Viewpoint- The Consequences of Foot-and-Mouth Disease in South Africa: Biosecurity Challenges, Economic Impacts, and the Future of Cattle Farming

: 05 June 2025; Hits: 2663; Rating:

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In South Africa, FMD outbreaks have caused significant economic and social disruptions, particularly for farmers and rural communities. This article explores the consequences of FMD, the challenges of biosecurity beyond government control, the economic toll on farmers, considerations of relocating to Namibia, reasons for biosecurity failures, and the future of feedlots and cattle farming in rural South Africa.

Consequences of Foot-and-Mouth Disease in South Africa

FMD, while rarely fatal, severely impacts livestock productivity and trade. In South Africa, the disease has led to:

Production Losses: FMD causes reduced milk yields (up to 80% in dairy cattle), weight loss, lameness, and abortions, affecting herd productivity and farm income. For example, dairy farms in Humansdorp and feedlots in East London have faced significant losses due to outbreaks.
Trade Restrictions: South Africa’s red meat exports, critical to the economy, are jeopard to stringent international biosecurity standards. Outbreaks have led to export bans, with countries like the EU sourcing beef from Botswana and Namibia instead, costing South Africa billions in lost revenue.
Social and Economic Impact: Small-scale and subsistence farmers, who rely on livestock for food security and livelihoods, are hit hardest. Outbreaks disrupt markets, reduce weaner prices, and strain household finances, exacerbating poverty in rural areas.

Tourism and Wildlife: FMD affects wildlife like buffalo, deterring tourism and impacting conservation efforts, as seen in areas near Kruger National Park.

Recent outbreaks, particularly in KwaZulu-Natal (KZN) with over 165 cases and Eastern Cape with 40, highlight the ongoing threat to South Africa’s livestock industry, which contributes 34.1% to agricultural production and 36% of the population’s protein needs.

Animal and plant health is the bedrock of a thriving agricultural industry and its export strategy. The success of South Africa’s agricultural export strategy over the past few decades, which has seen the value of exports grow from $2.4 billion in 2001 to $13.7 billion in 2024, speaks to the strength of the controls implemented over that period. But there are now weaknesses. In recent years, South Africa has experienced frequent outbreaks of foot-and-mouth disease, avian influenza and African swine fever. These suggest two problems: first, the growing weaknesses in the country’s biosecurity controls, and the potential effect of climate change, which can lead to frequent disease outbreaks as a result of extreme events. These problems are not unique to South Africa. We have seen outbreaks of African swine fever in China’s pork industry, as well as avian influenza in Europe, the US, the UK and South America.

Biosecurity Beyond Government Control

While the South African government enforces measures like quarantine, movement bans, and vaccination, biosecurity failures often stem from factors outside its direct control:

Farmer Non-Compliance: Many farmers, especially small-scale ones, lack awareness of their legal responsibilities under the Animal Diseases Act to prevent disease spread. Unauthorized livestock movement, often at night, undermines control efforts. For instance, infected cattle were illegally moved from a controlled zone to an auction in Limpopo, spreading FMD.
Communal Grazing Practices: In rural areas, communal grazing and shared water sources increase disease transmission risks, as seen in Zambia and Ethiopia. These traditional practices are difficult to regulate due to cultural and economic reliance.
Wildlife-Livestock Interface: Buffalo in Kruger National Park carry FMD, posing a constant risk to nearby farms. Veterinary cordon fencing, used in Namibia and Botswana, has been environmentally damaging and less effective in South Africa due to maintenance issues and wildlife movement.
Resource Constraints: Limited veterinary infrastructure and funding hinder effective surveillance and response. South Africa relies on imported vaccines from Botswana, delaying rapid response.

Biosecurity in South Africa: Challenges in Controlling Foot-and-Mouth Disease and Bird Flu

Economic Impact on Farmers

The economic toll of FMD on South African farmers is profound:

Direct Costs: Farmers bear the cost of vaccinations, quarantine measures, and culling infected animals without consistent government compensation. For example, a single assessment for livestock movement can cost over R21,000, a significant burden for small-scale farmers.
Market Disruptions: Nationwide bans on livestock movement and auctions, like those following outbreaks in KZN and Limpopo, halt sales to feedlots and abattoirs, crippling cash flow. Weaner price drops during outbreaks further reduce income.
Impact on Small-Scale Farmers: Subsistence farmers, unable to absorb losses or access online auctions, face severe financial distress. Some have laid off workers or sold entire herds at a loss to survive.
Industry-Wide Losses: The livestock sector’s contribution to South Africa’s economy (1% of global meat production) is undermined by FMD, eroding investor confidence and limiting growth.

