Most research on plant–plant chemical interactions has focussed on events following herbivore or pathogen attack. However, undamaged plants also interact chemically as a natural facet of their behaviour, and this may have consequences for insects that use the plants as hosts. In this review, the links between allelopathy and insect behaviour are outlined. Findings on how chemical interactions between different plant species and genotypes affect aphid herbivores and their natural enemies are reviewed, and the role of plant diversity and chemical interaction for trophic interactions in crops is discussed
Insect-plant Interactions and Induced Plant Defence (Novartis Foundation Symposium 223). Editors: De...
The study of plant–insect interactions continues to be an exciting and fast-moving field that builds...
Plant defense against insect herbivores is just one of multiple layers of interactions. In addition,...
This chapter discusses whether plant chemical communication is a mechanism by which plant genetic d...
This study investigated the effects of airborne interaction between different barley cultivars on t...
Copyright © 2015 Elsevier Inc. All rights reserved.Plants can modify the interactions between herbiv...
Changes in plant volatile emission can be induced by exposure to volatiles from neighbouring insect-...
Changes in plant volatile emission can be induced by exposure to volatiles from neighbouring insect-...
Herbivorous arthropods have interacted with plants for millions of years. During feeding they releas...
The effects of plant-plant interactions via volatiles (aerial allelopathy) on herbivores and their n...
The interactions between plants and herbivores are among the most important ecological interactions ...
Olfactory orientation by aphids is guided by specific volatile blends released from their hosts. Hos...
Though immobile, plants are members of complex environments, and are under constant threat from a wi...
1. Chemical cues are essential for many ecological interactions. Previous studies of chemically medi...
This thesis explores whether aphid-infestation interferes with the plant response to chewing herbivo...
Insect-plant Interactions and Induced Plant Defence (Novartis Foundation Symposium 223). Editors: De...
The study of plant–insect interactions continues to be an exciting and fast-moving field that builds...
Plant defense against insect herbivores is just one of multiple layers of interactions. In addition,...
This chapter discusses whether plant chemical communication is a mechanism by which plant genetic d...
This study investigated the effects of airborne interaction between different barley cultivars on t...
Copyright © 2015 Elsevier Inc. All rights reserved.Plants can modify the interactions between herbiv...
Changes in plant volatile emission can be induced by exposure to volatiles from neighbouring insect-...
Changes in plant volatile emission can be induced by exposure to volatiles from neighbouring insect-...
Herbivorous arthropods have interacted with plants for millions of years. During feeding they releas...
The effects of plant-plant interactions via volatiles (aerial allelopathy) on herbivores and their n...
The interactions between plants and herbivores are among the most important ecological interactions ...
Olfactory orientation by aphids is guided by specific volatile blends released from their hosts. Hos...
Though immobile, plants are members of complex environments, and are under constant threat from a wi...
1. Chemical cues are essential for many ecological interactions. Previous studies of chemically medi...
This thesis explores whether aphid-infestation interferes with the plant response to chewing herbivo...
Insect-plant Interactions and Induced Plant Defence (Novartis Foundation Symposium 223). Editors: De...
The study of plant–insect interactions continues to be an exciting and fast-moving field that builds...
Plant defense against insect herbivores is just one of multiple layers of interactions. In addition,...