Journal of Agricultural and Food Chemistry · 1998 · 30 citations · 4 references
AgricultureSoil SciencesHerbicide ChemistryHerbicide Mode Of ActionSoil ChemistryHerbicide Degradation ChemistryHerbicide Environmental FateHerbicide Residue ChemistryHerbicide ScienceSoil Contaminant FateSoil DegradationHerbicide BiodegradationHerbicide Degradation ProductsHerbicide Degradation Under Field ConditionsHerbicide Fate In SoilsHerbicide Residue DynamicsPesticide Degradation KineticsSoil Herbicide DegradationSoil Residue Analysis
The degradation and mobility of sulfometuron-methyl and potential degradates were evaluated under actual field conditions in the United States following application of Oust herbicide to bare ground at the maximum labeled rate. Sulfometuron-methyl degraded rapidly at the four test sites; calculated half-life ( t 1/2 ) values ranged from 12 to 25 days. Sulfometuron-methyl residues were below the limit of quantitation (10 ppb) beyond 90 days after treatment (DAT) at all test sites. The highest degradate concentration present at the end of the study (359 DAT) was 40 ppb (the herbicidally inactive 2-amino-4,6-dimethylpyrimidine). Sulfometuron-methyl and its degradates were immobile under field conditions. Keywords: Sulfometuron-methyl; degradation; mobility; half-life; soil
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Herbicides: Chemistry, degradation and mode of action
H.O.W. Eggins · International Biodeterioration · 1989 · 473 citations
Agriculture, Chemistry, Toxicology +10
John Harvey, Joseph J. Dulka, Jeffrey J. Anderson · Journal of Agricultural and Food Chemistry · 1985 · 78 citations