Sex estimation of skeletal remains is of great importance in the fields of physical and
forensic anthropology. Since skeletons are often incomplete, it is essential to estimate sex …

Sexual dimorphism is the basis for sex estimation research in skeletal remains, helping the
positive identification of individuals in forensic backgrounds. In this regard, it has been …

This study investigated the use of 3D postmortem computed tomography (PMCT) images of
the first and second ribs for sex estimation in a Japanese population. Sex estimation models …

One of the first steps in the identification of human remains is sex estimation. Discriminant
functions are very useful for this purpose, as they are based on the fundamental premise of …

Introduction: Sex determination is vital for developing biological profile in skeletonized
remains. Estimation of age, ancestry, and stature are dependent on sex determination …

This study introduces an automated method for osteological pair‐matching using two‐
dimensional outline form data extracted from photographs. A procedure for acquiring …

This study introduces an automated pairwise method for osteological pair‐matching of
fragmented skeletal remains using two‐dimensional fragmented outlines extracted from …

This work aimed to study sexual dimorphism in the first rib of modern humans, with a special
focus on whether differences in shape are due to divergent allometric growth in males and …

The degree of diaphyseal curvature in the human tibia has been shown to significantly
correlate with activity levels in archaeological populations. Specifically, tibial anteroposterior …

Geometric morphometrics has become a more popular method in anthropology as three-
dimensional data and research become more widely recognized and accessible. This …