Plants mediate interactions between insects, including leaf-and root-feeders; yet the
underlying mechanisms and connection with ecological theory remain unresolved. In this …

In terrestrial food webs, the study of multitrophic interactions traditionally has focused on
organisms that share a common domain, mainly above ground. In the last two decades, it …

In response to herbivore attack, plants mobilize chemical defenses and release distinct
bouquets of volatiles. Aboveground herbivores are known to use changes in leaf volatile …

Evolutionary ecological theory predicts that among insect herbivores 'mothers know
best'when selecting a plant to deposit their eggs. Host‐plant selection is usually studied for …

Performance and distribution of phytophagous insects are driven by direct and indirect
competitive interactions. Plant-feeding arthropods have been shown to interact indirectly …

Plant volatiles convey information about the physiological status of a plant to other
organisms, including neighboring plants and herbivores searching for a suitable oviposition …

Herbivore‐induced changes in plant volatile emissions mediate above–below‐ground
interactions by determining host plant colonization of different herbivores. By changing shoot …

The selection of oviposition sites by female moths is crucial in shaping their progeny
performance and survival, and consequently in determining insect fitness. Selecting suitable …

The outcome of plant-mediated interactions among herbivores from several feeding guilds
has been studied intensively. However, our understanding on the effects of nematode root …

Plant growth‐promoting rhizobacteria (PGPR) can enhance plant growth and defence. Via
plant‐mediated effects, PGPR have been reported to impact the performance of generalist …