Where mathematics meets ecology to uncover how living systems grow, adapt and endure

Mathematical Ecology is based in the Life and Mind Building, Department of Biology, University of Oxford.

We use mathematics to reveal patterns, processes, and connections that are difficult to see but essential to understanding how diseases spread, ecosystems change, and people interact with the natural world. Across these areas, we develop mathematical models and unique datasets to explore uncertainty and generate new insight.

Our work is organised around a portfolio of projects, each bringing together different combinations of theory, data, experimentation, and application. Collectively, these projects demonstrate the powerful role quantitative thinking can play, whilst remaining connected to the biological systems and real-world decisions they seek to inform.

For enquiries, please contact Professor Michael Bonsall.

Projects

Theoretical Evolutionary Ecology

Understanding how life-history strategies evolve across ecological systems

Virus Dynamics

Exploring how viruses evolve, persist, and shape disease

Marine Sciences

Forecasting change across oceans, reefs, and marine ecosystems

Icons of Value

Examining wildlife, brands, and value in modern economies

GM Technology

Modelling the ecological consequences of emerging genetic technologies

Biodiversity

Understanding biodiversity responses to environmental and climatic change

Immunology

Exploring immune diversity across species, scales, and evolutionary time

Mental Health & Neurodynamics

Mathematical approaches to trauma, memory, and mental health