As water well production slows and regulations increase in areas of heavy groundwater use,
growers are forced to cut back plant populations to match irrigation capacities.

The objective of this trial was to demonstrate the value of Pro-Germinator + Micro 500 as a
transplant solution in tomatoes.

In 2025 we did economic challenge plots with XtremeAg to see how three growers from different
parts of the country build a fertility program using a set application method and budget. In
Maryland we compared in-Furrow applications on corn with a $40/A fertility budget.

The objective of this trial was to determine the effectiveness of foliar applied phosphorus on
soybean yield.

The objective of this trial was to determine the effectiveness of foliar applied phosphorus on corn
yield.

In 2025 we did economic challenge plots with XtremeAg to see how three growers from different
parts of the country build a fertility program using a set application method and budget. In
Tennessee we compared foliar applications on wheat with a $30/A fertility budget.

In 2025 we did economic challenge plots with XtremeAg to see how three growers from different
parts of the country build a fertility program using a set application method and budget. In
Alabama we compared R3 foliar applications on soybeans with a $40/A fertility budget.

In 2025 we did economic challenge plots with XtremeAg to see how three growers from different
parts of the country build a fertility program using a set application method and budget. In
Arkansas we compared foliar applications on cotton with a $50/A fertility budget.

Potassium supports water regulation, photosynthesis, and overall plant health in soybeans.

Sulphur is essential for protein formation, enzyme function, and efficient nitrogen fixation in soybean plants. Adequate sulphur availability helps promote healthy plant growth, improved nodulation, and strong seed development.

Sidedressing nitrogen in corn allows nutrients to be applied closer to the time when the crop needs them most, improving nitrogen use efficiency and supporting strong plant growth during key development stages.

Strip tillage combines the soil conservation benefits of no-till with the seedbed advantages of conventional tillage. By tilling narrow planting strips while leaving the rest of the field undisturbed, strip tillage reduces erosion, improves soil structure, and retains moisture.

Phosphorus plays a critical role in early corn plant development, energy
transfer, and root growth. It is a key component of adenosine triphosphate
(ATP), which drives many metabolic processes required for plant growth.

Nitrogen and sulphur are two essential nutrients for winter rye. Nitrogen is
a key component of chlorophyll and proteins, making it vital for
photosynthesis, vegetative growth, and overall biomass production.

Winter canola has a high demand for sulphur during growth and seed
formation.

Phosphorus plays a critical role in early corn plant development, energy
transfer, and root growth.

In 2025 we did economic challenge plots with XtremeAg to see how three growers from different
parts of the country build a fertility program using a set application method and budget.

In 2025 we did economic challenge plots with XtremeAg to see how three growers from different
parts of the country build a fertility program using a set application method and budget.

AgroLiquid has identified the value of foliar applications in cotton in reproductive growth stages.

Potassium supports water regulation, photosynthesis, and overall plant
health in soybeans. Adequate potassium levels help improve plant vigor,
strengthen stems, and enhance the plant’s ability to tolerate stress such as
drought or disease.

Sulphur is essential for protein formation, enzyme function, and efficient
nitrogen fixation in soybean plants. Adequate sulphur availability helps
promote healthy plant growth, improved nodulation, and strong seed
development.

Sidedressing nitrogen in corn allows nutrients to be applied closer to the
time when the crop needs them most, improving nitrogen use efficiency
and supporting strong plant growth during key development stages.
Applying nitrogen during the growing season can reduce the risk of
nutrient losses from leaching or runoff.

Strip tillage combines the soil conservation benefits of no-till with the
seedbed advantages of conventional tillage. By tilling narrow planting
strips while leaving the rest of the field undisturbed, strip tillage reduces
erosion, improves soil structure, and retains moisture.

Nitrogen and sulphur are two essential nutrients for winter rye. Nitrogen is
a key component of chlorophyll and proteins, making it vital for
photosynthesis, vegetative growth, and overall biomass production.

Winter canola has a high demand for sulphur during growth and seed
formation. Sulphur plays a key role in protein synthesis, enzyme activity,
and the production of important compounds that influence oil quality.

