REGIONAL OPPORTUNITIES FOR THE DEVELOPMENT OF THE FOOD INDUSTRY (THE CASE STUDY OF SAMARKAND REGION)

150 REGIONAL OPPORTUNITIES FOR THE DEVELOPMENT OF THE FOOD INDUSTRY (THE CASE STUDY OF SAMARKAND REGION) Xamrayev K. Independent researcher of Samarkand state university named after Sharof Rashidov Berdiqulov Firdavs PhD student of Samarkand state university named after Sharof Rashidov DOI: https://doi.org/10.5281/zenodo.17392794 Abstract. The article analyzes the territorial opportunities for the development of the food industry in the Samarkand region. The socio-economic conditions, natural resource potential, and institutional environment of the region are considered as a comprehensive basis. It highlights the region’s natural and climatic conditions, agricultural raw material base, transport and logistics infrastructure, as well as domestic and external market opportunities. The interconnection between agricultural production and the processing sector, as well as the significance of state policy and public-private partnership mechanisms, is also described. Keywords: regional development, Samarkand region, food industry, investment potential, innovation, infrastructure. Annotatsiya. Maqolada Samarqand viloyatida oziq-ovqat sanoatini rivojlantirishning hududiy imkoniyatlari tahlil qilingan. Hududning ijtimoiy-iqtisodiy sharoitlari, tabiiy resurs salohiyati va institutsional muhiti kompleks asos sifatida ko‘rib chiqilgan. Unda viloyatning tabiiyiqlim sharoitlari, qishloq xo‘jaligi xomashyo bazasi, transport-logistika infratuzilmasi hamda ichki va tashqi bozor imkoniyatlariga alohida e’tibor qaratilgan. Shuningdek, qishloq xo‘jaligi ishlab chiqarishi bilan qayta ishlash sohasi o‘rtasidagi o‘zaro bog‘liqlik hamda davlat siyosati va davlatxususiy sheriklik mexanizmlarining ahamiyati yoritib berilgan. Kalit so‘zlar: hududiy rivojlanish, Samarqand viloyati, oziq-ovqat sanoati, investisiya salohiyati, innovatsiyalar, infratuzilma. Introduction. The food industry serves as a fundamental element of the regional economy, ensuring employment, food security, and stimulating export potential. In Uzbekistan’s agrarian economy, this sector holds particular importance, especially for regions with favorable agro-climatic conditions such as the Samarkand region. Today, the agricultural sector of the country offers significant raw material potential for processing and sectoral expansion. However, only about 15% of the total volume of fruits and vegetables grown is processed, which indicates considerable reserves in terms of added value and export opportunities [1]. According to the International Monetary Fund, agriculture accounts for up to 25% of Uzbekistan’s GDP and provides employment for about 26% of the workforce [2]. At the same time, the share of the food industry in the overall employment structure remains low—about 2.2% of all jobs in the agri-food sector [3]. The challenges faced by the industry include insufficient technological equipment, weak storage and logistics infrastructure, as well as a limited level of deep processing of 151 raw materials. For example, the country’s refrigeration capacity does not exceed 7% of the produced output, which leads to significant losses in the agri-food chain [1]. The purpose of this article is to identify the key factors that determine the development of the food industry in the Samarkand region, as well as to propose practical recommendations to increase its competitiveness and sustainability. Literature review. According to the Center for Economic Research and Reforms, between 2017 and 2022, food production in Uzbekistan increased by 31%, investments in the industry grew more than 2.5 times, and employment rose by 22% [1]. In 2023, the total volume of food industry output amounted to about 86 trillion UZS (6.8 billion USD), confirming a steady growth trend [2]. However, despite positive dynamics, significant imbalances remain between the production potential of the agricultural sector and the capacity of the processing industry. According to UNDP estimates, only about 15–16% of grown fruits and vegetables are processed, while the country’s cold storage capacity covers no more than 5–7% of the harvest [3]. This results in substantial product losses and reduces the efficiency of using agricultural raw materials. Similar structural imbalances are highlighted in World Bank reports, which note that employment in the food industry accounts for only about 2.2–3% of total jobs in the agri-food sector [4]. Thus, the added value in the national economy is generated in insufficient volumes. An important direction of scientific research is the study of the institutional environment and state policy. Overall, the reviewed literature and analytical sources indicate that Uzbekistan’s food industry possesses significant growth potential but requires systematic modernization of infrastructure, deepening of processing, digitalization of production processes, and the expansion of public-private partnership mechanisms. For the Samarkand region, endowed with unique natural and agro-climatic resources, these tasks are of particular relevance. Table 1. Key indicators of development of the food industry