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This project is designed to integrate a lifting mechanism with an automated irrigation and nutrient delivery system to protect crops from flooding while ensuring continuous and healthy plant growth. During periods of heavy rainfall or rising water levels, the lifting mechanism elevates the crops above floodwaters, reducing the risk of damage and improving agricultural resilience. At the same time, the automated system supplies plants with adequate water and essential nutrients in a controlled and efficient manner, promoting optimal growth conditions throughout the cultivation process.

In addition, this innovation contributes significantly to both social and economic development. By minimising crop losses caused by floods, it helps farmers maintain a more stable source of income and strengthens food security within local communities. The system also reduces the need for excessive manual labour, allowing farming activities to become more efficient and less time-consuming. Furthermore, healthier plant growth and improved crop yields can enhance agricultural productivity, support sustainable farming practices, and increase long-term economic stability for farmers and communities alike.