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Table of Contents
Part 1. New concepts linking environmental chemistry and toxicology
Chapter 1. Exposome: The totality of exposure
Chapter 2. Aggregate exposure pathway (AOP)
Chapter 3. Aggregate exposure pathway (AEP)
Part 2. Insights into exposure sources, processes, and impacts
Chapter 4. Synchrotron-based techniques for metal speciation, bioavailability, and toxicity
Chapter 5. In situ passive sampling for monitoring environmental mixture exposures
Chapter 6. In vivo SPME for bioanalysis in environmental monitoring and toxicology
Chapter 7. Non-target analysis of the unknowns
Chapter 8. Multi-omics for systems understanding of environmental effects
Part 3. Modelling and computational approaches for exposure, processes, and impacts
Chapter 9. Global modelling of environmental and human exposures
Chapter 10. High-throughput screening and hazard testing prioritization
Chapter 11. Mixture modelling and effect-directed analysis for identification of chemicals, mixtures and effects of concern
Chapter 12. Quantitative in vitro – in vivo extrapolation (QIVIVE) and pathway-based risk assessment
Chapter 13. Bridging the gap: Toxicokinetic and toxicodynamic modelling for ecotoxicology and risk assessment
Chapter 14. Mining population exposure and community health via wastewater-based epidemiology
Part 4. Solutions for mitigating hazardous exposures
Chapter 15. Advanced oxidation chemistry for water treatment
Chapter 16. Pyrogenic carbon-based environmental remediation
Chapter 17. Nanotechnology-enabled water treatment
Chapter 18. New biotechnologies for environmental remediation
Part 5. Emerging issues of future concern
Chapter 19. Disinfection: A trade-off (balance) between microbial and chemical risks
Chapter 20. Plastic pollution: From ocean smog to planetary boundary threats
Chapter 21. Making the environmental framework of antibiotic resistance genes relevant to human health again
Chapter 22. The stolen ge neration: transgenerational and epigenetic effects of environmental exposures
Chapter 23. Size matters: From engineered nanoparticles to ambient fine particles
Chapter 24. From chemical mixtures to multiple stressors: environmental toxicology in the era of global change
Part 6. Summary and ways forward
an advocacy of planetary health beyond the legacy of Silent Spring.
Chapter 1. Exposome: The totality of exposure
Chapter 2. Aggregate exposure pathway (AOP)
Chapter 3. Aggregate exposure pathway (AEP)
Part 2. Insights into exposure sources, processes, and impacts
Chapter 4. Synchrotron-based techniques for metal speciation, bioavailability, and toxicity
Chapter 5. In situ passive sampling for monitoring environmental mixture exposures
Chapter 6. In vivo SPME for bioanalysis in environmental monitoring and toxicology
Chapter 7. Non-target analysis of the unknowns
Chapter 8. Multi-omics for systems understanding of environmental effects
Part 3. Modelling and computational approaches for exposure, processes, and impacts
Chapter 9. Global modelling of environmental and human exposures
Chapter 10. High-throughput screening and hazard testing prioritization
Chapter 11. Mixture modelling and effect-directed analysis for identification of chemicals, mixtures and effects of concern
Chapter 12. Quantitative in vitro – in vivo extrapolation (QIVIVE) and pathway-based risk assessment
Chapter 13. Bridging the gap: Toxicokinetic and toxicodynamic modelling for ecotoxicology and risk assessment
Chapter 14. Mining population exposure and community health via wastewater-based epidemiology
Part 4. Solutions for mitigating hazardous exposures
Chapter 15. Advanced oxidation chemistry for water treatment
Chapter 16. Pyrogenic carbon-based environmental remediation
Chapter 17. Nanotechnology-enabled water treatment
Chapter 18. New biotechnologies for environmental remediation
Part 5. Emerging issues of future concern
Chapter 19. Disinfection: A trade-off (balance) between microbial and chemical risks
Chapter 20. Plastic pollution: From ocean smog to planetary boundary threats
Chapter 21. Making the environmental framework of antibiotic resistance genes relevant to human health again
Chapter 22. The stolen ge neration: transgenerational and epigenetic effects of environmental exposures
Chapter 23. Size matters: From engineered nanoparticles to ambient fine particles
Chapter 24. From chemical mixtures to multiple stressors: environmental toxicology in the era of global change
Part 6. Summary and ways forward
an advocacy of planetary health beyond the legacy of Silent Spring.