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2014•Unpublished venueRequires access

Synergism of the Mixtures of Azoxystrobin and Dimethomorph to Pseudoperonospora cubensis

Zhang Rui-ru

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Abstract

[Aims]The study aims to delay the pesticide resistance of azoxystrobin and dimethomorph.[Methods]By using spore suspension spray inoculation method,the indoor toxicity of azoxystrobin,dimethomorph and their mixtures were tested against cucumber downy mildew.[Results]The results showed that the mixtures of azoxystrobin with dimethomorph at ratio of 3 to 1 among the 5 mixed preparations showed the best synergism.[Conclusions]This result can be used as the guidance of field experiment.

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What this paper is about

[Aims]The study aims to delay the pesticide resistance of azoxystrobin and dimethomorph.[Methods]By using spore suspension spray inoculation method,the indoor toxicity of azoxystrobin,dimethomorph and their mixtures were tested against cucumber downy mildew.[Results]The results showed that the mixtures of azoxystrobin with dimethomorph at ratio of 3 to 1 among the 5 mixed preparations showed the best synergism.[Conclusions]This result can be used as the guidance of field experiment.

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Available abstract

[Aims]The study aims to delay the pesticide resistance of azoxystrobin and dimethomorph.[Methods]By using spore suspension spray inoculation method,the indoor toxicity of azoxystrobin,dimethomorph and their mixtures were tested against cucumber downy mildew.[Results]The results showed that the mixtures of azoxystrobin with dimethomorph at ratio of 3 to 1 among the 5 mixed preparations showed the best synergism.[Conclusions]This result can be used as the guidance of field experiment.

Key concepts: Azoxystrobin, Pseudoperonospora cubensis, Downy mildew, Fungicide, Horticulture, Agronomy, Biology

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Synergism of the Mixtures of Azoxystrobin and Dimethomorph to Pseudoperonospora cubensis — Research Paper | ScholarLens