This book is based on presentations at the workshop ("Integrative approaches for the investigation of root herbivory in agricultural and natural systems"), providing an overview of root-feeding invertebrates. It aims to bring a range of viewpoints and approaches 'under one roof', covering everything from food web ecology to the potential impacts of climate change on root feeders. In this book, 23 internationally renowned researchers working in the field of root herbivory were invited to participate in this focused edited volume. Their work brings together current knowledge relating to belowground herbivory in 11 chapters, across a spectrum of areas and predicts the future challenges and directions for root herbivory research. It concentrates on root-feeding invertebrates (nematodes, and particularly insects) as this is the most widespread type of root herbivore and the focus of most contemporary research in root herbivory.

Drawing on expertise from around the world, this volume identifies our current state of knowledge about the behavior and physiology of root herbivores. In particular, this work describes prevailing concepts and theories based on historical and current literature and identifies what new technologies and approaches are available to researchers in the field. Chapters address how root herbivore behavior and physiology is affected by the biotic and abiotic soil environment, cover case studies of globally significant pests and discuss advances in molecular techniques. Covering all aspects of behavioral and physiological responses of root herbivores to their environment, this will be valuable reading for researchers and professionals in agricultural entomology, plant science, ecology and soil science. - Key topics include: Molecular approach to root herbivores, Phylloxera, Plant metabolites, Soil climate, Behavioral ecology / wireworms

Set includes revised editions of some issues.

Food webs examine the interactions between organisms to explain ecosystem community structure. This book argues how food webs alone cannot depict a true picture of a community. It shows that examining other indirect interactions between organisms can help us to better understand the structure and organisation of communities and ecosystems.