Saudi Minister Launches Farmer Training Initiative at Agriculture 2026

Saudi Arabia’s Minister of Environment, Water and Agriculture, Abdulrahman Alfadley, launched a national initiative for farmer training packages on the opening day of Saudi Agriculture 2026 in Riyadh, in partnership with the National Research and Development Center for Sustainable Agriculture (Estidamah) and Saudi Reef Academy. The announcement, carried by the Saudi Press Agency, marks a further step in the Kingdom’s drive to convert scientific research into practical gains for farmers across the country. The initiative is designed to translate research findings and scientific expertise into structured training programs that improve agricultural practices, raise water and resource efficiency, and accelerate the adoption of modern farming technologies.

The launch took place as Saudi Agriculture 2026, one of the region’s largest agricultural exhibitions, opened its doors to exhibitors, researchers, investors and farming communities. For a Kingdom that has made food and water security central to its national planning, the initiative signals a deliberate shift from laboratory discovery to field-level application. Under the arrangement, Estidamah will draw on its research output to develop practical training content, while Saudi Reef Academy will package that content and deliver it through programs in targeted regions. The result is expected to be measurable improvement in farming practices, production efficiency and the sustainable use of natural resources.

Context and Background

Why does a training program for farmers matter so much in Saudi Arabia today? The answer lies in the scale of the Kingdom’s agricultural ambitions and the constraints under which they must be pursued. Saudi Arabia is an arid country with limited renewable water resources, yet it seeks to strengthen domestic food production, diversify its economy and reduce reliance on imports of strategic commodities. Estidamah, formally the National Research and Development Center for Sustainable Agriculture, was established to reconcile those two realities by generating science-based solutions for agriculture in water-scarce environments. Its mandate covers applied research, technology development and the transfer of knowledge to the people who work the land.

The center has spent years building a body of research on crops suited to local conditions, greenhouse systems, irrigation efficiency, soil management and integrated pest control. Much of that knowledge, however, has remained within research stations and academic publications. The new initiative addresses the missing link in the chain: the farmer. By converting research findings into training packages, Estidamah and Saudi Reef Academy aim to ensure that scientific advances reach the field in a form that farmers can understand, afford and apply. Saudi Reef Academy brings complementary strengths, specializing in outreach and training delivery to rural and agricultural communities, which makes it a natural partner for extending knowledge into regions where it can have the greatest impact.

The timing is also significant. Saudi Agriculture 2026 gathers the sector’s stakeholders at a moment when the Kingdom is investing heavily in agricultural technology, water reuse, renewable energy for farming and local food processing. Launching the training initiative on the exhibition’s first day underscores that human capacity, not only hardware, is viewed as a pillar of agricultural development. The presence of the minister and the chairman of Estidamah’s board of directors at the launch reinforces the message that knowledge transfer is a national priority rather than a peripheral activity.

Key Details of the Initiative

What exactly will the initiative deliver, and how will it work in practice? According to the official announcement, Estidamah will use its research findings and scientific expertise to develop practical training content. Saudi Reef Academy will then turn that content into training packages and deliver them through programs in targeted regions. The packages are expected to cover improved farming practices, more efficient use of water and other resources, and the adoption of modern agricultural technologies. The initiative is part of Estidamah’s broader effort to bring agricultural knowledge into the field, a mission that runs through much of its work.

The launch was accompanied by a series of cooperation agreements that widen the initiative’s technical base. Estidamah signed cooperation agreements with SABIC Agri-Nutrients Company, NSG Geospatial Services and Saudi Arabian Mining Company (Maaden). It also signed a memorandum of understanding with Qassim University. The areas of cooperation cover applied agricultural research and field trials, the development of agricultural technologies and products, and the use of geospatial data and remote sensing technologies to support research and monitor research sites. They also encompass boosting agricultural training and extension services, as well as the exchange of expertise and knowledge between the partners.

Each partner brings a distinct capability. SABIC Agri-Nutrients contributes expertise in crop nutrition and fertilizer innovation, which connects directly to soil health and productivity. NSG Geospatial Services adds satellite imagery and remote sensing, allowing researchers to monitor fields, water use and crop conditions across wide areas with greater precision. Maaden, the Kingdom’s mining champion, brings industrial scale, logistics and a growing interest in mineral-based inputs and sustainable resource management. Qassim University, one of the country’s established centers of agricultural education, provides academic research capacity and access to students and faculty who can support field trials and training. Together, these partnerships give the training packages a foundation that spans nutrition, data, industry and academia.

From Research to the Field

How does a research finding become a change in what a farmer does on a given morning? The pathway is more complex than it may appear, and the initiative is designed to shorten it. Research institutions produce evidence about optimal planting dates, irrigation schedules, greenhouse climate control, integrated pest management and post-harvest handling. Extension services and training providers then adapt that evidence to local conditions, demonstrating techniques on real farms and answering the practical questions that arise. The training packages developed under this partnership are intended to standardize that adaptation, ensuring that farmers in different regions receive consistent, science-based guidance.

