Brood parasites, such as the Common Cuckoo (Cuculus canorus), rely on manipulating hosts from other species to raise their offspring. Selection should favor individuals that are able to identify and choose host nests that closely match the incubation stage of their own eggs. While intuitive, and supported by the findings of numerous long-term monitoring studies, experimental evidence of this remains sparse. By using video monitoring, we used three experimental groups to explore whether Common Cuckoos preferentially choose host Oriental Reed Warbler (Acrocephalus orientalis) nests that are early in their laying cycle. We found that Common Cuckoos preferentially parasitize nests of the host Oriental Reed Warbler that are earlier in their layi...
Capsule Brood parasitic Common Cuckoo Cuculus canorus chicks hatch earlier than the nestlings of the...
In the case of cuckoo parasitism, the maintenance of host specificity may be closely related to acti...
Understanding egg-laying behaviour of brood parasites in space and time can improve our knowledge of...
How cuckoos find the nests of their hosts and choose nests with respect to egg phenotype for parasit...
Prevailing theory assumes cuckoos lay at random among host nests within a population, although it ha...
Females of avian brood parasites have evolved various tactics to succeed in their reproductive strat...
Many studies have found that if hosts observe a brood parasite at their nest, they use it as a cue t...
Interspecific brood parasitism represents a prime example of the co-evolutionary arms race where eac...
The arms race between brood parasites and their hosts provides a classic model to study coevolution....
Avian brood parasitism represents a suitable system for studying coevolution, as parasite and host e...
When the risk of encountering enemies varies in space or in time, this may select for plasticity of ...
As the first line of defense in avian brood parasitism, nest defense plays an important role in redu...
BACKGROUND: Avian brood parasites and their hosts are involved in complex offence-defense coevolutio...
[EN]There is widespread evidence that individuals within and among host populations are not evenly p...
Brood parasitic cuckoos and their hosts serve as model systems for studying host-parasite coevolutio...
Capsule Brood parasitic Common Cuckoo Cuculus canorus chicks hatch earlier than the nestlings of the...
In the case of cuckoo parasitism, the maintenance of host specificity may be closely related to acti...
Understanding egg-laying behaviour of brood parasites in space and time can improve our knowledge of...
How cuckoos find the nests of their hosts and choose nests with respect to egg phenotype for parasit...
Prevailing theory assumes cuckoos lay at random among host nests within a population, although it ha...
Females of avian brood parasites have evolved various tactics to succeed in their reproductive strat...
Many studies have found that if hosts observe a brood parasite at their nest, they use it as a cue t...
Interspecific brood parasitism represents a prime example of the co-evolutionary arms race where eac...
The arms race between brood parasites and their hosts provides a classic model to study coevolution....
Avian brood parasitism represents a suitable system for studying coevolution, as parasite and host e...
When the risk of encountering enemies varies in space or in time, this may select for plasticity of ...
As the first line of defense in avian brood parasitism, nest defense plays an important role in redu...
BACKGROUND: Avian brood parasites and their hosts are involved in complex offence-defense coevolutio...
[EN]There is widespread evidence that individuals within and among host populations are not evenly p...
Brood parasitic cuckoos and their hosts serve as model systems for studying host-parasite coevolutio...
Capsule Brood parasitic Common Cuckoo Cuculus canorus chicks hatch earlier than the nestlings of the...
In the case of cuckoo parasitism, the maintenance of host specificity may be closely related to acti...
Understanding egg-laying behaviour of brood parasites in space and time can improve our knowledge of...