Plants respond to complex blends of above-and below-ground volatile organic compounds
(VOCs) emitted by neighboring plants. These responses often involve priming (ie …

Plant–plant interactions via volatile organic compounds (VOCs) have received much
attention, but how abiotic stresses affect these interactions is poorly understood. We tested …

Plant-plant signalling via volatile organic compounds (VOCs) has been studied intensively,
but its contingency on abiotic conditions (eg, soil nutrients, drought, warming) is poorly …

In response to herbivore attack, plants release large amounts of volatiles that can serve as
attractants for the natural enemies of the attacking herbivores. Such responses are typically …

Upland cotton (Gossypium hirsutum) plants constitutively store volatile terpenes in their
leaves, which are steadily emitted at low levels. Herbivory leads to a greater release of these …

Plants can detect herbivore‐induced plant volatiles (HIPVs) from their damaged neighbours
and respond by enhancing or priming their defenses against future herbivore attack. Plant …

Airborne plant communication is a widespread phenomenon in which volatile organic
compounds (VOCs) from damaged plants boost herbivore resistance in neighbouring …

Plants respond to herbivory by emitting volatile organic compounds (VOCs), which mediate
diverse ecological interactions between plants and other organisms. Almost three decades …

Plants attacked by herbivorous insects release chemical signals that attract natural enemies
of the herbivores to the damaged plants. Feeding of Spodoptera exigua larvae on the lower …

Cotton has been used as a model plant to study direct and indirect plant defence against
herbivorous insects. However, the plant growing conditions could have an important effect …