At the Nutrien Ag Solutions branch in Manlius, Illinois, farmer and crop consultant Chad Taylor has been witness to many Titan XC success stories. One that particularly stands out in his mind is the effect that Titan XC has had on one of his grower client's fields, helping to transform farmland that was largely phosphorus deficient into land with optimal soil phosphorus levels. 

"The farm was quite run down when he purchased it, and we've been pretty amazed with the activity of Titan XC in just a short time," says Chad.

When the grower first took over the field in 2012, soil tests taken in fall showed that phosphorus levels were very low throughout the field, with an average soil phosphorus level of just 41.5 lbs/acre. Five years later, after applying Titan XC-treated phosphorus and potassium fertilizers every fall, soil phosphorus levels were excellent. In 2017, the date of the most recent soil tests (taken in spring), the average soil phosphorus level had increased to 122.5 lbs/acre. 

In the fall of 2017, Benjamin Rice, a crop consultant for Nutrien Ag Solutions in Sidney, Illinois, was faced with a challenge. 

He typically recommended Titan XC to his grower customers as a treatment for applied dry phosphorus and potassium fertilizers to help increase yield and profitability. Making the case for using this fertilizer biocatalyst was easy with growers who were blanket spreading dry fertilizers, but demonstrating the value of Titan XC was more complicated with a customer who used variable rate (VRT) applied fertilizer and did not want to pay more for the Titan XC technology. Benjamin needed to figure out a way to prove that Titan XC could have a nutrient efficiency and yield benefit when used with his customer's VRT fertilizer.

When it comes to fall dry fertilizer applications, poor soil conditions and bad weather can significantly decrease fertilizer efficiency. Treating dry fertilizer with Titan XC before it goes out in the field can help growers address these challenges and get the highest return on their fertilizer investment.

In a demonstration conducted by Nutrien Ag Solutions in Galesburg, Illinois, Extract PBA was sprayed in fall 2017 on a corn field post-harvest. In spring of 2018, stalks were pulled and split to examine the differences in residue breakdown between treated and untreated parts of the field.

As seen in the photo, the Extract-treated stalks were in a more advanced stage of decomposition than untreated stalks by early spring. 

Extract PBA was sprayed on Nov. 29, 2017. This photo shows corn stalks from treated and untreated parts of the field that were pulled and split on March 23, 2018. 

An application of Extract PBA can help growers keep a tight focus on nutrient efficiency by powerfully releasing nutrients from residue for use by the coming crop. 

In this side by side trial conducted in Fairbury, Illinois, one half of the harvested corn field was sprayed with Extract PBA in late September and the other was left untreated. There was very little moisture in the first 6 weeks after application, and photos were taken approximately 8 weeks after application. 

As the photo shows, decay on the treated stalks was well advanced compared to the untreated check after only 8 weeks.

It’s fall fertilizer season, and many tons of dry fertilizer going out to the field from CPS locations will include the fertilizer biocatalyst Titan PBA.

Growers who use Titan PBA with their phosphorus (P) and potassium (K) fertilizers in the fall get excellent fertilizer efficiency and great results, as these corn and wheat studies show.

Don’t forget the Titan PBA in your dry fertilizer blend this season!

By Stephen Sexton, Director of Technical Sales, Agricen

By Brian Cornelious, PhD, Director of Applied Sciences 

Our partners at Crop Production Services work to get Titan PBA applied to the dry fertilizer that they spread, and for good reason: Titan PBA makes good fertilizers even better. Take a look at the yields from these soybean and corn field trials from 2013.

This soybean trial, conducted in Central Iowa, showed an 11.1 bushel per acre increase when Titan PBA was added to the grower’s standard P & K blend.

By Stephen Sexton, Director of Technical Sales (@AgricenLifer), Agricen

Yellow seedlings are a familiar sight for many corn growers. On continuous corn acres, the carbon-to-nitrogen ratio can be more than double the optimal ratio* for crop residue decomposition due to the buildup of organic matter from multiple years of corn-on-corn rotations. Even if a grower has applied nitrogen during the previous fall or around spring planting, soil microbes can out-compete seedling corn plants for nitrogen when excess carbon is present. The microbes use the nitrogen as a food source, immobilizing it as they work to degrade crop residues; the seedling corn plants, meanwhile, turn yellow due to a lack of available nitrogen.