Farmers Considering Relocation to Namibia

Some South African farmers are contemplating moving to Namibia due to its stronger biosecurity framework and export success:

Namibia’s Success: Namibia maintains FMD-free zones through effective vaccination, movement control, and cordon fencing, enabling consistent beef exports to the EU. South Africa’s inability to match this has led to lost market share.
Attractiveness for Farmers: Namibia’s stable biosecurity environment and access to premium markets make it appealing. However, challenges like high setup costs, land access, and adapting to a new regulatory system deter widespread migration.
Sentiment: Posts on X reflect frustration among South African farmers, with some citing Namibia’s model as a potential solution, though no concrete data confirms mass relocation plans.

Why Biosecurity Failed in South Africa

Biosecurity failures in South Africa stem from systemic and practical issues:

Inadequate Government Response: Delayed or heavy-handed measures, like nationwide bans instead of targeted controls, exacerbate economic damage. For example, the government’s failure to maintain roadblocks in Limpopo allowed disease spread.
Lack of Traceability: South Africa lacks a robust animal track-and-trace system, making it hard to monitor livestock movement. Illegal movements from auctions, like one in Utrecht, KZN, spread FMD to multiple provinces.
Insufficient Funding: The Department of Agriculture, Land Reform and Rural Development (DALRRD) lacks resources for surveillance, diagnostics, and vaccine production. Unlike Namibia, South Africa depends on imported vaccines, slowing response times.
Complacency and Awareness: Veterinary surgeon Dr. Shaun Morris notes complacency among farmers who rely on historical relationships rather than strict biosecurity. Small-scale farmers often lack education on FMD prevention.
Wildlife Challenges: The persistence of FMD in buffalo populations complicates control, as fencing is environmentally harmful and incomplete.

The Future of Feedlots and Cattle Farming

The future of South Africa’s feedlots and cattle farming hinges on addressing biosecurity and economic challenges:

Feedlots: Feedlots, critical for export preparation, face risks from FMD outbreaks, as seen in East London. Enhanced biosecurity, like isolation hubs and 28-day quarantines, is being adopted, but high costs and compliance issues persist. The Red Meat Industry Services (RMIS) is investing in traceability and biosecurity marshals to strengthen the sector.
Cattle Farming: Commercial farmers may adopt technology-driven solutions like digital movement permits and geo-fencing to improve traceability. However, small-scale farmers need government support for affordable vaccines and training.
Rural Communities: FMD threatens food security and livelihoods in rural areas, where 70% of Africa’s poor rely on livestock. Programs like the Limpopo IDC Nguni Cattle Development Project aim to commercialize smallholder farming but require stronger biosecurity support.
Innovations: Commodity-based trading, allowing safe exports from FMD-endemic areas, and participatory approaches involving farmers could improve resilience. Transfrontier conservation may balance wildlife and livestock needs.

Foot-and-mouth disease poses a multifaceted challenge to South Africa’s livestock industry, with severe economic impacts on farmers, particularly in rural areas. Biosecurity failures, driven by non-compliance, inadequate government resources, and wildlife interactions, have allowed FMD to persist. While Namibia’s model tempts some farmers, systemic reforms—like improved traceability, local vaccine production, and farmer education—are critical. The future of feedlots and cattle farming depends on collaborative efforts between government, industry, and communities to strengthen biosecurity and ensure sustainable livelihoods. Without these, South Africa risks further economic losses and diminished global market access. South Africa should also continue reviving vaccine production in various entities, such as the Onderstepoort Biological Products (OBP), which has recently experienced some performance and governance difficulties. This is not new insight; a biosecurity report for 2022 was crafted in response to the spread of animal disease and to strengthen South Africa’s capabilities. The report, which was done in collaboration with the private sector, made various recommendations for the government.

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