Global tropical agriculture research centre (CGIAR) contributing climate-smart land use, soil carbon, and circular biofertilizer expertise to European consortia.
CIAT is a major international agricultural research centre based in Colombia, part of the CGIAR global research network. They specialize in tropical agriculture, soil science, and climate-resilient land use — bringing deep expertise from Latin American farming systems into European research consortia. Their H2020 work focuses on soil carbon sequestration, land-based climate mitigation strategies, circular biofertilizers from food waste, and participatory modelling of climate adaptation pathways. They serve as a bridge between tropical agricultural knowledge and global climate policy.
LANDMARC focused on land-use based mitigation pathways using earth system models and macro-econometric modelling; REXUS applied systems dynamics modelling to climate-resilient nexus systems.
CIRCASA coordinated international research on soil carbon sequestration strategies for agriculture.
RUSTICA demonstrated circular biofertilizer production from fruit and vegetable waste streams — their largest funded project at EUR 537K.
REXUS addressed climate adaptation through participatory modelling and earth observation; LANDMARC explored resilient climate pathways.
LANDMARC included agro-forestry alongside BECCS as land-based mitigation approaches.
CIAT's early H2020 involvement (2017-2020) centred on foundational climate science — land use modelling, earth system models, BECCS, and soil carbon sequestration research. Their more recent projects (2021-2024) shifted decisively toward applied, circular-economy solutions: converting fruit and vegetable waste into biofertilizers, participatory climate adaptation planning, and earth observation for risk assessment. The trajectory shows a move from modelling and understanding climate-land interactions to implementing practical, on-the-ground solutions.
CIAT is moving from climate modelling toward demonstrating tangible circular agriculture and climate adaptation tools, making them increasingly relevant for applied projects seeking real-world implementation partners.
CIAT participates exclusively as a consortium partner — never as coordinator in their H2020 portfolio, which is typical for non-EU research centres contributing specialized tropical expertise. They work in large, diverse consortia (74 unique partners across 27 countries from just 4 projects), indicating they are comfortable in big international teams. Their role pattern suggests they are brought in for specific expertise — tropical agriculture knowledge, land use data, or field validation — rather than driving project design.
Remarkably broad network for just 4 projects: 74 unique consortium partners spanning 27 countries. This global reach reflects CIAT's CGIAR affiliation and their value as a connector between European research and tropical agricultural systems.
CIAT brings something most European partners cannot: deep, field-tested knowledge of tropical agricultural systems from Latin America and the Global South. As a CGIAR centre, they carry institutional credibility and access to agricultural field sites, farming communities, and soil/climate datasets across tropical regions. For any consortium needing to validate European research in tropical conditions or demonstrate global applicability of climate-smart agriculture, CIAT is one of very few organisations that can deliver.
