Mosaic Crop Nutrition products

MicroEssentials beats commodity fertilizer blends by packing everything crops need into a single granule—for uniform nutrient distribution, greater nutrient uptake, and season-long sulfur availability. The Mighty Micro, from Mosaic.

Aspire is a single granule with potassium and two forms of Boron—quick-release, and gradual-release. This provides uniform nutrient distribution at the root level all season long. That’s why Aspire outperforms other methods of boron delivery, year after year.

K-Mag contains a natural balance of potassium, magnesium and sulfur in each granule—so nutrients are spread uniformly across the field, for maximum availability for every plant.

Lower insolubles and impurities make Pegasus® well-suited for both direct application and bulk blending, and for both dry and direct, wet application with granular and fine formulations.

As plants react to stressors like heat, drought or even high-salinity irrigation water, they spend energy protecting the health of the plant rather than growing yield. By adding PRB9™ 0-3-3 before or at the first signs of stress, hydration within the plant’s cellular structure is maintained. This helps to balance the osmotic pressure inside each cell and mitigate the leaf curling effect and wilt caused by abiotic stresses such as heat, drought or salinity.

Agronomic Comparisons Of Fluid And Dry Fertilizers ; Experimental data from a wide range of studies overwhelmingly supports the conclusion that there are essentially no differences among the liquid, suspension and dry fertilizers when they are compared over the long term under conditions of similar nutrient rates, placements and chemical forms. The last is particularly important when comparing phosphate fertilizers. For instance, it would not be valid to compare a highly water-soluble phosphate in fluids with a solid phosphate of low water solubility. However, when solids such as diammonium phosphate (DAP), monoammonium phosphate (MAP) or ammonium polyphosphate were compared with fluids such as 10-34-0, 8-24-0 or 11-37-0 under similar conditions, long-term studies have shown these to be essentially equal in nutritive value.