Quantitative anatomy & geometric morphometrics
Studying biological shape through landmark and semilandmark methods, GPA, shape-space analysis, observer error, surface analysis and 3D warping.
Research
These themes are connected by the same practical challenge: turning complex, image-derived or historical biological data into defensible evidence.
Studying biological shape through landmark and semilandmark methods, GPA, shape-space analysis, observer error, surface analysis and 3D warping.
Pelvic morphology, birth, maternal and neonatal dimensions, locomotion and the evolutionary trade-offs visible in anatomical data.
Quantitative approaches to age-at-death estimation, the pubic symphysis, biological profiling and skull–face superimposition.
Cross-species variation in mammalian and avian ear morphology, pelvic evolution, constraints and convergence.
Ancient DNA laboratory contributions to population-history studies across Europe, West Asia, the Caribbean and Britain.
Reproducible analysis in Python and R, statistical visualisation, web applications, automated pipelines and research software.
A research workflow
Make anatomical correspondence, sampling and collection decisions explicit.
Inspect segmentation, landmarking, missingness and observer effects.
Choose methods that match the question and retain interpretable intermediate steps.
Show the pattern, the uncertainty and the limits of the claim together.
Selected research
A small selection from the complete, searchable catalogue.
Nature Human Behaviour
Open publication ↗Revista Criminalidad
Open publication ↗Nature Communications
Open publication ↗Science
Open publication ↗Nature
Open publication ↗International Journal of Legal Medicine
Open publication ↗