Facial imaging is a term used to describe methods that use facial images to assist or
facilitate human identification. This pertains to two craniofacial identification procedures that …

Facial soft tissue thicknesses (FSTT) form a key component of craniofacial identification
methods, but as for any data, embedded measurement errors are highly pertinent. These in …

Forensic facial reconstruction aims to assemble and provide the appearance of a face over a
skull, in order to lead to recognition of that individual, making possible the application of …

Forensic facial reconstruction may be the final option available to draw public attention in
cases where the identity of an individual cannot be established by standard identification …

Soft tissues of the human face hang from the skull under the downward vector of gravity.
Subsequently, the fall of the tissues is not likely the same between supine, prone or upright …

Facial soft tissue thicknesses (FSTT) set important quantitative guides in craniofacial
identification, but so far Australian FSTTs have only been published for supine cadavers …

The nose has a marked cognitive influence on facial image; however, it loses its shape
during cadaveric decomposition. The known methods of estimating nasal projection using …

Forensic facial reconstruction (approximation)(FFR) is an aid to human identification when
no presumed identity is available. It is based on average soft tissue thickness (STT) applied …

The tallied facial soft tissue thicknesses (or T-Tables) represent grand means of published
facial soft tissue thickness sample means. These sample means have been drawn from …

The aim in this study was to evaluate the influence of skeletal class, facial type, and sex on
soft tissue thickness (STT) of the craniofacial midline in a Brazilian subpopulation. Thus, 121 …