can act as vertical communication channels or ‘green phones’ linking soil-dwelling insects and insects in the aboveground ecosystem. When root-feeding insects attack a plant, the direct defense system of the shoot is activated, leading to an accumulation of phytotoxins in the leaves. The protection of the plant shoot elicited by root damage can impair the survival, growth and development of aboveground insect herbivores, thereby creating plant-based functional links between soil-dwelling insects and insects that develop in the aboveground ecosystem. The interactions between spatially separated insects below- and aboveground are not restricted to root and foliar plant-feeding insects, but can be extended to higher trophic levels such as inse...
Plants mediate interactions between insects, including leaf- and root-feeders; yet the underlying me...
In terrestrial food webs, the study of multitrophic interactions traditionally has focused on organi...
In terrestrial food webs, the study of multitrophic interactions traditionally has focused on organi...
Plants can act as vertical communication channels or `green phones¿ linking soil-dwelling insects an...
Plants have evolved complex biochemical mechanisms to counter threats from insect herbivory. Recent ...
Plants mediate interactions between insects, including leaf- and root-feeders; yet the underlying me...
Herbivory can induce changes in plant growth, physiology, morphology, and phenology. Such herbivore-...
Plants are exploited and attacked by a range of organisms both above and below the soil surface. Man...
Plants are members of complex communities and function as a link between above- and below-ground org...
Plants are members of complex communities and function as a link between above- and below-ground org...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Communication between plants mediated by herbivore-induced volatile organic compounds has been exten...
1. Plants interact with various organisms, aboveground as well as belowground. Such interactions res...
1. Plants interact with various organisms, aboveground as well as belowground. Such interactions res...
Plants are preyed upon by a diverse group of insect herbivores above- and belowground. Over the cour...
Plants mediate interactions between insects, including leaf- and root-feeders; yet the underlying me...
In terrestrial food webs, the study of multitrophic interactions traditionally has focused on organi...
In terrestrial food webs, the study of multitrophic interactions traditionally has focused on organi...
Plants can act as vertical communication channels or `green phones¿ linking soil-dwelling insects an...
Plants have evolved complex biochemical mechanisms to counter threats from insect herbivory. Recent ...
Plants mediate interactions between insects, including leaf- and root-feeders; yet the underlying me...
Herbivory can induce changes in plant growth, physiology, morphology, and phenology. Such herbivore-...
Plants are exploited and attacked by a range of organisms both above and below the soil surface. Man...
Plants are members of complex communities and function as a link between above- and below-ground org...
Plants are members of complex communities and function as a link between above- and below-ground org...
1. Plants and insects are part of a complex multitrophic environment, in which they closely interact...
Communication between plants mediated by herbivore-induced volatile organic compounds has been exten...
1. Plants interact with various organisms, aboveground as well as belowground. Such interactions res...
1. Plants interact with various organisms, aboveground as well as belowground. Such interactions res...
Plants are preyed upon by a diverse group of insect herbivores above- and belowground. Over the cour...
Plants mediate interactions between insects, including leaf- and root-feeders; yet the underlying me...
In terrestrial food webs, the study of multitrophic interactions traditionally has focused on organi...
In terrestrial food webs, the study of multitrophic interactions traditionally has focused on organi...