Weed Technology · 2012 · 41 citations · 11 references
AgricultureCrop SciencesPlant SciencesCrop ProtectionHerbicide PhysiologyPesticide ToxicologyHerbicide Injury SymptomsHerbicide ToxicologyDose ResponseGlyphosate Tolerance In CropsHerbicide Dose-response RelationshipsHerbicide Injury AssessmentMarketable YieldPostemergence Herbicide Effects
Field studies were conducted to determine the response of sublethal glyphosate and dicamba doses to processing tomato flowering loss and marketable yield. Dose–response studies for both herbicides were conducted on four commercial processing tomato lines (two different lines within each study) and plants were sprayed at either the vegetative stage or the early bloom stage. Both glyphosate and dicamba caused higher yield losses when sprayed at the early bloom stage. A 25% yield loss was observed with 8.5 and 7.5 g ae ha −1 for glyphosate and dicamba, respectively, at the early bloom stage and 43.9 and 11.9 g ae ha −1 for glyphosate and dicamba, respectively, at the early vegetative stage. Overall, these tomato cultivars were more sensitive to dicamba than to glyphosate. We conclude that glyphosate and dicamba drift could have serious implications on tomato yields especially if the drift occurs during flowering.
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Dicamba Resistance: Enlarging and Preserving Biotechnology-Based Weed Management Strategies
Mark Behrens, Nedim Mutlu, Sarbani Chakraborty et al. · Science · 2007 · 328 citations
Richard Behrens, W. E. Lueschen · Weed Science · 1979 · 153 citations