Have you ever wondered what happens at a turfgrass research facility? Walk through the O.J. Noer Turfgrass Research & Education Facility with Glen Obear to learn about the facility and Exacto’s involvement there.
Glen provides insight into some of Exacto’s research at the facility including adjuvant usage with fungicide, wetting agent testing, and more. Partnering with excellent facilities like the O.J. Noer is one of the ways Exacto puts lab-tested products to the test before putting it to use in real-world turf and ornamental applications.
The O.J. Noer facility has a broad variety of turf types, soil types, and microenvironments and a presence of diseases including dollar spot, pythium, brown patch, localized dry spot (LDS), and others common to the Midwest. Specialized irrigation systems help with creating the perfect testing environment for wetting agent studies.
The O.J. Noer Turfgrass Facility is affiliated with the University of Wisconsin Madison’s Turfgrass Program and the Wisconsin Turfgrass Association.
Exacto’s mission is to empower applicators, growers, and resource managers with advanced product solutions so they can operate successfully and sustainably. Sharing insights like this provides turf and ornamental managers with behind-the-scenes information to better understand agronomic chemical products.
Exacto is pleased to announce the appointment of Malin Westfall as Chief Commercial Officer. Exacto, LLC (“Exacto”), a full-service innovation partner in the agricultural, turf, and ornamental horticulture markets, is pleased to announce the appointment of Malin Westfall as Chief Commercial Officer, effective immediately.
Leaders from Exacto and other companies recently took part in advocacy activities in Washington, DC, engaging in twenty-four meetings with congressional leadership, senators, and the Environmental Protection Agency (EPA). They addressed a major challenge related to the Endangered Species Act (ESA).
Failed weed control may resemble herbicide resistance, but it’s not always the culprit. Recent cases of HPPD-inhibitor (group 27) herbicide failures have shown that certain application errors are more common culprits than resistance. This research shows ways to overcome these application challenges.
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