Food security and population support are fundamentally dependent on agriculture. The agricultural industry, though, must address several issues, such as the need for higher production, effective resource management, and environmental sustainability. In this setting, precision agriculture has evolved as a game-changing strategy that uses technology to improve farming methods while lowering environmental impact. Monitoring the quality of the air and water inside agricultural environments is a crucial component of precision agriculture. The quality of the air and water all directly impacts crop health, yield, and the surrounding ecosystem. Traditional techniques for monitoring these variables require costly and time-consuming procedures, making it difficult for small and medium-sized farmers to get access to vital information. We suggest a mobile-based monitoring system that takes advantage of the capacity of widely used mobile phones to gather and examine real-time data on air and water quality to address this problem.
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Sheela et al. (2024) studied this question.
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