Early grape varieties begin to ripen in RS
Production is lower due to drought; however, fruits have a higher sugar content
Mosaic Fertilizers presents its latest generation line of fertilizers to Brazilian farmers, making its product portfolio even more complete. The Performa line can be used in the main crops in Brazil and combines the best in operational efficiency with the highest levels of productivity.
The formulation with multinutrients, such as NPK, Boron, Sulfur and Magnesium, is responsible for allowing the crop to reach a new level of profitability, guaranteeing productive and operational efficiency to help crops reach their productive ceilings. “Mosaic Fertilizers is the most complete company offering fertilizers on the market. The Performa line was developed to meet the specific needs of Brazilian producers and facilitate soil fertilization”, says the Commercial Vice President of Mosaic Fertilizers, Eduardo Monteiro. The results of the Performa line, validated by independent teaching and research institutions, point to the potential for productivity increases of more than 10%. The research was carried out for three years in more than 80 different locations in the main producing states.
With five multi-crop products, including one specifically for fruit and vegetables, which help farmers face different situations that limit high productivity, the Performa line stands out for its versatility and ease of application. “For their complete development, plants need synchronization between demand and fertilization. The technologies in our line allow nutrients to be available to plants when they need them”, explains the executive. “When the elements are worked in isolation, the efficiency of the operation can be impacted. By bringing all the nutrients into the same bag, we contribute to reducing the complexity of field management.”
The nutrients in the Performa line have high solubility and availability, which improves absorption by plants, and contribute to more vigorous root development, thus, they can positively impact tolerance to stress events in the crop.
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