Drinking water treatment residual use in urban soils: Balancing metal immobilization and phosphorus availability

INIS

• metals 100%
• availability 100%
• soils 100%
• drinking water 100%
• water treatment 100%
• phosphorus 100%
• amendments 57%
• tissues 42%
• fertilizers 35%
• applications 21%
• concentration 21%
• uptake 21%
• growth 14%
• loam 14%
• comparative evaluations 7%
• control 7%
• safety 7%
• environment 7%
• cost 7%
• biomass 7%
• affinity 7%
• food 7%
• reduction 7%
• solids 7%
• by-products 7%
• trace elements 7%
• oxidation-reduction 7%
• pollution 7%
• plant tissues 7%
• plant growth 7%
• brassica 7%
• horticulture 7%

Keyphrases

• Metal Immobilization 100%
• Drinking Water Treatment Residuals 100%
• Urban Soil 100%
• Phosphorus Availability 100%
• Pekinensis 38%
• P Fertilizer 30%
• Fertilizer Application 15%
• Amendment Rate 15%
• P Concentration 15%
• Soil Amendment 15%
• Cd Content 15%
• Food Safety 7%
• Urban Environment 7%
• Application Rate 7%
• Plant Uptake 7%
• Fertilizer Placement 7%
• P Deficiency 7%
• Brassica Rapa Ssp. Pekinensis 7%
• Glasshouse 7%
• P Availability 7%
• Amended Soil 7%
• No Significant Difference 7%
• Plant Tissue 7%
• Solid By-product 7%
• Urban Horticulture 7%
• Cd Uptake 7%
• Pollution 7%
• Pot Experiment 7%
• Sandy Loam Soil 7%
• Sandy Loam 7%
• Trace Metals 7%
• Specific Affinity 7%
• P Content 7%
• Plant Growth 7%
• Placement Method 7%
• Tissue Biomass 7%
• P Uptake 7%
• Drinking Water Treatment 7%
• Fertilizer Treatment 7%
• Metal Contaminants 7%
• Alum 7%
• Fertilizer 7%
• Trace Element Release 7%
• Oxidation-reduction 7%
• Consumer Safety 7%
• Horticultural Soil 7%

Agricultural and Biological Sciences

• Urban Soils 100%
• Water Treatment 100%
• Water Purification 100%
• Drinking Water 100%
• Soil Amendment 14%
• Fertilizer Application 14%
• Sandy Loam 7%
• Urban Horticulture 7%
• Horticultural Soils 7%
• Sandy Loam Soils 7%
• Plant Tissue 7%
• Brassica 7%
• Application Rate 7%