After the Cull: Foot-and-Mouth Disease, Rural Trauma and the Long Memory of Outbreak Control

The images have become part of Britain’s epidemiological memory: empty fields, closed footpaths, disinfectant at farm gates, smoke rising from pyres and livestock awaiting slaughter behind disease-control notices.

The 2001 foot-and-mouth disease epidemic is usually remembered as an animal-health catastrophe. It was also a crisis of governance.

More than two thousand premises were infected and millions of animals were destroyed. The National Audit Office has since restated the economic consequences in 2023–24 prices: approximately £5.2 billion in public-sector costs and £8.6 billion in private-sector losses. These economy-wide estimates should not be confused with narrower estimates of losses borne specifically by agriculture and the food chain.

Yet the economic figures reveal only part of what occurred. Movement restrictions isolated farms and disrupted rural businesses. Livestock representing years of breeding were destroyed. Veterinarians found themselves implementing emergency measures on a scale few had previously experienced. Communities lived for months inside a disease-control regime whose psychological and social effects continued after the epidemic itself had ended.

The official inquiry chaired by Iain Anderson concluded that future preparedness needed better contingency planning, clearer communication, greater respect for local knowledge and stronger relationships between government and those affected by disease control. Twenty-five years later, however, the relevant question is no longer whether those lessons were identified.

It is whether the institutions built since 2001 have retained them.

An Animal Epidemic and a Human Crisis

Foot-and-mouth disease is an acute viral disease of cloven-hoofed animals. Containing a major outbreak requires rapid veterinary intervention, restrictions on animal movement and, under defined circumstances, compulsory slaughter.

In 2001 those measures reached deeply into rural life.

Maggie Mort, Ian Convery, Josephine Baxter and Cathy Bailey documented these consequences in a qualitative diary-based study of people living through the epidemic in North Cumbria. Their research identified continuing distress, bereavement, fear of another disaster, loss of trust in authority and a perception among participants that local knowledge had not been sufficiently respected. The effects extended beyond farmers whose animals had been culled into the wider rural community.

David Peck and colleagues likewise found substantially greater psychological distress among farmers in affected Cumbria than among a comparison group in the Scottish Highlands. Their work also highlighted the importance of veterinary and informal community relationships during the crisis.

These findings complicate the conventional distinction between an animal-health emergency and a human one. The pathogen infected livestock, but the response affected livelihoods, relationships, identities and communities.

For One Health Security, this is a fundamental point. Biological control measures operate within social systems. Their success cannot therefore be judged solely by whether transmission is interrupted.

The Meaning of the Herd

Economic valuation struggles with one particular feature of livestock epidemics: an animal is not necessarily interchangeable with another animal of equivalent market value.

A commercial herd is an economic asset, but it may also embody decades of breeding decisions, accumulated genetics, husbandry knowledge and family history. Its value can be simultaneously financial, biological and cultural. Compensation can reimburse an assessed monetary loss; it cannot necessarily reconstruct the system that was destroyed.

This is especially significant in compulsory slaughter. The state may require the destruction not only of visibly diseased animals but, depending upon the control strategy, animals considered epidemiologically dangerous despite appearing healthy. There were compelling epidemiological reasons for such interventions during the 2001 epidemic. That does not make their human consequences insignificant.

For a farmer, an emergency control programme can mean watching healthy stock raised on the holding being killed by order of government. For veterinary professionals, it can mean reconciling obligations towards individual animal welfare with population-level disease control. For surrounding communities, it can mean prolonged restrictions on movement and trade and the disappearance of livestock from familiar landscapes.

An effective biosecurity system must be capable of holding both realities at once: disease control may be necessary, while the manner in which it is conducted can have consequences extending far beyond the epidemic.

Trust, Local Knowledge and Institutional Memory

The Anderson inquiry exposed one of the fundamental tensions of emergency governance. Major epidemics require central coordination, but they occur locally.

National government sees epidemiological models, surveillance data, statutory powers and national economic consequences. Farmers, private veterinarians and local officials see individual holdings, livestock movements, landscapes, relationships and farming practices that may not appear within central datasets.

This is more than a difference in perspective. It affects surveillance.

Farmers observe livestock every day. Private veterinary surgeons may encounter unusual clinical presentations before central authorities do. Traders, hauliers and agricultural businesses understand movement networks that can have epidemiological significance. Information therefore needs to travel upwards as effectively as instructions travel downwards.

Previous experience influences whether that happens. A farmer faced with suspicious disease does not decide whether to report in an institutional vacuum. Expectations about investigation, movement restrictions, slaughter, compensation and communication form part of that decision-making environment.

