No-till November, a USDA NRCS campaign, encourages farmers to park their tillage implements this fall, in favor of keeping crop residue on the soil surface. Using no-till as a system reduces erosion, runoff, and soil moisture evaporation.
Fields that were hailed, flooded, windblown, or where planting was prevented this season can benefit from the many soil services provided by cover crops. In addition a growing cover crop can help reduce erosion from water and wind and may help protect soil moisture levels.
Keeping your soil covered with growing cover crops or crop residue are two of the best ways to help protect it from wind erosion. Both practices will help to keep the wind off the soil surface and reduce soil moisture evaporation, providing a moister soil that's less apt to move.
Crop residue, cover crops, and no-till farming practices can provide a positive buffering effect to changes in climate and extreme weather events. Together they can help keep more water and soil on-farm and contribute to improved soil health.
When harvesting higher moisture soybeans, adjustments to your combine and your practices can help minimize challenges in the field, making it easier to achieve a recommended average soil moisture level of 13%.
View six cover crop mixes seeded after wheat harvest, each planted for a specific objective, as well as how fertilizer affects biomass production. See also how planting date affects biomass production. Includes a no-till drill demonstration and various legume cover crops for nitrogen fixation.
Most soybeans are harvested and delivered directly to an elevator instead of being placed in on-farm storage. Soybeans delivered below or above 13% moisture—the elevator standard—lose potential profit. The economics illustrated here show how harvest timing can affect potential income.