in Uzbekistan Aspects Meaning/Trend Production growth (2017–2022) +31% volume, +2.5× investment, +22% employment [1] Industry size (2023) 86 trillion soums ($6.8 billion) [2] Fruit and vegetable processing 15–16%, refrigeration capacity 5–7% of harvest [3] Share of agriculture in GDP 25% of GDP, 26% employment [4] Share of food industry in employment 2.2–3% [4] Government targets (2026) Processing: milk 3%, meat 25%, vegetables/fruits 28% [5] Growth forecast (2025–2029) 8.5–8.6%, with a peak of 8.28% in 2027 [6] 152 Research methodology. The methodological framework of this study is based on the combination of systemic, statistical, and comparative-analytical approaches, which made it possible to comprehensively examine the factors of food industry development in Samarkand region. In accordance with the principles of regional economics outlined by Granberg and Porter, the research is grounded in the interdisciplinary integration of economic theory, institutional analysis, and applied statistics [7]. First, a systemic analysis was employed to identify interconnections between agricultural production, the processing industry, and regional infrastructure. This approach makes it possible to consider the food industry as part of a unified economic complex, where the efficiency of one segment is determined by the state of others [8]. Second, a statistical method was applied, based on processing official data from the State Committee on Statistics of the Republic of Uzbekistan, the World Bank, and the United Nations Development Programme. The analysis of dynamic series for 2017–2023 revealed trends in investment, employment, production volumes, and processing levels [8,9]. Analysis and results. Statistical data for 2017–2023 indicate significant changes in the development of Uzbekistan’s food industry. As shown in Diagram 1, the volume of food production during this period increased by 36%, indicating a positive trend in industry growth. At the same time, investment demonstrated the highest growth rates, increasing more than 2.5 times, reflecting the strategic orientation of the state and business towards expanding production capacity and modernizing the technological base. The presented data confirm that the development of the industry is carried out primarily through investment resources, while the social effect is less significant. The disproportion between production growth and employment is explained by the shift toward capital-intensive technologies and automation, but it also indicates insufficient labor resource engagement and limited opportunities for building a sustainable human resource base. In the long term, this factor may reduce the regional multiplier effect and limit the contribution of the industry to the social development of Samarkand region. Diagram 1 presents the dynamics of fruit and vegetable processing and the development of cold storage capacity in 2017–2023. Over six years, the share of processing increased only from 12% to 16%, while storage capacity grew from 4% to 7%. With harvests exceeding 20 million tons, these indicators remain extremely low, leading to significant product losses, reduced value-added, and limited export potential of the agricultural sector. The data presented in Diagram 2 indicate an 153 extremely low level of technological processing and infrastructure for product storage. Figure 1. Share of fruit and vegetable processing and storage capacity in Uzbekistan, 2017–2023 For Samarkand region, this implies the necessity of prioritizing the development of modern agro-logistics centers and the introduction of innovative deep-processing technologies. The obtained data make it possible to conclude that the development of the food industry is characterized by contradictory dynamics. On the one hand, there is accelerated growth of investments and production volumes; on the other hand, the levels of processing remain low and storage capacities limited, which reduces the overall efficiency ratio of the sector. This imbalance reflects technological lag and institutional barriers that hinder the formation of sustainable competitive advantages. For the Samarkand region, which possesses high agricultural potential, addressing these issues requires systemic measures. Priority areas include: Establishment of modern agro-logistics centers that ensure comprehensive integration of production, processing, and export; Introduction of deep-processing technologies aimed at producing finished goods with high added value; Digitalization of production and management processes, including quality control automation and the implementation of ERP systems; Strengthening public–private partnership mechanisms to attract investments and diversify financing sources. Conclusion / Recommendations. The conducted study has identified key factors determining the development of the food industry in the Samarkand region. 154 The analysis showed that, despite positive production dynamics and significant growth in investment activity, substantial disproportions remain between the volumes of agricultural production and the capacities for its processing and storage. 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