1988Pesticide ScienceRequires access

Factors affecting residues of pesticides in tea

Chen Zongmao, Wan Haibin

Open publisher page 105 citations

Abstract

Abstract This paper presents a discussion on residue behaviour of 17 pesticides on tea, on the basis of the research conducted during the last 20 years. Sunlight photolysis and growth dilution were the most important factors affecting pesticide persistence in the growing tea plant, while vapour pressure played an important role in loss of pesticide residues during tea processing. The percentage of pesticide extracted during the tea infusion process was highly related to water solubility. It is suggested that in studies on pesticide residue behaviour on tea, all the four factors should be considered integrally.

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What this paper is about

Abstract This paper presents a discussion on residue behaviour of 17 pesticides on tea, on the basis of the research conducted during the last 20 years. Sunlight photolysis and growth dilution were the most important factors affecting pesticide persistence in the growing tea plant, while vapour pressure played an important role in loss of pesticide residues during tea processing. The percentage of pesticide extracted during the tea infusion process was highly related to water solubility. It is suggested that in studies on pesticide residue behaviour on tea, all the four factors should be considered integrally.

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Available abstract

Abstract This paper presents a discussion on residue behaviour of 17 pesticides on tea, on the basis of the research conducted during the last 20 years. Sunlight photolysis and growth dilution were the most important factors affecting pesticide persistence in the growing tea plant, while vapour pressure played an important role in loss of pesticide residues during tea processing. The percentage of pesticide extracted during the tea infusion process was highly related to water solubility. It is suggested that in studies on pesticide residue behaviour on tea, all the four factors should be considered integrally.

Key concepts: Pesticide, Pesticide residue, Chemistry, Residue (chemistry), Environmental chemistry, Dilution, Tea garden, Toxicology

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