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Biological Half-lives of Fungicides in Korean Melon under Greenhouse Condition
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 Title & Authors
Biological Half-lives of Fungicides in Korean Melon under Greenhouse Condition
Lee, Ju-Hee; Jeon, Young-Hwan; Shin, Kab-Sik; Kim, Hyo-Young; Park, Eun-Jeong; Kim, Tae-Hwa; Kim, Jang-Eok;
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 Abstract
This study was conducted to know the biological half-lives and dissipation patterns of fungicides, pyrimethanil, chlorothalonil and tetraconazole in Korean melon under green house condition. The instrument for analyzing pyrimethanil and chlorothalonil was HPLC equipped with UV detector. Initial residue amounts of pyrimethanil were 0.16 mg/kg at recommended rate and 0.28 mg/kg at double recommended rate in Korean melon. The biological half-lives of pyrimethanil were 11.2 days at recommended rate and 10.1 days at double recommended rate in Korean melon. In case of chlorothalonil, initial residue amounts of chlorothalonil were 0.06 mg/kg at recommended and 0.11 mg/kg at double recommended rate in Korean melon. The biological half-lives of chlorothalonil in Korean melon were 3.4 days at recommended rate and 6.6 days at double recommended rate. The instrument for analyzing tetraconazole was GLC equipped with electron capture detector. Initial residue amounts of tetraconazole were 0.14 mg/kg at recommended and 0.22 mg/kg at double recommended rate in Korean melon, respectively. The biological half-lives of tetraconazole were 9.6 days at recommended rate and 18.5 days at double recommended rate in Korean melon.
 Keywords
Biological half-life;Chlorothalonil;Fungicides;Korean melon;Pyrimethanil;Tetraconazole;
 Language
Korean
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