UPL Corp., a leader in sustainable agricultural solutions, has announced the U.S. Environmental Protection Agency (EPA) registration of its groundbreaking ATROFORCE bionematicide. This innovative seed treatment is designed to protect cotton yield potential by targeting a wide range of damaging nematodes.
Revolutionizing Cotton Protection with Trichoderma atroviride
ATROFORCE seed treatment harnesses the power of a patented strain of Trichoderma atroviride, known for its exceptional bionematicide properties. Applied directly to cotton seeds through commercial seed treatment, this advanced biosolution safeguards young plants from nematode-induced stress, which can weaken their structure and make them more vulnerable to diseases and harsh environmental conditions.
Extended Protection Through Advanced Action
According to Steve Sopher, Technical Service Manager (South & East Coast) at UPL, cotton growers are in dire need of advanced solutions to combat nematode threats. He states:
“The unique active ingredient in ATROFORCE bionematicide seed treatment helps cotton plants get a strong start, shielding them from nematodes with egg-killing activity that grows along with the plant’s roots, both inside and out as they develop, to provide extended protection.”
Benefits of ATROFORCE Bionematicide
- Reduces nematode populations: ATROFORCE minimizes egg lay and significantly lowers the populations of key nematodes such as reniform and southern root-knot, known contributors to severe yield losses.
- Enhances root health: The bionematicide effect protects roots from nematode damage, promoting stronger and healthier cotton plants.
- Extended protection: The active ingredient works dynamically with plant roots, offering long-term defense against nematodes.
With the introduction of ATROFORCE bionematicide, UPL is reaffirming its commitment to delivering cutting-edge, sustainable agricultural solutions. This new seed treatment empowers cotton growers with an effective, natural alternative to safeguard their crops and optimize yields.
Source- UPL