Avian parents and social insect colonies are victimized by interspecific brood parasites-cheats that procure costly care for their dependent offspring by leaving them in another species' nursery. Birds and insects defend themselves from attack by brood parasites; their defences in turn select counter-strategies in the parasite, thus setting in motion antagonistic co-evolution between the two parties. Despite their considerable taxonomic disparity, here we show striking parallels in the way that co-evolution between brood parasites and their hosts proceeds in insects and birds. First, we identify five types of co-evolutionary arms race from the empirical literature, which are common to both systems. These are: (a) directional co-evolution of...
Brood parasitism by cuckoos imposes high reproductive costs on hosts, selecting for the evolution of...
Why some lineages have diversified into larger numbers of species than others is a fundamental but s...
Coevolutionary theory predicts that parasitism selects for defensive traits in the hosts that counte...
Coevolutionary arms races, where adaptations in one party select for counter-adaptations in another ...
SummaryCoevolutionary arms races, where adaptations in one party select for counter-adaptations in a...
The interactions between avian obligate interspecific brood parasites and their hosts provide tracta...
The interactions between avian interspecific brood parasites and their hosts provide tractable and i...
Coevolution is often invoked as an engine of biological diversity. Avian brood parasites and their h...
Avian brood parasitism represents a suitable system for studying coevolution, as parasite and host e...
One of the best example of coevolutionaru adaptations is that of the interactions between avian broo...
Krüger O. Cuckoos, cowbirds and hosts: adaptations, trade-offs and constraints. PHILOSOPHICAL TRANSA...
Brood parasitism involves the exploitation of host parental care rather than the extraction of resou...
Obligate brood parasites rely solely on other species, the hosts, to incubate their eggs and raise t...
Coevolution is often invoked as an engine of biological diversity. Avian brood parasites and their h...
Obligate brood parasites lay all of their eggs in nests of other species, leaving the burden of pare...
Brood parasitism by cuckoos imposes high reproductive costs on hosts, selecting for the evolution of...
Why some lineages have diversified into larger numbers of species than others is a fundamental but s...
Coevolutionary theory predicts that parasitism selects for defensive traits in the hosts that counte...
Coevolutionary arms races, where adaptations in one party select for counter-adaptations in another ...
SummaryCoevolutionary arms races, where adaptations in one party select for counter-adaptations in a...
The interactions between avian obligate interspecific brood parasites and their hosts provide tracta...
The interactions between avian interspecific brood parasites and their hosts provide tractable and i...
Coevolution is often invoked as an engine of biological diversity. Avian brood parasites and their h...
Avian brood parasitism represents a suitable system for studying coevolution, as parasite and host e...
One of the best example of coevolutionaru adaptations is that of the interactions between avian broo...
Krüger O. Cuckoos, cowbirds and hosts: adaptations, trade-offs and constraints. PHILOSOPHICAL TRANSA...
Brood parasitism involves the exploitation of host parental care rather than the extraction of resou...
Obligate brood parasites rely solely on other species, the hosts, to incubate their eggs and raise t...
Coevolution is often invoked as an engine of biological diversity. Avian brood parasites and their h...
Obligate brood parasites lay all of their eggs in nests of other species, leaving the burden of pare...
Brood parasitism by cuckoos imposes high reproductive costs on hosts, selecting for the evolution of...
Why some lineages have diversified into larger numbers of species than others is a fundamental but s...
Coevolutionary theory predicts that parasitism selects for defensive traits in the hosts that counte...