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See the latest news, innovation updates, trial results, grower stories and more from Agricen. 
Enhancing UAN Sidedress Efficiency to Optimize Corn Yield Potential
June 4, 2024 — Posted By Agricen

05-24-Sidedress-webinar-landing-pgHow can farmers maximize every unit of UAN sidedress they apply to help them reach their maximum yield potential?

Watch our on-demand webinar, "Enhancing UAN Sidedress Efficiency to Optimize Corn Yield Potential," to learn:

  • What conditions favor best responses from sidedress nitrogen applications

  • How enhancing a sidedress nitrogen application can potentially help offset the impact of planting delays

  • When growers should apply UAN sidedress for optimal benefits

  • How EXTRACT PBA can maximize the impact of UAN sidedress applications to optimize corn yield potential

Not all forms of nitrogen in UAN are readily available for crop uptake when applied. EXTRACT (6-0-0-13S), a combination of a fertilizer biocatalyst and ammonium thiosulfate (ATS), can improve the efficiency of UAN sidedress applications by influencing the two most important sources of plant-available nitrogen: the applied UAN and the residual soil nitrogen.

Accelerating the conversion of the urea component (50%) of UAN and positively affecting the mineralization and recycling of organic nitrogen in the soil are two key mechanisms in nitrogen use efficiency that lead to more available nitrogen from both applied and residual (already on/in the soil) nitrogen sources. Increased nitrogen availability combined with a more efficient use of nitrogen equals better growth potential, both immediately after EXTRACT application and for weeks to come in the growth cycle of the crop.

EXTRACT is also compatible with other technologies that enhance liquid sidedress nitrogen applications, such as BLACKMAX 22, an organic acid-based product that can be applied in tandem with liquid nitrogen to improve nutrient availability and support positive soil attributes.

Whether applied alone with UAN sidedress or with other sidedress-enhancing technologies, EXTRACT helps ensure that crops can access nitrogen during peak demand and that farmers can get the most out of their UAN sidedress investment.

Watch the on-demand webinar today to learn how to get the most efficiency out of your UAN sidedress application.

Watch the Webinar

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[Corn Trial] Lower Canopy Temperatures & Greater Nutrient Uptake with TERRAMAR
May 20, 2024 — Posted By Agricen

By Jeremiah Butler, Agricen

Early in the summer of 2023, widespread nutrient deficiencies were observed in the Corn Belt, particularly potassium (K) deficiency in corn. Due in large part to drier-than-average early season growing conditions, abiotic stress—or stress from environmental conditions—was more prevalent, impacting crop physiological development and reducing nutrient uptake during a critical phase.

Beginning in mid-June, a number of crop consultants were reporting an interesting phenomenon. Corn fields treated with a foliar application of TERRAMAR in the V3-V7 growth stage visually appeared to be healthier and were not exhibiting the same level of K deficiency symptoms as untreated corn.

As a result of these observations, trials were conducted on later-planted corn in Minnesota and Michigan, and on a soybean field in Indiana to evaluate the impact of a V4 application of TERRAMAR on nutrient uptake and abiotic stress reduction. Corn nutrient demand significantly increases after the V4 window to produce a healthy, high-yielding crop.

In the Minnesota trial, a foliar application of TERRAMAR (1 quart/acre) was made at V4, followed by rigorous tissue sampling to determine nutrient uptake levels of treated versus untreated plants. A total of 135 tissue samples were taken at the V9 growth stage (10 days after application) hourly over a 12-hour period (7 am to 7 pm). In addition, leaf surface temperature readings of treated and untreated plants were taken to evaluate canopy temperatures. Higher ambient air temperatures during the trial period were an indication that the corn crop was experiencing moderate heat stress.

Compared to the untreated corn, TERRAMAR increased the uptake of the majority of nutrients into the corn leaf tissue (Fig. 1). Potassium uptake was particularly notable, showing a 38% increase compared to the untreated corn.Terramar-tissue-samples-1200px

Fig. 1. Percent increase in micro- and macronutrients in corn tissue with TERRAMAR treatment versus untreated. Samples taken 10 days after foliar application of TERRAMAR.

Leaf canopy temperature was also notably reduced in corn that had been sprayed with TERRAMAR compared to the untreated corn (Fig. 2). Lower leaf temperatures indicate that the plants were under less stress and were therefore able to more efficiently perform physiologic functions such as transpiration and photosynthesis.

