Recent work has shown that the evolution of Drosophila melanogaster resistance to attack by the parasitoid Asobara tabida is constrained by a trade-off with larval competitive ability. However, there are two very important questions that need to be answered. First, is this a general cost, or is it parasitoid specific? Second, does a selected increase in immune response against one parasitoid species result in a correlated change in resistance to other parasitoid species? The answers to both questions will influence the coevolutionary dynamics of these species, and also may have a previously unconsidered, yet important, influence on community structure
Background: When organisms are attacked by multiple natural enemies, the evolution of a resistance m...
<div><p>A priority for biomedical research is to understand the causes of variation in susceptibilit...
A priority for biomedical research is to understand the causes of variation in susceptibility to inf...
By their nature, parasitoids will exert a selection pressure on their hosts to evolve a mechanism th...
Drosophila melanogaster is attacked by parasitoids that develop internally in the larva. They can de...
Drosophila melanogaster is attacked by parasitoids that develop internally in the larva. They can de...
By their nature, parasitoids will exert a selection pressure on their hosts to evolve a mechanism th...
Patterns of investment of limiting resources in such processes as competing for food and defense aga...
When organisms are attacked by multiple natural enemies, the evolution of a resistance mechanism to ...
An increase in resistance to one natural enemy may result in no correlated change, a positive correl...
Knowledge of the cost of parasitism and the competitive ability of parasitized larvae is important f...
Many insects are attacked by internal parasitoids against which they mount a largely cellular immuno...
Local adaptation has received little attention in host-parasitoid associations. Here we combine data...
Replicate lines of Drosophila melanogaster have been selected for increased resistance against one o...
International audienceCo-evolution of host-parasitoid interactions is determined by the costs of hos...
Background: When organisms are attacked by multiple natural enemies, the evolution of a resistance m...
<div><p>A priority for biomedical research is to understand the causes of variation in susceptibilit...
A priority for biomedical research is to understand the causes of variation in susceptibility to inf...
By their nature, parasitoids will exert a selection pressure on their hosts to evolve a mechanism th...
Drosophila melanogaster is attacked by parasitoids that develop internally in the larva. They can de...
Drosophila melanogaster is attacked by parasitoids that develop internally in the larva. They can de...
By their nature, parasitoids will exert a selection pressure on their hosts to evolve a mechanism th...
Patterns of investment of limiting resources in such processes as competing for food and defense aga...
When organisms are attacked by multiple natural enemies, the evolution of a resistance mechanism to ...
An increase in resistance to one natural enemy may result in no correlated change, a positive correl...
Knowledge of the cost of parasitism and the competitive ability of parasitized larvae is important f...
Many insects are attacked by internal parasitoids against which they mount a largely cellular immuno...
Local adaptation has received little attention in host-parasitoid associations. Here we combine data...
Replicate lines of Drosophila melanogaster have been selected for increased resistance against one o...
International audienceCo-evolution of host-parasitoid interactions is determined by the costs of hos...
Background: When organisms are attacked by multiple natural enemies, the evolution of a resistance m...
<div><p>A priority for biomedical research is to understand the causes of variation in susceptibilit...
A priority for biomedical research is to understand the causes of variation in susceptibility to inf...