Microplastics in Aquatic Systems: Detection, Impact, and Remediation provides a multidisciplinary perspective on the latest advancements in microplastic research, with a particular focus on technological innovations and their applications in aquatic environments. It explores novel approaches that integrate AI and sensor technologies to enable faster and more efficient microplastic detection, both qualitatively and quantitatively. Designed for students, researchers, policymakers, and environmental professionals, each chapter includes a Materials and Methods section that clearly describes the research methodology and information collection processes, whether for experimental studies, theoretical approaches, or practical applications. All chapters feature a Discussion section to highlight research innovations and insights while offering different perspectives on the topic. Additionally, a dedicated section on Future Perspectives and Innovation explores potential developments and emerging research directions. By bridging scientific research, technological innovation, and socio-economic considerations, this book aims to provide valuable insights for those working towards sustainable solutions to microplastic pollution in aquatic systems.

• Includes flowcharts, step-by-step processes, bullet-point summaries at the end of each chapter, supplementary information boxes, and comparative tables of technologies to synthesize chapter content and facilitate information retrieval for the reader
• Provides innovative and applicable solutions for real-world contexts, aimed at supporting the integration of science with the variability of real-case scenarios
• Offers a comprehensive understanding of the latest technological innovations, including AI and sensor technologies, for efficient and effective microplastic detection and mitigation in aquatic ecosystems