Precision Farming Blog
Expert articles on satellite remote sensing, NDVI analysis, EU subsidies, and digital farming tools.
How to Interpret NDVI Values for Crop Monitoring
Learn what NDVI values really mean for your fields. From bare soil readings below 0.2 to thriving canopy above 0.6, this guide explains how to translate satellite-derived vegetation indices into actionable farming decisions throughout the growing season.
How to Use Sentinel-2 Satellite Data for Farming
Sentinel-2 delivers free, high-resolution multispectral imagery every 5 days. Discover how European farmers can use these satellite data for vegetation monitoring, soil assessment, and compliance documentation — and how to access them without a PhD in remote sensing.
EU Agricultural Subsidies 2026: Complete Guide
Navigate the 2026 CAP framework with confidence. This comprehensive guide covers direct payments, eco-schemes, EAFRD rural development funds, application deadlines, and how satellite monitoring data can strengthen your compliance documentation.
Getting Started with Precision Farming
Precision farming is no longer reserved for large-scale agribusinesses. With free satellite data, affordable sensors, and user-friendly software, farms of any size can start optimizing inputs and boosting yields. Here is your practical roadmap to get started.
Vegetation Indices Compared: NDVI vs EVI vs SAVI
Not all vegetation indices are created equal. NDVI saturates in dense canopies, SAVI corrects for soil background effects, and EVI handles atmospheric noise. Learn when to use which index for accurate crop monitoring across different field conditions.
Digital Field Records: Why Farmers Need Digital Schlagkartei
Paper-based field records are becoming a liability. From regulatory compliance to agronomic optimization, digital Schlagkartei systems save time, reduce errors, and unlock the full potential of precision farming data. Here is how to make the switch.
Soil Analysis: Satellite Remote Sensing vs Lab Testing
Should you send soil samples to a lab or rely on satellite data? Both approaches have strengths: lab tests provide precise nutrient concentrations while satellite sensing reveals spatial patterns across entire fields. The best strategy combines both methods.
Crop Rotation Planning with Digital Tools
Effective crop rotation boosts yields, breaks disease cycles, and meets EU regulatory requirements. Digital planning tools combine agronomic rules, field history, and satellite data to optimize your rotation for both profitability and compliance.