This chapter investigates the chemical complexity encountered by parasitoids while searching for suitable hosts, and their foraging strategies to cope with this complexity. First, it reviews parasitoid responses to vegetation and vegetation odour diversity at a large scale. At a small scale, it then focuses on the chemical complexity of the host plants' variability and its influence on parasitoid foraging. At the level of parasitoid host recognition and acceptance, the variability of chemicals and complex interactions between host plants and host cues are explored. Finally, the chapter reviews how parasitoids use their behavioural, sensory and neurophysiological adaptations to successfully locate their hosts in heterogeneous environments, a...
This thesis describes research on multitrophic interactions between parasitoids, herbivores and plan...
1. Parasitoids are known to utilise learning of herbivore-induced plant volatiles (HIPVs) when forag...
It is well known that many parasitic wasps use herbivore-induced plant odours (HIPVs) to locate thei...
Insect parasitoids can find their hosts in complex environments and reproduce through a series of be...
Parasitoid foraging decisions are often affected by community characteristics such as community dive...
Many parasitoid species use olfactory cues to locate their hosts. In tritrophic systems, parasitoids...
Hyperparasitoids play a major role in insect-plant community as they determine populations dynamics ...
1. Foraging decisions of parasitoids are influenced by host density via density-mediated indirect in...
Adult parasitoids must not only find hosts for repro-ductive purposes but also locate food to meet t...
Foraging behaviour of parasitoids in multi-herbivore communities Parasitic wasps, or parasitoids, us...
The use of parasitoids as biological control agents is gaining interest as an environmentally sound ...
Intraspecific intrinsic variation in foraging behavior is a common but often overlooked feature of p...
The use of parasitoids as biological control agents is gaining interest as an environmentally sound ...
1. Changing plant composition in a community can have profound consequences for herbivore and parasi...
1. Changing plant composition in a community can have profound consequences for herbivore and parasi...
This thesis describes research on multitrophic interactions between parasitoids, herbivores and plan...
1. Parasitoids are known to utilise learning of herbivore-induced plant volatiles (HIPVs) when forag...
It is well known that many parasitic wasps use herbivore-induced plant odours (HIPVs) to locate thei...
Insect parasitoids can find their hosts in complex environments and reproduce through a series of be...
Parasitoid foraging decisions are often affected by community characteristics such as community dive...
Many parasitoid species use olfactory cues to locate their hosts. In tritrophic systems, parasitoids...
Hyperparasitoids play a major role in insect-plant community as they determine populations dynamics ...
1. Foraging decisions of parasitoids are influenced by host density via density-mediated indirect in...
Adult parasitoids must not only find hosts for repro-ductive purposes but also locate food to meet t...
Foraging behaviour of parasitoids in multi-herbivore communities Parasitic wasps, or parasitoids, us...
The use of parasitoids as biological control agents is gaining interest as an environmentally sound ...
Intraspecific intrinsic variation in foraging behavior is a common but often overlooked feature of p...
The use of parasitoids as biological control agents is gaining interest as an environmentally sound ...
1. Changing plant composition in a community can have profound consequences for herbivore and parasi...
1. Changing plant composition in a community can have profound consequences for herbivore and parasi...
This thesis describes research on multitrophic interactions between parasitoids, herbivores and plan...
1. Parasitoids are known to utilise learning of herbivore-induced plant volatiles (HIPVs) when forag...
It is well known that many parasitic wasps use herbivore-induced plant odours (HIPVs) to locate thei...