Chart submitted by Beck's Hybrids

Let's start with soybean residue management practices. Make sure to replace any broken/dull sickle sections and guards, or any uncut stems, will not be sized by the chopper. Every season the chopper knives and blades need to be checked. The chopper sizes soybean residue and helps promote an even spread pattern. If the knives or blades are dull, clumps of residue will be spread out of the back of the machine. These clumps will not break down over the fall and spring, and will create planting difficulties.

Wind speed and direction will impact the spread pattern of the residue. It is good practice to start harvesting on the downwind side of the field. Therefore, uncut soybeans aren’t acting like a fence, preventing a good spread. Regardless of the wind, the spreader still needs to be set correctly. For all machines, spreading the width of the platform is the goal. Consult the owner’s manual of your machine for the best spreader adjustments.

For corn, most of the residue management happens at the corn head. Ideally, corn stalks should be sized in 6-8-inch pieces or smaller. If your current stalk roll system does not adequately size corn stalks, there are aftermarket options available for all brands of corn heads. Beck’s experts recommend checking with Calmer Corn Heads and 360 Yield Center for a few of these options. Some OEM stalk rolls have adjustable knives, so ensure they are adjusted properly for a better residue cut/crimp.

A chopping corn head can also provide wonders for stalk sizing. Of course, many manufacturers produce chopping heads in many different styles. Beck’s Practical Farm Research (PFR) team has tested the Capello Quasar chopping corn head. Figure 2 highlights the PFR Proven data from this study.

Chart submitted by Beck's Hybrids

This head uses flail-type blades just behind the stalk rolls. This system sizes the stalks into small pieces. Poor sizing of stalks will cause row cleaner problems at planting or poor residue flow with tillage equipment. One benefit of well-sized stalks is the breakdown. Moisture can manage to enter a small piece of residue more easily and will kick off the breakdown process. Another way to speed up the breakdown process is to utilize the Yetter Stalk Devastator system. This system uses a spring-loaded rolling shaft with welded on steel. It effectively cracks the rind on the stalk for quick residue breakdown. Reference Beck’s PFR-proven data in Figure 2.

The planter pass is the final step in residue management. Row cleaners work well to remove residue from entering the trench and impacting the gauge wheels. If residue makes it inside the seed trench, it will impact yield. If possible, I recommend an air adjustment system with adjustability from the cab to make setting row cleaners easier. Figures 3 and 4 highlight Beck’s PFR data for row cleaners in corn and soybeans.

Chart submitted by Beck's Hybrids

Chart submitted by Beck's Hybrids

Residue management is something you truly can manage. Beck’s team of agronomists receives many calls each spring pertaining to poor stands caused by inadequate residue management. Challenge yourself this fall to be intensive with your residue management plan, starting with the combine.