Terramar-tissue-temp-1200pxFig. 2. Tissue temperature in the leaf canopy of corn plants treated with TERRAMAR versus untreated. Temperatures taken using thermal camera 10 days after foliar application of TERRAMAR.

At harvest, the TERRAMAR treatment was associated with a yield advantage of +11.2 bushels/acre compared to the untreated corn (165.8 bu/a vs 154.6 bu/a, respectively).

These results are in line with prior research demonstrating TERRAMAR’s consistency in reducing stress from abiotic factors (e.g., heat, drought, salinity, wind, hail and wet environments) at any given time in the growing season following a foliar application.

While stress mitigation significantly contributes to the product’s performance, more recent research indicates that a foliar application of TERRAMAR also increases nutrient uptake (documented by leaf tissue tests in both stressed and non-stressed environments), nitrate assimilation, carbon fixation, and photosynthetic capacity. These benefits add value by providing more efficient nutrient uptake during the crop’s critical demand windows.

Every growing season creates a different set of challenges, but some things remain constant. Globally, 50% to 70% of crop yield is lost to abiotic stress factors. Taking measures to reduce the impact of abiotic stress and increase nutrient uptake throughout the growing season with new technologies like TERRAMAR provides growers a fighting chance to add more to their bottom line across a range of crops.

Learn more about TERRAMAR by accessing the Minnesota corn trial bulletin. 

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[Interview] Addressing Weather-Induced Crop Stress
May 13, 2024 — Posted By Agricen

Wity-radio-down on farmAs growers finish putting this year’s crop in the ground, Agricen’s Scott Lay spoke with WITY Radio’s Dennis Michelsen about TERRAMAR, a foliar product designed to help crops increase nutrient uptake and better tolerate weather-induced stress.

Dennis - WITY Radio: It’s impossible to predict the weather long term, but we know that something will always put our crop under stress every growing season. Would it be fair to say that the main reason a producer would want to add TERRAMAR to their lineup is to reduce stress?

Scott - Agricen: That is the essence of it. Weather-induced stress is one of the greatest yield robbers that farmers face. Up until this point, short of going to church on Sunday and praying for more moderate temperatures and rain, there's not been a heck of a lot we could do to address stress.

TERRAMAR was new to the row crop market last year, during which nearly 2M acres were treated. It does two things. One, it has a biologically extracted kelp component that minimizes the effects of weather-related stress, such as heat, drought or early season cold. Secondly, it has a biologically extracted carbon component that stimulates the plant to pull in more nutrients to aid in chlorophyll production and photosynthetic capacity, as well as increase carbon fixation in the plant. In this way, TERRAMAR provides a one-two punch that equals a better chance for yield at harvest time.

Dennis - WITY Radio: How and when is this product applied?

Scott - Agricen: TERRAMAR is designed for post-emergent foliar application throughout the growing season. It can go out early in the vegetative stages with a post-emergent herbicide in advance of the stresses that will present themselves to the crop. Then, as we get into the reproductive stages where a fungicide is often applied for the purpose of minimizing the impact of disease, a dose of TERRAMAR at that time will carry on for at least two to four weeks to minimize the impact of weather-induced stress.

We can measure this by canopy temperature. Last year, we did a number of trials across Indiana, Michigan and Minnesota to quantify the impact of TERRAMAR on canopy temperature in both corn and soybeans. Throughout the course of a July day, we saw that the canopy temperature of plants treated with TERRAMAR was 3°F to 5°F lower compared to untreated.

If you can lower the canopy temperature, that plant will be more efficient in reproducing and filling.

Dennis - WITY Radio: That's the key, Scott, because we always think about drought as a big stressor of crops, but we also get those hot nights where the temperature doesn't drop much below 75°F. That plant needs all the help it can get to stay out of stress, or we're losing bushels.

Scott - Agricen: That is absolutely correct. Heat happens in every zip code and every crop, every year. If we can moderate the temperature of the canopy, we're minimizing the impact of heat. It's not a replacement for a 60° F night. But if we can minimize the impact of those warm July and August evenings and give that plant a better chance to photosynthesize and to transpire water and nutrients, again that correlates very nicely to better yield potential.

