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Author: Agricen

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January 31, 2023

How Does Prologue Enhance Phosphate Performance?

Posted by Agricen

By Ronald Calhoun, PhD, Loveland Products

Crops need phosphorus (P) early in their development to help them get off to a good start. This important macronutrient not only helps them capture and convert sunlight into useful plant compounds, it also assists with plant growth, stalk strength and early root growth and development.

One challenge that growers need to think about each season is that phosphorus availability can be limited by soil fixation, poor root growth and cold temperatures that limit microbial activity. Much of the phosphorus that is applied each season is at risk of fixation with elements in the soil like iron (Fe), aluminum (Al) and calcium (Ca). Once those bonds have formed, the bound phosphate becomes essentially unavailable to the growing crop. For these reasons, it is difficult to access phosphate in the soil bank, making applied phosphate relatively inefficient.

Along with phosphorus, plants also need zinc (Zn). Zinc plays a role in the manufacturing of plant hormones that help drive root growth. It also has a unique relationship with phosphorus, interacting with phosphate to influence root growth. These two nutrients work best when they are available in a ratio in which neither one is limiting the other. Unfortunately, prevailing spring conditions, like cool temperatures and waterlogged soils, can limit the availability of zinc.

Prologue (5-0-0 6.3% Zn) is a unique technology designed to enhance phosphate nutrition for a higher performing and more sustainable approach to crop nutrition. In the trial below, adding Prologue to 10-34-0 starter led to an average yield increase of +8.9 bushels per acre across six sites.

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Topics: Corn, Guest Blogs, Prologue

January 30, 2023

[Watch] Early Season Opportunities to Enhance Plant Nutrition & Health

Posted by Agricen

How can growers optimize early-season crop health and get more from their investment in their fertilizers, crops, and soil?

Watch our on-demand webinar, "Early Season Opportunities to Enhance Plant Nutrition & Health," to hear:

  • How Accomplish MAX and Extract PBA improve nutrient availability in the soil
  • Where these biocatalyst products fit into spring crop plans
  • Details from recent corn and soybean trials

more

Topics: Soybeans, Corn, Webinars, Extract PBA, Accomplish MAX

December 16, 2022

Wheat Crop Benefits from Early Nutrient Availability with Extract PBA

Posted by Agricen

In addition to the fertilizers growers apply each season, crops can benefit from the nutrients that are already in the soil or in surface crop residues. But first, these nutrients must be mineralized and converted into plant-available forms that the crop can use. An application of Extract PBA can make this process faster and more efficient.  

In the photo below taken by the Nutrien Ag Solutions North High Plains branch in the spring of 2022, half of this Kansas wheat field had a fall application of Extract PBA technology on it (right side), helping to break down corn stalk residue and increase nutrient availability, while the other half (left side) was untreated. 

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Topics: Wheat, Crop Residue, Extract PBA

November 29, 2022

Using Extract PBA for Strategic Residue & Nutrient Management

Posted by Agricen

By Steve Roehl, Sr. Technical Sales Agronomist, Nutrien Ag Solutions

At harvest, impressive corn yields also leave behind an impressive amount of leaf, stalk and root mass material in the form of stover or residue. While some may call this "corn trash", the sage farmer and agronomist knows that residue is actually a treasure rich in essential crop nutrients, including nitrogen (N), potassium (in the form of K2O), phosphorus (in the form of P2O5), and sulfur (S). 

Crop residue also poses some challenges. Fields with heavy residue levels can be slower to warm in the spring and can pose issues related to planting (e.g., stalks and root balls can hamper planter disc openers and depth-gauge wheels) and crop establishment. In addition, heavy amounts of crop residue can hinder the ability of soil microbes to release nutrients from the residue. This is especially true for nitrogen and sulfur, which are effectively "tied up" (immobilized) by soil microbes that use them as a food source to break down residue. These immobilized nutrients only become available to the crop once the microbes finish digesting the residue and release (mineralize) the nutrients to the soil.

For these reasons, some forethought about residue and nutrient management this fall can pay dividends to your 2023 crop. For years, Nutrien Ag Solutions customers have utilized a fall or spring application of Extract PBA to maximize nutrient release from crop residues and the soil, extend the availability of nutrients later into the season, and optimize yield potential. This biochemical-based technology is an effective way to release bound nutrients while also making seedbed preparation and planting processes more effective in the spring.

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Topics: Crop Residue, Corn, Extract PBA

October 25, 2022

Alabama Grower Sees Impressive Corn Yield Gains in Titan XC Trial

Posted by Agricen

Chad Henderson, an XtremeAg farmer in Madison, Alabama, trialed Titan XC-treated dry fertilizer on his farm in 2022. He saw impressive results in both his irrigated and dryland corn. 

"We can't wait to try this again," says Chad. "We had great results with this product."

