Specializes in cooperation, walk away, cognition, cancer evolution and ABM.
Researching fundamental concepts in neoplastic progression, for the purposes of developing better methods for cancer prevention and therapy.
Researches the theory of developmental evolution and complex adaptive systems, computational history of science & philosophy of life sciences.
Cross-disciplinary research involves: bioarchaeological, molecular genetic, population genetic, and genomic analyses.
We use molecular genetic techniques to probe the dynamic interaction between the social environment and the genome with the aim of understanding the fitness consequences of behavioral variation.
Researches human genetics using computational tools to understand complex traits
Researches mothers milk as it is shaped by natural selection to be food, medicine, and signal.
Studies population genetics - utilizing theoretical, statistical, empirical and experimental approaches.
Studies sex chromosome evolution, sex-biased processes, and mutation rate variation.
Focuses on the impact of how environmental conditions like parasites, pathogens, food availability, and social interactions on human health.
Uses mathematical modeling, field work, and DNA analysis to understand the population genetics and evolutionary biology of organisms.