Organic matter (O.M.) plays a significant role in crop production and soil health. Building and maintaining a healthy soil that has more O.M. can aid in providing a stronger foundation for higher crop yields and resiliency to environmental stresses.
Five things to consider to get your growing season off to the best start possible.
Evaluate the yield response of soybeans to Aspire®, MOP + Granular B blend and a Control treatment.
Evaluate the yield response of Aspire® with Boron (0-0-58-0.5B) compared to MOP (0-0-60). Compare the yield response of Aspire® to a MOP + Boron (B) blend applied at multiple application rates.
Evaluate the yield response to Aspire® with Boron (0-0-58-0.5B) compared to MOP (0-0-60).
In the mid-1970s, Dr. Robert Westerman banded 18-46-0 with wheat at planting in a low-pH soil near Haskell, Oklahoma. The impact was immediately evident. Soon after, Oklahoma State University published an extension brochure titled “Banding Phosphate in Wheat: A Temporary Alternative to Liming” (Figure 1). This method was a temporary solution for the significant amount of Oklahoma winter wheat that was either too far from a reliable lime source or under a short-term-lease contract.
The growing season of 2014 has the potential to yield a record harvest in many areas of the country. With good weather conditions, high soil fertility and a combination of high-yielding varieties, crops look strong and healthy. But there’s more being removed from the fields than just a crop harvest — record yields mean record nutrient removal from the soil.
It’s important that producers not overreact to lower crop prices for wheat by cutting back this fall on phosphate fertilizer if it is needed. Wheat is a highly responsive crop to phosphate fertilizers. At low soil test levels, good profits can be made by using the right rate of phosphorus applied at the right time and in the right manner.
Whether you are growing wheat, canola or corn, you can set the stage for a healthy growing season and maximum yield with early-season treatments and starter fertilizer.
A recent study from DuPont Pioneer outlined the continuous-corn yield penalty, and the causes for that penalty. Over a six-year period, the study found that continuous corn yields, on average, 25 bushels per acre fewer than corn that follows soybeans.
Volatile prices, changing foreign markets and weather events represent some of the uncontrollable factors facing farmers every year. As you look to limit that risk by eliminating yield-inhibiting factors, you may want to start with the soil beneath their feet. Making sure your soil is up to the challenge of the upcoming season is the first step toward minimizing risk.
More and more farmers are looking at cover crops as a way to improve their soils and reduce erosion. There are many published studies on how cover crops can take up excessive nitrogen from the soil, as well. However, adopting this technology first requires a clear understanding of your fields and growing conditions, as well as the impact cover crops have on nutrients in the soil.