The Necessity of Preserving Traditional Agricultural Methods in South Africa
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Food For Mzansi
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The Necessity of Preserving Traditional Agricultural Methods in South Africa

Traditional agriculture in Mzansi is not just a way of producing food, but a living link to culture, family, and community. On Heritage Day, millions of South Africans celebrate this event, while experts and community activists consider how traditional farming can contribute to food security.

Despite the fact that local knowledge remains an important part of many people's livelihoods, farmers face a number of obstacles, including drought, climate change, limited access to land, water, finance, and modern markets. Therefore, preserving traditional farming requires support for local farmers, recognition of indigenous knowledge, and combining traditional practices with appropriate agricultural technologies to strengthen food security and rural lifestyles.

Nonhlanhla Moroenyane, a cookbook author, food activist, and founder of Noni’s Home Dish, asserts that the most serious barrier is the disconnect that has stripped the land of its knowledge and wisdom. She stated: 'Commercial farming, the degenerated ways of interacting with ourselves and the land, make victory impossible. Traditional agriculture is certainly becoming less common because we are convinced that indigenous methods are outdated, when in fact it is the complete opposite. We become dependent instead of the other way around.'

Moroenyane explained that modernity has turned communities into people who are not inclined to reflect. 'It has distanced us from traditions and culture regarding land; modernity has literally turned us into consumers and takers, and those who give nothing in return.'

Ashraf Sirkot, project manager for urban greening and landscape management at Greenpop, noted that the preservation of traditional farming systems faces interconnected structural, economic, and environmental challenges. He emphasized that traditional agrarian knowledge is largely passed down orally and between generations. Rural-to-urban migration, the aging of the farming population, and the lack of formal documentation lead to the loss of knowledge about seed preservation, intercropping, natural pest management, soil conservation, and seasonal forecasting.

Sirkot also pointed out that agricultural policy, service expansion, research funding, and subsidies have historically been skewed towards industrial, monocultural, and export-oriented agriculture. He added that changing rainfall patterns, increased frequency of droughts and floods, and soil degradation directly threaten traditional systems that are finely tuned to local microclimates.

'Although traditional systems are often more resilient, their adaptive capacity is being overwhelmed, and traditional farming often depends on access to common resources outside the plot: communal pastures, forests for manure and mulch, water sources, and sacred groves,' Sirkot noted.

To further advance, Sirkot advised the government to develop niche markets, geographical indications (GI), and fair trade certification for traditional crops and products. He recommended redirecting agricultural subsidies to support agroecological and traditional practices, as well as supporting farmer cooperatives for processing, storage, and collective marketing to increase bargaining power.

Furthermore, he proposed creating community seed banks and livestock genetic banks to preserve traditional varieties and breeds. Sirkot strongly advised documenting traditional knowledge with the full participation and consent of communities, integrating it into official agricultural curricula. He specified that preserving traditional farming is not a romanticization of the past, but a strategic necessity for ensuring food security, climate resilience, and biodiversity conservation. This is only possible if farmers have secure land rights, their knowledge is valued, and their produce is economically viable.

Meanwhile, retired Deputy Director Elijah Ramaphoko, who spent decades training farmers for the Department of Agriculture, Land Reform, and Rural Development of the Northern Cape, stated that the preservation of traditional farming must be undertaken by both communities and the government. He stressed that it cannot be left solely to the government; as a society, they must return to their roots and do things based on fundamental principles.

Ramaphoko also called on young farmers for the older generation to teach them that traditional farming is possible even in the age of artificial intelligence and constantly changing mechanization. It is important, in his opinion, that colleges teach traditional agriculture; this does not mean rejecting progress, but remembering one's origins.

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The problem with poultry feed in Africa could stimulate youth entrepreneurship development
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foodformzansi.co.za

The problem with poultry feed in Africa could stimulate youth entrepreneurship development

High costs for feed threaten poultry producers, but according to Ishmael Sungi, CEO of the South African Confederation of Agricultural Unions (Sacau), this situation could serve as a catalyst for creating a new generation of youth-led enterprises in the production of maize, soy, and feed.

