. Annals of the Carnegie Museum. Carnegie Museum; Carnegie Museum of Natural History; Natural history. 374 Annals of the Carnegie Museum. modified so that the principal weight of the body was supported, in the manus as in the pes, by the inner side of the foot. The Manus of Diplodocus and Morosaurus Probably Entaxonic in Structure. Considering the many known similarities in the structure of the skeletons of Brontosaurus and Diplodocus there can be little question that the manus in the latter genus was like the pes entaxonic in structure. This would call for a rearrangement of the phalanges of.
. Annals of the Carnegie Museum. Carnegie Museum; Carnegie Museum of Natural History; Natural history. 374 Annals of the Carnegie Museum. modified so that the principal weight of the body was supported, in the manus as in the pes, by the inner side of the foot. The Manus of Diplodocus and Morosaurus Probably Entaxonic in Structure. Considering the many known similarities in the structure of the skeletons of Brontosaurus and Diplodocus there can be little question that the manus in the latter genus was like the pes entaxonic in structure. This would call for a rearrangement of the phalanges of. Fig. 14. Right front foot of Morosaurus, one-sixtli natural size, after Osborn. the front feet in the present author's recently published restoration of Diplodocus carnegii. ^ ' See Mem. of the Carnegie Museum, Vol. I., plate Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Carnegie Museum; Carnegie Museum of Natural History. [Pittsburgh] : Published by authority of the Board of Trustees of the Carnegie Institute
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