Following wheat harvest some producers might be thinking about baling or burning their wheat stubble. Factors to consider include loss of nutrients, protection from erosion, soil moisture and infiltration rates, and soil quality concerns.
During the bitterly cold period in mid-February, air temperatures dropped as low as -30 F in some locations. Soil temperatures, however, did not get near that cold. Several interacting factors control soil temperature flux. Learn some basic principles about soil temperature changes in this article.
soil soil moisture soil temperature crop residue freezing temperatures
Crop residue is often considered to be a valuable source of nutrients, especially when the residue is from a nitrogen-fixing legume. Learns what factors determine the amount of nutrient release and how quickly residues are decomposed.
Crop residue yield and nutrient content are dependent on grain yield, fertility, harvest date, and conditions at harvest. While not all acres are suitable for grazing, crop residue in Kansas represents a sizable resource. Learn about what needs to be considered when grazing residue.
Some producers might think about baling or burning their wheat stubble following wheat harvest. While burning is inexpensive and baling provides additional income, it is important to understand the true value of leaving crop residue in the field. Learn more in this article from soil management specialist DeAnn Presley.
Kansas produces around 5.5 million acres of corn and 9,800,000 tons of corn residue annually. Although baling crop residues provides additional income, producers should consider the potential impacts that residue removal may have on soil and crop health and long-term sustainability.
Crop residue yield and nutrient contents depend on grain yield, fertility, harvest date, and harvest conditions. The duration and timing of grazing initiation also impact residue nutrient content. This article discusses the varying nutritive values for crop residues and the options for grazing.