Visualizing patterns of craniofacial shape variation in Homo sapiens

Visualizing patterns of craniofacial shape variation in Homo sapiens.

The geometric morphometric analysis of shape variation in complex biological structures such as the human skull poses a number of specific challenges: the registration of homologous morphologies, the treatment of bilateral symmetry, the graphical representation of form variability in three dimensions and the interpretation of the results in terms of differential growth processes. To visualize c...

Homo Sapiens

Homo Socialis and Homo Sapiens

The assumption that individuals are behaving rationally can, at times, usefully constrain predictions of individual and collective behavior. However, success in predicting human and group behavior will often require relaxing this assumption of rationality, instead employing evolutionary, neural, and cognitive constraints. One particularly important form of neural and cognitive constraint is tha...

Managing Homo Sapiens

A The evolutionary process in general, and human evolution in particular, are basic to comprehending Homo sapiens. Human evolutionary heritage predisposes human behaviour, and that is what all management systems (including Total Quality Management) seek to affect via training, coordination, and motivation. The evidence of behavioural biology and evolutionary psychology points to two huma...

The patterning and determinants of craniofacial robusticity in extant Homo sapiens

Skeletal superstructure characteristics such as thick cranial vaults and welldeveloped supraorbital, infraorbital, zygomatic, temporal, and nuchal regions in hominins are collectively referred to as aspects of craniofacial robusticity. A better understanding of craniofacial robusticity is important because these features are regularly employed as individual traits in circumscribing fossil homin...