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Kelly R Kamnikar Kelly R Kamnikar

Biographic Data

ID5521414
NAMEKelly R Kamnikar Kelly R Kamnikar
GIVEN NAMESKelly R Kamnikar Kelly R
FAMILY NAMEKamnikar
SIGNATUREKAMNIKAR K R K K R
VERIFIEDNo
TOTAL WORKS1
TOTAL CITATIONS3
AUTHOR COUNT1
EDITOR COUNT0
FIRST PUBLICATION YEAR2018
LATEST PUBLICATION YEAR2018
H-INDEX1
  • New Approaches to Juvenile Age Estimation in Forensics: Application of Transition Analysis via the Shackelford et al. Method to a Diverse Modern Subadult Sample

    Kelly R Kamnikar, Kelly R Kamnikar Kelly R Kamnikar et al.•ARTICLE•Human Biology•2018•Cited by: 3

    Dental development is one of the most widely utilized and accurate methods available for estimating age in subadult skeletal remains. The timing of tooth growth and development is regulated by genetics and less afffected by external factors, allowing reliable estimates of chronological age. Traditional methodology focuses on comparing tooth developmental scores to corresponding age charts. Using the Moorrees, Fanning, and Hunt (MFH) developmental…

  • New Approaches to Juvenile Age Estimation in Forensics: Application of Transition Analysis via the Shackelford et al. Method to a Diverse Modern Subadult Sample

    Kelly R Kamnikar, Kelly R Kamnikar Kelly R Kamnikar et al.•ARTICLE•Human Biology•2018•Cited by: 3

    Dental development is one of the most widely utilized and accurate methods available for estimating age in subadult skeletal remains. The timing of tooth growth and development is regulated by genetics and less afffected by external factors, allowing reliable estimates of chronological age. Traditional methodology focuses on comparing tooth developmental scores to corresponding age charts. Using the Moorrees, Fanning, and Hunt (MFH) developmental…

  • New Approaches to Juvenile Age Estimation in Forensics: Application of Transition Analysis via the Shackelford et al. Method to a Diverse Modern Subadult Sample

    Kelly R Kamnikar, Kelly R Kamnikar Kelly R Kamnikar et al.•ARTICLE•Human Biology•2018•Cited by: 3

    Dental development is one of the most widely utilized and accurate methods available for estimating age in subadult skeletal remains. The timing of tooth growth and development is regulated by genetics and less afffected by external factors, allowing reliable estimates of chronological age. Traditional methodology focuses on comparing tooth developmental scores to corresponding age charts. Using the Moorrees, Fanning, and Hunt (MFH) developmental…

Archaeology and ancient environmental studies (1 works) · Biology (1 works) · Demography (1 works) · Demography (1 works) · Dentition (1 works) · Ecology (1 works) · Ecology (1 works) · Estimation (1 works) · Evolutionary biology (1 works) · Forensic Anthropology and Bioarchaeology Studies (1 works)

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