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Gigantopithecus and the Origins of Hominidae

Nature, 1970
A re-examination of the available Gigantopithecus material has revealed that most of the supposed “man-like” characteristics of this fossil primate are not, in fact, hominid at all.
David Pilbeam, Pilbeam David
exaly   +3 more sources

The Asian hominidae

Journal of Human Evolution, 1984
A variety of new chronometric, biostratigraphic and other data and a reanalysis of previous research indicates maximum ages of 0·1–1·3 m.y.a. for the earliest known Asian hominids. Most of the data suggest that the majority of known Asian hominids are less than 1·0 m.y.a. All of these hominids can be incorporated within the taxa Homo erectus or Homo
G.G. Pope, J.E. Cronin
exaly   +2 more sources

The meaning of Hominidae

Human Evolution, 1998
Traditional taxonomy of Hominoidea collides head on with the latest proposals of classification, grounded on molecular studies. Therefore, the common-sense meaning of “hominidae” does not fit some of the current technical meaning anymore. Besides, there is no consensus among molecular scholars about what genera should be placed into the Hominidae ...
exaly   +2 more sources

7. Hominidae

2009
Yohannes Haile-Selassie, Gen Suwa
exaly   +2 more sources

An Early Miocene Member of Hominidae

Nature, 1967
Hitherto, the earliest fossils recognized as belonging to the Hominidae, from Fort Ternan and the Siwaliks, have been dated to the Mio-Pliocene. Discoveries in early Miocene deposits at Songhor and Rusinga, Kenya, have made it possible to carry the date of the separation of the true Hominidae from the Pongidae back to the Lower—or possibly Early Middle—
exaly   +3 more sources

X: Hominidae

1978
F Clark Howell
exaly   +2 more sources

Hominidae

2013
Russell A. Mittermeier, Anthony B. Rylands, Don E. Wilson (2013): Hominidae. In: Handbook of the Mammals of the World – Volume 3 Primates.
Russell A. Mittermeier   +2 more
openaire   +2 more sources

Placental alkaline phosphatase in Hominidae

Nature, 1979
HUMAN placental alkaline phosphatase has several unique properties. It is stable to heating at 65 °C (ref. 1), is immunochemically distinct from the isoenzymes in other adult organs2,3, and has a large number of allelic variants4–6, with a ‘degree of heterozygosity’ much larger than that of any other human enzyme studied to date7.
G J, Doellgast, K, Benirschke
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