Ciência Rural · 2008 · 105 citations · 6 references
Life SciencesCrop SciencesEntomologyAgricultural EntomologyInsect ToxicologyPesticide ToxicologyInsecticide ToxicityInsecticide ToxicologyPest ControlPesticide ChemistryPesticide EcotoxicologyPesticide Impacts On InsectsHerbicide Toxicity TestingParasitoid-parasitoid InteractionsPesticide Exposure EffectsPesticide Safety AssessmentPesticide Toxicity EvaluationSoybean Insect PestsSoybean PestsToxicology Of Botanical Pesticides
This research aimed to study the effects of different insecticides, herbicides and fungicides on eggs, larvae and pupae of Trichogramma pretiosum. The results showed that studied pesticides had different impact on T. pretiosum. Esfenvalerate 7.5 and spinosad 24.0 grams ha-1 were classified as harmfull (class 4) while clorfluazuron 10.0, methoxyfenozide 19.2, lactofen 165.0, fomesafen 250.0, fluazifop 125.0, glyphosate 960.0 (Gliz® and Roundup Transorb®), azoxistrobin + ciproconazol 60.0 + 24.0, azoxistrobin 50.0 and myclobutanil 125.0 grams ha-1 were chemicals classified as harmless to all imature T. pretiosum stages. All the other chemicals evaluated had different impact on T. pretiosum being classified from harmless (class 1) to harmful (class 4) varying the impact accordingly to the different parasitoid stage. Then, less noxious products should be chosen whenever possible to be used in a soybean IPM program.
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S. A. Hassan, B. Hafes, Paulo Eduardo Degrande et al. · Journal of Applied Entomology · 1998 · 94 citations