Soil Testing vs Tissue Analysis in Crops
Soil testing vs tissue analysis: learn when each method works best, what each reveals, and how to combine both for better nutrient decisions.
How to Calculate Crop Nutrient Requirements
Learn how to calculate crop nutrient requirements using yield targets, soil tests, uptake, and efficiency to build a practical fertilizer plan.
Why most attempts to lower soil pH fail
When soil pH is high, the reaction is almost automatic. Apply sulfur. Inject acid. Change fertilizers. These recommendations are repeated so often... Read More
Dynamic Potassium Management in Soils with Variable CEC
Using soil texture and weather data to time K applications for maximum uptake efficiency Potassium (K) fertilization is still commonly approached as... Read More
Carbon Sequestration: A Reality Check
Carbon sequestration in agriculture is often presented as a win for the climate, soil, and farm economics. But for those managing real... Read More
Transitioning to Regenerative Agriculture
A Practical Guide for Farmers and Agribusinesses Why This Transition Is Happening Farmers today face tough challenges: soils are degrading, weather is... Read More
Can We Regenerate Soils Without Compromising Yield? What the Data Says
In recent years, “regenerative agriculture” has become a prominent concept across the agricultural sector. It promises improved soil function, reduced input dependency,... Read More
Subsoil matters: the forgotten 30 cm that limit yield potential
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... Read More
Evaluating the Base Cation Saturation Ratio (BCSR) Approach to Fertilizer Recommendations
The Base Cation Saturation Ratio (BCSR) approach to soil fertility management is one of the most debated methodologies in agronomy. It was... Read More
Micronutrient Deficiencies in No-Till Systems
No-till farming has grown in popularity due to its benefits in promoting soil health, conserving water, and reducing erosion. By leaving the... Read More