Phosphorus management is a hot topic in the industry, especially in areas that are at higher risk of movement to waterways. One management option is to delay a portion of the nutrient application later in season when there is demand. This trial evaluated foliar applications at pollination, brown silk, or both.

The objective of this trial was to evaluate the benefit of adding sulfur (eNhance) or fulvic acid and biologicals (C-Tech) to in-furrow application of Pro-Germinator.

Nitrogen, phosphorus, potassium, iron, and sulfur are nutrients that can potentially improve corn yield when applied as a foliar treatment. The objective of this trial was to evaluate the effect of FertiRain, Iron, PrimAgro P and various combinations on corn yield when applied as a foliar treatment.

Soybeans require sulfur for nitrogen utilization and various physiological processes. The objective of this trial was to evaluate accesS applied at planting as a sulfur source in soybeans.

Adding supplemental nitrogen has been a management tool for trying to achieve high yields in soybeans. Although soybeans fix nitrogen from the air, some research suggests that supplemental nitrogen may have value in achieving very high yields.

This soybean trial was established to compare a grower standard fertilizer program to an AgroLiquid fertility program. The program addressed the soils needs and replaced key products in the grower standard program.

This corn trial was established utilizing key AgroLiquid products placed into the grower standard practice. Each treatment builds off the previous.

The objective of the trial was to evaluate soybean response to application rates and timings of LiberateCa.

The objective of this trial was to evaluate the effect of various side dress fertilizer additions to nitrogen. Previous research has shown positive yield results from adding micronutrients, potassium, phosphorus or sulfur to nitrogen at side dress in corn.