Journal of Zoology · 1985 · 398 citations · 12 references
Life SciencesAnatomyZoologyComparative AnatomySystematic PaleontologyVertebrate PaleontologyBody CompositionBody Size EvolutionComparative OsteologySkeletal AnatomySkeletal BiologyVertebrate EvolutionBody Size EstimationBone Weight AnalysisDinosaur AnatomyDinosaur OsteologyFossil Body Mass EstimationFossil Vertebrate AnatomySubfossil VertebratesVertebrate Skeletal Anatomy
The mid‐shaft circumferences of the humerus and femur are closely related to body weight in living terrestrial vertebrates. Because these elements are frequently preserved in subfossil and fossil vertebrate skeletal materials, the relationship can be used to estimate body weight in extinct vertebrates. When the allometric equations are applied to the mid‐shaft circumferences of these elements in dinosaurs, the weights calculated for some giant sauropods ( Brachiosaurus ) are found to be lighter than previous estimates.
12
Allometry of the limb bones of mammals from shrews (Sorex) to elephant (Loxodonta)
R. McN. Alexander, A. S. Jayes, G. M. O. Maloiy et al. · Journal of Zoology · 1979 · 426 citations
Life Sciences, Anatomy, Zoology +17
Size, life history and ecology in mammals
David Western · African Journal of Ecology · 1979 · 372 citations
Life Sciences, Biology, Ecology +15
Anatomical and Ecological Evidence of Endothermy in Dinosaurs
Robert T. Bakker · Nature · 1972 · 169 citations
Natural Sciences, Biology, Zoology +12
Allometry of the legs of running birds
G. M. O. Maloiy, R. McN. Alexander, R. Njau et al. · Journal of Zoology · 1979 · 127 citations
Life Sciences, Anatomy, Zoology +17