An Agronomic Explanation of Timing, Volume, and Scale Most irrigation failures do not happen because farmers lack data. They happen when a measurement is treated as a decision. If you…
Using soil texture and weather data to time K applications for maximum uptake efficiency Potassium (K) fertilization is still commonly approached as a static decision, guided by soil test categories…
https://www.ecmwf.int/Digital agriculture has advanced rapidly over the last fifteen years, but much of the sector still relies on the early principles of precision agriculture. The original objective was clear: measure…
For years, NDVI (Normalized Difference Vegetation Index) has been the most popular metric in precision agriculture. It’s simple, well-known, and broadly available across satellite and drone platforms. But as powerful…
rbon sequestration in agriculture is often presented as a win for the climate, soil, and farm economics. But for those managing real fields, it’s worth asking: how much carbon can realistically…
A Practical Guide for Farmers and Agribusinesses Why This Transition Is Happening Farmers today face tough challenges: soils are degrading, weather is less predictable, inputs are expensive, regulations are tightening,…
Why PCN Is Today’s Biggest Potato Challenge Potato cyst nematodes (PCN) – Globodera pallida and G. rostochiensis – are among the most destructive soil-borne pests in potato systems. These microscopic…
Fertilizer is among the highest variable costs in many cropping systems. The conventional flat (uniform) application rate has been simple and reliable, but it often leaves money on the table…
Mealybugs (Pseudococcidae) are among the most persistent and destructive pests in greenhouse and nursery production. They infest hundreds of plant species, from ornamental plants to fruit and vegetable crops, and…
In recent years, “regenerative agriculture” has become a prominent concept across the agricultural sector. It promises improved soil function, reduced input dependency, and long-term system resilience. However, a central question…
Standard soil sampling protocols typically focus on the top 0-20 cm (0-0.8 inch) layer, where the majority of nutrient applications and root initiation occur. However, this conventional approach overlooks a…
Precision agriculture has enabled unprecedented fine-tuning of crop management – from variable-rate fertilization to micro-zone irrigation. Growers and agronomists can now make site-specific decisions and respond to variability within a…