities for achieving Outcomes associated with SRTs for the two broad categories of Dryland Systems, i.e.: Reducing vulnerability and managing risk through increased resilience (SRT2); andSustainable intensification for more productive, profitable and diversified dryland agriculture with well-established linkages to markets (SRT3).Develop a research proposal to achieve the SRT Outcomes for presentation and discussion with stakeholdersat subsequent Regional Inception Workshops (RIWs). For each Target Region, proposals were to characterize production systems, identify putative Action Sites, potential partners, major constraints, and targeted research interventions. Regional Inception Workshops: Five regional workshops were organized by the iIRTs and held with the following objectives: Inform the various partners of progress in the Dryland Systems CRP including its overall scope, approach and intended impacts both globally and within each Target Region;Revisit and finalize Target Areas, and the Action and Satellite Sites, where the majority of the research will be implemented;Characterize sites for their agro-ecosystems and livelihoods;Identification of major constraints;Analysis of successes and failures in the Target Areas;Form hypotheses and research questions for Action Sites; Identify and prioritize research-for-development undertakings to address these hypotheses and questions;Develop detailed work plans, specific research activities, approaches and methods, partnerships and stakeholders, and needed budgets;Discuss and agree on the elements for a complete logframe to be completed after the RIW;Identify linkages with other CRPs and engagement strategies for joint research;Discuss elements for the Capacity Development Plan using Innovation Platforms, to be finalized after the RIW; andDiscuss and agree on the elements for the Monitoring and Evaluation Plan at the Regional level, to be finalized after the RIW.
Following the completion of Groundwork and the RIWs, workshop outputs were consolidated and integrated into an Inception Phase Report and into the fourth proposal version by the Dryland Systems Director, in consultation with the many partners who make up the CRP. The iIRT reports ranged were 100--180 pages in length, and in effect provide the first output of International Public Goods of the Dryland Systems CRP. They provide a wealth of biophysical and socioeconomic characterization data for the various SRT2 and SRT3 dryland systems. They also summarize constraints and opportunities, and describe potential partners, successes, and failures in the Target Regions. They also include an Implementation Phase section, which includes key research questions, hypotheses, impact pathways, and logframes with specific outputs, outcomes, and activities. On a very practical level, they therefore provide key information with which to revise the Dryland Systems CRP proposal and address the “must-haves” of the ISPC and FC.
The SRT 2 site extends from Northeastern Kenya up to Southeastern Ethiopia. It comprises Borana, Somalia and part of Afar states in Ethiopia and Marsabit, Garissa, Wajir, and Isiolo districts in Kenya.The SRT 3 site is the Chinyanja Triangle (CT) covering central and southern Malawi, the Eastern Province of Zambia, and the Tete Province of Mozambique.
Site SelectionWhen using the criteria laid down across the CRP, namely aridity, length of the growing period, rainfall variability, access to irrigation, land degradation and market access, it became apparent that Maharashtra, Karnataka and Andhra Pradesh in India all have large SRT2 and SRT3 areas, while Rajasthan in India and Pakistan and Afghanistan are mainly SRT2. Based on a higher poverty index, pockets of Rajasthan and Andhra Pradesh are still important for SRT2, and much of Maharashtra and Karnataka for SRT3. Parts of Pakistan in the region of Chakwal have pockets of high poverty for both SRT2 and SRT3.
Aral Sea and Rasht and Kyzyl-Suu valleys for SRT 2 areas in the CA&C region. The Fergana Valley readily characterizes the SRT 3 areas in the Central Asia & Caucasus region. ClimatePrecipitationPrecipitation varies between the flat alluvial plain areas of the Fergana Valley which receive 150 to 250mm of precipitation per year and the mountains and foothills which receive between 300 and 600mm per year. There are two rainy seasons per year in the spring and autumn. Number of days with precipitations (of 0.1 mm or more): Winter 19-23Spring 17-19Summer 5-8Autumn 10-12The coefficient of variation (CV) of annual precipitation in the region (n = 50) is 24-35%. TemperatureAverage annual temperatures range from 7-11°C in the foothills of the eastern part of the valley) and up to 14-15°C in the plains. Average maximum temperatures in July are from 34-35 ° C in the plains and up to 25-30°C in the foothills. The absolute maximum is 43.9°C. Average minimum temperatures in January are from -3° C - 2° C in the flat part and -9° C to -4°C in the foothills. The absolute minimum is – 28.7°C in the plains.SoilsIn the system of latitude soil-climatic zones, the flat part of the Fergana Valley is a desert area with gray-brown, sandy desert and takyr soils.According to the scheme of the provincial division, the Fergana Valley is included in the Central Asian soil and climatic province, which is characterized by continental climate (dry) and specific subtropical soils differ from soils of the more northern regions of Eurasia.In the irrigated lands in the Valley there are mainly medium loamy soils (43.8%), clay and loamy soils (21.0%), loamy (24.8%), sandy loamy and sandy soils (10.3%), stony gravel and crushed stone on the surface of the soil (0.1%).Land use and coverThe main crops in the Fergana Valley are cotton, wheat, vegetables, melons, orchards and vineyards, perennial plants, and other crops. The leading crop is cotton. The area under cotton covers 35-40% of the total area in the Andijan region. Land degradationIn Fergana valley salt affected soil is observed as 11.4% of total irrigated area. Great damage to the national economy of the republic is caused by mudslides. Protection of land from wind and water erosions is one of the most pressing issues for further development of agricultural production, protection and improvement of land use. Water resourcesThe main sources of water in the Fergana Valley are:• The River Karadarya - mixed filling• The Naryn river - mixed filling• The Maylisay and Tentaksay - snow filling• The Syrdarya RiverAccording to the annual report of Narin-Kara-Dayra and Sokh-Syrdara River Basin Authority 95 to 96% of water, on low water years, is used for irrigation. In the Fergana Valley, the quality of irrigation water meets water quality requirements for irrigation. Salinity of water in the rivers and small streams is low. In the flood period in April and May), the silt content in rivers and small streams increases to a noticeable level especially in the foothill areas. Downstream silt content increases due to wastewater and channel deformations. At the south part of the Andijan region (Booz, Ulugnar, Balykchy), collected drainage water is used for irrigation as its salinity is low and it meets the requirements for irrigation.Farming systemsIn the mountains of Fergana Valley, the following crops are grown: natural feeds, almonds, walnuts and wild rose. In the foothills wheat, barley, alfalfa, sainfoin, horticultures, large fruits and potato are grown. On the plains wheat, cotton, tobacco, maize, potato, onion, carrot, beans, vegetables, melons, fruit and berry crops, alfalfa and greenhouse crops are grown. Livestock is an important part of the Fergana Valley’s agriculture, contributing to the insuring of the population with food and industries by the raw materials. Depending on the natural-climatic conditions of the region, livestock can be divided into intensive (industrial), extensive (grazing), and domestic. Dairy cattle breeding, poultry farming is concentrated in the suburban area of irrigation. Pasture livestock is concentrated in the area with the lowest natural resource potential on private lands.Depending on the natural-climatic conditions of the region it can be divided into intensive (industrial), extensive (grazing), and domestic livestock. Dairy cattle breeding and poultry farming is concentrated in the suburban irrigated area.Institutional Support and PoliciesThe Institute "Uzdaverloyiha" together with the research and project organizations of the republic developed a "scheme of erosion control measures in the Republic of Uzbekistan", which defines the series of measures on erosion control, and their scale and sequence of operations.
The SRT 2 site extends from Northeastern Kenya up to Southeastern Ethiopia. It comprises Borana, Somalia and part of Afar states in Ethiopia and Marsabit, Garissa, Wajir, and Isiolo districts in Kenya.The SRT 3 site is the Chinyanja Triangle (CT) covering central and southern Malawi, the Eastern Province of Zambia, and the Tete Province of Mozambique.
The two benchmark areas include south Jordan, Syria, south Turkey, and west and north Iraq for SRT2, and the high rainfall areas (>500 mm) of the northern parts of the Morocco, Algeria and Tunisia for SRT3.
Site SelectionWhen using the criteria laid down across the CRP, namely aridity, length of the growing period, rainfall variability, access to irrigation, land degradation and market access, it became apparent that Maharashtra, Karnataka and Andhra Pradesh in India all have large SRT2 and SRT3 areas, while Rajasthan in India and Pakistan and Afghanistan are mainly SRT2. Based on a higher poverty index, pockets of Rajasthan and Andhra Pradesh are still important for SRT2, and much of Maharashtra and Karnataka for SRT3. Parts of Pakistan in the region of Chakwal have pockets of high poverty for both SRT2 and SRT3.
