Autonomous cultivation in greenhouse horticulture
About this expertise
In short- Autonomous greenhouses powered by AI and sensors
- Optimal crop growth through data-driven cultivation
- Higher labour productivity through automation
- More efficient use of energy, water and resources
- Bridging research and practice
A greenhouse that controls itself, day and night, anywhere in the world. That is the ambition behind autonomous cultivation. The result: stable yields, more efficient and sustainable production, and higher labour productivity through the use of sensors and artificial intelligence. Together with the horticultural sector, Wageningen University & Research is developing the greenhouse of the future.
Autonomous cultivation offers a solution to the challenge of producing more sustainably and efficiently in a tight labour market. We develop smart greenhouse concepts that can be applied worldwide, supporting growers through a sophisticated interplay between sensors and artificial intelligence.
- Continuous monitoring: sensors measure crop development and growing conditions
- Real-time control: intelligent software regulates crop, climate, energy and more
- Decision support: data-driven insights for growers
Our experts combine knowledge of plant physiology, sensor technology and computer vision with machine learning, AI and robotics. From concept development to testing in commercial greenhouses, we work with you to take the next steps towards fully autonomous cultivation.
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Would you like to learn more about autonomous cultivation in greenhouse horticulture, or explore opportunities for collaboration?
dr.ir. SC (Stef) Maree
Programme Manager Autonomous Cultivation