This course explores the ecological and evolutionary dynamics of infectious diseases in natural systems. It examines host–pathogen interactions across a wide range of environments and organisms, including plants, animals, and aquatic and terrestrial ecosystems. Students develop an understanding of how diseases spread, evolve, and affect populations, communities, and ecosystems, as well as how disease ecology informs conservation and management.
Disease Ecology
Online
Course Overview
Key Topics
- Diversity of parasites and pathogens in natural systems
- Host–pathogen interactions and coevolution
- Disease transmission and population dynamics
- Ecological and evolutionary models of infectious disease
- Disease in populations, communities, and ecosystems
- Biodiversity, co-infection, and disease reservoirs
- Climate change, habitat change, and emerging disease risks
- Applications of disease ecology in conservation and management
Learning Outcomes
By the end of this course, students will be able to:
- Explain key concepts and theories in disease ecology
- Analyse how hosts, pathogens, and environments interact to shape disease dynamics
- Assess the use of disease models in ecological research and management
- Evaluate the effects of infectious disease across populations, communities, and ecosystems
- Critically engage with interdisciplinary scientific literature
- Communicate disease ecology concepts effectively in written and oral form
Teaching & Learning Format: Online
Assessment
- Written assignments
- Exams
- Literature- and news-based analysis
- Final project work
Indicative Background: The course is suitable for students with an interest in ecology, evolution, infectious disease, and environmental systems.