What are primary corn planter problems?

What are primary corn planter problems?


As corn planter and its procedures are making advancements in this era. So we prepare the corn planting problems that the farmers are facing nowadays. Here are the primary reasons to keep in mind while having the planting operation.

Row width: more limited rows are best, primarily 30-inch rows. Outputs consistently increase by nearly 5% while rows are constricted from 36- or 38-inches to 30-inches. When row width continues to constrict, output increases are not as uniform, only on average growth of 2 to 3%. In more constrictive rows, the growing place of all plants is optimized, and the plant’s canopy is more agile, which in theory has better results in best moisture retentivity, weed control, and lower chemical cost.

Planting speed: About 160-Acre field brings 11 hours to set with a 15-foot 6-row planter aimed at eight mph without any breaks. For that similar field, utilizing a planter simply aimed at 5 mph would bring 17.6 hours to set. You would as well be required to factor out filling breaks. Rough situations, benches, steep hillsides, and so on. It might need slowing down to fill field circumstances.

Seed Population: Wisconsin suggested reaping the plant population for maize farmed in 30-inch rows is about 30,000 plants/Acre and 26,000 plants/Acre on clearer soils. For fuller rows, place lessening plant population, and for more constrictive sows, put step-up plant population no longer than 2,000 plants/Acre. For corn ensilage areas, reaped plant populations had better be almost 2,000 plants/Acre greater.

Metering: just about corn seed meters are singulated meters instead of volumetrical meters commonly found for crops specified as corn, oats, rape, and alfalfa. Significant matters to look for in a meter are its power to handle a broad diversity of crop seeds, size, and seed forms.

Seed Placing: a lot of factors impact seed placing, including the forms of meter device, placement of the meter higher up the ground, seed deliverance, and seed jounce. On high-velocity, high land area planting gear, the most effective place for the meter is climbed on the row-unit, straightaway above the double-up disk undoers. Singulating meters settled high above the row thing cannot keep accurate seed placing in the lowest of the seed furrow as seeds run into the seed tubes and seed deliverance elements in the clearer, changing drop speed and slenderly changing direction. 

Depth Control: piteous depth control outcomes in uneven egress and blasted seed. Plants that egress afterward often bring out less, and some of the times, nothing in the least. So to control seed profundity, the double-up disk opener astuteness must be assured.

Moisture Retention: In arid circumstances, plant to wet and apply sufficient downforce to move out air pockets and constrict the soil close to and above the seed to lock in moisture. Fend off hairpinning and hold the rest out of the field of the seed. For good sprouting, the seed essentially is pointed in the lowest of the seed furrow in damp soil.

Additional problems: additional management practices specified as seedbed planning (tilth), soil concretion, planting date, and plant food placement ofttimes directly mold planter functioning.


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