Over the course of evolutionary time, insect parasitoids have developed diverse strategies for using chemical compounds to communicate with various protago-nists within their environment (i.e. conspecifi cs, their hosts, and the plants on which their hosts are living). Unravelling the evolutionary meaning of such chemical communication networks not only provides new insights into the ecology of these insects but also contributes to improving the use of parasitoids for the control of insect pests in biological control programmes. A book covering our current knowledge of the chemical ecology of insect parasitoids is therefore particularly timely and will appeal to a large number of potential readers world-wide, from university students to sen...
During foraging, parasitoids of insect herbivores are aided by chemical compounds generally termed '...
In host-parasitoid systems, there is a continuous coevolutionary arms race where each species impose...
This book discusses recent contributions focusing on insect physiology and ecology written by expert...
Over the course of evolutionary time, insect parasitoids have developed diverse strategies for using...
The marriage of chemistry with ecology has been a productive one, providing a wealth of examples of ...
This chapter first identifies the essential elements in insect parasitoid chemical ecology. Then, it...
Insect parasitoids can find their hosts in complex environments and reproduce through a series of be...
Insect hyperparasitoids are fourth trophic level organisms that commonly occur in terrestrial food w...
Insect chemical ecology (ICE) evolved as a discipline concerned with plant–insect interactions, and ...
Insect chemical ecology (ICE) evolved as a discipline concerned with plant-insect interactions, and ...
The field application of semiochemicals, used by parasitoids to find mates and to locate their hosts...
Insect parasitoids are ubiquitous components of terrestrial food webs and play a key role in terms o...
peer reviewedAphids are widespread insects considered as crop pest throughout the world. In order to...
Phoretic arthropods use other animals as vehicles to migrate to new environments. Among insect paras...
<p>Interactions between insects are for a great deal mediated by semiochemicals. For instance,...
During foraging, parasitoids of insect herbivores are aided by chemical compounds generally termed '...
In host-parasitoid systems, there is a continuous coevolutionary arms race where each species impose...
This book discusses recent contributions focusing on insect physiology and ecology written by expert...
Over the course of evolutionary time, insect parasitoids have developed diverse strategies for using...
The marriage of chemistry with ecology has been a productive one, providing a wealth of examples of ...
This chapter first identifies the essential elements in insect parasitoid chemical ecology. Then, it...
Insect parasitoids can find their hosts in complex environments and reproduce through a series of be...
Insect hyperparasitoids are fourth trophic level organisms that commonly occur in terrestrial food w...
Insect chemical ecology (ICE) evolved as a discipline concerned with plant–insect interactions, and ...
Insect chemical ecology (ICE) evolved as a discipline concerned with plant-insect interactions, and ...
The field application of semiochemicals, used by parasitoids to find mates and to locate their hosts...
Insect parasitoids are ubiquitous components of terrestrial food webs and play a key role in terms o...
peer reviewedAphids are widespread insects considered as crop pest throughout the world. In order to...
Phoretic arthropods use other animals as vehicles to migrate to new environments. Among insect paras...
<p>Interactions between insects are for a great deal mediated by semiochemicals. For instance,...
During foraging, parasitoids of insect herbivores are aided by chemical compounds generally termed '...
In host-parasitoid systems, there is a continuous coevolutionary arms race where each species impose...
This book discusses recent contributions focusing on insect physiology and ecology written by expert...