Every increase in poultry feed prices is quickly reflected from the farm to the consumer's table. Producers are forced to reduce volumes, small businesses lose profit, and buyers have to pay more for eggs and chicken.

In many African markets, the problem boils down to a simple fact: feed constitutes the largest expense in poultry farming, often reaching 60–70% of total production costs. When yellow maize and soy become expensive or scarce, it inevitably leads to higher poultry prices.

However, perhaps the real problem is not the high cost of feed, but that Africa has long allowed this obvious market opportunity to remain underdeveloped. Every price jump in feed sends a clear signal: there is a need to increase the production of yellow maize, expand soy cultivation, improve aggregation, build more storage facilities, expand feed production capacity, refine formulation skills, strengthen quality control, establish logistics, and professionalize the entire feed system.

In other words, the poultry feed crisis is not just a cost problem; it is an entrepreneurial gap that a bold young generation of agri-entrepreneurs can fill.

Poultry farming is one of the most accessible ways to enter agribusiness in Africa. It can rapidly create jobs, support women and young entrepreneurs, strengthen rural and suburban economies, and provide affordable protein to millions of households. Nevertheless, poultry farming cannot develop with a weak feed system.

The opportunity lies not in endlessly condemning feed prices, but in creating businesses capable of lowering those prices. Africa must initiate a targeted, large-scale campaign to support youth-led enterprises in the production of yellow maize and soy, feed ingredient aggregation, small-scale feed production, oilseed processing, quality control, sourcing alternative feed ingredients, and last-mile distribution.

However, reliance solely on youth is insufficient. Many youth agricultural programs fail because they romanticize entrepreneurship while ignoring the harsh realities of access to land, finance, mechanization, irrigation, raw materials, storage, quality standards, and markets. If young producers are left to struggle in isolation, most of them will remain at the subsistence level.

A more sensible model involves linking youth enterprises with existing commercial farmers and basic infrastructure. Commercial farmers can provide support through mentorship, mechanization, irrigation, production planning, raw material procurement, drying, storage, quality control, and structured market access.

Young producers bring the ambition, energy, innovation, and urgency of a generation striving to find viable economic paths. Together, they can transform the bottleneck in the feed sector into a full stream of new enterprises.

This is not charity, but sound economics: commercial farmers benefit from expanded production areas, better utilization of equipment and infrastructure, strengthening local supply chains, and more reliable raw material supply; youth enterprises gain access to potential that would otherwise take years to build; poultry producers benefit from improved feed availability; consumers benefit from stabilized prices; and governments benefit from job creation, food security, and strengthening domestic value chains.

For this to work, policy must become much more practical. Governments and development partners must lower the entry barrier for youth enterprises in the feed sector through targeted tax incentives, VAT exemptions, or discounts on critical equipment and raw materials, accelerated depreciation for irrigation and storage assets, grants for feed production aggregation centers and infrastructure, and exemption from tariffs on specialized equipment unavailable locally.

These incentives should not become unlimited handouts. They must be conditional, time-bound, and results-dependent. Support should be provided to youth-owned and managed enterprises that possess credible business plans, real production or sales agreements, participate in approved producer clusters, adhere to quality standards, and demonstrate measurable contribution to local feed ingredient supply. Public funds should attract private investment, not replace it.

The financial system also needs changes. Standard credit products rarely suit agriculture. A young maize or soy producer cannot repay an agricultural loan as if they were working a monthly salary.

Financial instruments for youth agribusiness must incorporate seasonal repayment schedules, preferential rates, deferrals aligned with harvest cycles, and provide working capital, equipment leasing, and credit guarantees. With verifiable sales agreements in place, banks should finance the entire value chain, not just collateral.

Financing through commodity notes can radically change the situation. Instead of forcing young producers to sell grain immediately after harvest at low prices, certified storage and electronic commodity notes allow them to use stored maize or soy as collateral for short-term loans. This improves cash flow, reduces forced sales, strengthens negotiating power over prices, and makes the grain system more formalized and attractive to banks.

