The process of domestication has long fascinated evolutionary biologists, yielding insights into the rapidity with which selection can alter behaviour and morphology. Previous studies on dogs, cattle and pigeons have demonstrated that domesticated forms show greater magnitudes of morphological variation than their wild ancestors. Here, we quantify variation in skull morphology, modularity and integration in chickens and compare those to the wild fowl using three-dimensional geometric morphometrics and multivariate statistics. Similar to other domesticated species, chickens exhibit a greater magnitude of variation in shape compared with their ancestors. The most variable part of the chicken skull is the cranial vault, being formed by dermal ...
Scatterplot of the first two principal components from shape variables of fowl and chickens, without...
Domestic fowl remains are a small but significant element of many post-Iron Age bone assemblages, re...
A central question in evolutionary developmental biology is how highly conserved developmental syste...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The domestication of the fowl resulted in a large diversity of integumental structures in chicken br...
The domestication of the fowl resulted in a large diversity of integumental structuresin chicken bre...
Summary Birds show a great variation in skull and beak shape. This morphological diversity known fo...
The chondrocranium is a key structure of the skull, but our knowledge of its embryonic development i...
Domesticated animals are morphologically diverse, chickens are not the exception. This diversity has...
This special issue of JEZ‐B is devoted to the phenotype as it relates to domestication, with a devel...
The avian class is characterized by particularly strong variability in their domesticated species. W...
Scatterplot of the first two principal components from shape variables of fowl and chickens, without...
Domestic fowl remains are a small but significant element of many post-Iron Age bone assemblages, re...
A central question in evolutionary developmental biology is how highly conserved developmental syste...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The process of domestication has long fascinated evolutionary biologists, yielding insights into the...
The domestication of the fowl resulted in a large diversity of integumental structures in chicken br...
The domestication of the fowl resulted in a large diversity of integumental structuresin chicken bre...
Summary Birds show a great variation in skull and beak shape. This morphological diversity known fo...
The chondrocranium is a key structure of the skull, but our knowledge of its embryonic development i...
Domesticated animals are morphologically diverse, chickens are not the exception. This diversity has...
This special issue of JEZ‐B is devoted to the phenotype as it relates to domestication, with a devel...
The avian class is characterized by particularly strong variability in their domesticated species. W...
Scatterplot of the first two principal components from shape variables of fowl and chickens, without...
Domestic fowl remains are a small but significant element of many post-Iron Age bone assemblages, re...
A central question in evolutionary developmental biology is how highly conserved developmental syste...