Predicting the concentration range of unmonitored chemicals in wastewater-dominated streams and in run-off from biosolids-amended soils

Earth & Environmental Sciences

• biosolid 71%
• hormone 50%
• sterol 44%
• runoff 41%
• wastewater 39%
• effluent 33%
• organic compound 31%
• chemical 29%
• soil 25%
• removal 18%
• leaching 18%
• toxicity 17%
• ergosterol 17%
• surface water 16%
• endocrine disruptor 15%
• monitoring 12%
• environmental monitoring 12%
• sewage sludge 11%
• leachate 11%
• screening 10%
• dilution 10%
• human health 9%
• agricultural land 9%
• sludge 8%
• fold 8%
• land 6%
• prediction 5%
• modeling 4%
• test 4%
• rate 3%
• water 3%
• analysis 3%
• effect 2%

Engineering & Materials Science

• Biosolids 100%
• Hormones 68%
• Wastewater 63%
• Effluents 53%
• Organic compounds 49%
• Soils 46%
• Runoff 34%
• Surface waters 32%
• Leaching 28%
• Toxicity 28%
• Monitoring 20%
• Cholesterol 18%
• Sewage sludge 17%
• Dilution 12%
• Screening 11%
• Health 8%

Chemical Compounds

• Hormone 59%
• Soil 50%
• Sterol 48%
• Surface Water 31%
• Leaching 26%
• Coprostanol 25%
• Desmosterol 24%
• Campesterol 22%
• Estriol 20%
• Ergosterol 19%
• Stigmasterol 19%
• Endocrine Disruptor 18%
• Estrone 18%
• Estradiol 17%
• Hazardous Substance 17%
• Cholesterol 13%
• Dilution 12%