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Achieving Photocopy Plants: The Six Primary Agronomic Drivers

1.Yield impact statistics based on Purdue University Department of Agronomy Publication AGRY-91-01 “Stand Establishment Variability in Corn”.
1.Yield impact statistics based on Purdue University Department of Agronomy Publication AGRY-91-01 “Stand Establishment Variability in Corn”.

Spring is here, and after a long winter in many parts of the country, farmers are looking forward to planting. At Case IH, we strive to help growers achieve photocopy plants, which are plants that emerge at the same time, with the same stalk thickness, that go on to arrive at the same leaf and ear stages providing longer, more uniform ear length, and ultimately higher yield potential.

This new Be Ready blog series will explore the six agronomic drivers of seed placement accuracy when planting:

  • Proper seed depth
  • Uniform seed depth across the planter and throughout the field
  • Good soil-to-seed contact
  • Uniformly correct soil density all around the seed
  • Accurate seed population
  • Accurate in-row seed spacing

agronomic design logo 4C 228x97 Achieving Photocopy Plants: The Six Primary Agronomic Drivers

“It’s important to note that the first four agronomic drivers have the potential to impact corn yields by 9 to 22 percent,” says Bill Hoeg, Case IH Planter Marketing Manager. “The last two drivers have the potential to impact corn yields by 2 to 4 percent.”

Find out more:
To learn more about agronomic considerations at planting and photocopy plants, click here to request a new Agronomic Design Insights report on seed placement accuracy.

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