Communities remember.

The experience of one emergency therefore becomes part of the preparedness environment for the next.

What Britain Learnt

It would be wrong to portray the quarter-century since 2001 as a period of institutional inertia.

When foot-and-mouth disease returned to England in 2007, Anderson was asked to evaluate the response again. He found substantial improvement in contingency planning, scientific advice, central capability and communication, even while identifying continuing deficiencies.

That development has continued. Great Britain’s current FMD control strategy, published on 24 July 2025, sets out in advance how suspected and confirmed cases would be handled and explicitly aims to ensure that those affected understand the policies sufficiently to respond rapidly and effectively.

Contingency exercises have also become part of the national biological-security architecture. The Cabinet Office’s July 2026 Biological Security Strategy implementation report records activity testing preparedness for a UK-wide foot-and-mouth disease outbreak as part of a wider effort to strengthen biosurveillance and biological-security capability.

These developments matter. Britain entered 2026 with disease-control strategies, surveillance arrangements, legal frameworks and cross-government planning that are considerably more developed than those available at the beginning of 2001.

But possessing better plans is not the same as possessing a resilient system.

The 2025 European FMD Test

Events in 2025 provided a useful test without requiring Britain to experience another domestic epidemic.

Germany confirmed foot-and-mouth disease on 10 January 2025. Hungary notified an outbreak on 7 March, followed by disease in Slovakia. Britain responded through risk assessment, restrictions on susceptible animals and animal products, changes to country listings and increasingly extensive safeguards on commercial and personal imports.

As the European situation developed, controls changed with it. Restrictions were extended when outbreaks appeared close to national borders and later relaxed following technical assessments of disease freedom.

No FMD incursion occurred in Britain during that episode.

It would be inappropriate to attribute that outcome solely to border controls: absence of an outbreak cannot demonstrate which individual preventive measure succeeded. What the episode does demonstrate is a system capable of detecting changes in the international risk environment, modifying import controls quickly and subsequently recalibrating those measures as epidemiological conditions changed.

That is a very different picture from the early stages of 2001.

Yet it also exposes the distinction between technical preparedness and system resilience. The first concerns whether appropriate mechanisms exist. The second concerns whether the people, information systems and relationships needed to operate them remain sufficiently robust under pressure.

Here the contemporary evidence is less reassuring.

The Capacity Beneath the Plan

The National Audit Office’s 2025 assessment of resilience to animal disease concluded that Defra and the Animal and Plant Health Agency were not sufficiently prepared for the increasing risk of a major animal-disease outbreak. Its findings included outdated infrastructure, gaps in contingency planning, operational inefficiencies and significant workforce pressures.

Two findings are particularly important for the argument here.

In April 2025, APHA’s veterinary vacancy rate stood at 20 per cent, compared with a sector-wide veterinary vacancy rate of around 10 per cent during 2023–24. The NAO also found that Britain still lacked a comprehensive livestock movement tracing system despite attempts to establish one beginning in 2013.

These are not peripheral administrative problems.

A sophisticated contingency plan cannot examine an animal, build a relationship with a farmer or exercise professional judgement. A surveillance strategy cannot compensate indefinitely for incomplete movement information. The effectiveness of formal preparedness therefore remains dependent upon the human and informational infrastructure beneath it.

This is where the legacy of 2001 becomes relevant again.

Veterinarians as Trust Infrastructure

Veterinarians occupy an unusual position within biological security. They operate simultaneously within clinical medicine, animal welfare, surveillance, agricultural production and statutory disease control.

A private veterinary surgeon may also possess something central government cannot manufacture during an outbreak: an established relationship with the keeper of the animals.

That relationship has operational value.

The evidence from 2001 suggests that affected farmers frequently relied upon veterinary surgeons and their own communities for support. The implication extends beyond wellbeing. A veterinarian who understands the holding, the animals and the keeper may be well positioned to recognise unusual disease, encourage rapid reporting, explain uncertainty and translate national interventions into the circumstances of an individual farm.

Veterinary capacity should therefore be understood as more than diagnostic capacity.

Veterinarians can constitute trust infrastructure.

The NAO’s finding that one fifth of APHA veterinary posts were vacant in April 2025 gives this argument contemporary significance. A system may possess better plans than it did in 2001 while simultaneously experiencing weakness in the professional capacity required to implement them.

This does not mean that every veterinary vacancy translates directly into lost trust or weaker surveillance. It means that workforce resilience should be evaluated partly in terms of the relationships and local knowledge that veterinary capacity enables.

Contingency planning should consequently incorporate local practitioners before emergencies occur, not simply recruit them as surge capacity afterwards. Their role is not merely to transmit government messages but to provide a credible interface between national disease control and local experience.

