Interdisciplinary analysis of dye pollution across ecosystems and human health
Synthetic dyes resist conventional degradation, persisting in aquatic, terrestrial, and sedimentary environments while accumulating in living organisms. Environmental Impact of Dyes: Dynamics, Biological Uptake, and Human Health unifies environmental science, toxicology, analytical chemistry, biotechnology, and public health into one interdisciplinary resource examining how dyes enter the biosphere and affect ecosystems and human populations worldwide.
The book integrates AI-enabled monitoring, nanomaterials for dye detection, microbial bioremediation, and circular economy strategies alongside risk assessment models and policy recommendations. Global case studies illustrate genuine dye pollution issues and remediation solutions. Coverage extends to regulatory guidelines, toxicological considerations, and green alternatives to conventional dyes, providing actionable frameworks for both research and applied pollution management.
Readers will also find:
- Analysis of dye distribution and bioaccumulation pathways across air, water, soil, and sedimentary environments with ecological risk assessment models
- Emerging detection and degradation technologies including nanomaterial-based approaches and advanced analytical methods for synthetic dye identification
- Microbial bioremediation strategies and circular economy frameworks applicable to textile, leather, and paper industry dye waste management
- Policy and regulatory insights with analysis of existing guidelines and recommendations for future actions to mitigate dye-induced health risks
- Detailed toxicological profiles addressing carcinogenic, mutagenic, and endocrine-disrupting properties of synthetic dyes in aquatic and terrestrial organisms
Environmental Impact of Dyes serves environmental scientists, toxicologists, biotechnologists, and researchers investigating water pollution and dye contamination. It also addresses the needs of textile industry professionals, regulators, and policy makers seeking evidence-based guidance on dye pollution assessment, remediation technologies, and regulatory frameworks.
