AbstractThe origin and the fate of the cranial ribs in three birds; Streptopelia senegalensis aegyptiaca, Pterocles alchata caudacutus and Passer domesticus niloticus, have been described. The requested characters for true cranial ribs are determined. The probable assumption that cranial ribs are developed in all birds is suggested, but because of their rapid regression several successive young stages are needed for their identification. The present finding invalidates De Beers & Barrington’s and Slaby’s theory that the metotic cartilage in birds originates from the cranial ribs
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
The origin and the fate of the cranial ribs in three birds; Streptopelia senegalensis aegyptiaca, Pt...
AbstractThe origin and the fate of the cranial ribs in three birds; Streptopelia senegalensis aegypt...
Background Birds exhibit an enormous diversity in adult skull shape (disparity), while their embr...
We critically review diverse literature on the cranial development in chicken, aiming at identifying...
Bones of the cranial vault appear to be highly conserved among tetrapod vertebrates. Moreover, bones...
—The order Psittaciformes (parrots) has unique morphological features in the head that are evolution...
The chondrocranium is a key structure of the skull, but our knowledge of its embryonic development i...
Recognizing the scarcity of anatomical and phylogenetic studies on Crotophaginae, the authors set Ou...
Summary Birds show a great variation in skull and beak shape. This morphological diversity known fo...
The study of the contributions of different bones to the formation of the skeleton in birds is neces...
Flightless birds belonging to phylogenetically distant clades share several morphological features i...
Birds are characterized by pneumatization of their skeletons by epithelial diverticula from larger, ...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
The origin and the fate of the cranial ribs in three birds; Streptopelia senegalensis aegyptiaca, Pt...
AbstractThe origin and the fate of the cranial ribs in three birds; Streptopelia senegalensis aegypt...
Background Birds exhibit an enormous diversity in adult skull shape (disparity), while their embr...
We critically review diverse literature on the cranial development in chicken, aiming at identifying...
Bones of the cranial vault appear to be highly conserved among tetrapod vertebrates. Moreover, bones...
—The order Psittaciformes (parrots) has unique morphological features in the head that are evolution...
The chondrocranium is a key structure of the skull, but our knowledge of its embryonic development i...
Recognizing the scarcity of anatomical and phylogenetic studies on Crotophaginae, the authors set Ou...
Summary Birds show a great variation in skull and beak shape. This morphological diversity known fo...
The study of the contributions of different bones to the formation of the skeleton in birds is neces...
Flightless birds belonging to phylogenetically distant clades share several morphological features i...
Birds are characterized by pneumatization of their skeletons by epithelial diverticula from larger, ...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...
Ostrich-like birds (Palaeognathae) show very little taxonomic diversity while their sister taxon (Ne...