Scientists develop new method to study devastating corn disease
By Farms.com
Good news for corn farmers! Researchers at Bayer Crop Science have developed a groundbreaking method to simulate tar spot in field test plots.
This breakthrough allows scientists to study the disease in a more controlled environment, leading to faster development of resistant corn varieties and improved tar spot management strategies.
Traditionally, studying tar spot relied on natural occurrences of the disease. Bayer's new method allows for artificial inoculation, creating a reliable platform for research.
This enables scientists to identify corn germplasm with natural tar spot tolerance and develop breeding programs to create even more resistant corn varieties.
The ability to simulate tar spot in both controlled labs and field settings is a major advancement for Bayer's research efforts. It allows for efficient screening and identification of corn varieties with high levels of tolerance to the disease.
This research is integrated into Bayer's global breeding program, which utilizes advanced technologies to develop improved corn varieties.
"Field inoculation is a significant achievement," explains a Bayer researcher. "By creating a reliable way to study tar spot's effects on corn, we can accelerate the development of new corn hybrids with enhanced tolerance."
Bayer's commitment to combating tar spot goes beyond genetic solutions. The company's research and development pipeline, the largest in the crop science industry, is constantly improving methods to evaluate products and expedite the launch of commercially viable solutions for various plant health concerns, including fungicides.
"This field inoculation method is a game-changer for understanding tar spot," says a Bayer agronomist. "However, traditional practices like field scouting, monitoring weather, and using fungicides when necessary remain essential for effective tar spot management."
The successful field inoculation of tar spot marks a significant milestone in Bayer's research efforts. With continued dedication, farmers can expect advancements in seed and crop protection technologies, ultimately leading to better protection of their corn crops from tar spot and other diseases.