Use Case 4: Improved Soil Management for Intensive Potato Farming in the Netherlands
Overview:
We will focus on improving soil management and profitability for potato farming in the Reusel region of the Netherlands, where sandy soils have high variability in soil organic content (SOC). Potato farmers, like the van den Borne farm (500 ha), face challenges in optimizing crop density due to inconsistent soil conditions. By using advanced soil mapping and variable rate seeding technology, farmers can reduce the use of costly seeding material while improving yield. The SQAT system will enhance this process by providing a more affordable, accurate, and actionable soil map.
Challenges:
- High variability in SOC across fields.
- Shading and competition from nearby trees affect water and nutrient availability.
- Difficulties in optimizing crop density due to inconsistent soil conditions.
- Environmental regulations (e.g., Water Framework Directive) require precise nutrient management.
- Traditional soil mapping methods are costly and labour-intensive.
Smart Farming Applications involved:
- Variable-Rate Macronutrient Fertilization
- Variable-Rate seeding
Expected Outcomes:
- High-resolution soil maps that guide variable seeding and fertilization.
- Reduced nitrogen emissions and better nutrient management.
- Cost-effective, scalable soil mapping methods for improved soil health and crop yield.
- Increased farmer awareness of soil variability and the benefits of precision farming for potato cultivation.