Compensation as Biosecurity Infrastructure

Compensation is often presented as a question of fairness after loss. It also shapes behaviour before loss occurs.

A keeper who believes that reporting suspected disease will lead to severe uncompensated losses faces a different incentive from one who expects a clear and predictable system of compensation. Robert Fraser’s economic analysis captures the policy tension: compensation must be sufficient to encourage reporting, while overly generous arrangements can reduce incentives to invest in costly on-farm biosecurity.

The objective is therefore not maximum compensation. It is incentive-compatible compensation: arrangements capable of encouraging prevention before infection and rapid disclosure when prevention fails.

The British Baseline

Current British arrangements draw an important distinction between the direct loss of animals compulsorily destroyed for disease control and the wider economic consequences of an outbreak.

Government guidance states that owners may be entitled to compensation where healthy animals are culled to control a notifiable disease. The precise valuation arrangements depend upon the disease and statutory regime; for several cattle diseases, for example, Defra uses market-price information to determine compensation values.

The boundary is equally important. Defra explicitly states that compensation is not payable simply because a holding is located within a disease-control zone or for losses experienced because it is in that zone. Its specific compensation guidance also excludes consequential losses such as income the animal might otherwise have generated.

This distinction creates an important economic question. The public system may compensate particular assets destroyed in pursuit of collective disease control while substantial commercial consequences — interruption to production, movement restrictions or lost trading opportunities — remain with individual businesses.

Britain does not operate a general livestock-sector levy arrangement equivalent to the Danish mechanism discussed below for routinely sharing those wider outbreak losses between government and the affected livestock sectors.

The policy question is therefore not simply whether British compensation is sufficiently generous. It is whether the division of losses produces the behaviour that an early-warning system requires.

If rapid reporting creates a collective benefit while exposing the reporting business to significant private loss, compensation architecture becomes part of surveillance design.

It is part of the surveillance system.

Denmark and the Economics of Reporting

Denmark provides a useful comparator not because it necessarily compensates more in every circumstance, but because it structures responsibility differently.

The Danish Veterinary and Food Administration explicitly states that compensation contributes significantly to owners complying with their obligation to report listed disease. Where notifiable disease results in loss of animals, eggs or contaminated feed, the state provides compensation. Cleaning and disinfection under the prescribed plan are paid for by the veterinary authority, which also pays 20 per cent of estimated income loss. For cattle and pig outbreaks, the relevant sector levy fund covers the remaining income loss.

The importance of this arrangement lies in its logic.

The wider livestock industry benefits when a dangerous infection is identified quickly. The keeper who first reports it may bear concentrated costs. Denmark’s model recognises that asymmetry and distributes part of the financial burden across public and sectoral mechanisms.

This does not remove moral hazard. Any system that transfers disease losses away from the individual producer risks weakening incentives for private prevention. Fraser’s analysis shows why compensation and biosecurity incentives must be considered together.

But that is precisely why compensation deserves to be treated as biosecurity policy rather than an administrative consequence of slaughter.

The question is not merely how much government pays.

It is what behaviour the system is designed to produce.

From Technical Preparedness to One Health Security

Britain learnt many of the technical lessons of 2001. Contemporary FMD strategies are clearer. International surveillance informs protective action. Exercises test national capability. Avian-influenza response has made disease zoning, mandatory biosecurity and repeated control operations familiar parts of modern animal-health governance; Great Britain self-declared freedom from HPAI on 18 May 2026, and the Avian Influenza Prevention Zone was lifted across Great Britain on 4 June.

But the NAO’s contemporary assessment shows why preparedness cannot be equated with the existence of plans. Veterinary vacancies, incomplete livestock tracing and continuing infrastructure pressures demonstrate that the system’s ability to execute those plans remains uneven.

One Health Security therefore requires the next stage of preparedness to treat the social and professional architecture of disease control with the same seriousness as its technical architecture.

Five priorities follow.

1. Measure trust as part of preparedness. After-action reviews should examine changes in institutional confidence, willingness to report and stakeholder experience alongside epidemiological outcomes.
2. Treat veterinary networks as strategic infrastructure. Workforce resilience should include local veterinary capacity, continuity of relationships and participation in contingency exercises rather than simply the number of professionals available during a crisis.
3. Review compensation through the lens of behaviour. Britain should examine whether current arrangements optimally balance early reporting, fair distribution of outbreak losses and incentives for on-farm prevention. International mechanisms, including Denmark’s levy-supported model, provide useful comparators rather than ready-made solutions.
4. Complete the information infrastructure. A system seeking earlier detection needs reliable knowledge of animal movements. The long-running failure to establish comprehensive livestock movement tracing should therefore be regarded as a biosecurity vulnerability rather than simply an IT programme problem.
5. Build local participation into preparedness before an emergency. Farmers, veterinarians, industry organisations and rural communities should help exercise disease-control arrangements before restrictions are imposed, giving local knowledge a defined route into national planning.