Large commercial farmers can also act as wholesale financial intermediaries. Since they often have stronger balance sheets, credit histories, and banking relationships, they can secure larger lines of credit and channel raw materials, mechanization, and working capital to young contractors on a transparent basis.

Debt repayment can be tied to product deliveries, which reduces risks for creditors and increases discipline across the entire value chain.

Digital tools must support the entire system: farmer registration, raw material vouchers, mobile payments, harvest verification, production monitoring dashboards, electronic commodity notes, as well as loan applications and alternative credit scoring systems based on supply data and repayment behavior.

This is how youth agribusiness moves from declarations to real scale.

The stakes are high. If Africa does not solve its feed system problems, poultry producers will remain vulnerable to fluctuations in grain prices, climate shocks, import dependency, and weak local processing capacity. The result will be rising food prices, reduced corporate profits, and missed employment opportunities.

But if action is taken boldly, the same pressure can unleash a wave of youth business in production, processing, aggregation, logistics, consulting services, and digital coordination.

The message is simple: high feed costs should not be viewed only as a poultry industry problem. They should be seen as a challenge for entrepreneurship, a challenge for industrialization, a challenge for youth employment, and a challenge for food security. Then, policies, financing, and partnerships must be created to meet these challenges.

The youth of Africa do not need new slogans about agriculture being the future. They need structured opportunities in real markets. The poultry feed market is one such market. It is large, urgent, and commercially significant.

With proper support, youth enterprises in maize, soy, and feed production can reduce costs, strengthen poultry value chains, create jobs, and make protein more accessible.

The feed crisis has already arrived. The question is whether we will continue to experience it as a constraint or use it as a trigger for a new generation of youth agribusinesses that will feed the poultry sector, feed the economy, and help feed the continent.

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Preserving natural heritage recognized as a key factor for climate change adaptation
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iol.co.za

Preserving natural heritage recognized as a key factor for climate change adaptation

In South Africa, on Heritage Day, Dr. Loyanda Mafumbu asserts that heritage protection must extend beyond traditions and history to include local knowledge systems and the natural environment. He explores how integrating traditional knowledge with science can help communities in Eketweni prepare for climate change and conserve resources for future generations.

Every year, South Africans celebrate Heritage Day, honoring the traditions, cultures, languages, and history that shape national identity. However, heritage is not just about preserving the past; it is also about safeguarding the knowledge, resources, and environment that will secure the future.

As communities in Eketweni face the impacts of climate change—such as floods, storms, droughts, rising temperatures, and increasing pressure on ecosystems—it becomes evident that enhancing resilience requires utilizing all available sources of knowledge. One of the most valuable, yet often underestimated, resources is local knowledge systems.

For many generations, communities have developed a deep understanding of their local environment. Through observation and personal experience, people have learned to recognize seasonal changes, determine rainfall patterns, understand soil conditions, protect water sources, and manage natural resources. This knowledge has been passed down through generations for centuries and remains relevant today.

It is important to note that recognizing local knowledge does not mean dismissing science. The most effective climate change response measures are achieved by combining different forms of knowledge. While scientific research provides vital climate forecasts, risk assessments, and technological innovations, local knowledge offers practical, place-based insights derived from experience. Together, they can strengthen climate change adaptation, disaster preparedness, and long-term sustainability.

The Durban Climate Change Strategy recognizes the value of local knowledge in understanding climate impacts, protecting biodiversity, and supporting sustainable, locally appropriate agricultural practices. This approach acknowledges that communities are not merely victims of climate change but vital partners in finding solutions. In recent years, the municipality has worked to strengthen collaboration with traditional leaders and communities.

Earlier this year, Eketweni held a Disaster Management Seminar for traditional leaders aimed at improving preparedness for climate-related disasters such as floods, fires, and severe storms. These interactions create opportunities to merge local experience with modern climate information and emergency planning. The importance of inclusive climate governance through platforms like the Municipal Climate Forum, which brings together traditional leadership, civil society, business, organized labor, and government stakeholders, was also highlighted.