Dennis - WITY Radio: What's the ROI that we can expect?

Scott - Agricen: In third-party university trials and farmer-conducted side by sides, we’ve found that the average response is 7 to 10 bushels in corn, 4 to 7 bushels in soybeans and 5 to 8 bushels in wheat. All told, regardless of crop, the average is a 3 or 4:1 return on investment. So for every dollar invested in TERRAMAR, a farmer could expect a $3 to $4 return as a result of an increased yield result.

TERRAMAR is available from Nutrien Ag Solutions.

This interview was edited for length and clarity. You can listen to the interview below or on Agricen's YouTube channel.

 

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Creating a More Efficient Liquid Starter Program for Corn
April 29, 2024 — Posted By Agricen

By Brian Cornelious, PhD, Agricen

corn soil sky-1

The use of starter fertilizer, aimed at getting plant nutrients in a concentrated zone close to the point of seed placement, is a common practice in some parts of the country.

A standard starter program for corn in the U.S. Corn Belt is 3-5 gallons of ammonium polyphosphate (10-34-0) plus 1 quart of zinc per acre. More progressive growers have gravitated towards readily available orthosphosphate blends containing micronutrients or other enhancements like biostimulants. Regardless of the rate, timing, source and amount (the “4Rs”) of the practice, the goal is the same: Get the most out of every nutrient applied for better early growth and development.

Conversion from polyphosphate to plant-available orthophosphate takes place in the soil, where microbes and soil chemistry both play a role in making the applied and existing soil nutrients available to the plant, as well as in the timing of nutrient release into the soil solution. For any liquid starter program to be successful, growers must consider several key factors like soil test values, crop yield goals, field conditions and potential for nutrient release when the crop needs them most.

Thankfully, growers don’t have to leave it all up to nature. By enhancing liquid starter programs with ACCOMPLISH MAX or PROLOGUE, growers can speed up the conversion process in the soil and facilitate plant nutrient uptake by providing highly available forms of nutrients. The outcome is improved plant performance, as demonstrated in the trials below.

ACCOMPLISH MAX

ACCOMPLISH MAX is specifically formulated for use with liquid starter fertilizers. It contains diverse biochemicals (e.g., organic acids, enzymes) that interact with liquid fertilizers and soil chemistry to improve nutrient availability and facilitate nutrient uptake by the crop. It also contains a kelp-based technology that helps crops better tolerate potentially yield-robbing stresses like cold temperatures, saline soil, heat or dry conditions.

In the corn trial below from Ohio, the grower standard practice (GSP) was an in-furrow program consisting of NPK, a micronutrient starter and Proven 40 (a microbial nitrogen-fixing product from Pivot Bio). This was compared to GSP plus 1 quart/acre of ACCOMPLISH MAX over three fields.

The results? Adding ACCOMPLISH MAX to the grower's standard in-furrow program led to a yield advantage of +6 bu/acre over the GSP alone.

Corn_Ottawa_Ohio_Accomplish_Max

In another example, a corn trial in Nebraska looked at the impact of adding ACCOMPLISH MAX at 1 quart/acre to a starter program consisting of Loveland Products’ Riser (2 gals/acre) and Black Label Zn (1 gal/acre).

The results? A visual difference with ACCOMPLISH MAX earlier in the season, including thicker stalks and healthier plants above ground, with deeper, more developed roots below. The early, healthier start resulted in a +4.5 bu/acre yield advantage at harvest compared to the starter program that did not include this technology.

corn_Curtis_Nebraska_Accomplish_Max

PROLOGUE

PROLOGUE (5-0-0 6.3% Zn) is a combination of highly plant available zinc and nutrient solubilizing technology comprised of microbial metabolites (biochemicals) and active, phosphorus-scavenging microbes that colonize within the root system.

PROLOGUE fits any banded liquid phosphorus-based fertilizer program requiring supplemental zinc for optimal plant growth. It is formulated to increase the efficiency of both applied phosphate and existing phosphate bound in the soil, as well as balance the P:Zn uptake ratio. (For every 10 units of phosphorus, a plant needs 1 unit of zinc.)

In this corn trial from Kentucky, PROLOGUE was applied 2x2 with 10 gals/acre of 10-34-0.

