Precision agriculture

WUR is an international leader in precision agriculture. Our researchers combine their knowledge of crop- and productionsystems with data and technology to map variations in soil and crop conditions. This insight is translated into practical advice and directly applicable innovations.
What sets this expertise apart is its strong connection to real-world practice. Together with farmers, companies and public authorities, we test and refine technologies at experimental sites such as the National Precision Agriculture Testing Ground (NPPL) and Farm of the Future. These facilities are equipped with advanced data infrastructures, machinery for “as-applied” registration, and extensive sensor networks using satellite imagery, soil scans and yield measurements per square meter.

Through field trials, sensor data, digital platforms and statistical modelling, we accelerate the transition from lab to land. In doing so, WUR helps the sector achieve higher yields with fewer inputs and lower emissions – while preparing for new sustainability requirements and evolving market demands.

• How does precision agriculture work?The cycle of measuring, analyzing, deciding and implementing forms the foundation. Field data and analytics are used to design site-specific cultivation strategies.
• Applications in practice: Examples include variable fertilization, targeted irrigation, crop monitoring with drones and autonomous weed control.
• Benefits for farmers: Higher yields, lower costs, reduced emissions and better compliance with new regulations.
• Testing grounds for collaborators: At NPPL and the Farm of the Future, WUR and its partners work with growers and farmers to make innovations ready for practical use.