Measurements of trackways have been used to determine the gaits and speeds of 267 bipedal dinosaurs. Most of these dinosaurs used a walking gait, with mean relative stride length about 1.3 (i.e. with stride length about 1.3 times estimated height at the hip). For running dinosaurs mean relative stride length is about 3.7. Very few of the track-makers selected a trotting gait (defined by relative stride length between 2.0 and 2.9). It is suggested that the preferred walking and running gaits represent energetic optima, and that the trot was a transitional gait of high energetic cost
Trackways can provide unique insight to animals locomotion through quantitative analysis of variatio...
How extinct, non-avian theropod dinosaurs moved is a subject of considerable interest and controvers...
The gaits of reptiles, birds, and mammals are reviewed. It is shown that mammals of different sizes ...
The criteria used to define the gaits of living animals cannot be applied very easily to skeletons o...
The known relationships of speed, gait and body size (derived mainly from mammals) are used to deter...
How extinct, non-avian theropod dinosaurs locomoted is a subject of considerable interest, as is the...
Locomotor energetics are an important determinant of an animal's ecological niche. It is commonly as...
Locomotor energetics are an important determinant of an animal's ecological niche. It is commonly as...
Estimates of locomotory speeds of small to large-sized Patagonian dinosaurs are presented for the fi...
Gait reconstruction of extinct animals requires the integration of palaeontological information obta...
Limb phase, the timing of the footfalls in quadrupedal locomotion that describes common gaits such a...
Several lines of evidence are presented in this text that can help us estimate how dinosaurs could m...
The running ability of Tyrannosaurus rex has been intensively studied due to its relevance to interp...
The stance and gait of theropod dinosaurs are interpreted within the framework and constraints of fu...
<div><p>How extinct, non-avian theropod dinosaurs moved is a subject of considerable interest and co...
Trackways can provide unique insight to animals locomotion through quantitative analysis of variatio...
How extinct, non-avian theropod dinosaurs moved is a subject of considerable interest and controvers...
The gaits of reptiles, birds, and mammals are reviewed. It is shown that mammals of different sizes ...
The criteria used to define the gaits of living animals cannot be applied very easily to skeletons o...
The known relationships of speed, gait and body size (derived mainly from mammals) are used to deter...
How extinct, non-avian theropod dinosaurs locomoted is a subject of considerable interest, as is the...
Locomotor energetics are an important determinant of an animal's ecological niche. It is commonly as...
Locomotor energetics are an important determinant of an animal's ecological niche. It is commonly as...
Estimates of locomotory speeds of small to large-sized Patagonian dinosaurs are presented for the fi...
Gait reconstruction of extinct animals requires the integration of palaeontological information obta...
Limb phase, the timing of the footfalls in quadrupedal locomotion that describes common gaits such a...
Several lines of evidence are presented in this text that can help us estimate how dinosaurs could m...
The running ability of Tyrannosaurus rex has been intensively studied due to its relevance to interp...
The stance and gait of theropod dinosaurs are interpreted within the framework and constraints of fu...
<div><p>How extinct, non-avian theropod dinosaurs moved is a subject of considerable interest and co...
Trackways can provide unique insight to animals locomotion through quantitative analysis of variatio...
How extinct, non-avian theropod dinosaurs moved is a subject of considerable interest and controvers...
The gaits of reptiles, birds, and mammals are reviewed. It is shown that mammals of different sizes ...