DEVELOPMENT OF OPTIMIZED ELEMENTS OF THE AGRICULTURAL RAW MATERIAL PRODUCTION SYSTEM (COTTON RAW MATERIAL EXAMPLE)
Keywords:
cotton production, agricultural systems, optimization, irrigation efficiency, soil fertility, mechanization, precision agriculture, sustainability, resource management, digital farming.Abstract
This study focuses on the development of optimized elements within agricultural raw material production systems using cotton as a representative case. The research analyzes key components such as irrigation management, soil fertility, mechanization, and precision agriculture technologies, emphasizing their integrated role in improving system efficiency and sustainability. The findings indicate that the application of water-saving techniques, combined nutrient management, and modern digital tools significantly enhances productivity while reducing resource consumption and environmental impact. Furthermore, the study highlights the importance of a system-level approach, where interactions between technological and agronomic factors are considered. The proposed optimization framework provides practical solutions for increasing economic profitability and resilience in cotton production systems, particularly in regions facing water scarcity and climatic challenges.
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