Accurate interpretation of these results is essential for identifying nutrient deficiencies or toxicities early, allowing for timely and effective corrective actions. Interpreting soil analysis requires both technical expertise and contextual understanding, tailored to environmental conditions, agronomic practices, and specific crop systems. The first step is to correctly associate the results of soil analysis with a soil type. This classification enables the use of interpretation thresholds specific to that soil category. Several parameters —such as soil texture, total calcium carbonate content, and CEC (Metson method)—provide valuable clues for this identification. The soil data can be used to customize farm management and fertilization strategies to match field-specific conditions. This approach enhances nutrient use efficiency and minimizes environmental impact Practical resources are available to support this process, such as the Guide for Soil Analysis Interpretation published by Arvalis in 2020. More advanced interpretation methods incorporate spatial variability and historical data to refine recommendations further.