Conclusion

The legacy of Britain’s 2001 foot-and-mouth epidemic is more complicated than a story of administrative failure followed by reform.

Britain did learn. The response to subsequent outbreaks, the institutionalisation of contingency planning and the reaction to the European FMD threat in 2025 demonstrate a more mature technical system. Current biological-security planning places animal disease within an increasingly sophisticated national framework.

The unfinished task lies deeper.

Biological emergencies do not occur solely within populations of animals. They occur within relationships between people and institutions. Disease-control decisions alter livelihoods, professional identities, incentives and confidence in authority. Veterinary shortages affect more than operational headcount. Compensation rules affect more than public expenditure. Movement data affect more than administrative efficiency.

Together, these determine whether the formal machinery of disease control can function when it is needed.

Future outbreak planning should therefore continue to ask whether an intervention will control disease. It should also ask what incentives it creates, what relationships it depends upon and what it leaves behind among the people whose cooperation will be required in the future.

Britain is considerably better prepared technically than it was in 2001. The next advance in animal-health security should be to recognise that trust, professional relationships and economic incentives are themselves preparedness capabilities.

Because the next outbreak will inherit more than the epidemiological conditions that preceded it.

It will inherit the memory of the last response.

Questions & Answers

References

1. Anderson, I. (2002). Foot and Mouth Disease 2001: Lessons to be Learned Inquiry Report. London: The Stationery Office.
2. Anderson, I. (2008). Foot and Mouth Disease 2007: A Review and Lessons Learned. London: The Stationery Office.
3. Cabinet Office (2026). UK Biological Security Strategy: Implementation Report, July 2025–July 2026. London: HM Government.
4. Danish Veterinary and Food Administration (2026). Animal Disease Preparedness: Compensation for Losses Caused by Notifiable Diseases.
5. Department for Environment, Food & Rural Affairs (2025). Foot and Mouth Disease Control Strategy for Great Britain. London: Defra.
6. Department for Environment, Food & Rural Affairs (2026). Compensation for Animals Culled to Control Animal Diseases. London: Defra.
7. Department for Environment, Food & Rural Affairs (2026). What Happens When You Report a Notifiable Disease in Your Animals. London: Defra.
8. Fraser, R. (2018). ‘Compensation Payments and Animal Disease: Incentivising Farmers Both to Undertake Costly On-farm Biosecurity and to Comply with Disease Reporting Requirements’. Environmental and Resource Economics, 70(3), 617–629.
9. Mort, M., Convery, I., Baxter, J. & Bailey, C. (2005). ‘Psychosocial effects of the 2001 UK foot and mouth disease epidemic in a rural population: qualitative diary based study’. BMJ, 331, 1234.
10. National Audit Office (2005). Foot and Mouth Disease: Applying the Lessons. London: NAO.
11. National Audit Office (2025). Resilience to Animal Diseases. London: NAO.
12. Peck, D. F. et al. (2002). ‘Psychological impact of foot-and-mouth disease on farmers’. Journal of Mental Health, 11(5), 523–531.

Further Reading

For the contemporary state of British animal-disease preparedness, the National Audit Office’s Resilience to Animal Diseases is probably the most useful starting point. It provides the evidence on veterinary capacity, livestock tracing, laboratory infrastructure and the economic scale of recent outbreaks that underpins several of the arguments above.

The current FMD strategy is worth reading alongside the 2001 Anderson report because the contrast demonstrates how extensively formal preparedness has developed: Foot and Mouth Disease Control Strategy for Great Britain.

For the economic argument, Fraser’s paper provides the theoretical basis for thinking about compensation as a mechanism that must balance reporting incentives against moral hazard.

Denmark’s official preparedness guidance is an unusually clear real-world example of compensation being explicitly connected to disease reporting and of losses being shared between the state and sector levy funds: Danish Veterinary and Food Administration — Animal Disease Preparedness.

Finally, the Cabinet Office’s 2026 Biological Security Strategy implementation report provides the broader national context in which animal-health surveillance and preparedness increasingly sit.

For related One Health Security analysis, see What Denmark’s Animal-Disease Compensation Model Tells Us About Biosecurity and The EU Animal Health Law: Has Europe Built Prevention into the System?