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Corn begins to “build” its yield from its earliest vegetative stages, and it is precisely between V4 and V6 when a large part of its productive potential is defined. Ensuring an adequate supply of sulfur and calcium during this critical window—through the use of nanoparticles that enable faster and more efficient absorption—means investing directly in grain yield.
Sorghum yield largely depends on the physical and chemical properties of the soil. Compaction, nutritional deficiencies, and the presence of saline-sodic soils are increasing constraints in different regions. The incorporation of amendments with nanominerals, such as MIST TPS78®, emerges as an innovative strategy to restore soil structure and functionality, improving crop establishment conditions and initial development.
Zinc and boron are key for wheat to reach its maximum yield and quality potential. These micronutrients are involved in essential processes such as spikelet formation, grain setting, and final grain filling. Their strategic application—especially through foliar sprays at critical growth stages—can significantly improve both yield and quality.
In an increasingly demanding production scenario, with erratic climate cycles and soils subjected to years of intensive use, wheat yield depends on more than just good agronomic management. The most efficient strategy lies not in a single product or crop stage, but in a comprehensive, coordinated intervention—from soil conditioning to seed nutrition.
Alfalfa exports are emerging as a high-growth-potential opportunity, supported by the product's high quality, increasing global demand, and the country's competitive advantages. However, changes in agricultural export taxes, fluctuating export duties, and new trade agreements have created uncertainty among producers, presenting both challenges and opportunities in the global market.