SciTransfer
Organization

INTERNATIONAL CROPS RESEARCH INSTITUTE FOR THE SEMI-ARID TROPICS

CGIAR research institute specializing in dryland crop genetics, food legume genomics, and agricultural development across semi-arid Africa and South Asia.

Research institutefoodINThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€234K
Unique partners
34
What they do

Their core work

ICRISAT is a CGIAR international research institute headquartered in India, specializing in agricultural science for semi-arid tropical regions across sub-Saharan Africa and South Asia. Their core work covers crop improvement, conservation of genetic resources for dryland crops (chickpea, pigeonpea, sorghum, pearl millet, groundnut), and the application of genomics and phenomics to accelerate breeding for climate-resilient food systems. In H2020, they contribute as a field-connected scientific partner with access to germplasm collections, multi-country trial networks, and deep expertise in food legume genetics that most European institutes cannot replicate. They also bring experience translating research into impact in smallholder farming systems across 55+ countries.

Core expertise

What they specialise in

Food legume genetic resources and biodiversity conservationprimary
1 project

INCREASE (2020-2026) directly targets intelligent management of food legume genetic resources for European and global agrofood systems.

Genomics and molecular phenotyping for crop improvementprimary
1 project

INCREASE lists genomics, phenomics, and molecular phenotyping as core keywords, reflecting ICRISAT's established capacity in crop genetic characterization.

Digital agriculture and technology transfer in developing regionssecondary
1 project

NADiRA (2017-2020) focused on nurturing Africa's digital revolution for agriculture, positioning ICRISAT as a bridge between European digital tools and African farming systems.

AI, blockchain and citizen science in genetic resource managementemerging
1 project

INCREASE keywords explicitly include AI, blockchain, and citizen science, indicating ICRISAT is adopting digital-data methods for genebank and field data workflows.

Evolution & trajectory

How they've shifted over time

Early focus
Digital agriculture Africa
Recent focus
Food legumes genomics biodiversity

ICRISAT's first H2020 project (NADiRA, 2017-2020) placed them in a broad digital-transformation-for-agriculture context focused on Africa, but that project left no keyword record, suggesting a supporting rather than defining role. Their second project (INCREASE, 2020-2026) marks a clear shift toward their scientific core: food legume genetics, molecular phenotyping, and conservation of biodiversity. The addition of blockchain, AI, and citizen science in INCREASE signals that ICRISAT is now integrating digital and data-science methods into its traditional crop-science work, rather than treating digital agriculture as a separate track.

ICRISAT is moving toward data-rich, molecularly-grounded genetic resource science combined with open digital tools — making them a strong future partner for any consortium that needs non-European germplasm collections, dryland crop genetics, or field validation capacity in Africa and South Asia.

Collaboration profile

How they like to work

Role: specialist_contributorReach: Global16 countries collaborated

ICRISAT always joins as a participant and has never led an H2020 project, which reflects both their non-European base and their typical role as a specialist contributor providing germplasm access, field networks, and scientific expertise that consortium leaders in Europe cannot source locally. With 34 unique partners across 16 countries from just two projects, they operate in large, diverse consortia rather than tight recurring teams. This suggests they are brought in specifically for what they uniquely offer, not for project management capacity.

Despite only two H2020 projects, ICRISAT has connected with 34 distinct partners across 16 countries — a sign that the consortia they join are large and internationally distributed. Their network spans Europe, Africa, and Asia, consistent with their mandate as a global CGIAR center.

Why partner with them

What sets them apart

ICRISAT is one of the very few H2020 partners that can provide direct access to extensive dryland crop germplasm collections, long-term multi-country field trial infrastructure in Africa and South Asia, and a community of practice among smallholder farmers — assets that no European university or research institute holds. For any consortium working on food security, crop genetic diversity, or climate adaptation in arid regions, ICRISAT fills a gap that cannot be covered by European partners alone. Their dual presence in genomics science and on-the-ground development in vulnerable regions makes them unusually credible at both ends of the research-to-impact pipeline.

Notable projects

Highlights from their portfolio

  • INCREASE
    A long-duration project (2020-2026) combining genomics, phenomics, blockchain, and citizen science for food legume genetic resources — the most scientifically ambitious and data-rich engagement ICRISAT has in H2020.
  • NADiRA
    ICRISAT's only funded H2020 project (EUR 233,561 received), focused on digital agricultural transformation in Africa — demonstrating their bridge role between European research funding and African food system challenges.
Cross-sector capabilities
Environment and biodiversity (genetic resource conservation, dryland ecosystem management)Digital technologies (AI and blockchain applied to agricultural data and genebank management)Society and development (food security in vulnerable semi-arid regions, smallholder farmer engagement)
Analysis note: Only two projects with meaningful data; NADiRA (2017-2020) contributed no keywords, so the early-period characterization is inferred from the project title rather than keyword evidence. The profile draws on ICRISAT's well-established institutional identity as a CGIAR center, but all claims are anchored to what the two H2020 projects actually confirm. A richer profile would require more projects or access to deliverables data.