IMPLEMENTATION OF IRRIGATION SYSTEMS TO ENHANCE THE EFFICIENCY OF AGRIBUSINESS IN UKRAINE

Topicality. Irrigation systems play a crucial role in the modern agricultural sector by ensuring stable and high yields, even in arid regions. As climate change leads to more frequent droughts, the importance of irrigation systems for agriculture is increasing. They not only improve the efficiency of land resource use but also facilitate the expansion of cultivated areas, directly impacting the country’s food security. The economic significance of irrigation systems lies in their ability to reduce dependence on natural conditions, enabling farmers to plan their activities more effectively and mitigate weather-related risks. Furthermore, irrigation enhances product quality, which in turn boosts the competitiveness of Ukrainian agricultural products in international markets. Aim and tasks. The goal is to justify the implementation of irrigation systems to enhance the efficiency of agribusiness in Ukraine. Materials and Methods. The research is based on theoretical generalizations of developments, scientific approaches to irrigation qualifications, and an examination of characteristics highlighted in fundamental, analytical, and practical publications, as well as official statistical data and analytical materials from the World Bank, USAID, and the Ministry of Communities and Territories Development of Ukraine. Research results. The article comprehensively analyzes the concepts of "irrigation" and "irrigation systems" as economic categories. It identifies the main components of irrigation systems and establishes key requirements for them. A general classification of irrigation systems is presented, revealing its essence. The technical and technological characteristics of the primary types of irrigation are discussed, along with a detailed examination of the components of irrigation systems. It is noted that during the design process, specific requirements must be determined to ensure effective and stable operation of the irrigation system. An analysis of the operational efficiency of various types of systems is conducted. Based on research into irrigation techniques used in Ukraine, it is indicated that sprinkler irrigation is the most common method. At the same time, drip irrigation systems are recognized as relatively new and innovative. It is argued that drip irrigation is not only a means of providing plants with moisture for agricultural enterprises but also an essential component of intensive agricultural production, contributing to increased productivity. Conclusion. The prospects for irrigation development in Ukraine are vital for enhancing agricultural efficiency, especially in the context of climate change and water resource scarcity. A significant portion of existing irrigation systems is outdated and requires modernization. Investments in updating infrastructure, including canals, pumping stations, and water management systems, are critical, particularly for southern and eastern regions where water resource issues are more acute. Additionally, research shows that drip irrigation is significantly more economical and effective than traditional methods, such as sprinkler irrigation, allowing for reduced water costs and increased yields. Developing government support programs and subsidies for farmers implementing modern irrigation technologies is also an important step. Education and raising awareness among farmers about new technologies and best practices play a key role. Collaborating with international organizations that have successful experience in irrigation can help introduce advanced technologies to Ukraine. Intelligent water resource management systems and soil moisture monitoring sensors are becoming increasingly accessible, creating new opportunities for efficiency improvements. Supporting scientific research and developments in this field can lead to new solutions that ensure more effective and sustainable water resource use. Overall, the development of irrigation systems has the potential to significantly improve Ukraine's agricultural sector in the face of climate change.