In the trial, Chad compared his standard strip till fertilizer blend to the same fertilizer blend treated with Titan XC at 1 pint per ton.  Both treated and untreated fertilizer blends were applied at 180 pounds per acre. Two different hybrids were in the planter, and each treatment (treated vs untreated dry fertilizer) was replicated 3 times for each hybrid in both irrigated and non-irrigated parts of the field.

In irrigated corn, Chad's average corn yield was 276.7 bu/a with his standard fertilizer blend and 293.8 bu/a with the Titan XC-treated dry fertilizer, for a yield advantage of +17.1 bu/a compared to the check. 

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Topics: Dry Fertilizer, Corn, Titan, Alabama

October 3, 2022

[Watch] How to Make Your Dry Fertilizer Work Harder & Go Farther

Posted by Agricen

How can growers make the most of every nutrient they apply, especially with high fertilizer costs? One way is to focus on improving the efficiency of dry fertilizers that are spread in the fall or spring.

Watch our on-demand webinar, "How to Make Your Dry Fertilizer Work Harder and Go Farther," to learn:

  • Why the amount of fertilizer you apply doesn't always equate to the amount of fertility available to your crop

  • How next-generation technology can enhance your fall dry fertilizer program for better nutrient availability and uptake in the spring

  • How Titan XC can help you get more out of every prill you’ve paid for by giving your crop greater access to applied fertility

more

Topics: Soybeans, Dry Fertilizer, Corn, Titan, Webinars

September 13, 2022

A Cutting-Edge Technology for Fall Dry Fertilizer

Posted by Agricen

With fall fertilizer season approaching, Agricen’s Scott Lay spoke with WITY Radio about using Titan XC to get more efficiency and return on investment out of dry fertilizer applications. 

Dennis - WITY Radio: I think Titan XC is going to be a great addition to producers' game plans here in the fall.

Scott - AgricenTitan XC has been available for about 10 years now. With each successive fall, use increases as folks better understand the benefits of what a fertilizer efficiency technology can provide for their operations.

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Topics: Soybeans, Illinois, Dry Fertilizer, Corn, Titan

August 18, 2022

Improvement in Sugar Beet Quality with Foliar-Applied Maritime

Posted by Agricen

Sugar beets are a major source of the world's sugar, and the higher the sugar yield and concentration per plant, the better. In a replicated trial, researchers evaluated the ability of Maritime to improve sugar concentration in beets when applied to the crop a few weeks before harvest. A kelp-based product, Maritime is designed to provide plant health benefits such as improved nutrient uptake and greater ability to tolerate abiotic stress.

Conducted during the 2021 growing season in Brown City, Michigan, the on-farm trial was overseen by Sugarbeet Advancement, a partnership between Michigan State University, Michigan Sugar Company, sugar beet producers, and agribusiness.

Maritime was applied twice at two different rates toward the end of the growing season. Both were foliar applications made with a leaf spot fungicide. The first application was made in late July at a rate of 2 quarts/acre, with the second application made in late August at 1 quart/acre.

At harvest, there was a significant increase in both recoverable white sugar per ton (RWST, 7 reps) and percent sugar (5 reps) in sugar beets that received the Maritime application compared to beets that were not treated with Maritime (p <0.05 for both measurements).

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Topics: Michigan, Maritime, Sugar beets

August 16, 2022

Canadian Grower Impressed by Root Growth with Titan XC Technology

Posted by Agricen

Titan XC technology for dry fertilizer is available in several countries around the world, including in Canada, where it is sold under the brand name Atlas XC.

While attending a recent farm expo in Canada, Agricen’s Steve Sexton spoke with Kurtis Wandler, a grower from Western Saskatchewan, about his experience with Atlas XC.

Kurtis started out by trialing Atlas XC in peas several years ago, and he now uses it across his entire farm.

We started out just putting it on peas the first year. We did a trial that year, half and half,” says Kurtis. “The next year, between the folks and I, we split the acres in half on a trial, and for the last two years, we’ve been doing all Atlas.”

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Topics: Grower Stories, Titan

August 8, 2022

Protecting Yield Potential from Heat and Drought Stress

Posted by Agricen

With many areas of the country in need of moisture, Agricen’s Scott Lay spoke with WITY Radio's Dennis Michelsen about Terramar, a new technology for the row crop market that can help growers protect their yield potential from heat and drought stress.

Dennis - WITY Radio: When it comes to wanting a little more rain and being concerned about stress in our corn and soybeans this time of year, that’s where Terramar comes into play.

Scott - Agricen: Right. Terramar is a new technology for the Midwest corn and soybean markets. We’ve already had it commercially available in high-value fruit and vegetable crops in Florida, California and the coastal areas.

Terramar is a combination of a biological extract of kelp and a carbon source that does two things. One, it helps to minimize effect of heat and drought stress in the plant. We’re trying to protect the yield potential that exists by minimizing yield robbing factors, like heat and drought stress, which are all too often an impediment to yield as the crop matures.

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Topics: Soybeans, Corn, Abiotic stress, Terramar