​​Insecticide Resistance Monitoring & the Role of Novaluron on TPB​

March 2019 | 22 min., 07 sec.
by Fred Musser
Mississippi State University

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​Knowledge of the current efficacy of insecticides on common pests is critical to growers. Insecticide resistance causes efficacy to decrease, so monitoring for resistance is beneficial. With insect growth regulators, the cause of observed efficacy is not always obvious. By understanding the impact of insecticides, growers can choose insecticide products and application times wisely. This presentation shows insecticide resistance monitoring data from 2017 and 2018 for several insecticides on soybean looper and tarnished plant bug. It then shows data evaluating the impacts of Diamond (novaluron) on tarnished plant bug adults. These data help explain why Diamond often works well even when applied before nymphs are present.

About the Presenter

Fred MusserFred Musser was raised on a farm in Pennsylvania and graduated from Penn State with a BS in Agronomy. He then worked in agricultural extension in Haiti, soil conservation in Pennsylvania, agricultural research in Bangladesh and crop consulting in Pennsylvania before going to graduate school. Fred received his PhD in Entomology from Cornell University in 2003 and has been on the faculty at Mississippi State University since 2004. He studies insect pest management in agronomic crops and teaches Principles of Insect Pest Management and Field Crop Insects each year. His research focuses on insect sampling, thresholds, and insecticide resistance.​

Contact Information:
Email: fm61@msstate.edu


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