grm 2013: global rice science partnership (grisp) – h leung
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Global Rice Science Partnership (GRiSP)
Research Program on Rice
16 CGIAR Research Programs
1. Agriculture for Nutrition and Health 2. Aquatic Agricultural Systems 3. Climate Change, Agriculture and Food Security (CCAFS) 4. Dryland Cereals 5. Dryland Systems 6. Forests, Trees and Agroforestry 7. Grain Legumes 8. Humidtropics 9. Livestock and Fish 10.Policies, Institutions and Markets 11.Maize 12.Rice (GRiSP) 13.Roots, Tubers and Bananas 14.Water, Land and Ecosystems 15.Wheat 16.Genebanks
GRiSP: a global response
• A global partnership led by IRRI
• Coordinating and founding partners: IRRI,
AfricaRice, CIAT, CIRAD, IRD, and JIRCAS
(international mandate)
• Shared vision, goals, objectives, R&D
• For a value of 100 M $/year (CGIAR only)
• Current phase: 2011-2015
GRiSP Objectives
To increase rice productivity through development of improved varieties and other technologies along the value chain To foster more sustainable rice-based production systems that use resources more efficiently To improve the efficiency and equity of the rice sector through better and more accessible information and strengthened delivery mechanisms
Six research themes
Genes Varieties Management
Value adding Assessment Last-mile delivery Policy
GRiSP research themes
1. Conserving genetic diversity; gene discovery
2. Development of improved varieties 3. Sustainable management practices 4. Value adding (post harvest, new products) 5. Technology targeting and policy 6. Partnerships for large-scale impact,
and capacity building
(GCP Agenda)
Schematic Impact Pathway
Product
Pilot site farmer adopters, and benefits seen
Large scale dissemination
Large numbers of farmers adopt
Increased productivity
SLO (food security, poverty, sustainability, H&N)
Collaborative partner adopters, and benefits seen
GRiSP
“Outside”
Research outcome – Intermediate and end user
Intermediate development Outcome (IDO)
>> 3 years
3-6 years
6-9 years
9-12 years
>> 12 years
100s
1000s
100,000s
1,000,000s
Farmers
Upscaling
Pilot scale
GRiSP: what’s new?
• First-time ever globally concerted action
• Well-defined Impact-Pathway
• Alignment of major R4AD international
institutions and their partners spanning
the ‘science-development’ continuum
• Weighty impact/policy influence
• Recognized importance of gender
What’s new?
• Global exchange of knowledge, information,
tools, germplasm, genes, methods, data,…
• Global collaborative efforts (e.g., global
phenotyping platform)
• Linking platforms, networks, consortia
Program special features
• Competitive New Frontier projects and new
initiatives
• Competitive Scholarships (GRISS)
• Global Rice Forum
• High-level Oversight Committee
• Partnership development fund
• Enhanced capacity building
Some highlights
Product Line: 1.2. Characterizing genetic diversity and creating novel gene pools
3,000 genomes re-sequenced (~15x) (BGI, CAAS, IRRI)
Plan to re-sequence 2,500 O. glaberrima (AA)
AfricaRice, IRD, CIRAD
Phylogenetic tree for 200K SNPs on 3k lines
Producing novel genetic resources
NAM populations (CIAT, AfricaRice)
MAGIC populations (IRRI)
x IR64
SSD
F7
Current status & perspectives on NAM • CIAT: 2,000 lines, 10 combinations, F7 harvested • AfricaRice: 2,000 lines, 10 combinations, F7 harvested • Seed exchange on going • Genotyping:
• Low resolution WGS / imputation (IRIGIN project)
• Genotyping By Sequencing (w S. Dellaporta, Yale Uty)
• Phenotyping: • GRiSP Phenotyping Network
• Tools for data analysis: MapDisto
IR64 x WAB638-1
F4 Plants M. Lorieux, CIAT/IRD
Theme 2: Accelerating Breeding
• Identification of QTLs conferring tolerance to abiotic and biotic stresses – Lines showing higher tolerance to salinity, Fe-toxicity,
drought, enhanced anaerobic germination ability, and resistance to gall midge.
• Nomination of ARICA
– After 3 years evaluation under Breeding Task Force Trials, AfricaRice and NARS have named five breeding lines, 3 lowland and 2 upland as ARICA
T. Kumashiro, AfricaRice
Global phenotyping platform
CIRAD/IRRI/CIAT
GRiSP Partnership Development Project 1. Establishment of basket method setup at IRRI
2. Evaluation of IR64-dro1 NILs in the field at IRRI under lowland drought stress (ongoing)
Genotype sets screened: • drought QTL and pup1 NILs • aus panel • IR64 x Dular RIL population
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Entry
Aus panel basket study - % deep roots
NIAS-IRRI
H. Amelia, A. Kumar, Y. Uga, unpubl
GRiSP New Frontier research Project PLs Institutions
Genotyping and phenotyping of African rice species and their pathogens for strategic disease resistance breeding (MENERGEP)
1.2. 1.3. 2.2.
AfricaRice, IRD, JIRCAS, Cirad
Increasing the yield potential in rice using genomic and physiological approaches
2.4. IRRI, AfricaRice, CIAT, Nagoya U.
Phenomics of key adaptation and yield potential traits - GRiSP Global Rice Phenotyping Network (PRAY)
1.2. IRRI, AfricaRice, CIAT, Cirad, Embrapa, NIAES, U. Qsld., CAAS, PhilRice
Enhancing the sustainable use of phosphorus through the development of varieties with reduced grain P
2.3. JIRCAS, IRRI, AfricaRice, Southern Cross U., FOFIFA, Yara
Development of a cutting edge rice transformation platform for complex traits (TALENs)
1.3. 1.4. 2.2.
IRRI, CIAT, U. Minnesota
Global Rice Science Scholarship
Region Female Male Total Africa 3 6 9 Asia 9 8 17 Europe 1 1 South America 1 3 4 Grand Total 14 17 31
188 applicants from 40 countries 31 awarded for Themes 1-5
Perspectives GRiSP Theme 1 is very much aligned with GCP activities
conducted for the last 9 years
GCP Legacy • Genetic diversity—first SNP project • Novel genetic resources—MAGIC, NAM • Drought and trait packages for unfavourable
environments – Large-effect QTL for drought tolerance – P-uptake gene, salinity tolerance
Thanks to
Mathias Lorieux, CIAT/IRD Takashi Kumashiro, Marie-Noelle Ndjiondjop, AfricaRice Yusaku Uga, NIAS, Japan Bas Bouman, GRiSP Director, IRRI Many colleagues involved in GRiSP