The results? A yield advantage of +7.15 bu/acre with PROLOGUE in the starter program compared to the 10-34-0 starter alone.

Prologue_Corn_KY

Crops that get off to a good start often maintain an advantage during the growing season over those that struggle to get going. As these studies show, growers that include a technology such as ACCOMPLISH MAX or PROLOGUE in their starter programs—whether a polyphosphate, an orthophosphate/polyphosphate blend or other liquid starter—can maximize the efficiency of applied nutrients and improve crop performance.

Learn more about starter fertilizer programs by downloading our booklet, Improving Crop Yields with Starter Fertilizers.

Download the Booklet

 

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[On-Demand Ag Webinar] Stand Up to Stress for Higher Yield & ROI
April 24, 2024 — Posted By Agricen

CropLife-webinar-archive

Whether conditions are “ideal” or stressful, the key is to be prepared for whatever the growing season brings so that you can reach your yield goals.

In this on-demand webinar hosted by CropLife, "Stand Up to Stress for Higher Yield & ROI," you'll learn:

  • What abiotic stress is

  • How ag biologicals and biostimulants fit into crop stress and plant health management programs

  • How TERRAMAR, a new foliar technology for agricultural crops, enhances plant performance while mitigating the impacts of abiotic stress

During the webinar, Dr. Connor Sible of the University of Illinois discusses common abiotic stresses, how biological and biostimulant technologies can play a role in addressing them, and, specifically, how marine extracts promote stress relief in plants. He also discusses the need for a proactive approach when it comes to application timing.

"Stress mitigating biostimulant applications need to be proactive, not reactive," says Dr. Sible. "The crop needs time to build the defense so that it is able to tolerate the stress when it arrives."

Agricen's Dr. Brian Cornelious follows his presentation with a discussion of TERRAMAR, which can be used to enhance nutrient uptake while improving crop tolerance to abiotic stress.

TERRAMAR is a unique combination of carbon- and marine-based components that have complimentary functions:

  • Carbon-Based Technology (derived from biologically converted leonardite) enhances nutrient uptake and provides key carbon derivatives for additional energy to optimize plant performance

  • Marine-Based Technology (derived from biologically digested kelp) improves crop tolerance to abiotic stressors such as heat, drought, salt, and cold

Exclusively available from Loveland Products through Nutrien Ag Solutions, TERRAMAR can be used in combination with early, mid-season, or late-season foliar applications (including foliar nutrition, insecticides, herbicides, and fungicides) to mitigate stress and improve nutrient uptake. Foliar applications deliver its unique set of highly active, metabolite-based compounds for quick absorption through the leaf tissue of the plant. Multiple field trials validate the effectiveness of TERRAMAR as an addition to crop protection and nutritional programs.

Watch the webinar to learn how to help your crops stand up to stress for higher yield and ROI.

Watch the Webinar

 

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Biocatalyst Technology Helps 2023 Corn Yield Contest Winners Succeed
April 15, 2024 — Posted By Agricen

More than three dozen farmers in the 2023 National Corn Growers Association (NCGA) Corn Yield Contest used Agricen's biocatalyst technologies in their winning programs. They include four farmers who took top places at the national level and 34 who took top places in their states. 🏆

NCGA_social-2023

The winning growers used one or more of the following products in their corn fertility programs: Accomplish MAX, Ensurgo, Extract PBA, Levitate, Maritime, Prologue, Terramar and Titan XC. All of these products are exclusively available from our partner, Loveland Products, through Nutrien Ag Solutions.

Corn Yield Winners

The 2023 national corn yield winners again included Virginia farmer Heath Cutrell, who earned first place in the "Conventional Non-Irrigated" category (396.12 bu/a yield). You can learn more about Heath in our short video, Striving for Record Corn Yields.

Other national winners who used Agricen's technology were:

  • Maryland farmer Temple Rhodes, winner of the "Conventional Irrigated" category (375.67 bu/a yield)

  • Ohio's Corey Farrens, winner of the "Conventional Non-Irrigated - Corn Belt States" category (340.46 bu/a yield)

  • New Jersey's Scott Truszkowski, who earned second place nationally in the "Strip, Min, Mulch, Ridge-Till Non-Irrigated" category (323.75 bu/a yield)

We are proud to be a part of these growers' winning programs and wish them the best of luck as we begin the 2024 growing season.

