Innovation Can Help Build a More Productive, Sustainable and Resilient Agricultural Sector

Innovation is becoming increasingly important as agriculture faces the combined pressures of climate change, rising input costs, resource constraints and the need to produce enough food for a growing population. Building a productive, sustainable and resilient agricultural sector requires farmers, researchers, government and private companies to work together on practical solutions that can improve yields while protecting natural resources. This need for science-driven progress was highlighted during Minister Willie Aucamp’s engagement with Corteva Agriscience, where discussions focused on seed technologies, plant breeding programmes and scientific research. The engagement provided an opportunity to gain insight into how advances in agricultural science can support farmers and contribute to broader agricultural priorities. It also highlighted the importance of collaboration between the public and private sectors in developing solutions that respond to the challenges facing modern agriculture. As agriculture continues to evolve, innovation will remain an important part of strengthening productivity, food security and long-term sustainability.

Minister Willie Aucamp’s engagement with Corteva Agriscience focused on understanding the company’s approach to agricultural innovation and the technologies being developed to support farmers. Particular attention was given to seed technologies and plant breeding programmes, which play an important role in developing crops with characteristics suited to different production environments. Modern breeding programmes can help researchers identify and develop crop varieties with improved yield potential, stronger resistance to pests and diseases and greater tolerance to environmental stresses. These advances can give farmers additional tools to manage difficult growing conditions while maintaining agricultural productivity. Scientific research also provides the evidence needed to understand how new technologies can be applied effectively under different farming conditions. Engagements of this nature can therefore help policymakers better understand developments in agricultural science and consider how innovation can contribute to national agricultural priorities.

Corteva Agriscience is a major global, publicly traded agricultural company that provides farmers with seeds, crop protection products and related agricultural solutions. Its work in seed development and agricultural research reflects the growing importance of science and technology in modern food production. Seed technology is particularly important because the genetic characteristics of crops can influence yield, quality, disease resistance and their ability to cope with environmental pressures. Farmers operate across different climates, soil types and production systems, which means agricultural technologies must be adapted to specific conditions rather than treated as one-size-fits-all solutions. Continued investment in research can help identify opportunities to improve crop performance while making more efficient use of land, water and other resources. The involvement of established agricultural science companies can also create opportunities for knowledge sharing and partnerships that connect research with the practical needs of farmers.

One of the most important areas where agricultural innovation can make a difference is productivity. Farmers need access to technologies that help them produce more food efficiently while managing the costs associated with seeds, fertiliser, water, labour and crop protection. Improved crop varieties can form part of this approach by helping farmers achieve more consistent results under challenging conditions. Digital technologies, precision agriculture, improved irrigation systems and better soil management can further support farmers by allowing them to make decisions based on more accurate information. When these tools work together, farmers can identify problems earlier, apply inputs more efficiently and reduce unnecessary losses. Productivity should therefore not be measured only by how much food is produced, but also by how efficiently resources are converted into reliable agricultural output.

Sustainability is another major consideration for the future of agriculture. Agriculture depends heavily on healthy soils, reliable water supplies, biodiversity and stable ecosystems, making responsible resource management essential for long-term production. Innovation can help farmers reduce pressure on these resources through improved crop varieties, precision application of agricultural inputs and farming practices that protect soil health. Scientific research can also help identify production methods that maintain yields while reducing waste and improving the efficiency of water and nutrient use. These approaches are particularly relevant as farmers face changing weather patterns and increasingly unpredictable growing conditions. A sustainable agricultural sector must therefore combine economic viability with responsible management of the natural resources on which food production depends.

Climate resilience has also become an important priority for farmers and policymakers. Droughts, heatwaves, irregular rainfall, floods and other extreme weather events can have serious consequences for crop production and farm incomes. Plant breeding programmes can contribute to resilience by developing crops with characteristics that help them perform under particular environmental stresses. Research into crop management, soil conservation and water efficiency can provide farmers with additional ways to reduce the impact of adverse conditions. Resilience does not mean eliminating agricultural risks, but rather giving farmers better tools to anticipate, manage and recover from those risks. Investment in research and innovation can therefore strengthen the ability of agricultural communities to continue producing food despite changing environmental conditions.

The engagement between Minister Aucamp and Corteva Agriscience also points to the importance of collaboration in advancing agricultural development. Government has a central role in establishing policies, supporting research, improving infrastructure and creating an environment where farmers can adopt useful technologies. Private companies contribute scientific expertise, research capacity, technologies and products that can address specific challenges across the agricultural value chain. Farmers, meanwhile, provide practical knowledge about the realities of production and the challenges that technologies need to solve. Stronger cooperation between these groups can help ensure that innovation remains focused on practical agricultural needs rather than technology for its own sake. Collaboration can also help improve the flow of knowledge between researchers, policymakers and farmers.

Innovation must also remain accessible to farmers if it is to deliver meaningful benefits across the agricultural sector. New technologies can have limited impact if farmers cannot afford them, understand how to use them or access the technical support required to implement them effectively. This makes farmer education, extension services, training and technology transfer important components of agricultural innovation. Smallholder farmers and emerging producers in particular need opportunities to benefit from scientific advances alongside larger commercial farming operations. Agricultural development should therefore consider not only what new technologies can achieve, but also how those technologies can reach the farmers who need them. A more inclusive approach can help ensure that innovation contributes to broad-based agricultural growth and stronger rural economies.

Food security provides another important reason to prioritise agricultural innovation. A reliable food system depends on farmers being able to produce sufficient quantities of nutritious food despite economic and environmental pressures. Improving crop performance, reducing losses and making better use of agricultural resources can all contribute to a more secure food supply. Research and innovation can also support the development of production systems that are better prepared for future challenges. However, technology alone cannot solve every food security problem, since infrastructure, market access, financing, land management, skills and policy also influence agricultural outcomes. Innovation works best when it forms part of a wider strategy that addresses the economic, environmental and social dimensions of food production.

The discussions around seed technologies, plant breeding and scientific research demonstrate why continued investment in agricultural knowledge is necessary. The challenges facing farmers are constantly changing, which means solutions must also evolve through research, testing and practical experience. Scientific innovation can provide new options, but those options need to be evaluated carefully to ensure they deliver value under real farming conditions. Policymakers can support this process by creating opportunities for research partnerships and ensuring that agricultural priorities remain connected to the needs of producers and consumers. The private sector can contribute by investing in research and developing technologies that respond to specific agricultural challenges. Farmers can contribute through adoption, feedback and practical knowledge that helps improve the application of new solutions.

Innovation is key to building a productive, sustainable and resilient agricultural sector because it connects scientific knowledge with the practical challenges of food production. The engagement between Minister Willie Aucamp and Corteva Agriscience highlights the value of understanding advances in seed technologies, plant breeding and agricultural research. These areas can support higher productivity, more efficient resource use, improved resilience and stronger food security when they are applied responsibly and appropriately. The future of agriculture will depend not only on developing new technologies, but also on ensuring that farmers have access to the knowledge, infrastructure and support required to use them effectively. Continued cooperation between government, researchers, agricultural companies and farmers can help turn scientific progress into practical benefits across the sector. By keeping innovation at the centre of agricultural development, the sector can become better equipped to meet current pressures while preparing for the challenges that lie ahead.