Fate of herbicides in cropped lysimeters: 2. Leaching of four maize herbicides considering different processes

Keyphrases

• Leaching 100%
• Maize 100%
• Herbicide 100%
• Lysimeter 100%
• Groundwater 28%
• Soil Core 28%
• Biodegradation 28%
• Germany 14%
• Small Changes 14%
• Numerical Modeling 14%
• Model Setting 14%
• Mobile Phase 14%
• Zea Mays 14%
• Precipitation Events 14%
• Carbon Isotopes 14%
• Metabolite Formation 14%
• Leaching Potential 14%
• Microbial Degradation 14%
• Strong Precipitation 14%
• Stable Water Isotopes 14%
• HYDRUS-1D 14%
• Sandy Silt 14%
• Sandy Gravel 14%
• Stable Carbon Isotopes 14%
• Vadose Zone 14%
• Preferential Flow 14%
• Reactive Transport 14%
• Fine Texture 14%
• Terbuthylazine 14%
• Nicosulfuron 14%
• Metabolite Accumulation 14%
• Herbicide Metolachlor 14%
• Coarse Texture 14%
• Contamination Potential 14%
• Herbicide Transport 14%
• Herbicide Leaching 14%
• Prosulfuron 14%
• Drainage Wells 14%
• Concentration Peak 14%
• Unsaturated Flow Model 14%

Earth and Planetary Sciences

• Lysimeters 100%
• Herbicide 100%
• Carbon 14 20%
• Metabolite 20%
• Germany 10%
• Numerical Modeling 10%
• Leaching Potential 10%
• Preferential Flow 10%
• Unsaturated Flow 10%
• Water Isotopes 10%
• Vadose Zone 10%
• Reactive Transport 10%
• Terbuthylazine 10%