Inter-plant competition is one of the largest detriments to yield potential that a crop faces during the course of the year. Competition for valuable moisture and nutrients between roots limits plant growth potential and results in an inefficient use of resources as well as a reduction in yield. In terms of sensitivity to competition, corn is among the crops most affected with its robust root system and large plant biomass. Unveven emergence results in a reduction in the consistency and size of corn ear production and subsequently results in yield loss. This sensitivity places a greater premium on precision placement during planting to ensure seeds are spaced as evenly apart in the row as possible while also reducing the number of skips and doubles that occur.
Determining the evenness of emergence of a plant stand is an important step in evaluating a corn crop. While many different environmental factors can affect how evenly a crop emerges, in ideal conditions emergence is a strong indicator of planting equipment performance. After seeds are spaced evenly apart in the metering system, known as seed singulation, it is very important to maintain that singulation from the meter housing to its final placement in the ground. Once planting is completed, regular observation of the field is required to prepare for emergence testing evaluation.
The video below explains how to conduct emergence testing in a corn crop:
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Capacity and precision combined
On traditional planters, the seed falls freely through the seed tube from the seed meter down to the soil. When vibrations arise as the speed increases, the seed bounces in the seed tube and much of the precision of the seed meter is lost.
Tempo's advanced technology - PowerShoot - ensures precise seed placement even at higher speeds, minimizing the impact of vibrations and maintaining the accuracy of the seed meter. Invest in Tempo planters to enhance your planting efficiency and maximize your crop yield.