Futureproof innovations and technologies for controlled environment agriculture
FIT4CEA
FIT4CEA advances sustainable, climate-resilient food production in greenhouses and vertical farms by combining emerging technologies, novel crops, and living lab pilots across Europe to strengthen future food systems.
48
Month
~6M
Total budget
21
Partners
4
Living lab countries
12
Countries represented
01 ____ Why FIT4CEA?
Unlocking CEA as a climate-resilient food production system
Europe’s food systems face increasing pressure from climate change, water scarcity, resource constraints, and geopolitical instability. FIT4CEA addresses these challenges through a holistic approach, combining social and natural sciences across a wide range of CEA typologies u2014 from low-tech greenhouses to high-tech vertical farms.
Climate Resilience
Water & Resource Efficiency
Fossil-Free & Circular Systems
Smart & integrated production
Nutritional value & novel crops
Adoption & policy
02 ____ Research Areas
FIT4CEA develops and validates innovations across the full range of CEA sustainability dimensions environmental, economic, and social.
AI & autonomous cultivation
Robotics & IoT
Photonics & lighting
Water & nutrient systems
Renewable energy integration
Sustainability assessment
01 ____ Why FIT4CEA?
Unlocking CEA as a climate-resilient food production system
Europe’s food systems face increasing pressure from climate change, water scarcity, resource constraints, and geopolitical instability. FIT4CEA addresses these challenges through a holistic approach, combining social and natural sciences across a wide range of CEA typologies u2014 from low-tech greenhouses to high-tech vertical farms.
Climate Resilience
Water & Resource Efficiency
Fossil-Free & Circular Systems
Smart & integrated production
Nutritional value & novel crops
Adoption & policy