Effect of host-generated cues on foraging speed of herbivore as well as its natural enemies was studied under net house conditions in Meghalaya, India. Foraging speed of P. brassicae was significantly higher towards the healthy plants, whereas it was lowest towards the damaged plants along with herbivore cues. In contrast foraging speed of parasitoids H. ebeninus and C. glomerata was highest towards damaged plants along with herbivore cues and lowest towards healthy plants. It indicates that herbivore and its parasitoids respond to the volatiles generated by their host. In addition to host plants natural enemies also utilize herbivore-generated cues for their detection
Parasitoids need to find their hosts in patchy environments that differ in profitability. To maximiz...
Interactions between predator and prey, or parasitoid and host, are shaped by trait-and density-medi...
Infochemicals play an important role in structuring intra- and interspecific interactions. Many para...
The role of volatile stimuli in the long-range host-searching behaviour of the specialist parasitoid...
To determine and compare innate preferences of the parasitoid species Cotesia glomerata and C. rubec...
Recently parasitoids were hypothesized to encounter a reliability-detectability problem relating to ...
Root feeding insects can influence foliar quality of the host plant, which can affect the developmen...
It is widely reported that plants emit volatile compounds when they are attacked by herbivorous inse...
Herbivore feeding induces plants to emit volatiles that are detectable and reliable cues for foragin...
Most studies on plant defenses against insect herbivores investigate direct and indirect plant defen...
Foraging behaviour of parasitoids in multi-herbivore communities Parasitic wasps, or parasitoids, us...
Plants can affect the effectiveness of carnivorous insects in various ways. An important aspect is t...
Plants respond to herbivory with the emission of plant volatiles, which can be used by the herbivore...
Foraging success of predators profoundly depends on reliable and detectable cues indicating the pres...
It is fascinating that our ecological systems are structured by both direct and indirect species int...
Parasitoids need to find their hosts in patchy environments that differ in profitability. To maximiz...
Interactions between predator and prey, or parasitoid and host, are shaped by trait-and density-medi...
Infochemicals play an important role in structuring intra- and interspecific interactions. Many para...
The role of volatile stimuli in the long-range host-searching behaviour of the specialist parasitoid...
To determine and compare innate preferences of the parasitoid species Cotesia glomerata and C. rubec...
Recently parasitoids were hypothesized to encounter a reliability-detectability problem relating to ...
Root feeding insects can influence foliar quality of the host plant, which can affect the developmen...
It is widely reported that plants emit volatile compounds when they are attacked by herbivorous inse...
Herbivore feeding induces plants to emit volatiles that are detectable and reliable cues for foragin...
Most studies on plant defenses against insect herbivores investigate direct and indirect plant defen...
Foraging behaviour of parasitoids in multi-herbivore communities Parasitic wasps, or parasitoids, us...
Plants can affect the effectiveness of carnivorous insects in various ways. An important aspect is t...
Plants respond to herbivory with the emission of plant volatiles, which can be used by the herbivore...
Foraging success of predators profoundly depends on reliable and detectable cues indicating the pres...
It is fascinating that our ecological systems are structured by both direct and indirect species int...
Parasitoids need to find their hosts in patchy environments that differ in profitability. To maximiz...
Interactions between predator and prey, or parasitoid and host, are shaped by trait-and density-medi...
Infochemicals play an important role in structuring intra- and interspecific interactions. Many para...