2015ORYZA- An International Journal on RiceRequires access

Determination of fipronil in soil and rice crop at harvest

Neha Sharma, Ravi Pant, Shishir Tandon

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Abstract

Residue of fipronil was studied on rice crop following three application of the product at 7 days interval @ 50 and 100 g ai ha-1. The residues were estimated by HPLC equippedwith UV detector at 280 nm wavelength. The limit of quantification was 0.001 μg g−1 for rice plant, grain and soil. Recoveries of fipronil at 0.01, 0.10 and 0.50 μgg-1fortifications were in the range of 80.00–87.00%, 81.00–89.80%, 87.00–91.40%, and85.00–89.20% in rice straw, husk, grain and soil, respectively. Residues of fipronil were below maximum residue limit of 0.001 μg g ’at harvest in husk, grain and straw.

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What this paper is about

Residue of fipronil was studied on rice crop following three application of the product at 7 days interval @ 50 and 100 g ai ha-1. The residues were estimated by HPLC equippedwith UV detector at 280 nm wavelength. The limit of quantification was 0.001 μg g−1 for rice plant, grain and soil. Recoveries of fipronil at 0.01, 0.10 and 0.50 μgg-1fortifications were in the range of 80.00–87.00%, 81.00–89.80%, 87.00–91.40%, and85.00–89.20% in rice straw, husk, grain and soil, respectively. Residues of fipronil were below maximum residue limit of 0.001 μg g ’at harvest in husk, grain and straw.

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Available abstract

Residue of fipronil was studied on rice crop following three application of the product at 7 days interval @ 50 and 100 g ai ha-1. The residues were estimated by HPLC equippedwith UV detector at 280 nm wavelength. The limit of quantification was 0.001 μg g−1 for rice plant, grain and soil. Recoveries of fipronil at 0.01, 0.10 and 0.50 μgg-1fortifications were in the range of 80.00–87.00%, 81.00–89.80%, 87.00–91.40%, and85.00–89.20% in rice straw, husk, grain and soil, respectively. Residues of fipronil were below maximum residue limit of 0.001 μg g ’at harvest in husk, grain and straw.

Key concepts: Husk, Fipronil, Straw, Residue (chemistry), Detection limit, Agronomy, Crop residue, Maximum Residue Limit

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