Aral Sea and Rasht and Kyzyl-Suu valleys for SRT 2 areas in the CA&C region. The Fergana Valley readily characterizes the SRT 3 areas in the Central Asia & Caucasus region. ClimatePrecipitationPrecipitation varies between the flat alluvial plain areas of the Fergana Valley which receive 150 to 250mm of precipitation per year and the mountains and foothills which receive between 300 and 600mm per year. There are two rainy seasons per year in the spring and autumn. Number of days with precipitations (of 0.1 mm or more): Winter 19-23Spring 17-19Summer 5-8Autumn 10-12The coefficient of variation (CV) of annual precipitation in the region (n = 50) is 24-35%. TemperatureAverage annual temperatures range from 7-11°C in the foothills of the eastern part of the valley) and up to 14-15°C in the plains. Average maximum temperatures in July are from 34-35 ° C in the plains and up to 25-30°C in the foothills. The absolute maximum is 43.9°C. Average minimum temperatures in January are from -3° C - 2° C in the flat part and -9° C to -4°C in the foothills. The absolute minimum is – 28.7°C in the plains.SoilsIn the system of latitude soil-climatic zones, the flat part of the Fergana Valley is a desert area with gray-brown, sandy desert and takyr soils.According to the scheme of the provincial division, the Fergana Valley is included in the Central Asian soil and climatic province, which is characterized by continental climate (dry) and specific subtropical soils differ from soils of the more northern regions of Eurasia.In the irrigated lands in the Valley there are mainly medium loamy soils (43.8%), clay and loamy soils (21.0%), loamy (24.8%), sandy loamy and sandy soils (10.3%), stony gravel and crushed stone on the surface of the soil (0.1%).Land use and coverThe main crops in the Fergana Valley are cotton, wheat, vegetables, melons, orchards and vineyards, perennial plants, and other crops. The leading crop is cotton. The area under cotton covers 35-40% of the total area in the Andijan region. Land degradationIn Fergana valley salt affected soil is observed as 11.4% of total irrigated area. Great damage to the national economy of the republic is caused by mudslides. Protection of land from wind and water erosions is one of the most pressing issues for further development of agricultural production, protection and improvement of land use. Water resourcesThe main sources of water in the Fergana Valley are:• The River Karadarya - mixed filling• The Naryn river - mixed filling• The Maylisay and Tentaksay - snow filling• The Syrdarya RiverAccording to the annual report of Narin-Kara-Dayra and Sokh-Syrdara River Basin Authority 95 to 96% of water, on low water years, is used for irrigation. In the Fergana Valley, the quality of irrigation water meets water quality requirements for irrigation. Salinity of water in the rivers and small streams is low. In the flood period in April and May), the silt content in rivers and small streams increases to a noticeable level especially in the foothill areas. Downstream silt content increases due to wastewater and channel deformations. At the south part of the Andijan region (Booz, Ulugnar, Balykchy), collected drainage water is used for irrigation as its salinity is low and it meets the requirements for irrigation.Farming systemsIn the mountains of Fergana Valley, the following crops are grown: natural feeds, almonds, walnuts and wild rose. In the foothills wheat, barley, alfalfa, sainfoin, horticultures, large fruits and potato are grown. On the plains wheat, cotton, tobacco, maize, potato, onion, carrot, beans, vegetables, melons, fruit and berry crops, alfalfa and greenhouse crops are grown. Livestock is an important part of the Fergana Valley’s agriculture, contributing to the insuring of the population with food and industries by the raw materials. Depending on the natural-climatic conditions of the region, livestock can be divided into intensive (industrial), extensive (grazing), and domestic. Dairy cattle breeding, poultry farming is concentrated in the suburban area of irrigation. Pasture livestock is concentrated in the area with the lowest natural resource potential on private lands.Depending on the natural-climatic conditions of the region it can be divided into intensive (industrial), extensive (grazing), and domestic livestock. Dairy cattle breeding and poultry farming is concentrated in the suburban irrigated area.Institutional Support and PoliciesThe Institute "Uzdaverloyiha" together with the research and project organizations of the republic developed a "scheme of erosion control measures in the Republic of Uzbekistan", which defines the series of measures on erosion control, and their scale and sequence of operations.
1) Increasing resilience to biophysical and socioeconomic shocks despite marginal conditions; and 2) Sustainable intensification of production systems to reduce food insecurity and generate more income.
Provisional Intermediate Development Outcomes (IDOs)
Lead Center will have responsibility for governance, fiduciary oversight and financial management through the performance contract with the Consortium Board Steering Committee (SC), chaired by Lead Center, will include Directors General or representatives of participating CGIAR Centers, and a weighted representation of other partners (NARS, ARIs, development partners, etc.). SC will be responsible for overall direction of the CRP, monitoring and resource allocation.Research Management Committee (RMC), chaired by CRP Leader, will consist of the Coordinators of the Interdisciplinary Research Teams for each target region, and will be responsible for overall coordination and management of the research agendaCoordinators of Regional Interdisciplinary Teams will ensure that each SRT is effectively implemented, coordinated, delivered, and monitored/assessed within each target region, and through the RMC ensure that regional results are synthesized and integrated at a global scale. They will maintain strong relationships with partner institutions, donors and stakeholders in each region through the Regional Stakeholder Advisory Committees. Independent Scientific Advisors (ISA) will form a standing panel of world-class scientific experts on the main subjects of each SRT, provide advice on quality of science and oversight of SRTs across regions, ensuring that the implementation follows the conceptual framework of CRP1.1. They report to SC.CRP Leader will provide overall leadership in the R4D agenda in consultation with SC and RMC.