Learn more about some of the technologies used in the winning programs by downloading the Sustainable Technology Overview.

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How Does PROLOGUE Enhance Phosphate Performance?
March 29, 2024 — 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.

04-24_Prologue-corn

PROLOGUE combines the critical early season micronutrient, zinc, with unique nutrient solubilizing technology that increases the efficiency of both applied phosphate and existing phosphate bound in the soil. Working together, these components enhance early germination and crop growth, helping crops better absorb both applied nutrition and soil bank nutrition:

  • Nutrient solubilizing technology - Microbial metabolites (biochemicals) and active, phosphorus-scavenging microbes that colonize within the root system to keep more applied nutrition available to the crop. They also help loosen the bonds of recalcitrant phosphorus in the soil to improve phosphorus availability during the growing season.

  • Chelated zinc - A plant-available form of zinc.

Many crops can benefit from PROLOGUE, especially those that do best with an early season application of liquid phosphate (including ammonium polyphosphate or liquid phosphate containing blends) near the developing root system.

With technology that drives more phosphorus into a developing crop, PROLOGUE can help growers realize big dividends at the end of the season.

Learn more by downloading the PROLOGUE booklet.

Download the Booklet

 

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[Watch] Opportunities for Enhancing Nutrient Availability with Extract
March 11, 2024 — Posted By Agricen

03-24-extract-webinar-archive

How can growers get the maximum benefit from existing and applied nutrition to maximize their yield and return on investment?

Watch our on-demand webinar, "Early Season Opportunities to Enhance Nutrient Availability with EXTRACT PBA," to see:

  • How Extract helps unlock the nutrition crops need from the soil, organic and inorganic nutrient applications and the previous season's crop residue for maximum yield

  • How to get the most utilization out of applied and residual nutrition with Extract

  • Results from corn, soybean and wheat trials

Extract enhances nutrient release and mineralization from the soil, liquid fertilizers and crop residues, which promotes nutrient availability and uptake. It can be used with pre-plant liquid fertilizers, pre-emergent herbicides, UAN sidedress applications or fall burndown chemistries to unlock more nutrition for crops.  

In an analysis of 105 third-party and side-by-side trials conducted over the past decade, the average yield increase gained by utilizing Extract was +10.3 bu/a in corn (53 trials), +3.7 bu/a in soybeans (47 trials) and +5.5 bu/a in wheat (5 trials) as compared to no Extract treatment.

By giving crops greater access to the nutrition they need, Extract can help boost crop yields and increase a grower's return on investment.

Extract is exclusively available from Nutrien Ag Solutions.

Watch the webinar today to learn how to maximize nutrient availability for your crops with Extract.

Watch the Webinar

 

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Frequently Asked Questions About Using TERRAMAR in Row Crop Programs
March 5, 2024 — Posted By Agricen

TERRAMAR can be applied to a wide variety of row crops, including corn, soybeans, wheat, grain sorghum (milo) and cotton. In this blog, we answer common questions about using TERRMAR in row crop programs.

What is TERRAMAR?
TERRAMAR is a breakthrough product that combines a biologically converted kelp source and biologically converted leonardite, which is a carbon source. It is intended for foliar applications in row crops at vegetative and reproductive stages. TERRAMAR supplements a balanced crop nutrition system by helping to maximize plant performance and yield across any type of growing conditions.

Why use TERRAMAR in row crops?
TERRAMAR is formulated to increase nutrient uptake and enhance stress mitigation, which can optimize plant health and contribute to enhanced yield. In 76 trials conducted from 2019 to 2023 across corn, soybeans, wheat and grain sorghum, TERRAMAR offered an average yield advantage of +7.12 bu/acre compared to untreated check.

Terramar-piano_graph 2019-2023

 

What are the key benefits of TERRAMAR for row crops?
TERRAMAR sets a new standard in stress mitigation and plant performance. Foliar application of TERRAMAR improves abiotic stress tolerance (e.g. heat, cold, drought) at various stages of plant growth. Visible improvements in stressed crops can often be observed several days after application. Additionally, increased nutrient use efficiency has been documented when TERRAMAR is applied in conjunction with a foliar nutrition program.