Such collaboration ensures that climate action reflects both scientific data and community realities. Heritage and climate action are linked in another crucial way: protecting our environment is largely an act of protecting our heritage. The rivers, wetlands, forests, coastlines, and biodiversity of Eketweni constitute part of the natural heritage we have inherited. These ecosystems support livelihoods, provide essential services, and contribute to community well-being.

Nevertheless, they are becoming increasingly vulnerable to climate change and environmental degradation. When we restore wetlands, protect rivers, conserve biodiversity, and plant native species, we do more than just protect nature. We safeguard the natural heritage that future generations should inherit.

Similarly, promoting sustainable and locally suitable food production helps bolster food security while preserving valuable knowledge about farming methods that have evolved over time. Heritage Day provides an opportunity to reflect not only on where we came from but also on what we choose to pass on.

The decisions we make today regarding our environment, our ecosystems, and our knowledge systems will influence the resilience and well-being of coming generations. As residents of Eketweni, each of us plays a role. Whether it is conserving water, reducing waste, planting native trees, protecting rivers and wetlands, supporting local food production, or educating younger generations on environmental principles, every action contributes to a more sustainable future. Our heritage resides not only in monuments, traditions, and memories. It is also contained in the landscapes we protect, the knowledge we preserve, and the future we build together. By valuing both local knowledge and scientific innovation, we can build communities better prepared for a changing climate while ensuring the preservation of our rich natural and cultural heritage for future generations.

Local seeds (landraces) can ensure South Africa's harvest during El Niño
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foodformzansi.co.za

Local seeds (landraces) can ensure South Africa's harvest during El Niño

Given that hotter and drier conditions threaten South Africa's agricultural season in 2026/27, scientist Dr. Mathelele Lehlogonolo explains how local landrace seeds can be key to climate change resilience.

As South Africa prepares for the expected El Niño season of 2026/27, concerns are rising again regarding the country's agricultural prospects. For grain producers, livestock farmers, politicians, and consumers, the prospect of reduced rainfall and increased temperatures raises complex questions about food production, food prices, and agriculture.

Although modern improved crop varieties have significantly increased agricultural productivity in recent decades, there is growing recognition that landrace seeds—traditional varieties selected and maintained by farming communities for generations—can play an increasingly important role in helping South African agriculture cope with climate shocks.

As climate change intensifies and droughts become more frequent, these locally adapted genetic resources may cease to be seen merely as relics of traditional agriculture, but instead become valuable tools for building sustainable food systems.

El Niño is a natural climatic phenomenon associated with warming sea surface temperatures in the central and eastern Pacific Ocean. Although it occurs thousands of kilometers from Africa, it has a profound impact on global weather patterns.

In South Africa, El Niño is typically associated with the following phenomena:

  • Reduced summer rainfall
  • Above-average temperatures
  • More frequent heatwaves
  • Increased evapotranspiration
  • Poor soil moisture
  • Higher risk of crop failure
  • Decreased pasture availability for livestock

While not every El Niño event affects all regions equally, South Africa has historically experienced some of the most severe agricultural droughts during strong El Niño years, including periods in 1982/83, 1991/92, 2015/16, and to varying degrees, 2023/24.

For the upcoming 2026/27 production season, climate forecasts suggest that producers should be prepared for potentially drier than usual conditions in many regions of the country's summer rainfall season. Therefore, early preparedness may prove critical.

South Africa's agricultural sector heavily relies on a relatively small number of commercial crop types, specifically maize, wheat, soy, sunflower, and potatoes.

Within these crops, farmers often cultivate only a limited number of commercial varieties developed primarily for high-intensity production systems. These improved varieties demonstrate exceptional results under favorable growing conditions, but many require sufficient rainfall, fertilizers, pesticides, good soil fertility, and intensive management.

Under severe water stress, yields can drop sharply. This is where genetic diversity becomes critically important.

Landrace seeds are local crop varieties that have evolved over many generations through continuous selection by farmers in specific ecological conditions. Unlike commercial hybrids, landraces possess vast genetic diversity within each population.

Traditionally, farmers selected seeds from plants that survived drought, poor soils, pests, diseases, heat, and unpredictable rainfall. As a result, landraces often contain valuable traits that allow them to better withstand environmental stresses.

