Soil analysis is the foundation of any serious and sustainable agricultural production. It is the basic parameter on the basis of which fertilization, crop selection, corrective measures and long-term fertility management strategy are planned. Without precise insight into the chemical and physical characteristics of the soil, any production comes down to assumptions.
Soil is a complex and dynamic system. Nutrient content, pH value, humus content, microelements and capacity to absorb nutrients directly affect plant development and yield. The analysis makes it possible to accurately determine the state of fertility and to apply measures that are adapted to the real needs of the plot.
Working “by rote”, without analysis, can have multiple negative consequences. Inadequate application of fertilizers can lead to:
- excessive introduction of certain elements
- blockage of nutrients due to a disturbed pH value
- disruption of soil microbiological activity
- degradation of soil structure
A special problem is the blocking of elements — a situation in which nutrients are present in the soil, but the plant is unable to absorb them due to unfavorable chemical conditions. This leads to the appearance of deficiency symptoms despite the resources invested in fertilization.
The consequences of such an approach are twofold. On the one hand, there are unnecessary financial costs through the irrational use of fertilizers and inputs. On the other hand, reduced nutrient availability results in weaker plant development, lower yields and lower product quality. Ultimately, it directly affects the economic profitability of production.
Systematic soil analysis enables:
- precise and rational fertilization
- cost optimization
- preservation of fertility in the long term
- increase in yield and stability of production
Based on the real needs of producers, Agrounik has developed a complete “Soil Care” service that includes all the key steps necessary for systematic and long-term fertility management. The service includes precise mapping of plots, expert soil sampling, laboratory analysis of relevant parameters, development of specific and customized recommendations for further treatment, as well as continuous monitoring of soil conditions over time. In this way, the producer receives clear, measurable guidelines based on data, which enables rational use of inputs, optimization of costs and stable, sustainable yields.
Our argochemical laboratory performs the following analyses:
- Measurement of pH value
- Determination of humus content
- Determination of total nitrogen content
- Determining the content of easily accessible K and P
- Determination of readily available nitrogen
- Determination of CaCO3 content
- N-min method
In modern agriculture, soil analysis is not an optional extra — it is a basic production management tool. Data-driven decisions are the difference between production that relies on assumptions and production that achieves measurable, stable and long-term sustainable results.
