Jeff Frank, a fourth generation farmer from Auburn, Iowa, grows corn and soybeans on a 1,200-acre century farm that he and his wife operate. He is an avid drone enthusiast and dealer (hear him speak more about drones and farming in this video), sits on the board of directors of his local Farm Bureau, is currently a candidate for the Iowa Soybean Association board of directors, and recently converted his barn over to a new coffee roasting endeavor. You may also remember Jeff from last year’s farming film, Prove It to Me.

Brandon Burkhart is a fourth-generation farmer from Oto, Iowa. Varying soils on his family's 2500-acre corn and soybean operation used to mean it was difficult to get a good, efficient use out of their applied nutrients. Today, Brandon and his family use Accomplish LM and Titan PBA to maximize their fertilizer efficiency, with excellent returns from the accompanying gains in yield. 

“When using our Accomplish LM and Titan PBA combination on corn, it’s been [a yield increase] upwards of 10 bushels or more,” says Brandon. “On our bean operations with just Titan PBA, we’ve seen jumps of 10 bushels per acre.”

Farming corn and soybeans in Breda, Iowa, Cory Uhlenkamp and his family use Accomplish LM on every acre to help with soil health and crop productivity.

In a previous post, we got to know Jim and Janet Orr, fourth generation farmers from Iowa. In this blog post, we meet their sons, Jamie and Jason, who continue the family tradition in farming and agriculture.

In the past 50 years, science, technology and economics have dramatically changed family farming. But the connection to the land and the choice to farm still passes from generation to generation. In this blog series, we’ll feature two generations of the Orr family, who maintain a strong connection to the land their relatives first began to farm over a century ago in Iowa.

Meet the Orrs: Farming the Land for Five Generations

Accomplish technology can be used to help release and mineralize nutrients in high residue fields. Given the high potassium levels in corn stover and the high potassium demand for a soybean crop, this is a perfect situation for using a residue application of Accomplish technology to improve plant performance (Figures 1-3) and gain a yield advantage in the coming soybean crop (Figure 4).

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

This season, with high corn yields and a late harvest in many places, it will be critical to take steps to maximize residue decomposition and nutrient release for the benefit of next seasons’ crops. It’s important to keep in mind that the primary limiting factor for residue decomposition is cooler temperatures, which reduce the microbial activity required for residue breakdown. Given the late harvest, that means there's only been a short window for natural decomposition processes to take place. In addition, larger yields produce more residue, which requires more time and energy to properly break down.

We’ve previously discussed just how inefficient applied NPK fertilizers can be in the first year after application, a problem that is compounded in high-residue fields.

In continuous no-till corn, crop residues with a high carbon-to-nitrogen (C:N) ratio (about 60:1) can build up. When this happens, the soil microorganisms responsible for decomposing crop residue compete with the plant for nitrogen. A C:N ratio of 30:1 or lower is required for the soil microorganisms to effectively decompose crop residues without immobilizing the soil nitrogen needed by the growing plants.

Some growers have tried to address this issue by applying additional nitrogen to the soil to lower the C:N ratio, minimize microbial competition for plant nitrogen, and improve corn yield.