Natalie Warburton

I am a comparative anatomist and zoologist whose research explores how morphology, ecology and evolution interact to shape biodiversity. Through studies of living and extinct species, I investigate how anatomy reflects ecological function, evolutionary history and environmental adaptation. My research contributes to biodiversity science, wildlife conservation and species management, with a particular focus on Australian vertebrates, including threatened and endangered species.

I am internationally recognised for research in comparative anatomy, functional morphology and mammalian evolution. My work combines anatomical investigation with quantitative approaches to examine patterns of variation, adaptation and evolutionary change. I have published widely in the fields of zoology, anatomy, ecology, evolution, palaeontology and forensic anthropology.

My research spans a diverse range of taxa, from marsupials and monotremes to humans, and seeks to understand the relationships between form, function and evolutionary history. Marsupials and monotremes provide particularly powerful systems for investigating the evolution of mammalian anatomy, ecological adaptation and biodiversity, while studies of extinct taxa offer insights into the evolutionary processes that have shaped Australia's unique fauna.

Research Areas

Comparative Anatomy, Evolution and Biodiversity

Investigating patterns of anatomical variation within and between species to understand biodiversity, adaptation and evolutionary change.

Functional Morphology and Organismal Biology

Exploring how anatomy influences movement, feeding, reproduction and other aspects of organismal performance, and how these relationships are shaped by ecology and behaviour.

Palaeobiology and Evolutionary Reconstruction

Integrating data from living and extinct species to reconstruct evolutionary transitions, functional capabilities and patterns of diversification through time.

Conservation and Wildlife Biology

Applying anatomical and ecological knowledge to improve understanding of threatened species, support wildlife management, and inform biodiversity conservation.

Forensic Anthropology and Human Identification

Using anatomical and morphological approaches to investigate human skeletal variation, biological identification and questions relevant to forensic science.

A defining feature of my research programme is the integration of anatomy, ecology and evolutionary biology across both living and extinct species. By combining comparative anatomy, functional morphology, palaeontology and emerging digital technologies, I seek to understand how vertebrate form evolves, how it relates to ecological function, and how this knowledge can be applied to biodiversity conservation, evolutionary research and forensic investigation.