Ecophysiology and Microplastics in Marine Molluscs

Ecophysiology and Microplastics in Marine Molluscs provides a comprehensive examination of emerging microplastic pollutants and their physiological impacts on marine molluscs. With the large-scale production and widespread use of plastic materials, a significant amount of improperly disposed plastic waste has entered the marine environment. Once broken down by physical weathering, chemical erosion, and biodegradation, the resulting microplastics have physiological, metabolic, and behavioral consequences for marine life. This book collates emerging research on the biological impacts of microplastics on molluscs, a key taxon of significant commercial and ecological import. Written by an international team of experts, the book begins with an overview of microplastics and their presence in marine environments. It then delves into how microplastics are ingested and processed by molluscs, their internal accumulation, and the resulting impacts on metabolism, immunity, development, reproduction, and behavior. The book also examines the broader implications for aquaculture and suggests strategies for mitigating microplastic pollution in marine farming. Ecophysiology and Microplastics in Marine Molluscs is an invaluable resource for students, young researchers, and professionals in the fields of marine biology, ecotoxicology, and aquaculture. It provides the latest research findings, helping readers understand the complex effects of microplastics on marine life and inspiring new approaches to tackle this pressing environmental issue.