By Jamie Martin
A recently published study shows that Bayer’s Preceon™ Smart Corn System can help farmers grow corn in a more climate-friendly and efficient way while protecting yields and soil health.
The study examined multiple years of field data and found that Preceon™ short stature corn systems reduce the carbon intensity of corn production by an average of 13 percent. In some growing environments, carbon reductions reached as high as 28 percent when compared to traditional tall corn hybrids.
One of the key advantages of this system is its improved root structure. Preceon™ hybrids develop roots that are about 39 percent larger than traditional corn plants. These larger roots allow the crop to store more carbon in the soil and improve soil stability, helping protect fields from erosion and weather damage.
“We are excited to see the results of this important study and for corn farmers to reap the benefits of Preceon™ hybrids across the globe. This research confirms that through the development of new hybrids we are able to not only enhance agricultural productivity, but also to significantly reduce the environmental impact of corn farming,” said Elzandi Oosthuizen, Senior Vice President of Bayer’s Global Corn Enterprise Team.
“As we face the challenges of climate change, the adoption of sustainable practices is critical for the future of agriculture. Moreover, these advancements pave the way for future economic benefits for farmers, as sustainably produced crops are increasingly in demand, allowing growers to tap into new markets and potentially higher profit margins,” said Elzandi.
The short height of the plants also provides farmers with easier access to their fields during the growing season. This allows for more precise nitrogen applications and better crop protection timing. Improved nitrogen management reduces nitrous oxide emissions and supports stronger plant growth.
Greenhouse gas savings from Preceon™ systems range from 0.09 to 0.78 tons of carbon dioxide equivalent per hectare each year. These savings come from higher yield efficiency, improved nitrogen use, and greater carbon storage in the soil.
The stronger plant structure also reduces losses from wind damage, lodging, and greensnap, helping farmers protect crops during severe weather events.
If half of U.S. corn acres adopted Preceon™ Smart Corn, annual emissions could drop by more than 12 million tons of carbon dioxide equivalent. This highlights the potential of climate-smart innovations to support farm profitability while helping agriculture contribute to environmental sustainability.
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Categories: National