The productive potential of soybeans is built during the initial reproductive phase.

The initial reproductive phase of soybeans (R1 to R3) is a critical time for defining the first yield components, as it marks the transition from vegetative structure to the formation of reproductive structures.

With the emergence of the first flowers (R1 stage), the plant directs a large part of its energy and metabolic resources towards reproduction, which requires an intense demand for nutrients, since the metabolism accelerates drastically to support flowering and the subsequent initial formation of pods.

At this stage, specific nutrients take on a leading role, such as Calcium (Ca) and Boron (B), essential for pollen viability, pollen tube elongation, and effective flower setting; in addition to Molybdenum (Mo), essential for biological nitrogen fixation (BNF) and for the plant's overall metabolism, ensuring the necessary energy support.

After this first stage, the transition to R2 (flowering) and R3 (beginning of pod formation) occurs, which is when the plant defines an important part of its productive potential. Success in transforming flowers into viable pods is the key factor, and losses at this stage can significantly compromise the final yield.

Attention to this phase is essential because it marks one of the periods of greatest sensitivity to stress in the soybean cycle. These stresses can be biotic (pests and diseases that, if not controlled, can divert the plant's energy and damage reproductive organs, drastically reducing the number of grains per plant) and abiotic (drought, excessive heat and, paradoxically, excessive rain) and can directly affect the setting and development of the first pods.

Any limiting factor can trigger the abortion of newly formed flowers and pods, a defense mechanism of the plant to conserve resources, directly interfering with the final crop yield.

It's a very delicate phase, and it's at this moment that the producer relies on Satis' solutions to get through the period without major losses. Our portfolio includes six products that protect the crop and provide the essential nutrients for the plant to continue developing healthily.

A phase of high nutritional and metabolic demand requires the right allies.

In the Early Reproductive Phase (R1 to R3), the strategic use of Satis solutions helps the plant have the ideal conditions to convert the maximum number of flowers into pods, contributing to a high yield potential at harvest.

Among the products are the Humicbor, a fertilizer that contributes to the formation of perfect flowers and pods by acting directly on the formation of the pollen tube and the germination of pollen grains. This is because it provides soluble boron, enriched with humic substances and seaweed extract.

Besides him, there is also Vitaphol LGThis product contains copper, molybdenum, and sulfur in its composition, which promotes biological nitrogen fixation in legumes. This aids in plant resistance and prepares the crop for pod formation and grain filling.

O Vitalkep It acts on the plant's physiological balance, even under adverse conditions such as high temperatures, water deficit, and disease pressure. It promotes hormonal and nutritional balance, contributing to the continuity of reproductive processes, resulting in greater flower setting, uniform pod formation, and more efficient grain filling.

Another product of the Satis solution is the FullandThis product promotes the nutritional and physiological balance of plants, especially during periods of increased metabolic demand. When combined with fungicides, its action enhances the mobility of active ingredients within the plant, particularly translocation to areas less reached by spraying, such as the lower canopy. This results in a healthier crop, from leaf to root.

Finally, there is also the Sturdy and Mathury, which provide phosphorus (P), bioactivators, and potassium (K), which act directly on nutrient absorption, physiological activity, and improved soybean structure. This results in better pod formation, grain filling, and higher profitability.

Together, all these solutions contribute significantly to the development of soybeans, acting as a shield to contribute to greater nutritional supply, health, and productivity.