Samuel D Stout
Datos Biográficos
| ID | 3578183 |
|---|---|
| NOMBRE | Samuel D Stout |
| NOMBRES | Samuel D |
| APELLIDO | Stout |
| FIRMA | STOUT S D |
| AFILIACIONES | University of Missouri |
| VERIFICADO | No |
| TOTAL DE OBRAS | 5 |
| TOTAL DE CITAS | 71 |
| TOTAL COMO AUTOR | 5 |
| TOTAL COMO EDITOR | 0 |
| PRIMER AÑO DE PUBLICACIÓN | 1976 |
| AÑO MÁS RECIENTE DE PUBLICACIÓN | 2011 |
| ÍNDICE H | 4 |
Skeletal biology over the life span
The biocultural interpretation of skeletal remains is based upon the foundation of skeletal biology. In this review we examine the current state of skeletal biology research outside of the mainstream anthropology literature. The focus is on the structural changes of bone development and growth, and modeling and repair in the four bone surfaces: periosteal, Haversian, endosteal, and trabecular. The pattern of skeletal changes is placed within the …
Stratified Iron Age House Floors on the Titelberg, Luxembourg
Continued excavations at the center of the hillfort "Titelberg," near Pétange in extreme SW Luxembourg were conducted in 1976–1978 by the University of Missouri at Columbia and the Luxembourg Musées de l' Etat. Underneath the previously dug late Augustan mint foundry were found 14 other floor levels directly in alignment. The stratigraphically lowermost seven floors did not contain the residues of minting operations, but the upper seven, dating f…
Effects of field size when using Kerley's histological method for determination of age at death
The field size at which a bone is read affects the results obtained when using Kerley's histological method for age estimation, even after applying the recommended correction factor. Whereas there is no tendency for any one of three field sizes tested to consistently underestimate or overestimate age, a field size closest to that used by Kerley in his original study had significantly lower variances for its age estimates, and thus provides greate…
Histological Structure and Its Preservation in Ancient Bone
Histological analysis of undecalcified thin sections of archeological bone
Archeological bone often lends itself to histological analysis. Sections from bone samples approximately one thousand years old may show as much structural preservation as those only a few hundred years old; hence, it appears that the degree of preservation is not necessarily affected by time. Enough structure may be preserved to permit the diagnosis of metabolic disorders of bone which might go undetected by other methods. This type of analysis …
Skeletal biology over the life span
The biocultural interpretation of skeletal remains is based upon the foundation of skeletal biology. In this review we examine the current state of skeletal biology research outside of the mainstream anthropology literature. The focus is on the structural changes of bone development and growth, and modeling and repair in the four bone surfaces: periosteal, Haversian, endosteal, and trabecular. The pattern of skeletal changes is placed within the …
Histological Structure and Its Preservation in Ancient Bone
Histological analysis of undecalcified thin sections of archeological bone
Archeological bone often lends itself to histological analysis. Sections from bone samples approximately one thousand years old may show as much structural preservation as those only a few hundred years old; hence, it appears that the degree of preservation is not necessarily affected by time. Enough structure may be preserved to permit the diagnosis of metabolic disorders of bone which might go undetected by other methods. This type of analysis …
Effects of field size when using Kerley's histological method for determination of age at death
The field size at which a bone is read affects the results obtained when using Kerley's histological method for age estimation, even after applying the recommended correction factor. Whereas there is no tendency for any one of three field sizes tested to consistently underestimate or overestimate age, a field size closest to that used by Kerley in his original study had significantly lower variances for its age estimates, and thus provides greate…
Histological analysis of undecalcified thin sections of archeological bone
Archeological bone often lends itself to histological analysis. Sections from bone samples approximately one thousand years old may show as much structural preservation as those only a few hundred years old; hence, it appears that the degree of preservation is not necessarily affected by time. Enough structure may be preserved to permit the diagnosis of metabolic disorders of bone which might go undetected by other methods. This type of analysis …
Histological Structure and Its Preservation in Ancient Bone
Stratified Iron Age House Floors on the Titelberg, Luxembourg
Continued excavations at the center of the hillfort "Titelberg," near Pétange in extreme SW Luxembourg were conducted in 1976–1978 by the University of Missouri at Columbia and the Luxembourg Musées de l' Etat. Underneath the previously dug late Augustan mint foundry were found 14 other floor levels directly in alignment. The stratigraphically lowermost seven floors did not contain the residues of minting operations, but the upper seven, dating f…
Effects of field size when using Kerley's histological method for determination of age at death
The field size at which a bone is read affects the results obtained when using Kerley's histological method for age estimation, even after applying the recommended correction factor. Whereas there is no tendency for any one of three field sizes tested to consistently underestimate or overestimate age, a field size closest to that used by Kerley in his original study had significantly lower variances for its age estimates, and thus provides greate…
Skeletal biology over the life span
The biocultural interpretation of skeletal remains is based upon the foundation of skeletal biology. In this review we examine the current state of skeletal biology research outside of the mainstream anthropology literature. The focus is on the structural changes of bone development and growth, and modeling and repair in the four bone surfaces: periosteal, Haversian, endosteal, and trabecular. The pattern of skeletal changes is placed within the …
Forensic Anthropology and Bioarchaeology Studies (3 obras) · History (3 obras) · Archaeology (2 obras) · History (2 obras) · Paleopathology and ancient diseases (2 obras) · Anatomy (1 obras) · Anatomy (1 obras) · Ancient and Medieval Archaeology Studies (1 obras) · Ancient history (1 obras) · Anthropology (1 obras)