GLOBAL TRANSFORMATIONS AND THEIR IMPACT ON THE DEVELOPMENT OF THE AGRICULTURAL SECTOR: CLIMATIC, DEMOGRAPHIC, AND TECHNOLOGICAL DETERMINANTS

Authors

DOI:

https://doi.org/10.31891/dsim-2025-9(50)

Keywords:

global transformations, agricultural sector, climate change, demographic processes, technological progress, digitalization of agriculture, precision farming, innovations, sustainable development, agroeconomy

Abstract

The article presents an in-depth and multifaceted analysis of the significant global transformations that are currently reshaping the developmental path of the agricultural sector worldwide. Its primary focus lies in dissecting the intricately interwoven impacts of three key forces: accelerating climatic changes, evolving demographic shifts, and the rapid advancements in agricultural technologies. The research meticulously examines the far-reaching and complex consequences of climate change on the fundamental practices and overall productivity of agriculture. This detailed examination encompasses a thorough exploration of the escalating challenges posed by increasing soil erosion, the growing instability and unpredictability of crop yields across various regions, and the consequent urgent imperative for the proactive development and widespread implementation of robust and effective adaptive strategies designed to mitigate these adverse effects.
The article also provides a detailed and nuanced characterization of the current state and key characteristics of Ukraine’s agricultural sector, carefully contextualizing its specific challenges and opportunities within the broader framework of these overarching global transformations and trends. It strongly underscores the critical and immediate need for proactive and well-designed government support initiatives aimed at bolstering the sector's resilience and growth. Additionally, it highlights the importance of the implementation of essential institutional reforms that are necessary to foster a more conducive and enabling environment for agricultural innovation and development, alongside the strategic and forward-thinking development of innovative infrastructure that can effectively support the ongoing modernization and future sustainability of the sector. Based on the comprehensive analysis conducted, the study proposes several key strategic directions that are deemed essential for achieving effective adaptation to these evolving global challenges. These strategic directions include the crucial development and implementation of a comprehensive national sustainable development policy that is specifically tailored to the unique needs and characteristics of the agricultural sector in Ukraine, the imperative fostering of significant and sustained investments in agricultural research, development of new technologies, and the widespread adoption of these innovative technologies by agricultural producers. Furthermore, it emphasizes the importance of modernizing educational programs and training initiatives to ensure that the agricultural workforce is equipped with the necessary skills and knowledge to navigate the future of farming, and the active support for the emergence and scaling of new, more resilient, environmentally friendly, and economically efficient farming models. The concluding remarks of the article emphatically emphasize that a holistic, integrated, and comprehensive approach to effectively addressing these complex and interconnected challenges will be absolutely instrumental in enabling Ukraine’s agrarian sector to significantly strengthen its competitive position within the global market, substantially enhance its overall efficiency and competitiveness, and ultimately become a significant and sustainable driver of national economic growth, food security, and overall prosperity in the years to come.

Published

2025-02-27

How to Cite

POHRISHCHUK, O. (2025). GLOBAL TRANSFORMATIONS AND THEIR IMPACT ON THE DEVELOPMENT OF THE AGRICULTURAL SECTOR: CLIMATIC, DEMOGRAPHIC, AND TECHNOLOGICAL DETERMINANTS. Development Service Industry Management, (1), 354–359. https://doi.org/10.31891/dsim-2025-9(50)