Translational Chemical Ecology

This book explores how plants use volatile organic compounds (VOCs) as dynamic chemical signals to mediate interactions with insects, microbes and neighbouring plants. It connects fundamental mechanisms of VOC biosynthesis, regulation and ecology with their translational potential in agriculture, biotech and environmental resilience. Understanding plant volatile chemistry is, in a very real sense, understanding how plants participate chemically in the living world around them. Translational Chemical Ecology explores how plants use volatile organic compounds (VOCs) as dynamic chemical signals that mediate interactions with insects, microbes, and neighbouring plants. It connects fundamental mechanisms of VOC biosynthesis, regulation, and ecological function with their translational potential in agriculture, biotechnology, and environmental resilience. The book integrates recent advances in molecular biology, omics technologies, and ecological modelling to demonstrate how plant volatiles can be harnessed for sustainable crop protection and smart farming systems. Designed for researchers, graduate students, and professionals in plant science, chemical ecology, and integrated pest management, this volume offers an interdisciplinary perspective linking basic mechanisms to real-world applications. Its clear organization and applied focus make it a valuable reference for understanding and utilizing the chemical language of plants in both natural and managed ecosystems.

Pagina's: 312, Editie: Eerste editie, Hardcover, CRC Press