Emerging Micropollutants in Agro-ecosystems: Sources, Challenges, and Mitigation Approaches
Editat de Kuldeep Bauddh, Swati Sachdev, John Korstaden Limba Engleză Paperback – mar 2027
The book also looks ahead, highlighting how advanced technologies, forward-thinking policymaking, and public awareness can drive long-term environmental stewardship and sustainable agriculture. Bridging scientific depth with practical insight, this volume is an essential resource for researchers, environmental professionals, and policymakers working to secure healthier soils, safer food, and a cleaner future.
- Traces the full lifecycle of emerging micropollutants (EMPs) in agriculture—from their sources to their impact
- Helps readers discover a variety of physical, chemical, and biological methods, with a focus on nature-driven solutions like plant-microbe interactions for sustainable agriculture
- Equips users with next-gen tools like omics technologies and AI monitoring to tackle EMP contamination and promote sustainable agro-ecosystems
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Specificații
ISBN-13: 9780443443152
ISBN-10: 0443443157
Pagini: 630
Dimensiuni: 191 x 235 mm
Greutate: 0.45 kg
Editura: ELSEVIER SCIENCE
ISBN-10: 0443443157
Pagini: 630
Dimensiuni: 191 x 235 mm
Greutate: 0.45 kg
Editura: ELSEVIER SCIENCE
Cuprins
Section I. Anthropogenic sources, detection, fate of micropollutants in agro-ecosystems
1. A snapshot of emerging micropollutants in agro-ecosystem. origin, distribution, and detection techniques
2. Pharmaceutical and personal care products. sources, distribution, and qualitative/quantitative analysis in agricultural environment
3. Micro- and nano-plastics. sources, distribution, and qualitative/quantitative analysis in agricultural environment
4. Pesticides, steroid hormones, and algal toxins. sources, distribution, and qualitative/quantitative analysis in agricultural environment
5. Engineered nanoparticles as EMPs. sources, distribution, and qualitative/quantitative analysis in agricultural environment
6. Amphiphilic compound Polyfluoroalkyl substances (PFAS) and surfactants in agro-ecosystem. sources, distribution, and qualitative/quantitative analysis in an agricultural environment
7. Case study on distribution and fate of emerging micropollutants in agricultural soil
Section II. Ecotoxicology effects of emerging micropollutants in agro-ecosystems
8. The effect of emerging micropollutants on the physicochemical properties of agricultural soil increasing soil degradation
9. Analysing the toxic effects of microplastics on soil biota
10. Assessing the increasing risk of contamination of surface and groundwater with EMPs from agricultural runoff and water percolation and effect on aquatic life
11. Bioaccumulation and biomagnification of emerging micropollutants through food chain. An emerging threat to wildlife
Section III. Human health hazards of EMP pollution in agro-ecosystems
12. Effect of endocrine disrupting emerging micropollutants on human health
13. Human health challenges faced due to antimicrobial resistance development
14. Oxidative stress in humans linked with exposure to EMPs in food
15. Case study on the risk of cancer development in humans by emerging micropollutants
16. Suppressed immune system, increasing reproductive issues, and developmental problems in humans by EMPs
Section IV. Physicochemical approaches for remediation
17. Practical application of traditional physical methods in remediation of emerging micropollutants from agricultural soil
18. Implication of chemical methods for removal of emerging micro-contaminants from agro-ecosystems
19. Application of advance electro-kinetic approach for mitigation of emerging micropollutants from agro-ecosystems
20. Use of nanofiltration and other nano-technology-driven method for treating agricultural soil contaminated with emerging micropollutants
21. Use of new generation absorbents for removal of EMPs
22. Case study on effective application of physicochemical methods for remediation of EMP contaminated soil and irrigation water
Section V. Role of biological approaches in mitigation of EMPs
23. Phytoremediation. A greener path for restoration of contaminated agro-ecosystem
24. Plant microbiome as sustainable drivers of ecosystem restoration
25. Mycorrhizal fungi being a catalyst for reclamation of emerging micropollutants affected agricultural environment
26. Bioaugmentation and biostimulation facilitating effective removal of micropollutants from agro-ecosystems
27. Role of biofilm reactors for elimination of EMPs from contaminated soil
28. Treatment of emerging micropollutants contaminated agricultural soil and irrigation water using constructed wetlands
29. Cost-benefit analysis of using biological approach for remediation of EMP contaminated agro-ecosystems
Section VI. Technological and policy-driven strategies for abridging emerging micropollutants from agro-ecosystems
30. Genetic engineering as a tool for improving plant-microbe mediated bioremediation process
31. Use of novel enzymes for mitigation of emerging micropollutants
32. Application of Artificial Intelligence-based sensors for real-time monitoring of emerging micropollutants in agro-ecosystems
33. Comparing and contrasting perspectives of international agencies on the management of EMPs in agroecosystems through the formulation of policies.
