News Briefs July 23, 2018
News You Can Use
As an agronomic leader, Pioneer takes pride in providing timely and useful agronomic information to the public. Pioneer Field Agronomists have taken this to the next level through their use of Pioneer®GrowingPoint® Agronomy videos. This week, agronomists cover topics about using kernel set to determine stress events, managing Japanese beetles and high nighttime temperatures.
Want to speak with an expert on these or other topics? Contact Kacey Birchmier at firstname.lastname@example.org.
How Kernel Set Can Provide A Stress Roadmap
Pollen shed is controlled by a combination of genetic and environmental factors. The size, placement and amount of kernel set on the corn ear documents when an ear was subject to environmental stress and the severity of the stress. Understanding how corn ears respond to stress can help determine what stress was present, when the stress occurred and what management practices need to be changed for future growing years…Learn more
How Japanese Beetles Prevent Pollination
Emerging in late June, Japanese beetles move into corn crops when they begin to silk. Beetles can prevent pollination if they clip silks during this time. If the silk is shorter than 1/2 inch, a management strategy should be implemented to control the beetles…Learn More
Warm Nights, Low Yields?
Do warm nighttime temperatures have any effect on corn ear development? According to Pioneer Field Agronomist Zach Fore, those warm summer nights that most of us enjoy, aren’t as friendly to corn plant development, but not for the reasons you might think. Fore says warm nighttime temperatures can cause the corn plant to develop too rapidly, which may shorten the reproductive phase and lead to yield reduction…Learn More
IN THE NEWS
Corteva AgriscienceTM, Agriculture Division of DowDuPont, involved in Maize Genome Research Project
Industry-leader Corteva AgriscienceTM, Agriculture Division of DowDuPont, has been involved in the National Science Foundation-funded Plant Genome Research Project, which aims to create a comprehensive, high-quality assembly of the 25 most extensively researched maize lines. Corteva AgriscienceTM is carrying out the Bionano optical mapping phase of the project…Read more