It is generally assumed that birds build nests according to a genetic 'template', little influenced by learning or memory. One way to confirm the role of genetics in nest building is to assess the repeatability of nest morphology with repeated nest attempts. Solitary weaver birds, which build multiple nests in a single breeding season, are a useful group with which to do this. Here we show that repeatability of nest morphology was low, but significant, in male Southern Masked weaver birds and not significant in the Village weavers. The larger bodied Village weavers built larger nests than did Southern Masked weavers, but body size did not explain variation in Southern Masked weaver nest dimensions. Nests built by the same male in both speci...
There is quite a lot of evidence demonstrating that birds will choose the location in which they bui...
Group living is a life history strategy employed by many organisms. This strategy is often difficult...
The potential for animals to respond to changing climates has sparked interest in intraspecific vari...
We currently have little understanding of how birds know what nest to build and what little we do kn...
Determining how animals achieve seemingly complex behaviours is central to our understanding of the ...
In birds and other taxa, nest construction varies considerably between and within populations. Such ...
Building a structurally robust nest is crucial for reproductive success in many birds. However, we k...
In birds and other taxa, nest construction varies considerably between and within populations. Such ...
Structures built by animals may convey useful information about the builder that may be used by cons...
Successful reproduction for most birds requires them to have built ‘good’ nests. The remarkable dive...
The pendent nests of some weaverbird and icterid species are among the most complex structures built...
The pendent nests of some weaverbird and icterid species are among the most complex structures built...
The potential for animals to respond to changing climates has sparked interest in intraspecific vari...
African weaverbirds (subfamily Ploceinae) use a variety of weaving stitches in nest construction, wh...
There is quite a lot of evidence demonstrating that birds will choose the location in which they bui...
Group living is a life history strategy employed by many organisms. This strategy is often difficult...
The potential for animals to respond to changing climates has sparked interest in intraspecific vari...
We currently have little understanding of how birds know what nest to build and what little we do kn...
Determining how animals achieve seemingly complex behaviours is central to our understanding of the ...
In birds and other taxa, nest construction varies considerably between and within populations. Such ...
Building a structurally robust nest is crucial for reproductive success in many birds. However, we k...
In birds and other taxa, nest construction varies considerably between and within populations. Such ...
Structures built by animals may convey useful information about the builder that may be used by cons...
Successful reproduction for most birds requires them to have built ‘good’ nests. The remarkable dive...
The pendent nests of some weaverbird and icterid species are among the most complex structures built...
The pendent nests of some weaverbird and icterid species are among the most complex structures built...
The potential for animals to respond to changing climates has sparked interest in intraspecific vari...
African weaverbirds (subfamily Ploceinae) use a variety of weaving stitches in nest construction, wh...
There is quite a lot of evidence demonstrating that birds will choose the location in which they bui...
Group living is a life history strategy employed by many organisms. This strategy is often difficult...
The potential for animals to respond to changing climates has sparked interest in intraspecific vari...