Beschreibung
The nature of the coevolutionary process that produced the interactions between plant kairomones and insect sensory organs suggests that kairomones can be employed for insect control in a variety of baits and traps. This book discusses the major theoretical approaches to the subject, as well as a number of specific applications in pest control.
The authors describe their own work with volatile kairomones and their synthetic analogues used in the control of fruitflies and the corn rootworm beetle, and provide an overview of other research in this area. Professionals, professors, and graduate students in the fields of entomology, crop protection biochemistry, ecology, toxicology, and evolutionary biology will find that this concise and timely book contains much new and useful information. Researchers in biotechnology, particularly in the agricultural area, and agricultural, plant, and natural product chemists, will also find here the most up-to-date work available on plant kairomones and pest management.
Rezension
`Those with an interest in this field will find the book valuable. It is well written, well illustrated, and abounds with references.' Entomological News `.its highly focused content is of great importance across the board of entomological study.' British Journal of Entomological Natural History `.its excellent organisation and writing style, as well as high quality print and graphics.Careful planning and editorial care are evident in details such as definitions of terms and internal cross-referencing.I and many others fortunate enough to know or just know about the authors will treasure this inexpensive book as a capstone to a long-running and inspired research project in the exemplary career of one of the World's greatest entomologists and a warm and truly inspiring scientific collaboration.' Ecology
Inhalt
Preface; Chemical ecology of plant kairomones; Volatile kairomones as lures for insects; Japanese beetle; Diabroticite rootworm beetles; Fruit flies of the family Tephritidae; Plant-produced synomones and insect pollination.