this book provides a comprehensive overview of phenolic plant metabolites, covering their structure, biosynthesis, distribution, and importance. it includes chapters on extraction and chemical quantification, biochemical techniques for tannins, in vivo study methods, separation techniques, structure elucidation, and the future of chemoecological studies based on phenolics. the book is organized into nine chapters, each discussing various aspects of phenolic compounds, from their biological significance to analytical methods used in their study. the authors, peter g. waterman and simon mole, are experts in phytochemistry and biological sciences, respectively. the book is intended for researchers and students in pharmaceutical sciences, biology, and ecology. it serves as a reference for understanding the role of phenolic compounds in plants and their applications in various fields. the book includes a detailed reference list and indexes for chemical substances and groups. the content is structured to provide both fundamental and advanced knowledge on phenolic plant metabolites, making it a valuable resource for those interested in the chemical and ecological aspects of these compounds. the book emphasizes the importance of phenolic compounds in plant biology and their potential applications in medicine, agriculture, and environmental science. it also discusses current and future research directions in the study of phenolic compounds, highlighting their utility in chemoecological studies. the book is a key resource for anyone seeking to understand the complex world of phenolic plant metabolites and their significance in both scientific and practical contexts.this book provides a comprehensive overview of phenolic plant metabolites, covering their structure, biosynthesis, distribution, and importance. it includes chapters on extraction and chemical quantification, biochemical techniques for tannins, in vivo study methods, separation techniques, structure elucidation, and the future of chemoecological studies based on phenolics. the book is organized into nine chapters, each discussing various aspects of phenolic compounds, from their biological significance to analytical methods used in their study. the authors, peter g. waterman and simon mole, are experts in phytochemistry and biological sciences, respectively. the book is intended for researchers and students in pharmaceutical sciences, biology, and ecology. it serves as a reference for understanding the role of phenolic compounds in plants and their applications in various fields. the book includes a detailed reference list and indexes for chemical substances and groups. the content is structured to provide both fundamental and advanced knowledge on phenolic plant metabolites, making it a valuable resource for those interested in the chemical and ecological aspects of these compounds. the book emphasizes the importance of phenolic compounds in plant biology and their potential applications in medicine, agriculture, and environmental science. it also discusses current and future research directions in the study of phenolic compounds, highlighting their utility in chemoecological studies. the book is a key resource for anyone seeking to understand the complex world of phenolic plant metabolites and their significance in both scientific and practical contexts.