Examples found across South Africa include sorghum, pearl barley, beans, Bambara groundnuts, peanuts, dry beans, pumpkins, indigenous leafy vegetables, and traditional maize varieties.

Many rural communities continue to preserve these seeds through home seed saving and community seed banks.

One of the greatest strengths of landraces is their resilience, rather than maximum yield. While commercial hybrids often produce higher yields in ideal conditions, landraces often outperform them when rainfall becomes scarce.

Their advantages are shown in Figure 1 below.

Several African countries have already demonstrated how conserving landraces contributes to food security during extreme climatic events.

Ethiopia possesses one of the richest collections of traditional African crop varieties. Farmers continue to cultivate diverse landraces of teff, barley, wheat, and sorghum. The country's close collaboration between farmers and national gene banks has helped preserve crop diversity while providing breeders with valuable genetic material for developing climate-resilient varieties.

In Zimbabwe, traditional sorghum and pearl barley have repeatedly shown greater drought resistance than maize in dry years. The government and development partners are increasingly promoting these traditional cereals in semi-arid regions where maize production remains highly risky.

In Malawi, community seed banks have allowed farmers to preserve local varieties while improving access to drought-resistant seeds after climate-related disasters. The combination of home seed saving and community seed exchange has strengthened local resilience.

In Kenya, farmer-involved participatory breeding programs have successfully combined traditional landraces with modern breeding methods, creating improved varieties that retain valuable stress-resistance characteristics.

South Africa has significant diversity in indigenous crops, yet much of this remains untapped. Traditional crops such as pearl barley, sorghum, beans, Bambara groundnuts, peanuts, amadumbe, and indigenous vegetables historically sustained communities living in drought-prone areas.

However, over time, many farmers have shifted to maize monocultures and commercially bred varieties. As climate risks increase, interest in these traditional crops is growing. Institutions such as the Agricultural Research Council (ARC), universities, community seed banks, and the National Plant Genetic Resources Centre continue to maintain valuable landrace collections that can contribute significantly to future crop improvement.

While landrace seeds offer significant potential, they cannot be considered a complete replacement for improved commercial varieties. Rather, they are part of a broader strategy for climate change adaptation. Their greatest value lies in:

  • Maintaining genetic diversity
  • Providing useful traits for breeding programs
  • Supporting smallholder farming systems
  • Reducing production risks
  • Preserving cultural heritage
  • Strengthening local seed systems

Future breeding efforts will increasingly depend on the unique genes found in landrace populations to develop varieties capable of thriving in hotter and drier climates.

Preparing for future El Niño events requires coordinated action across South Africa's entire agricultural sector. Priority measures include:

  • Expanding the collection and conservation of landrace seeds.
  • Supporting community seed banks and household seed conservation initiatives.
  • Encouraging participatory breeding involving farmers and researchers.
  • Promoting drought-resistant traditional crops in vulnerable areas.
  • Raising farmers' awareness about the value of agricultural biodiversity.
  • Integrating landrace conservation into national climate change adaptation strategies.
  • Investing in research on climate-resilient indigenous crops.
  • Facilitating seed exchange networks while maintaining seed quality standards.

A Future Based on Diversity

The expected El Niño of 2026/27 serves as another reminder that climate uncertainty is becoming the new normal. Building resilient agriculture is now not just about increasing yields, but about reducing risks. Landrace seeds represent millennia of farmer innovation and natural adaptation. Their rich genetic diversity may hold many answers needed to secure future food production in an increasingly unpredictable climate.

For commercial producers, integrating climate-resilient varieties into production systems can reduce vulnerability. For smallholder farmers, preserving traditional seed systems can provide an accessible and locally adapted safety net. For breeders, landraces remain an indispensable gene reservoir for future improved varieties.

As South Africa faces another potentially challenging growing season, the nation's greatest agricultural insurance may already exist; not only in laboratories, but also in seed stores, community seed banks, and on the fields of family farms that have preserved these genetic treasures for generations. In an era of climate uncertainty, conserving landrace diversity is no longer just a conservation measure. It is an investment in the future food security of South Africa.

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