34. Addressing the need for formulating new policies and setting regulatory measures for effective removal of micropollutants from agro-ecosystems
35. Importance and approaches of increasing public awareness for better environmental stewardship
1. A snapshot of emerging micropollutants in agro-ecosystem. origin, distribution, and detection techniques
2. Pharmaceutical and personal care products. sources, distribution, and qualitative/quantitative analysis in agricultural environment
3. Micro- and nano-plastics. sources, distribution, and qualitative/quantitative analysis in agricultural environment
4. Pesticides, steroid hormones, and algal toxins. sources, distribution, and qualitative/quantitative analysis in agricultural environment
5. Engineered nanoparticles as EMPs. sources, distribution, and qualitative/quantitative analysis in agricultural environment
6. Amphiphilic compound Polyfluoroalkyl substances (PFAS) and surfactants in agro-ecosystem. sources, distribution, and qualitative/quantitative analysis in an agricultural environment
7. Case study on distribution and fate of emerging micropollutants in agricultural soil
Section II. Ecotoxicology effects of emerging micropollutants in agro-ecosystems
8. The effect of emerging micropollutants on the physicochemical properties of agricultural soil increasing soil degradation
9. Analysing the toxic effects of microplastics on soil biota
10. Assessing the increasing risk of contamination of surface and groundwater with EMPs from agricultural runoff and water percolation and effect on aquatic life
11. Bioaccumulation and biomagnification of emerging micropollutants through food chain. An emerging threat to wildlife
Section III. Human health hazards of EMP pollution in agro-ecosystems
12. Effect of endocrine disrupting emerging micropollutants on human health
13. Human health challenges faced due to antimicrobial resistance development
14. Oxidative stress in humans linked with exposure to EMPs in food
15. Case study on the risk of cancer development in humans by emerging micropollutants
16. Suppressed immune system, increasing reproductive issues, and developmental problems in humans by EMPs
Section IV. Physicochemical approaches for remediation
17. Practical application of traditional physical methods in remediation of emerging micropollutants from agricultural soil
18. Implication of chemical methods for removal of emerging micro-contaminants from agro-ecosystems
19. Application of advance electro-kinetic approach for mitigation of emerging micropollutants from agro-ecosystems
20. Use of nanofiltration and other nano-technology-driven method for treating agricultural soil contaminated with emerging micropollutants
21. Use of new generation absorbents for removal of EMPs
22. Case study on effective application of physicochemical methods for remediation of EMP contaminated soil and irrigation water
Section V. Role of biological approaches in mitigation of EMPs
23. Phytoremediation. A greener path for restoration of contaminated agro-ecosystem
24. Plant microbiome as sustainable drivers of ecosystem restoration
25. Mycorrhizal fungi being a catalyst for reclamation of emerging micropollutants affected agricultural environment
26. Bioaugmentation and biostimulation facilitating effective removal of micropollutants from agro-ecosystems
27. Role of biofilm reactors for elimination of EMPs from contaminated soil
28. Treatment of emerging micropollutants contaminated agricultural soil and irrigation water using constructed wetlands
29. Cost-benefit analysis of using biological approach for remediation of EMP contaminated agro-ecosystems
Section VI. Technological and policy-driven strategies for abridging emerging micropollutants from agro-ecosystems
30. Genetic engineering as a tool for improving plant-microbe mediated bioremediation process
31. Use of novel enzymes for mitigation of emerging micropollutants
32. Application of Artificial Intelligence-based sensors for real-time monitoring of emerging micropollutants in agro-ecosystems
33. Comparing and contrasting perspectives of international agencies on the management of EMPs in agroecosystems through the formulation of policies.
34. Addressing the need for formulating new policies and setting regulatory measures for effective removal of micropollutants from agro-ecosystems
35. Importance and approaches of increasing public awareness for better environmental stewardship