Jacob van den Borne, a name synonymous with precision agriculture in the Netherlands and Europe, recently showcased his advanced farming techniques at the Precision Days event near the Dutch-Belgian border. His approach to potato cultivation, a meticulous 16-step process, is a testament to the power of data-driven farming and cutting-edge technology.
Van den Borne manages nearly 200 fields, each averaging 3 hectares, with most being irregularly shaped and often bordered by trees or woodland. Potatoes are his primary crop, with land being exchanged with livestock farmers. This year, sugar beet has been removed from his cropping plan due to the sale of the beet quota, and grain has been introduced as a break crop.
His precision agriculture journey begins with detailed field mapping and soil analysis, using technology like the Dualem 21hs soil sensor to understand the soil’s electrical conductivity. This data helps him create management zones for variable rate applications. He then uses a Dammann Profi-class 12,000 DT3500HS5 field sprayer equipped with Combo-Jet SR110-08 nozzles and LED lighting for precise pesticide application. The DAMS Vredo 32000Zs precision applicator is used for variable rate fertilizer application, and the Rauch Axent 100.1 fertilizer spreader with a steering axle ensures even distribution.
Van den Borne’s approach extends to potato planting and harvesting. He uses a self-propelled AVR Puma 4.0 potato harvester, which is equipped with advanced technology for efficient and gentle harvesting. Throughout the growing season, he monitors his crops using satellite imagery and drone technology, adjusting his management practices as needed.
One of Van den Borne’s current experiments is measuring the amount of nitrogen that leaches into the groundwater from different cultivation systems. This research aims to optimize nitrogen use and minimize environmental impact, showcasing his commitment to sustainable farming practices.
Van den Borne’s farming philosophy is not just about precision but also about continuous learning and adaptation. He acknowledges that legislation can sometimes hinder the best agronomic and environmental practices. To explore future-proof arable farming, he launched the Field of the Future project this year. This project compares conventional farming, precision farming, and regenerative farming, with the research being documented and shared online via the VDBorne Campus portal.
The implications of Van den Borne’s work are significant. His approach demonstrates that precision agriculture can enhance efficiency, productivity, and sustainability. By sharing his experiences and data, he contributes to the broader agricultural community’s knowledge and understanding of precision agriculture. Moreover, his commitment to experimenting and adapting ensures that his farming practices remain at the forefront of agricultural innovation.
In essence, Jacob van den Borne’s precision agriculture journey is a beacon for modern farming, showcasing the potential of technology and data in creating sustainable and efficient agricultural systems. His work serves as a reminder that the future of farming lies in our ability to adapt, innovate, and learn from each other.