Plants are nutritious and hence herbivores and phytopathogens have specialized to attack and consume them. In turn, plants have evolved adaptations to detect and withstand these attacks. Such adaptations we call ‘defenses’ and they can operate either directly between the plant and the plant consumer or indirectly i.e. when taking effect via other organisms such as predators and parasitoids of herbivores. Plant defenses put selection pressure on plant-consumers and, as a result, herbivores and pathogens have evolved counter-adaptations to avoid, resist, or manipulate plant defenses. Here we review how plant consumers have adapted to cope with plant defenses and we will put special emphasis on the phenomenon of suppression of plant defense
Many morphological and chemical features of plants are classified as plant defenses against herbivor...
Plants have been interacting with insects for several hundred million years, leading to complex defe...
Phenotypic plasticity enables invididuals to change their phenotype in response to their environment...
Background: Plants are hotbeds for parasites such as arthropod herbivores, which acquire nutrients a...
Background: Plants are hotbeds for parasites such as arthropod herbivores, which acquire nutrients a...
Plants have evolved and diversified to reduce the damages imposed by infectious pathogens and herbiv...
Background: Plants are hotbeds for parasites such as arthropod herbivores, which acquire nutrients a...
Plants have developed various mechanisms that reduce their likelihood of being consumed or damaged b...
Plant–insect interactions typically take place in complex settings of interactions among multiple tr...
Plant–insect interactions typically take place in complex settings of interactions among multiple tr...
Plant–insect interactions typically take place in complex settings of interactions among multiple tr...
Insect and plants have coevolved for millions of years. Plants respond to herbivory through various...
The differential response of insect herbivores to plant traits is one of the mechanismspromoting div...
To understand how plant defensive traits will evolve, we need to consider the biotic context for pla...
Plants respond to herbivore attack through a complex and variable system of defense, involving diffe...
Many morphological and chemical features of plants are classified as plant defenses against herbivor...
Plants have been interacting with insects for several hundred million years, leading to complex defe...
Phenotypic plasticity enables invididuals to change their phenotype in response to their environment...
Background: Plants are hotbeds for parasites such as arthropod herbivores, which acquire nutrients a...
Background: Plants are hotbeds for parasites such as arthropod herbivores, which acquire nutrients a...
Plants have evolved and diversified to reduce the damages imposed by infectious pathogens and herbiv...
Background: Plants are hotbeds for parasites such as arthropod herbivores, which acquire nutrients a...
Plants have developed various mechanisms that reduce their likelihood of being consumed or damaged b...
Plant–insect interactions typically take place in complex settings of interactions among multiple tr...
Plant–insect interactions typically take place in complex settings of interactions among multiple tr...
Plant–insect interactions typically take place in complex settings of interactions among multiple tr...
Insect and plants have coevolved for millions of years. Plants respond to herbivory through various...
The differential response of insect herbivores to plant traits is one of the mechanismspromoting div...
To understand how plant defensive traits will evolve, we need to consider the biotic context for pla...
Plants respond to herbivore attack through a complex and variable system of defense, involving diffe...
Many morphological and chemical features of plants are classified as plant defenses against herbivor...
Plants have been interacting with insects for several hundred million years, leading to complex defe...
Phenotypic plasticity enables invididuals to change their phenotype in response to their environment...