Hans Chr Petersen
Biographic Data
| ID | 5205717 |
|---|---|
| NAME | Hans Chr Petersen |
| GIVEN NAMES | Hans Chr |
| FAMILY NAME | Petersen |
| SIGNATURE | PETERSEN H C |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 2 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2000 |
| LATEST PUBLICATION YEAR | 2011 |
| H-INDEX | 1 |
Technical note: A re‐evaluation of stature estimation from skeletal length in the grave
Several methods for stature estimation have been proposed over the years. Among these methods is anatomical reconstruction, regression based on long bone lengths, and measuring skeletal vertex ‐ talus length in the grave for individuals buried in a supine position. Recent studies have dealt with the applicability of skeletal length in the grave (Petersen: Int J Osteoarchaeol 15 (2005) 106–114) and anatomical reconstruction (Raxter et al.: Am J Ph…
On statistical methods for comparison of intrasample morphometric variability: Zalavár revisited
In studies of morphology, methods for comparing amounts of variability are often important. Three different ways of utilizing determinants of covariance matrices for testing for surplus variability in a hypothesis sample compared to a reference sample are presented: an F-test based on standardized generalized variances, a parametric bootstrap based on draws on Wishart matrices, and a nonparametric bootstrap. The F-test based on standardized gener…
On statistical methods for comparison of intrasample morphometric variability: Zalavár revisited
In studies of morphology, methods for comparing amounts of variability are often important. Three different ways of utilizing determinants of covariance matrices for testing for surplus variability in a hypothesis sample compared to a reference sample are presented: an F-test based on standardized generalized variances, a parametric bootstrap based on draws on Wishart matrices, and a nonparametric bootstrap. The F-test based on standardized gener…
Technical note: A re‐evaluation of stature estimation from skeletal length in the grave
Several methods for stature estimation have been proposed over the years. Among these methods is anatomical reconstruction, regression based on long bone lengths, and measuring skeletal vertex ‐ talus length in the grave for individuals buried in a supine position. Recent studies have dealt with the applicability of skeletal length in the grave (Petersen: Int J Osteoarchaeol 15 (2005) 106–114) and anatomical reconstruction (Raxter et al.: Am J Ph…
On statistical methods for comparison of intrasample morphometric variability: Zalavár revisited
In studies of morphology, methods for comparing amounts of variability are often important. Three different ways of utilizing determinants of covariance matrices for testing for surplus variability in a hypothesis sample compared to a reference sample are presented: an F-test based on standardized generalized variances, a parametric bootstrap based on draws on Wishart matrices, and a nonparametric bootstrap. The F-test based on standardized gener…
On statistical methods for comparison of intrasample morphometric variability: Zalavár revisited
In studies of morphology, methods for comparing amounts of variability are often important. Three different ways of utilizing determinants of covariance matrices for testing for surplus variability in a hypothesis sample compared to a reference sample are presented: an F-test based on standardized generalized variances, a parametric bootstrap based on draws on Wishart matrices, and a nonparametric bootstrap. The F-test based on standardized gener…
Technical note: A re‐evaluation of stature estimation from skeletal length in the grave
Several methods for stature estimation have been proposed over the years. Among these methods is anatomical reconstruction, regression based on long bone lengths, and measuring skeletal vertex ‐ talus length in the grave for individuals buried in a supine position. Recent studies have dealt with the applicability of skeletal length in the grave (Petersen: Int J Osteoarchaeol 15 (2005) 106–114) and anatomical reconstruction (Raxter et al.: Am J Ph…
Mathematics (2 works) · Morphological variations and asymmetry (2 works) · Statistics (2 works) · Autopsy Techniques and Outcomes (1 works) · Biology (1 works) · Body height (1 works) · Body weight (1 works) · Covariance (1 works) · Econometrics (1 works) · Economics (1 works)