This trial is testing the yield impact of adding Kapitalize to two different fertility programs.

This trial was designed to measure how adding ProGerminator in a phosphorus rich environment could still be need to feed the plant.

Evaluation of the efficacy of AgroLiquid crop nutrition foliar applied on Florida strawberries.

This trial evaluates the effects of Kapitalize applied at various rates and growth stages on soybeans.

This trial was to evaluate the use of Kalibrate and Kapitalize in furrow and in furrow followed by foliar applications. This trial will study the effects of Kalibrate in furrow on cotton seed. This trial further reviews applications of Kapitalize as a foliar.

This is a proof of concept trial comparing a grower standard practice with an AgroLiquid program, and specifically look at the efficacy of 2 gal/A of Pro-Germinator versus 10 gal/A 18-13-0 + 4 ton/A turkey litter.

The objective of this trial was to compare the grower standard program to AgroLiquid program that has replaced the phosphorus and potassium in the grower standard program with AgroLiquid products of PrG for the phosphorus and Kalibrate for the potassium.

The objective of this trial was to compare the grower standard program to AgroLiquid program to find how they effect ROI.

The objective of this trial was to compare the grower standard program to an AgroLiquid program and how each crop nutrition program effects brix, size, and yield of the fruit.

This trial compared the grower’s standard program to an AgroLiquid program to see how they effect Brix, yield and size of fruit.

A trial comparing the return on investment between the grower’s standard program and an AgroLiquid program.

This trial compared the grower’s standard program to an AgroLiquid program which replaced the phosphorus and potassium with PrG and Kalibrate.

This trial evaluated three soybean varieties to see their response the the addition of 3 gal/A Kapitalize applied at planting in a 2×2 band.

This trial tested the relationship between a nitrogen application in conjunction with Micro 1000 (10 micro and secondary nutrient package) and LiberateCa (calcium).

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.

This trial evaluated three corn hybrids to see their response the the addition of 5 gal/A Kapitalize applied at planting in a 2×2 band.

This trial was established in soils with good potassium levels but low calcium levels. Even with the higher potassium levels, past in-season tissue reports were low in potassium. Therefore, the recommendation for Kapitalize was made to provide additional potassium and calcium to see if there was a yield benefit.

This trial was established to see yield impact on spending more when corn prices are high and what that return on fertilizer investment would be. Based on 250 bu/A corn yield goal we sent potential fall corn prices of $4, $6, and $8 per bushel. Using 20% of the potential crop income that gave a fertilizer budget of $200, $300 and $400 per acre.

Crop and fertilizer prices vary from year to year, however in order to remain profitable on the farm you have to made adjustments to fit the current year’s budget. In this trial four grower-agronomists developed a fertility program based on the local Arkansas soil test. Each person build the fertility program and spend dollars as they found necessary with a goal to earn the highest return on fertilizer investment.

In a quest for higher bean yields, there is interest in pushing beans harder with “higher octant” blends at planting. The objective in this study was to add to our understanding of soybean fertilizer sensitivity.

As water well production slows and regulations increase in areas of heavy groundwater use, growers are forced to cut back plant populations to match irrigation capacities. In this multi-year study, AgroLiquid aims to provide answers for growers on how fertility programs can be adjusted to match these population and irrigation reductions.

The objective of this trial was to evaluate the efficacy of individual AgroLiquid products that are normally used as part of a blend for in-furrow applications in corn.

The objective of this trial was to establish a value for planter-time products in Nebraska on soybeans. Products such as Pro-Germinator, Micro 500, and LiberateCa have historically shown great benefits when applied at planting in soybeans.

The objective of this trial was to establish a value for foliar programs in Nebraska. Products such as fertiRain, Sure-K, NResponse, and microLink Mn and B have proven to increase yield when applied foliar at R1.

The objective of this trial was to establish a value for planter-time product additives in Nebraska. Products such as Micro 500, LiberateCa, and individual microLink micronutrients added to in-furrow applications have been proven to increase yields.