Each harvest comes with a degree of soil nutrient removal, depending on the crop and yield. Consider a fall fertilizer application to maintain nutrients in the soil after harvest and prepare fields for the 2021 growing season. Read on to learn how interpreting soil test results and strategic application timing can set you up for success next year.
Although boron (B) is considered the most deficient micronutrient in the world after zinc, dynamics of B use in plants and soils have continued to perplex farmers, agronomists and researchers for decades.
Magnesium (Mg) is one of three secondary macronutrients, along with calcium and sulfur, required for balanced crop nutrition. Often overlooked, Mg deficiencies can lead to reduced crop growth and yield.
Unfenced: What are the steps a farmer might take to improve his or her preparation for increased success in 2016?
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.
As yield levels increase, so does the demand for nutrients not often considered as standard practice. This means that a high-yield system requires more attention be paid to micronutrients. In fact, is it possible that we are pushing the limits of our soil as we push yields to the next level.
There are a number of factors indicating the need for producers to increase future fertilizer use and efficiency. The Council for Agricultural Science and Technology’s (CAST) recent study on the demand for more food, fuel and fiber puts these projected increases in perspective for producers.
Drought is a simple and unfortunate fact of life that farmers must endure from time to time. Those who went before us endured these challenges, and so will today’s farmers. Nevertheless, given ongoing extreme weather conditions, it’s sensible to review a few of the basic considerations farmers must weigh when planning fertilizer applications for their suffering fields.
There are bushels out in your soybean acres just waiting for an artful hand to bring them forth. Agronomic strategies could boost the take by 10 bushels an acre, with half of those coming through proper nutrient application, according to research conducted by Dr. Fred Below and Dr. Ross Bender at the University of Illinois.
Soil testing is the farmer’s best tool for determining and managing phosphorus (P) levels in their fields. Testing can confirm increases in soil test phosphorus resulting from application of P and also document how much crop removal has decreased soil test phosphorus.
Soil test results are only as good as the quality of the soil samples. While it may seem obvious, it is important to stick with basic best practices.