Saudi Reef Academy’s role is central to this process. By designing training packages and delivering them through programs in targeted regions, the academy can reach farmers who might not otherwise encounter the latest research. The emphasis on targeted regions suggests a deliberate effort to match training content to local crops, climate conditions and water availability, rather than offering a single national curriculum. That approach recognizes the diversity of Saudi agriculture, from date palm cultivation in the east and center to highland farming in the southwest and greenhouse production near urban markets.

The expected outcomes are practical: improved farming practices, increased production efficiency and more sustainable use of natural resources. For farmers, better practices can mean lower input costs, higher yields and more resilient operations. For the national economy, efficiency gains in water use are especially valuable in a country where every liter of water saved supports broader sustainability goals. For consumers, more reliable domestic production contributes to food security and price stability. The initiative thus connects individual farm-level decisions to national priorities in a direct and visible way.

International and Regional Impact

Could a Saudi training initiative influence farming beyond the Kingdom’s borders? The regional context suggests it can. The Middle East and North Africa face some of the world’s most severe water scarcity, and many neighboring countries share the challenge of producing more food with less water. Saudi Arabia’s experience in building research institutions, testing technologies in arid conditions and now systematizing farmer training offers a model that other countries may study. Estidamah’s work on sustainable agriculture in water-scarce environments is directly relevant to a region where irrigation efficiency is a matter of national survival.

International agricultural companies and research organizations also have a stake in the initiative. The participation of major industrial partners such as SABIC Agri-Nutrients and Maaden signals that the private sector sees commercial and strategic value in Saudi agricultural modernization. Global suppliers of seeds, irrigation systems, greenhouse technology and digital farming tools are likely to find a more receptive market as trained farmers seek to apply modern methods. In this sense, the training packages do not only transfer knowledge to farmers; they also prepare the ground for investment and technology adoption across the agricultural value chain.

Saudi Arabia’s growing role in global food security discussions adds another dimension. The Kingdom has pursued international partnerships, investments in agricultural land and technology abroad, and participation in multilateral efforts to stabilize food supplies. A stronger, more knowledge-intensive domestic agricultural sector strengthens the Kingdom’s position in those discussions. It also supports the export of Saudi expertise, particularly in desert agriculture, water management and renewable energy applications for farming, areas where the Kingdom has accumulated practical experience that is in demand across arid regions.

Economic and Strategic Significance

What does the initiative mean for the wider Saudi economy? Agriculture remains a modest share of gross domestic product, but its strategic weight far exceeds its direct economic contribution. Food security, rural employment, water management and land use are all tied to the sector, and improvements in agricultural efficiency ripple through the economy. Training that raises yields and reduces waste strengthens the viability of farming businesses, supports rural incomes and encourages younger Saudis to see agriculture as a modern, technology-driven career rather than a traditional occupation.

The partnership model also reflects a broader economic logic. By linking a research center, a training academy, industrial companies and a university, the initiative creates a knowledge ecosystem in which each participant benefits from the others. SABIC Agri-Nutrients gains insight into farmer needs and product performance; NSG Geospatial Services demonstrates the value of remote sensing in agriculture; Maaden explores new applications for its capabilities; Qassim University gains field research opportunities for its students and faculty. Estidamah, as the coordinating research body, strengthens its role as the Kingdom’s reference point for sustainable agriculture. This collaborative approach aligns with the national emphasis on innovation, private-sector participation and human capital development.

Water efficiency deserves particular attention. Agriculture accounts for a large share of national water consumption, and improving irrigation practices is one of the most effective ways to conserve scarce resources. Training packages that promote efficient irrigation, soil moisture monitoring and crop selection suited to local conditions can deliver savings at scale. Those savings, in turn, free water for other uses and reduce the environmental pressure on aquifers and desalination capacity. The economic value of such gains is substantial, even if it is not always visible in conventional agricultural statistics.

Vision 2030 Alignment

How does this initiative connect to Saudi Vision 2030? The Vision’s goals include a diversified economy, sustainable development, food security and the empowerment of national human capital. Agriculture sits at the intersection of several of these objectives. By turning research into practical training, the initiative supports the Vision’s emphasis on knowledge transfer, innovation and the efficient use of natural resources. It also reinforces the role of national institutions such as Estidamah and Saudi Reef Academy in delivering public value through science and education.

