Biodegradation and Persistence

The book "Biodegradation and Persistence: Reactions and Processes" edited by B. Beek is a comprehensive volume that compiles the latest research findings on the biodegradation and persistence of environmentally harmful substances. Here is a detailed overview of the book:

Key Themes

1. Biodegradation and Persistence: The book focuses on the processes and reactions involved in the degradation of chemical substances in the environment. It explores both biotic (microbial) and abiotic (physico-chemical) degradation processes[1][2][3].
2. Environmental Impact: The volume emphasizes the importance of understanding biodegradation and persistence in assessing the long-term fate and environmental risk of chemicals. It discusses how these processes can lead to the transformation or removal of chemical substances from the environment[4][5].
3. Research Compilation: The book is a compilation of the newest research in the field, providing a comprehensive overview of current knowledge on biodegradation and persistence. It includes contributions from various experts in the field, making it a valuable resource for researchers and scientists[1][2][3].

Plot Summary

The book is structured to cover various aspects of biodegradation and persistence, including:

1. Definitions and Criteria: It begins with definitions of persistence and the criteria used to assess it, including EU regulations and other international standards[4].
2. Factors Affecting Persistence: The book delves into the factors that influence persistence, such as microbial diversity, growth, and adaptation, as well as cometabolism, temperature, oxygen content, bioavailability, and metabolism by higher organisms[4].
3. Extrapolation from Laboratory and Field Data: It discusses how data from laboratory tests can be extrapolated to real-world scenarios, including the use of standard tests and defaults in biodegradability assessments[4].
4. Improvements to Biodegradability Test Methods: The volume also addresses improvements needed in existing biodegradability test methods, including the source and density of inoculum, test chemical concentration, test temperature, and duration of tests[4].

Critical Reception

While there is no specific critical reception available for this book, its compilation of the latest research and its comprehensive approach make it a valuable resource in the field of environmental chemistry. The book's inclusion in academic publications and its use in technical reports suggest its relevance and credibility among experts[1][2][3].

Additional Context

The book is part of a larger series in environmental chemistry, contributing to the broader understanding of environmental degradation processes. It is likely to be used as a reference in academic and professional settings where understanding the fate and persistence of chemicals in the environment is crucial[5].