INTEGRATION OF DIGITAL AND SMART TECHNOLOGIES IN INCREASING THE ECOLOGICAL RESILIENCE OF THE AGRICULTURAL SYSTEM
DOI:
https://doi.org/10.65451/iqtisodiyotuzb.v6i8.14655Abstract
This article examines the integration of digital and smart technologies as a strategic tool for enhancing the ecological resilience of agricultural systems. The study focuses on the application of precision agriculture, Internet of Things (IoT), Geographic Information Systems (GIS), remote sensing technologies, artificial intelligence, and big data analytics in modern farming practices. The research investigates how the integration of these technologies contributes to climate change adaptation, efficient resource management, environmental protection, and sustainable agricultural development. The findings indicate that digital transformation significantly improves water-use efficiency, reduces excessive fertilizer and pesticide consumption, strengthens soil conservation measures, and increases agricultural productivity under changing environmental conditions. Furthermore, the study proposes an integrated framework for implementing smart agricultural technologies aimed at improving ecological sustainability, reducing environmental risks, and ensuring long-term agricultural resilience. The results may serve as a methodological basis for policymakers, agricultural enterprises, and researchers seeking to accelerate the digital transformation of agriculture.
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