Environmental Impact of Dyes

Preeti Kumari is an Assistant Professor at Amity University Jharkhand, Ranchi, India, specializing in metal(loid) analysis, biodiversity monitoring, and ecological and human health risk assessments. Her research spans ecotoxicology, heavy metal contamination, bioaccumulation, microplastics, and remediation techniques, with high-impact publications on heavy metal bioaccessibility and bioindicators in aquatic systems. Pavan Kumar is a faculty member at the College of Horticulture and Forestry, Rani Lakshmi Bai Central Agricultural University, Jhansi, India. He obtained his Ph.D. from the Faculty of Natural Sciences, Jamia Millia Islamia, New Delhi, and has published fifty research papers in international journals and authored several books.

• Contents:  Environmental Impact of Dyes: Dynamics, Biological Uptake, and Human Health  Section I: Introduction and Environmental Dynamics of DyesChapter 1: Introduction to Dyes in the EnvironmentChapter 2: Natural Dyes from Agricultural and Forest Biomass for Sustainable Textile ApplicationsChapter 3: Textile Dye Contamination: Ecological Risks and BioremediationChapter 4: Uptake and Depuration of Dyes by FishChapter 5: Environmental Impact of Dye PollutionChapter 6: Climate Change and Dye Pollution InteractionsChapter 7: Global Case Studies on Dye Pollution and Management  Section II: Biological and Human Health Impact of DyesChapter 8: Toxicity Tests and Test Methodology for DyesChapter 9: Impact of Dyes on Human HealthChapter 10: Toxicokinetic of Dyes in HumansChapter 11: Risk Assessment and Regulatory Framework for DyesChapter 12: Dyes and Their Impact: Environmental Dynamics, Biological Uptake, and Human Health  Section III: Strategies for Mitigation and Sustainable ManagementChapter 13: Remediation and Treatment Strategies for Human and Environmental SafetyChapter 14: Emerging Biotechnological Approaches in Dye ManagementChapter 15: Advanced Analytical and Monitoring ToolsSection IV: Policy, Future Perspectives, and ConclusionChapter 16: Future Perspectives and Emerging Trends on Dye PollutionChapter 17: Engineered Nanomaterials for Dye Remediation: Design Strategies, Performance Evaluation, and Practical Implementation.Chapter 18: Policy, Education, and Global CollaborationChapter 19: Conclusion: A Systems-Based Approach to Dye Pollution and Future Direction