1. Belowground herbivory has recently been shown to disrupt the host location behaviour of aboveground parasitoids and thereby impact plants indirect defences. Reverse interactions, on the other hand, have received little attention so far. 2. Lab and field studies were conducted to examine whether the presence of the leaf herbivore Pieris brassicae Linnaeus on brassicaceous plants influences the response of Trybliographa rapae Westwood, a specialist parasitoid of the root feeder Delia radicum Linnaeus. 3. The present results show that the attraction of the parasitoid towards host-infested plants disappeared when these plants were also infested by P. brassicae. This absence of attraction was observed both when the complete odour blend or onl...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Feeding by belowground herbivores may induce systemic changes in shoot defence levels that affect th...
1.Reproductive success for species in which offspring are confined to a distinct resource depends on...
1. Belowground herbivory has recently been shown to disrupt the host location behaviour of abovegrou...
It is widely reported that plants emit volatile compounds when they are attacked by herbivorous inse...
1. Root feeding insects can influence foliar quality of the host plant, which can affect the develop...
Most studies on plant defenses against insect herbivores investigate direct and indirect plant defen...
The majority of studies exploring interactions between above- and below-ground biota have been focus...
Root herbivores can influence both the performance and the behaviour of parasitoids of aboveground i...
Plants may respond to herbivore attacks by changing their chemical profile. Such induced responses o...
Induced plant defence in response to phytophagous insects is a well described phenomenon. However, s...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Plants attacked by herbivorous insects emit volatile organic compounds that are used by natural enem...
1. Plant species employ several direct and indirect defence strategies to protect themselves against...
International audienceSeveral plant traits control plant-insect interactions and shape host range of...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Feeding by belowground herbivores may induce systemic changes in shoot defence levels that affect th...
1.Reproductive success for species in which offspring are confined to a distinct resource depends on...
1. Belowground herbivory has recently been shown to disrupt the host location behaviour of abovegrou...
It is widely reported that plants emit volatile compounds when they are attacked by herbivorous inse...
1. Root feeding insects can influence foliar quality of the host plant, which can affect the develop...
Most studies on plant defenses against insect herbivores investigate direct and indirect plant defen...
The majority of studies exploring interactions between above- and below-ground biota have been focus...
Root herbivores can influence both the performance and the behaviour of parasitoids of aboveground i...
Plants may respond to herbivore attacks by changing their chemical profile. Such induced responses o...
Induced plant defence in response to phytophagous insects is a well described phenomenon. However, s...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Plants attacked by herbivorous insects emit volatile organic compounds that are used by natural enem...
1. Plant species employ several direct and indirect defence strategies to protect themselves against...
International audienceSeveral plant traits control plant-insect interactions and shape host range of...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Feeding by belowground herbivores may induce systemic changes in shoot defence levels that affect th...
1.Reproductive success for species in which offspring are confined to a distinct resource depends on...