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).

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.

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.

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 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.

The objective of this study was to expand on previous research by banding dry fertilizer at planting compared to several combinations of dry banding plus liquid in-furrow or dry banding with no in-furrow liquid followed by streaming on liquid at bolting/first flower.

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.

The objective of this trial was to evaluate a corn silage nutrition program developed based on soil test reports and grower yield goals, compared to a grower standard program. The grower standard program included phosphorus, nitrogen, and a foliar biological product. Forage samples were analyzed for quality components. Milk production was estimated using the Wisconsin Milk 2024 computer model.

Corn silage production requires high yield and good forage quality to provide high value nutrition to dairy cows. The objective of this trial was to evaluate the effect of using C-Tech, a fulvic acid + biological product applied in-furrow, compared to a grower standard program. The grower standard program included phosphorus and nitrogen.

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.

To evaluate the use of micronutrients placed in-furrow and its effect on soybean yields.

In this grower field trial an AgroLiquid program was developed to compare to the grower standard fertility program.

This grower corn trial compared a grower standard fertility program to different combinations of AgroLiquid products. Utilizing a soil test and the grower standard practice, key AgroLiquid products were placed into the program.

This corn trial was established looking at two different comparisons:

First, a comparison of planter fertilizer program was made comparing 3 gal/A Pro-Germinator to 2

gal/A Pro-Germinator + 1 gal/A Spring-uP.

Second, a comparison between UAN and UAN with an experimental product, eN-22.

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.

This experiment compared a grower standard cotton program to and AgroLiquid fertility program planter and foliar applied.

This trial evaluated fertility programs for high yielding soybeans. Two AgroLiquid programs were developed in comparison to the grower standard practice.

This trial evaluated an AgroLiquid fertility program against the grower standard, along with an AgroLiquid program with additional potassium and calcium to address the growers concerns of low tissue levels in season.

The objective of this trial was to evaluate the addition of Micro 500 to the grower’s standard corn program.

The objective of this project was to demonstrate the value of AgroLiquid fertilizer products on yield and quality of corn silage. This project was conducted in cooperation with Dairy One consulting. The project was conducted in 2021, 2022, and 2023. The three year summary is reported.

This grower is looking for an effective but low cost in-furrow blend that meets his goal of providing a positive ROI versus no in-furrow fertilizer applied.

Micro 500 experiments may be few.  This is an excellent test to show the value of micro nutrients on corn.

What is the best method for applying LiberateCa to soybeans?

Evaluating the benefits of adding calcium and micro nutrients to a planter band for red potatoes.

This trial was designed to determine efficacy of in-furrow and foliar programs on soybeans in eastern Great Plains soils.

This trial was intended to help determine the efficacy of LiberateCa, AgroLiquid Fulvic, and CTech as planter-time additions to ProGerminator and Micro 500 blends.

XtremeAg is very transparent with what they do on their farms, and will highlight products and practices that work, along with those that don’t. AgroLiquid has used this opportunity to test out-of-the-box ideas, push for high yields, and expand testing on crops we have little data on.

This report contains all of the results for 2022 for each of the locations where testing was done.

XtremeAg is very transparent with what they do on their farms and will highlight products and practices that work, along with those that don’t. AgroLiquid has used this opportunity to test out-of-the-box ideas, push for high yields, and expand testing on crops we have little data on.

This report includes the results for 2021 for each of the locations where testing was done.

The objective of this trial is to measure the effects of in-furrow applications with and without fulvic, plus foliar applications at V5 and possible fungicide on yield.

The objective of this trial was to monitor the effect of added micros on yield and overall plant health. The effects of Kapitalize in furrow vs foliar fed, and the added benefit of boron for boll retention and yield were also evalutaed.

The goal in this trial was to investigate whether in-furrow and streaming AgroLiquid liquid fertilizer (at bolting) replacing part of the dry fertilizer program would provide equal or better yields compared to dry fertilizer alone.

The objective of the trial was to evaluate the yield and economic value of single band vs. three band fertilizer application through FurrowJet on soybean. This trial was conducted by Precision Planting’s PTI Farm.

The objective of the trial was to evaluate the yield and economic value of an at-planting soybean fertilizer program and the additional value of a foliar fertilizer program. This trial was conducted by Precision Planting’s PTI Farm.

The objective of the trial was to evaluate the yield and economic value of an At-Planting corn fertilizer program and the additional value of a foliar fertilizer program. This trial was conducted at Precision Planting’s PTI Farm.

The objective of this trial was to evaluate Pro-Germinator or spring-uP individually or as a 50:50 combination for improving corn yield.

AgroLiquid continues to develop new fertilizer products that provide excellent crop nutrition and improve product handling characteristics. The objective of this trial was to compare the performance of experimental phosphorus product TDP-20 to Pro-Germinator when applied in-furrow on corn.