Pore Mn2+ dynamics of the rhizosphere of flooded and non-flooded rice during a long wet and drying phase in two rice growing soils

Keyphrases

• Anaerobic Conditions 8%
• Deep Sampling 8%
• Delayed Flowering 8%
• Dry Phase 100%
• Dry Soil 8%
• Elevated Concentrations 8%
• Flooded Rice 100%
• Flooded Rice Soils 8%
• Flooded Soil 16%
• High Concentration 8%
• Irrigation Regime 8%
• Lag Phase 8%
• Leaf Area 8%
• Manganese 8%
• Microcosm System 8%
• Mn2+ 100%
• Mn4+ 8%
• Peak Concentration 8%
• Potentially Toxic 8%
• Regression Analysis 8%
• Reproductive Stage 8%
• Rhizosphere 100%
• Rice 8%
• Rice Drying 8%
• Rice Growth 16%
• Rice Phase 8%
• Rice Soil 100%
• Sampling Depth 8%
• Saturated Soil 25%
• Soil Depth 25%
• Soil Pore Water 8%
• Soil Pores 8%
• Soil Type 8%
• Subsequent Crop 8%
• Vertosol 8%
• Water Drainage 8%

Agricultural and Biological Sciences

• Anaerobic Condition 50%
• Anthesis 50%
• Irrigation Management 50%
• Leaf Area 50%
• Reproductives 50%
• Return Flow 50%
• Rhizosphere 100%
• Rice Soils 100%
• Soil Depth 100%
• Soil Pore Water 50%
• Soils 50%
• Tillers 50%