MBI-D resistance management of Pyricularia oryzae using an application program incorporating benomyl

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Abstract

This study's objective was to evaluate the contributions of benomyl and a melanin biosynthesis dehydratase inhibitor (MBI-D) mixture to preventing the re-emergence of MBI-D-resistant Pyricularia oryzae in rice fields. In nursery boxes, applications of diclocymet or mixtures of diclocymet and tiadinil showed low leaf blast incidences, but MBI-D-resistant isolates were re-selected. However, a management program applying both benomyl and MBI-D-related products to nursery box plants prevented the re-emergence of MBI-D-resistant isolates more effectively than the application of only MBI-D-related products.

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APA

Kimura, N., & Fukuchi, A. (2018). MBI-D resistance management of Pyricularia oryzae using an application program incorporating benomyl. Journal of Pesticide Science. Pesticide Science Society of Japan. https://doi.org/10.1584/jpestics.D17-064

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