For producers, these insights matter, as they influence what gets planted, how inputs are used, where risk is managed, and how confidently each hectare is farmed.
This is where Omnia’s Nutriology® model makes a difference. Through soil sampling, laboratory analysis, and in-field expertise, Omnia helps turn soil and plant data into practical recommendations that producers can use.
This is because no two locations on a farm are exactly the same. Even within one field, different zones can have different potential, different challenges, and different needs.
In the Free State, a maize producer was struggling with inconsistent yields, even though standard fertiliser programmes were being followed. The answer wasn’t simply to add more inputs; it was to understand the field better.
To solve the inconsistent yield problems, Omnia used the analysis from precision soil sampling to look at the chemical, physical, and biological properties of that field. This provided a detailed view of the soil’s nutrient status, structure, and overall health.
With a clear understanding of the soil, recommendations could be shaped around its actual potential instead of treating every hectare the same.
This kind of insight isn’t only about yield; it’s also about making better decisions before risk becomes cost.
The real value of understanding soil
In a dryland soya bean case, a producer needed to know whether there was enough soil water available to plant wheat after harvest. Recent rainfall may have suggested there was, but rain alone doesn’t tell the full story.
Omnia sampled three production zones across the field and measured plant-available water in the soil profile. This gave the producer a clear view of what the soil could realistically support before making the next planting decision.
In another soya bean investigation, the crop was underperforming, but regular soil analysis didn’t show a clear nutrient deficiency. A nematode analysis was done through OmniBio®, which indicated high levels of plant-parasitic nematodes in both the soil and root samples.
The reason for the underperformance wasn’t due to a soil chemical-related matter, but rather because of a biological constraint that was reducing the yield.
That is the value of understanding soil properly.
Better farming doesn’t necessarily start with more inputs; it starts with better insight.
With Omnia, soil becomes more than a sample; it becomes a decision-making tool.
Better farming starts with understanding your soil. Omnia Nutriology® helps you take the next step.
Soil insights in action
- Soil data supports planting decisions
A producer had harvested soya beans and needed to decide whether there was enough soil water available to plant wheat.
The data: Omnia measured plant-available water across three production zones. The soil profile was at 64% to 72% of total field water capacity, with a water shortage of between 44mm and 57mm.
The recommendation: planting wheat carried risk, as the soil wasn’t at full water capacity, despite recent rainfall.
- Soil biology reveals hidden pressure
A soya bean field was underperforming, but routine soil analysis didn’t show a clear nutrient deficiency.
The data: OmniBio® nematode analysis identified high levels of plant-parasitic nematodes, including 1 162 plant-parasitic nematodes in the soil sample.
The recommendation: the producer needed to address the biological pressure affecting root performance, rather than simply adjusting nutrient inputs.
- Root-level insight explains crop stress
The crop was struggling, even though the routine soil results appeared acceptable.
The data: root-knot nematodes were identified in the soil and root samples. These nematodes can obstruct the plant’s vascular system.
The recommendation: focus on root health and soil biology as part of the production plan, because nutrient availability only matters if the plant can access it.
For more information, visit nutriology.co.za.
