Economics of animal health, plant health and food safety

Animal and plant diseases, pests, and food safety challenges have wide-ranging consequences for agriculture and society, affecting productivity, trade, public health, environmental sustainability, and economic resilience. Our research focuses on quantifying the economic burden of these diseases and food safety issues for farmers, businesses, and society.
Effective prevention and management of disease reduce production losses, improve resource efficiency, and protect farmers’ incomes, while robust food safety systems help maintain consumer confidence, reduce healthcare costs, and minimise market disruptions caused by foodborne outbreaks. Together, these systems strengthen food security, support rural livelihoods, facilitate international trade, and enhance the resilience of food systems in the face of crises. As such, optimising investments in these areas is essential for sustainable agricultural and economic development.
Interconnected areas
Estimating the economic burden of disease and contamination
Effective decision-making starts with understanding the costs of disease and food safety problems. These costs can affect individual farmers, food processors, consumers, governments, and other stakeholders throughout the food chain.
Our research develops and applies bio-economic simulation models to quantify these impacts. Where sufficient data are available (including both accounting data and disease occurrence data), econometric modelling can be used to evaluate the economic performance of businesses (e.g. farms) operating under different levels of disease pressure. In addition to providing insights into the economic burden of disease, which can help stakeholders prioritise preventive measures, the complexity of animal diseases also offers opportunities for methodological innovation.
Our projects
VIVACE
Reduced Burden of Vaccination Against Highly Pathogenic Avian Influenza
Vaccination is an important tool in the control of Highly Pathogenic Avian Influenza (HPAI). While vaccination involves substantial costs, it can significantly reduce the societal burden of disease outbreaks. In this project we evaluate the economic, animal welfare, and environmental impacts of vaccination strategies, while also exploring farmers’ adoption decisions and the interaction between vaccination and other biosecurity measures.


Reduced Burden of Vaccination Against Highly Pathogenic Avian Influenza
Vaccination is an important tool in the control of Highly Pathogenic Avian Influenza (HPAI). While vaccination involves substantial costs, it can significantly reduce the societal burden of disease outbreaks. In this project we evaluate the economic, animal welfare, and environmental impacts of vaccination strategies, while also exploring farmers’ adoption decisions and the interaction between vaccination and other biosecurity measures.

Environmental and Animal Welfare Impacts of Vaccination to Control Avian Influenza
To manage the devastating consequences (for instance, millions of birds culled) of highly pathogenic avian influenza (HPAI), vaccination is receiving more consideration as a control measure. Understanding the benefits of vaccination requires an analysis on multiple societal aspects. In this PhD project, the aim is to develop a flexible “multiple burden” farm model that integrates animal health, welfare, and environmental impacts of HPAI and its control, including vaccination.

The Influence of Farmer Behaviour on the Effectiveness of Vaccination and Biosecurity in Controlling Avian Influenza
Contact us
Research themes
Economics of animal health, plant health and food safety
Economics of animal health, plant health, and food safety studies how diseases, pests, and contamination affect agricultural productivity, trade, public health, and economic stability.
Benchmarking Economic, Environmental and Social Sustainability Performance
We research how farms and firms in agri-food supply chains can stay competitive while becoming more sustainable. It measures how efficiently they perform in economic, environmental, and social terms using data and benchmarking methods.
Risk and Resilience in Agri-Food Supply Chains
We look at the risks faced in food and agribusiness, such as bad weather, diseases, and political uncertainty. It studies how these risks affect farms and food supply chains.
Follow us on social media
Stay up-to-date and learn more through our social channels.
