Volatile compounds and extrafloral nectar are common defenses of wild plants; however, in
crops they bear an as-yet underused potential for biological control of pests and diseases …

Plants emit a plethora of volatile organic compounds, which provide detailed information on
the physiological condition of emitters. Volatiles induced by herbivore feeding are among …

Plants respond to mechanical wounding, herbivore feeding or infection by pathogens with
the release of volatiles. Small C6 molecules termed green‐leaf volatiles form a general …

One of the most important challenges for individual plants is coexistence with their
neighbors. To compensate for their sessile lifestyle, plants developed complex and …

Plants that express resistance to herbivores emit volatile organic compounds (VOC s) that
can trigger resistance responses in undamaged neighbours. Recent reports indicate that …

Volatile organic compounds (VOCs) are a major currency in plant communication where
they mediate above-and below-ground interactions between plants and the surrounding …

Although plants are sessile organisms, they can modulate their phenotype so as to cope
with environmental stresses such as herbivore attack and competition with neighbouring …

Herbivore‐induced terpenes have been reported to function as ecological signals in plant–
insect interactions. Here, we showed that insect‐induced cotton volatile blends contained 16 …

Pandemics of vector-borne human and plant diseases often depend on the behaviors of
their arthropod vectors. Arboviruses, including many bunyaviruses, manipulate vector …

Understanding the role of diversity in ecosystem processes and species interactions is a
central goal of ecology. For plant–herbivore interactions, it has been hypothesized that when …