I am a quantitative ecologist in the Disease Systems Team, with main interests in:

• Interactions between climate change and animal health
• Biotic and abiotic drivers of parasite transmission
• Approaches to modelling disease systems
• Wildlife and livestock disease dynamics
• Disease control and surveillance

My research covers both wildlife and livestock disease dynamics, at scales ranging from individual host and farm level risk, to metapopulations and national level drivers of outbreaks. I have particular interests in the two-way interaction between animal health and climate change, and in wildlife reservoirs of livestock pathogens.

I develop models of ecological and epidemiological processes using both mechanistic process-based approaches and GIS based correlative modelling, across multiple scales from individual hosts up to national levels. This theoretical modelling is complimented by experimental field work, with both approaches combining to improve understanding of disease dynamics, and inform long-term control strategies.

I am also an associate at Biomathematics and Statistics Scotland (BioSS)

Veterinary Epidemiology MSc, University of Edinburgh

Module leader: Wildlife disease ecology in livestock ecosystems

                       Climate change and animal health

Lecturer: R for veterinary epidemiologists

Applied Animal Science BSc, SRUC

Module leader: Animal conservation

                      Climate change and animal health

Lecturer: Research skills and statistics

PhD student 2019 - present. Investigating the effects of parasitism on livestock greenhouse gas emissions