Under ideal, biologically active, warm, and moist conditions, what is the typical half-life range for glyphosate?
Answer
Days to 3 Weeks
When conditions are optimal in the soil, glyphosate can degrade relatively rapidly, sometimes displaying a half-life measured in days or just a couple of weeks.
Related Questions
What concept is used to measure the time it takes for half of an initial amount of a chemical to break down in the soil environment?What is the primary mechanism responsible for the disappearance of most organic chemicals applied to the soil?How do warmer soil temperatures generally influence the rate of chemical breakdown?What effect does a high sorption capacity in soil particles, like clay or organic matter, have on chemical degradation?Which factor is stated as the single most important determinant of a chemical's soil residence time?Under ideal, biologically active, warm, and moist conditions, what is the typical half-life range for glyphosate?If monitoring shows the parent chemical has vanished, what potential issue might still present a toxicological concern?What is the primary concern regarding biological availability when planting sensitive crops after herbicide application?What active management strategy is suggested to encourage faster degradation of a chemical spill, aside from waiting?Based on generalized half-life ranges provided, which category of chemical is engineered to resist rapid breakdown for extended control?