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2010•Guizhou nongye kexueRequires access

Indoor Toxicity Test of Different Fungicides to Citrus anthracnose

Yulan Jiang, Zhou Xiao-yan

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Abstract

The indoor toxicity of 6 fungicides to Citrus anthracnose was determined by using the growth speed rate method to screen out the fungicides with efficiency,low-toxicity and low-residue.The results showed that different fungicides had different inhibition effect on mycelium growth of Citrus anthracnose and EC50 of 10% Difenoconazole WG,25% Prochloraz EC and 25% Azoxystrobin SC were 0.0212μg/mL,3.2825μg/mL and 9 650.9019μg/mL respectively.Therefore,10% Difenoconazole WG and 25% Prochloraz EC were of popularization and application value in Citrus production after further field experiment.

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What this paper is about

The indoor toxicity of 6 fungicides to Citrus anthracnose was determined by using the growth speed rate method to screen out the fungicides with efficiency,low-toxicity and low-residue.The results showed that different fungicides had different inhibition effect on mycelium growth of Citrus anthracnose and EC50 of 10% Difenoconazole WG,25% Prochloraz EC and 25% Azoxystrobin SC were 0.0212μg/mL,3.2825μg/mL and 9 650.9019μg/mL respectively.Therefore,10% Difenoconazole WG and 25% Prochloraz EC were of popularization and application value in Citrus production after further field experiment.

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Available abstract

The indoor toxicity of 6 fungicides to Citrus anthracnose was determined by using the growth speed rate method to screen out the fungicides with efficiency,low-toxicity and low-residue.The results showed that different fungicides had different inhibition effect on mycelium growth of Citrus anthracnose and EC50 of 10% Difenoconazole WG,25% Prochloraz EC and 25% Azoxystrobin SC were 0.0212μg/mL,3.2825μg/mL and 9 650.9019μg/mL respectively.Therefore,10% Difenoconazole WG and 25% Prochloraz EC were of popularization and application value in Citrus production after further field experiment.

Key concepts: Fungicide, Azoxystrobin, EC50, Mycelium, Toxicity, Horticulture, Biology, Pesticide

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