Thermal and photodecomposition of fenitrothion and malathion insecticides [electronic resource].

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Language: English Summary language: Arabic Description: P.919-924Other title:
  • التحلل الحراري والضوئي لمتبقيات مبيدي الفنتروثيون والملاثيون [Added title page title]
Uniform titles:
  • Mansoura university journal of plant protection and pathology, 2011 v. 2 (11) [electronic resource].
Subject(s): Online resources: In: Mansoura University Journal of Plant Protection and Pathology 2011.v.2(11)Summary: The effect of exposure to heat, UV-rays and sunlight on the degradation of fenitrothion and malathion were studied. It was found that fennrothion insecticide residues was more persistence than malathion insecticide residues and both showed progressive loss as temperature and prolongation of exposure period increased, this indicates that the interval between successive sprays should be shorter at high temperature and vice versa. Photodegradation with UV-rays was positively correlated with exposure period and chemical structure of insecticide, malathion degraded faster than fenitrothion in this respect. Sunlight was more effective than UVrays in accelerating the photodecomposition offenitrothion and malathion residues.
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The effect of exposure to heat, UV-rays and sunlight on the degradation of fenitrothion and malathion were studied. It was found that fennrothion insecticide residues was more persistence than malathion insecticide residues and both showed progressive loss as temperature and prolongation of exposure period increased, this indicates that the interval between successive sprays should be shorter at high temperature and vice versa. Photodegradation with UV-rays was positively correlated with exposure period and chemical structure of insecticide, malathion degraded faster than fenitrothion in this respect. Sunlight was more effective than UVrays in accelerating the photodecomposition offenitrothion and malathion residues.

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