Large‐scale digitization projects such as# ScanAllFishes and oVert are generating high‐
resolution microCT scans of vertebrates by the thousands. Data from these projects are …

Abstract Objectives Three‐dimensional (3D) data collected by structured light scanners,
photogrammetry, and computed tomography (CT) scans are increasingly combined in joint …

Landmark‐based geometric morphometrics has emerged as an essential discipline for the
quantitative analysis of size and shape in ecology and evolution. With the ever‐increasing …

In this study, we assess the precision, accuracy, and repeatability of craniodental landmarks
(Types I, II, and III, plus curves of semilandmarks) on a single macaque cranium digitally …

Modern day investigation in fields of archaeology and palaeontology can be greatly
characterised by an exponential growth of integrated new technologies, nevertheless, while …

Characterising phenotypes often requires quantification of anatomical shape. Quantitative
shape comparison (morphometrics) traditionally uses manually located landmarks and is …

Photogrammetry (PH) is relatively cheap, easy to use, flexible and portable but its power and
limitations have not been fully explored for studies of small animals. Here we assessed the …

Simple Summary Tabanus spp.(Diptera: Tabanidae) are blood-sucking parasites of animals
and humans. The accurate identification of these flies is very important for determining the …

The use of surface digitization techniques and methods in palaeontology has increased in
the last two decades, mainly due to recent improvements in devices and software. However …

Background Advances in 3D shape capture technology have made powerful shape
analyses, such as geometric morphometrics, more feasible. While the highly accurate micro …