Professor of Statistical Genomics and Director, Melbourne Integrative Genomics (MIG)
- mathematical modelling of
- ancestry and relatedness,
- demographic history of populations,
- evolutionary processes such as mechanisms of selection;
- statistical methods for the evaluation of forensic DNA profile evidence;
- measuring relatedness and its role in genomics analyses, including association studies;
- heritability and the genomic architecture of complex traits;
- predicting phenotypes from genotype and other data;
- analysis of other omics data (transcriptome, methylome, etc) together with genomics data.
I have worked with collaborators in many different fields, on genetic aspects of forensic science, crop research, ancient DNA, drug development and disease. I have consulted with government and industry in many areas, most often relating to DNA profile evidence. I also played a key role in synthesising and evaluating the evidence for certain bones found under a car park to be those of English king Richard III.
- *NEW* comment on our series of 5 webinars on a radical new approach to the forensic evaluation of Y-chromosome DNA profiles (with Mikkel Andersen, Aalborg University).
- View my ACEMS public lecture How to evaluate evidence in a criminal courtroom presented in May 2020.
- Marvel at the print or online versions of the Handbook of Statistical Genomics, 4th ed, 2019: 30 chapters from world-leading experts, co-editors Ida Moltke (Copenhagen) and John Marioni (Cambridge).
- Hear the podcast Weighing Up Evidence in Criminal Courts and at a King’s Burial Site episode 15 of the ACEMS “Random Sample” series (recorded 2019).
- Read my book (with Chris Steele) Weight‐of‐Evidence for Forensic DNA Profiles, 2nd ed, 2015.
Some key words for my research:
• Population Genetics