Australian Journal of Agricultural Research · 1986 · 162 citations · 7 references
AgricultureBotanyPlant SciencesCrop ProtectionHerbicide ResistanceHerbicide SelectivityHerbicide Resistance MechanismsHerbicide ScienceCross-resistance To HerbicidesHerbicide Cross-resistanceHerbicide Resistance By SpeciesHerbicide Resistance ScreeningHerbicide-crop InteractionsRyegrass SpeciesSulfonylurea Herbicides
A population of L. rigidum, which is known to have developed resistance to one of the diphenyl-ethertype of herbicides, diclofop-methyl, was tested for cross-resistance to three other herbicides of the same type, namely fluazifop-butyl, oxyfluorfen and the experimental herbicide CGA 82725. The population was also tested for cross-resistance to two sulfonylurea-type herbicides - chlorsulfuron and the experimental herbicide DPX-T6376. A population susceptible to diclofop-methyl was used as the controls in the tests. The two populations were treated with various rates of the herbicides during germination and at the two-leaf stage. The results show that the diclofop-methyl-resistant biotype was cross-resistant to fluazifop-butyl, CGA 82725, chlorsulfuron and DPX-T6376 but not to oxyfluorfen.
7
Site of Action of Chlorsulfuron
Thomas B. Ray · PLANT PHYSIOLOGY · 1984 · 585 citations · Full text
D.M. Moore, A. D. Bradshaw, T. McNeilly · Journal of Ecology · 1982 · 165 citations