The environmental fate and impact of synthetic chemical transformation products remain largely unknown. While the parent synthetic chemicals released into the environment are often well-characterized, their subsequent degradation products, formed through complex abiotic and biotic processes, present a significant knowledge gap. This volume addresses this deficiency by consolidating research from leading experts on the formation, environmental movement, and ecological effects of these transformation products. It also explores advanced modeling and analytical techniques crucial for understanding their occurrence and behavior.

This volume is of significant interest to scientists in academia, the chemicals industry, and regulatory bodies, as well as graduate students specializing in Environmental Chemistry and Ecotoxicology. The compilation of research from leading experts provides a comprehensive overview of a critical, yet under-researched, area in environmental science. The focus on both the formation and effects of transformation products, coupled with discussions on analytical and modeling approaches, positions it as a valuable resource for understanding the complex behavior of synthetic chemicals in the environment. Its structured approach aims to advance the scientific community's understanding and management of chemical pollution.