
The program’s primary objective is not only to share experiences but also to develop practical competencies necessary for the wider adoption of modern irrigation methods in a region where growing water shortages are gradually becoming a key factor in the development of the agricultural sector.

From Theory to Practical Water Management
The training program is designed to integrate legal, financial and technological aspects of water conservation.
Participants will study Uzbekistan’s regulatory framework, current mechanisms for state support, subsidies, and lending for projects related to the implementation of water-saving technologies.
Particular attention is paid to how economic incentives can accelerate the transition of farms from traditional irrigation methods to more efficient systems.
The practical part involves studying various irrigation technologies.
Specialists must gain an understanding not only of the principles of their application, but also of calculations, design, installation and subsequent maintenance of the equipment.
This approach is particularly important: the effectiveness of modern technologies is determined not by their installation itself, but by the correct selection of a system taking into account the crop being grown, soil characteristics, and available water resources.
Uzbekistan makes water conservation a state policy
The choice of Uzbekistan as a training site has practical significance. In recent years, the country has been consistently expanding the use of water-saving technologies while simultaneously developing a system of financial incentives for farmers.
In 2026, relevant government agencies already held regional practical seminars that addressed issues of drip and sprinkler irrigation, reducing water consumption, and increasing the efficiency of agricultural production.
State policy links these measures with the objectives set out in water legislation and the Uzbekistan 2030 Strategy.
One of the key conditions for the widespread adoption of new technologies remains their affordability for farmers. This is why it is important for the regional seminar participants to study the Uzbek experience in providing subsidies and preferential financing.
Even effective technology can spread slowly if the initial investment is too high for a farmer. Combining technological modernization with financial support can accelerate the upgrade of irrigation infrastructure.
Water conservation is becoming a common task for Central Asia

The regional nature of the program is particularly significant. Central Asia’s water systems are closely interconnected, and a significant portion of water resources are transboundary. Therefore, improving water use efficiency within one country can indirectly impact the sustainability of the entire regional system.
Cooperation is increasingly shifting from political discussions about resource allocation to practical exchange of technologies, management techniques, and professional competencies.
Training specialists is becoming a crucial part of this transformation. Modern irrigation systems require qualified design, operation, and maintenance. Purchasing equipment is not enough; it is necessary to understand how to adapt it to specific environmental and agricultural conditions.
This is why the seminar concludes with a test of acquired knowledge and the issuance of certificates to participants who have successfully completed the program.
In a broader context, such educational projects complement growing regional cooperation in the water sector.
In February 2026, a training course on climate-resilient integrated water resources management was held in Tashkent, bringing together approximately 30 specialists from water management organizations from all five Central Asian states.
This demonstrates the gradual formation of a regional professional community capable of exchanging practical solutions regardless of state borders.
Central Asia is gradually developing a common expert foundation for adapting agriculture to water scarcity and climate change.
