<p>Parasitoids kill and live at the expense of their hosts, but they also serve as food for intraguild predators and hyperparasitoids. Natural enemy diversity can thus challenge herbivore suppression by parasitoids, but this depends on the ecological niches of the species involved and their functional diversity. The spatial context is another important layer of complexity, particularly in areas with reduced habitat complexity and increased fragmentation. Parasitoids have evolved strategies to locate their host, but this can be affected by risk of intraguild predation or hyperparasitism. To better understand these interactions we need more long-term experiments and trophic-web studies. This will provide fundamental knowledge, improve pest co...
Insects pass through several life-stages during development and, ultimately, individuals interact wi...
1. Most communities of insect herbivores are unlikely to be structured by resource competition, but ...
This thesis describes research on multitrophic interactions between parasitoids, herbivores and plan...
Parasitoids kill and live at the expense of their hosts, but they also serve as food for intraguild ...
Optimal habitat selection is essential for species survival in ecosystems, and interspecific competi...
Hyperparasitoids are some of the most diverse members of insect food webs. True hyperparasitoids par...
International audienceCan specialist natural enemies persist in ecosystems when competing with omniv...
We have examined the effects of herbivore diversity on parasitoid community persistence and stabilit...
Species have strong indirect effects on others, and predicting these effects is a central challenge ...
1. The coexistence of multiple species sharing similar but spatially fragmented resources (e.g. para...
Agricultural and forest insect pests generate important yield losses worldwide. Global-change is exp...
The importance of competition in phytphagous insect communities is a highly controversial and unreso...
Intraguild predation (IGP) is common in communities, yet theory suggests it should not often persist...
There is a well documented relationship between parasitoid species assemblage size and host feeding ...
Species extinctions are biased towards higher trophic levels, and primary extinctions are often foll...
Insects pass through several life-stages during development and, ultimately, individuals interact wi...
1. Most communities of insect herbivores are unlikely to be structured by resource competition, but ...
This thesis describes research on multitrophic interactions between parasitoids, herbivores and plan...
Parasitoids kill and live at the expense of their hosts, but they also serve as food for intraguild ...
Optimal habitat selection is essential for species survival in ecosystems, and interspecific competi...
Hyperparasitoids are some of the most diverse members of insect food webs. True hyperparasitoids par...
International audienceCan specialist natural enemies persist in ecosystems when competing with omniv...
We have examined the effects of herbivore diversity on parasitoid community persistence and stabilit...
Species have strong indirect effects on others, and predicting these effects is a central challenge ...
1. The coexistence of multiple species sharing similar but spatially fragmented resources (e.g. para...
Agricultural and forest insect pests generate important yield losses worldwide. Global-change is exp...
The importance of competition in phytphagous insect communities is a highly controversial and unreso...
Intraguild predation (IGP) is common in communities, yet theory suggests it should not often persist...
There is a well documented relationship between parasitoid species assemblage size and host feeding ...
Species extinctions are biased towards higher trophic levels, and primary extinctions are often foll...
Insects pass through several life-stages during development and, ultimately, individuals interact wi...
1. Most communities of insect herbivores are unlikely to be structured by resource competition, but ...
This thesis describes research on multitrophic interactions between parasitoids, herbivores and plan...