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John Huizinga

Biographic Data

ID3961224
NAMEJohn Huizinga
GIVEN NAMESJohn
FAMILY NAMEHuizinga
SIGNATUREHUIZINGA J
VERIFIEDNo
TOTAL WORKS4
TOTAL CITATIONS74
AUTHOR COUNT4
EDITOR COUNT0
FIRST PUBLICATION YEAR1967
LATEST PUBLICATION YEAR1980
H-INDEX3
  • Australian Tooth-Size Clines and the Death of a Stereotype [and Comments and Reply]

    C Loring Brace, T Brown et al.•ARTICLE•Current Anthropology•1980•Cited by: 57•References: 13

    Tooth size in Australia ran from a minimum in the Cape York Peninsula of northern Queensland to a maximum in the Murray Basin. The available data suggest that the earliest Australians possessed large jaws and teeth and that subsequently genes for smaller tooth size entered Australia from the northeast corner a model which is consistent with the evidence for the spread of a variety of cultural and technological items. While the evidence is tentati…

  • Natural Selection and Morphological Variability

    M Henneberg, Janusz Piontek et al.•ARTICLE•Current Anthropology•1978•Cited by: 9

    Two hypotheses concerning the influence of natural selection intensity on intra- and interpopulational variability of metric characteristics of the human skull ar tested. Using data on 58 series from Europe and its environs dating from Neolithic to modern times, it has been found that with the decline of the decline of the intensity of operation of natural selection (1) intragroup variability increases, (2) intergroup variability decreases, and (…

  • A Biological Comparison of Eight Endogamous Groups of the Same Rank [and Comments and Replies]

    Irawati Karve, K C Malhotra et al.•ARTICLE•Current Anthropology•1968•Cited by: 8

    In order to examine the hypothesis that some Indian groups formerly called "sub-castes" (with the implication of common origin) are in fact separate groups which at different times and places achieved the same social rank, members of eight endogamous groups, all called Brahmins, in Maharashtra were studied for morphological and genetic characters. The statistics developed by Sanghvi-T and G -and an additional one, S (somatoscopic difference) base…

  • Twee mensenrassen in Zeeland

    John Huizinga, P J Van Der Feen et al.•ARTICLE•Man•1967

  • Australian Tooth-Size Clines and the Death of a Stereotype [and Comments and Reply]

    C Loring Brace, T Brown et al.•ARTICLE•Current Anthropology•1980•Cited by: 57•References: 13

    Tooth size in Australia ran from a minimum in the Cape York Peninsula of northern Queensland to a maximum in the Murray Basin. The available data suggest that the earliest Australians possessed large jaws and teeth and that subsequently genes for smaller tooth size entered Australia from the northeast corner a model which is consistent with the evidence for the spread of a variety of cultural and technological items. While the evidence is tentati…

  • Natural Selection and Morphological Variability

    M Henneberg, Janusz Piontek et al.•ARTICLE•Current Anthropology•1978•Cited by: 9

    Two hypotheses concerning the influence of natural selection intensity on intra- and interpopulational variability of metric characteristics of the human skull ar tested. Using data on 58 series from Europe and its environs dating from Neolithic to modern times, it has been found that with the decline of the decline of the intensity of operation of natural selection (1) intragroup variability increases, (2) intergroup variability decreases, and (…

  • A Biological Comparison of Eight Endogamous Groups of the Same Rank [and Comments and Replies]

    Irawati Karve, K C Malhotra et al.•ARTICLE•Current Anthropology•1968•Cited by: 8

    In order to examine the hypothesis that some Indian groups formerly called "sub-castes" (with the implication of common origin) are in fact separate groups which at different times and places achieved the same social rank, members of eight endogamous groups, all called Brahmins, in Maharashtra were studied for morphological and genetic characters. The statistics developed by Sanghvi-T and G -and an additional one, S (somatoscopic difference) base…

  • Twee mensenrassen in Zeeland

    John Huizinga, P J Van Der Feen et al.•ARTICLE•Man•1967

  • A Biological Comparison of Eight Endogamous Groups of the Same Rank [and Comments and Replies]

    Irawati Karve, K C Malhotra et al.•ARTICLE•Current Anthropology•1968•Cited by: 8

    In order to examine the hypothesis that some Indian groups formerly called "sub-castes" (with the implication of common origin) are in fact separate groups which at different times and places achieved the same social rank, members of eight endogamous groups, all called Brahmins, in Maharashtra were studied for morphological and genetic characters. The statistics developed by Sanghvi-T and G -and an additional one, S (somatoscopic difference) base…

  • Natural Selection and Morphological Variability

    M Henneberg, Janusz Piontek et al.•ARTICLE•Current Anthropology•1978•Cited by: 9

    Two hypotheses concerning the influence of natural selection intensity on intra- and interpopulational variability of metric characteristics of the human skull ar tested. Using data on 58 series from Europe and its environs dating from Neolithic to modern times, it has been found that with the decline of the decline of the intensity of operation of natural selection (1) intragroup variability increases, (2) intergroup variability decreases, and (…

  • Australian Tooth-Size Clines and the Death of a Stereotype [and Comments and Reply]

    C Loring Brace, T Brown et al.•ARTICLE•Current Anthropology•1980•Cited by: 57•References: 13

    Tooth size in Australia ran from a minimum in the Cape York Peninsula of northern Queensland to a maximum in the Murray Basin. The available data suggest that the earliest Australians possessed large jaws and teeth and that subsequently genes for smaller tooth size entered Australia from the northeast corner a model which is consistent with the evidence for the spread of a variety of cultural and technological items. While the evidence is tentati…

Archaeology (2 works) · Geography (2 works) · History (2 works) · History (2 works) · Archaeology and ancient environmental studies (1 works) · Art (1 works) · Artificial Intelligence (1 works) · Artificial Intelligence (1 works) · Biology (1 works) · Cape (1 works)

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