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PubMed:26470175 JSONTXT

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PubMed_ArguminSci

Id Subject Object Predicate Lexical cue
T1 91-259 DRI_Background denotes The addition of sucrose to insecticides targeting spotted wing drosophila, Drosophila suzukii (Matsumura), enhanced lethality in laboratory, semifield, and field tests.
T2 260-359 DRI_Background denotes In the laboratory, 0.1% sucrose added to a spray solution enhanced spotted wing drosophila feeding.
T3 360-458 DRI_Background denotes Flies died 120 min earlier when exposed to spinosad residues at label rates enhanced with sucrose.
T4 459-561 DRI_Approach denotes Added sucrose reduced the LC50 for dried acetamiprid residues from 82 to 41 ppm in the spray solution.
T5 562-712 DRI_Background denotes Laboratory bioassays of spotted wing drosophila mortality followed exposure to grape and blueberry foliage and/or fruit sprayed and aged in the field.
T6 713-972 DRI_Approach denotes On grape foliage, the addition of 2.4 g/liter of sugar with insecticide sprays resulted in an 11 and 6% increase of spotted wing drosophila mortality at 1 and 2 d exposures to residues, respectively, averaged over seven insecticides with three concentrations.
T7 973-1297 DRI_Outcome denotes In a separate experiment, spinetoram and cyantraniliprole reduced by 95-100% the larval infestation of blueberries, relative to the untreated control, 7 d after application at labeled rates when applied with 1.2 g/liter sucrose in a spray mixture, irrespective of rainfall; without sucrose infestation was reduced by 46-91%.
T8 1298-1503 DRI_Approach denotes Adding sugar to the organically acceptable spinosyn, Entrust, reduced larval infestation of strawberries by >50% relative to without sugar for five of the six sample dates during a season-long field trial.
T9 1504-1810 DRI_Outcome denotes In a small-plot field test with blueberries, weekly applications in alternating sprays of sucrose plus reduced-risk insecticides, spinetoram or acetamiprid, reduced larval infestation relative to the untreated control by 76%; alternating bifenthrin and phosmet (without sucrose) reduced infestation by 65%.