In response to herbivory, most plant species adjust their chemical and morphological
phenotype to acquire induced resistance to the attacking herbivore. Induced resistance may …

Climate change alters many environmental parameters with strong consequences for
ecological interactions, from species interactions to community dynamics. Temperature is …

Plants face an array of insect herbivores and have evolved complex defense approaches
against various insect feeding strategies. However, little is known about how plants respond …

Plants are frequently exposed to herbivory and mechanical damage that result in wounding.
Two fundamental strategies, regeneration and healing, are employed by plants upon …

Main conclusion Insect herbivores of different feeding guilds induced sorghum defenses
through differential mechanisms, regardless of the order of herbivore arrival on sorghum …

Abstract In North America, lodgepole pine is frequently subjected to attacks by various biotic
agents that compromise its ability to defend against subsequent attacks by insect herbivores …

Main conclusion Our results indicate caterpillars and aphids cause similar levels of induced
defences and resistance against caterpillars in wild cotton plants. These symmetrical effects …

Co-infestations by herbivores, a common situation found in natural settings, can distinctly
affect induced plant defenses compared to single infestations. Related tritrophic interactions …

Parasitoids induce physiological changes in their herbivorous hosts that affect how plants
respond to herbivory. The signature of parasitoids on induced plant responses to feeding by …

Environmental factors such as elevated levels of CO2 and O3 are increasingly affecting
forest trees globally. Changes in climate have led to shifts in the geographic distribution of …