How is TERRAMAR applied?
TERRAMAR is recommended for liquid foliar applications in row crops to enhance plant performance while minimizing weather-induced stress. Foliar applications deliver TERRAMAR's unique set of highly active, metabolite-based compounds for quicker absorption through the plant leaf tissue. The recommended rate for TERRAMAR is 1 quart per acre. It is compatible with a broad range of liquid fertilizers, insecticides, herbicides and fungicides for maximum application flexibility.

When should TERRAMAR be applied?
TERRAMAR can be applied in early post-emergent applications as well as mid- to late-season fungicide applications.

Should I apply TERRAMAR even if I am not anticipating severe crop stress?
Yes. TERRAMAR can optimize plant performance in all growing conditions, whether they are stressful conditions in which crop development could be impacted or average to ideal conditions in which crops have the best chance of reaching their yield potential.

Learn more by downloading the TERRAMAR Frequently Asked Questions bulletin.

Download the Bulletin

 

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Interview: Get More from Your Crop Fertility Program with Extract PBA
February 20, 2024 — Posted By Agricen

Wity-radio-down on farmAgricen's Scott Lay spoke with WITY Radio’s Dennis Michelsen about why pairing EXTRACT PBA with crop fertility programs makes sense.

Dennis - WITY Radio: Before you know it, it will be time to get the planting season going, and if you want to get the most out of your fertility program, you really need to find out more about EXTRACT.

Scott - Agricen: Applying nutrients is simply step one. The next question is, “What can you do as a farm operation to enhance the availability of those nutrients that you’ve applied?”

Dennis - WITY Radio: The key is not to reduce what you're putting down. It's just to get more value out of every dollar from your fertilizer program.

Scott - Agricen: That's right. EXTRACT is not a replacement for fertility or nutrients. But it is a technology that is available today to aid in the mineralization of nutrients in the soil profile and in the release of nutrients bound by calcium, magnesium or other components in the soil, so that they can be available for your crop.

Dennis - WITY Radio: Like all of your products, EXTRACT has been tested extensively both in the field and by university researchers.

Scott - Agricen:  Ultimately, the end result that any farmer wants is an increase in yield. We've done extensive research with land grant universities across the Midwest—Purdue University, University of Illinois, University of Nebraska, Iowa State and others—to validate what Extract is doing in the soil profile to hopefully give that plant a better chance to yield.

There are two things in particular we can point to when EXTRACT is applied in a broadcast fashion on the soil. The first is we're able to increase the amount of phosphorus available to the plant, more specifically P1, by 10 to 15%. Secondly, both the nitrate and soil ammonium forms of nitrogen are increased by 15 to 20%. That's not a guarantee of greater yield, but we do know that there's a high correlation between having greater amounts of soil nitrogen and phosphorus and increased yields.

Dennis - WITY Radio: EXTRACT offers a way to make sure that every nutrient you're putting down goes to good use.

Scott - Agricen: That's true. The term that's becoming more popular is “nutrient cycling.” In broad terms, it’s simply the ability to take nutrients that are applied or in the soil profile and convert them more readily to a plant-available form. EXTRACT can increase the level of nutrient cycling, which can lead to greater yield results.

Dennis - WITY Radio: It all comes down to the bottom line. What kinds of ROI have you seen with EXTRACT?

Scott - Agricen: EXTRACT has been available on the market since 2017, and this past year we treated a little over 2 million acres across the United States. With EXTRACT, the average yield increase for corn over years of trials is 10.2 bushels per acre. For soybeans, it’s 4.2 bushels per acre. For wheat, it’s a shade over 5 bushels per acre. The number of additional bushels needed to pay for that EXTRACT investment is very minimal. In corn, it's less than 2 bushels. In soybeans, it’s about 0.4 bushels to break even.

Our objective with any farmer, anywhere is to help them lower their production cost per bushel or unit of output. We believe that the economics with EXTRACT stack up very favorably. It’s also very consistent in terms of return on investment and, in the longer-term, positively impacting that soil health, which is any farm’s number-one asset.

EXTRACT PBA is available from Nutrien Ag Solutions.

This interview was edited for length and clarity. You can listen to the interview below or on Agricen's YouTube channel.

Learn more about EXTRACT PBA, a biocatalyst specifically formulated to maximize nutrient release from the soil and crop residues, by downloading the EXTRACT PBA booklet.

 

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