Recently it was proposed that the primary feathers of Archaeopteryx lithographica (HMN1880) were overlaid by long covert feathers, and that a multilayered feathered wing was a feature of early fossils with feathered forelimbs. The proposed long covert feathers of Archaeopteryx were previously interpreted as dorsally displaced remiges or a second set of impressions made by the wing. The following study shows that the qualitative arguments forwarded in support of the elongated covert hypothesis are neither robust nor supported quantitatively. The idea that the extant bird wing with its single layer of overlapping primaries evolved from an earlier multilayered heavily coveted feathered forelimb as seen in Anchiornis huxleyi is reasonable. At t...
The origin of birds and avian flight from within the archosaurian radiation has been among the most ...
From an initial isolated position as the oldest evolutionary prototype of a bird, Archaeopteryx has,...
Reconstructing the tree of life requires deciphering major evolutionary transformations and the func...
SummaryIn modern birds (Neornithes), the wing is composed of a layer of long, asymmetrical flight fe...
The historic fossil feather from the Jurassic Solnhofen has played a pivotal but controversial role ...
SummaryScientists long thought they knew what the wings of early birds looked like. But new reconstr...
The single feather initial holotype of Archaeopteryx lithographica is one of the world’s most iconi...
The feathers of Archaeopteryx have been known for over 140 years, are the most important reason for ...
The fossil birds Archaeopteryx and Confuciusornis had feathered wings resembling those of living bir...
Archaeopteryx has been regarded as an icon of evolution ever since its discovery from the Late Juras...
Although many Mesozoic fossil birds have been found with primary feathers preserved, these structure...
Archaeopteryx is an iconic fossil taxon with feathered wings from the Late Jurassic of Germany that ...
The widespread view that Archaeopteryx was a primitive (basal) bird has been recently challenged by ...
Recent discoveries of large leg feathers in some theropods have implications for our understanding o...
At least two lineages of Mesozoic birds are known to have possessed a distinct feather morphotype fo...
The origin of birds and avian flight from within the archosaurian radiation has been among the most ...
From an initial isolated position as the oldest evolutionary prototype of a bird, Archaeopteryx has,...
Reconstructing the tree of life requires deciphering major evolutionary transformations and the func...
SummaryIn modern birds (Neornithes), the wing is composed of a layer of long, asymmetrical flight fe...
The historic fossil feather from the Jurassic Solnhofen has played a pivotal but controversial role ...
SummaryScientists long thought they knew what the wings of early birds looked like. But new reconstr...
The single feather initial holotype of Archaeopteryx lithographica is one of the world’s most iconi...
The feathers of Archaeopteryx have been known for over 140 years, are the most important reason for ...
The fossil birds Archaeopteryx and Confuciusornis had feathered wings resembling those of living bir...
Archaeopteryx has been regarded as an icon of evolution ever since its discovery from the Late Juras...
Although many Mesozoic fossil birds have been found with primary feathers preserved, these structure...
Archaeopteryx is an iconic fossil taxon with feathered wings from the Late Jurassic of Germany that ...
The widespread view that Archaeopteryx was a primitive (basal) bird has been recently challenged by ...
Recent discoveries of large leg feathers in some theropods have implications for our understanding o...
At least two lineages of Mesozoic birds are known to have possessed a distinct feather morphotype fo...
The origin of birds and avian flight from within the archosaurian radiation has been among the most ...
From an initial isolated position as the oldest evolutionary prototype of a bird, Archaeopteryx has,...
Reconstructing the tree of life requires deciphering major evolutionary transformations and the func...