Aligning Product Chemistry and Soil Context for Agronomic Reuse of Human-Derived Resources

Keyphrases

• Struvite 100%
• Human-derived 100%
• Sanitation 66%
• Sanitation Systems 66%
• Soil Suitability 66%
• Ammonium 33%
• Data Interpretation 33%
• Ammonium Sulfate 33%
• Nutrient Recovery 33%
• Potassium 33%
• Resource-limited Settings 33%
• Nutrient Recycling 33%
• Spatial Modeling 33%
• Acidic Soil 33%
• Soil Conditions 33%
• Soil Characteristics 33%
• Inorganic Fertilizer 33%
• Recovery Potential 33%
• Soil Database 33%
• Southwestern United States 33%
• Agricultural nutrients 33%
• Fertilizer Use Efficiency 33%
• Uganda 33%
• Product Recovery 33%
• Data Knowledge 33%
• Product Reuse 33%
• Local Recovery 33%
• Wastewater Sludge 33%
• Agronomic Value 33%
• Universal Coverage 33%
• Urine Ammonium 33%
• Sludge Composting 33%
• Across Countries 33%

Earth and Planetary Sciences

• Struvite 100%
• Ammonium 66%
• United States of America 33%
• Inorganic Fertiliser 33%
• Spatial Modeling 33%
• Soil Condition 33%
• Uganda 33%
• Agronomic Value 33%
• Decision Making 33%
• Potassium 33%

Agricultural and Biological Sciences

• Struvite 100%
• Soil Suitability 66%
• Soil Quality 33%
• Ammonium Sulfate 33%
• Inorganic Fertiliser 33%
• Decision Making 33%
• Potassium 33%