SePRO is excited to announce the addition of David Owens to the marketing and sales team. Mr. Owens will be responsible for SePRO’s business development strategy, with focus on the specialty crops segment and will also serve as a National Accounts Executive.
David is a seasoned veteran of the agriculture industry, with over 34 years of experience at Corteva (formerly Dow AgroSciences). David brings a broad range of experiences including all aspects of marketing, direct line workforce management, IT/IS and Six Sigma process improvement.
David resides in Carmel with his wife Karen. They have three children, Megan, Kaitlin, Sean and 2 grandchildren, Sawyer and Tucker. David loves anything that gets him outdoors and enjoys fine-tuning his culinary skills.
California Growers now have a superior new tool to control thrips, aphids, mealybugs, scales, lepidopteran insects, and more.
Hachi-Hachi SC is active on all life stages of targeted insects; eggs, immature stages, and adults. Hachi-Hachi SC stops insects from feeding and oviposition within hours of application.
“Hachi-Hachi SC is driven by a unique technology that offers broad-spectrum control of insect pests while providing a resistance management tool,” states Mark Brotherton, Portfolio Leader for SePRO Corporation. “It’s immediate stop-feed action halts insect pests from further damaging crops.”
Hachi-Hachi SC contains the active ingredient tolfenpyrad, a new chemistry for California growers. Hachi-Hachi SC acts by inhibiting cellular respiration in insects. Research has demonstrated Hachi-Hachi SC to be highly effective in control insect pests such as thrips, aphids, mealybugs, scales, lepidopteran insects and added suppression of whiteflies, powdery mildew and downy mildew. The formulation is very easy to use and has excellent crop safety on labeled crops.
Please contact Max Gilley, Technical Specialist, CPA; email@example.com or 850-680-6860 to learn more and to incorporate this new tool into your management plans.
SePRO Corporation announces today the United States Federal registration of ProcellaCOR—a novel, game-changing technology for aquatic plant management.
ProcellaCOR is a new, advanced tool for selective, systemic control of major invasive aquatic weeds including hydrilla, Eurasian and hybrid watermilfoils, crested floating heart, water hyacinth, and many more. ProcellaCOR’s approval marks a number of major firsts for the management of exotic and nuisance aquatic vegetation:
In conclusion, EPA describes that there are ‘no risks of concern to human health from any route of exposure’ and ProcellaCOR ‘may provide a better alternative to older chemistries that require higher levels of risk mitigation practices in order to reduce exposure.’ With an excellent environmental profile, EPA describes ‘no risk concerns for non-target wildlife.’ With low use rates due to unprecedented activity on major invasive aquatic plants, ProcellaCOR will reduce needed herbicide rates by orders of magnitude versus alternate, older technologies.
SePRO’s President and CEO Bill Culpepper: “We are excited to offer ProcellaCOR as a new tool for aquatic plant management. Its development and successful registration reflects our ongoing commitment to innovation and leadership in the aquatic market, and I am proud of our team’s successful efforts to register this technology.”
Vice President of Research and Sales, Dr. Tyler Koschnick: “ProcellaCOR is a leap in technology for aquatic plant management. Its registration is due to the hard work and creativity of a great team and effective partnership with industry, government, and university collaborators. ProcellaCOR is the first of a planned series of major aquatic solutions in development under SePRO’s Procella Water Resource Solutions platform and we are energized by ProcellaCOR’s approval to continue research on these other prospective advanced technologies.”
Senior Aquatic Technology Leader, Dr. Mark Heilman: “The successful development and registration of ProcellaCOR is a major milestone derived from SePRO’s strong investment in developing new technology for aquatic resource management. Along with the entire SePRO team, I look forward to the next phase of supporting certified Stewards of Water management professionals and public agency partners in operational adoption of ProcellaCOR.”
Cotton farmers will now have a new preemergence herbicide and class of chemistry in the fight against resistant weeds. On February 11th the US EPA registered Brake® Herbicides for cotton. Brake offers exceptional cotton tolerance with extended residual weed control allowing farmers to get their cotton off to a great start and maximize yield potential.
It is estimated over 9 million acres of cotton will be planted in 2016. Many of those acres have experienced challenges with resistant weeds like Palmer amaranth (Palmer pigweed). This is a significant threat to production when just one pigweed plant in 60 feet of cotton row has been shown to reduce yield by up to 30%. This challenge facing growers was the stimulus for USDA seeking SePRO’s interest in developing Brake for cotton, as it represented a much needed new mode of action. Brake has been developed over the last 4 years in conjunction with the National Cotton Council, Cotton Incorporated, over 25 university researchers, industry experts and growers.
Brake comes at a perfect time, when growers are looking for additional tools to strengthen resistant weed management programs. It offers a strong residual herbicide that provides the foundation for comprehensive weed control programs, regardless of traits. Brake provides very good control of herbicide-resistant Palmer amaranth, along with many other broadleaf weeds and grasses. This versatile herbicide excels under wet conditions providing assurance when it is too wet to get back in the fields for timely postemergence herbicide applications.
“Having the opportunity to develop Brake alongside the grower community has been invaluable for this new class of chemistry for cotton,” said Bill Culpepper, CEO SePRO Corporation. To learn more about the Brake story and the experiences of researchers and growers, go to brake.sepro.com.