The partnerships signed at Saudi Agriculture 2026 further reflect the Vision’s call for collaboration between government, academia and the private sector. SABIC Agri-Nutrients, NSG Geospatial Services, Maaden and Qassim University are not peripheral participants; they are part of a national effort to modernize agriculture and strengthen food systems. As the training packages reach farmers in targeted regions, the initiative will be measured by its practical results: better practices, higher efficiency and more sustainable use of water and land. Those results, accumulated farm by farm, contribute directly to the Kingdom’s long-term vision of a prosperous, secure and sustainable future, and to its growing role as a source of agricultural knowledge for the wider region.

20 Questions

Q1. What was launched on the first day of Saudi Agriculture 2026?

A1. Minister of Environment, Water and Agriculture Abdulrahman Alfadley launched an initiative for farmer training packages, in partnership with the National Research and Development Center for Sustainable Agriculture (Estidamah) and Saudi Reef Academy.

Q2. Who is the chairman of Estidamah’s board of directors?

A2. Abdulrahman Alfadley, who is also the Minister of Environment, Water and Agriculture, serves as chairman of the board of directors of the National Research and Development Center for Sustainable Agriculture (Estidamah).

Q3. What is the main goal of the new training initiative?

A3. The initiative aims to turn research findings and scientific expertise into practical training programs that improve agricultural practices, enhance water and resource efficiency, and promote the adoption of modern farming technologies.

Q4. How will Estidamah and Saudi Reef Academy divide responsibilities?

A4. Estidamah will use its research findings and scientific expertise to develop practical training content, while Saudi Reef Academy will turn that content into training packages and deliver them through programs in targeted regions.

Q5. Which companies signed cooperation agreements with Estidamah?

A5. Estidamah signed cooperation agreements with SABIC Agri-Nutrients Company, NSG Geospatial Services and Saudi Arabian Mining Company (Maaden), expanding its research and technical cooperation with major industrial partners.

Q6. Which university signed a memorandum of understanding with Estidamah?

A6. Qassim University signed a memorandum of understanding with Estidamah, adding academic research capacity and educational expertise to the center’s growing network of partners.

Q7. What areas of cooperation do the agreements cover?

A7. They cover applied agricultural research and field trials, development of agricultural technologies and products, use of geospatial data and remote sensing to monitor research sites, training and extension services, and exchange of expertise.

Q8. Why is farmer training important for Saudi agriculture?

A8. Training helps farmers apply the latest scientific methods, improving yields, reducing costs and using water and other resources more efficiently, which supports food security and sustainable development across the Kingdom.

Q9. How does the initiative support water efficiency?

A9. By promoting modern irrigation practices, soil monitoring and crop selection suited to local conditions, the training packages help farmers reduce water consumption while maintaining or increasing production.

Q10. What role does geospatial technology play in the partnerships?

A10. NSG Geospatial Services will support the use of geospatial data and remote sensing technologies to assist research and monitor research sites, improving the precision and reach of agricultural studies.

Q11. What does SABIC Agri-Nutrients bring to the cooperation?

A11. SABIC Agri-Nutrients contributes expertise in crop nutrition and fertilizer innovation, which supports soil health, productivity and the development of agricultural products suited to Saudi conditions.

Q12. How does Maaden contribute to agricultural development?

A12. Maaden brings industrial scale, logistics and resource management experience, and its participation supports research into mineral-based inputs and sustainable practices within the agricultural sector.

Q13. What is Saudi Reef Academy’s specialty?

A13. Saudi Reef Academy specializes in outreach and training delivery to rural and agricultural communities, making it well suited to package research content and deliver it effectively in targeted regions.

Q14. Where will the training programs be delivered?

A14. The training packages will be delivered through programs in targeted regions, allowing content to be matched to local crops, climate conditions and water availability across the Kingdom.

Q15. What outcomes are expected from the initiative?

A15. The initiative is expected to improve farming practices, increase production efficiency and promote the sustainable use of natural resources, benefiting farmers, the economy and national food security.

Q16. How does this initiative fit Estidamah’s mission?

A16. It is part of Estidamah’s efforts to bring agricultural knowledge into the field, bridging scientific research and practical application and expanding partnerships with academic institutions and the private sector.

Q17. What is the significance of launching at Saudi Agriculture 2026?

A17. Launching at the exhibition’s opening highlights the national priority placed on knowledge transfer and agricultural modernization, and reaches a wide audience of farmers, researchers and investors.

Q18. How does the initiative support Saudi Vision 2030?

A18. It advances Vision 2030 goals for economic diversification, food security, sustainable development and human capital by turning research into practical skills and strengthening collaboration across sectors.

Q19. Can the initiative benefit other countries in the region?

A19. Yes. Saudi Arabia’s experience in arid-climate agriculture and water efficiency offers a model for other water-scarce countries, supporting regional cooperation and knowledge exchange.

Q20. What is the next step for the initiative?

A20. Estidamah and Saudi Reef Academy will develop and deliver the training packages in targeted regions, while the new partnerships with industry and academia support research, field trials and extension services.

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