Open Access
ARTICLE
Sustainable Crop Intensification: Evaluating Precision Agriculture Technologies for Higher Yield and Resource Efficiency
Issue Vol. 1 No. 01 (2025): Volume 01 , Issue 01 Oct 2025 --- Section Articles --- Published Date: 2025-10-01
Abstract
Sustainable crop intensification has become a global priority as demand for food increases alongside shrinking arable land and rising climate uncertainties. Precision agriculture technologies—ranging from remote sensing and GIS-based monitoring to AI-driven predictive modeling and automated machinery—are redefining modern farming practices. This research evaluates how these technologies optimize resource efficiency, minimize environmental degradation, and significantly enhance crop productivity. Using a mixed-method approach involving field-level observations, farmer interviews, and advanced data analytics, this study presents a comprehensive assessment of precision agriculture adoption in resource-constrained farming communities. Findings reveal substantial improvements in soil nutrient management, water-use optimization, pest forecasting, and yield prediction accuracy. The paper concludes with policy recommendations and a framework for scalable implementation across developing regions.
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