Tracking Soil Moisture Levels and Automated Plant Watering System Utilizing IOT Technology

F. O. Okorodudu and G. C. Omede
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F. O. Okorodudu: Faculty of Sciences, Department of Computer Science, Delta State University, Abraka, Delta State, Nigeria.
G. C. Omede: Faculty of Sciences, Department of Computer Science, Delta State University, Abraka, Delta State, Nigeria.

International Journal of Research and Scientific Innovation, 2024, vol. 11, issue 5, 1050-1056

Abstract: Nowadays, technology plays a tremendous role in serving humanity, and food is a man’s basic and primary need. Approximately 70% of Northern Nigerians are directly or indirectly dependent on agriculture. Water pump irrigation cannot be maintained due to frequent power outages, the inaccessibility of grid lines in remote areas, and the scarcity and cost of fuel to run pumps. This IoT-based automatic irrigation system is proposed to create a sustainable field monitoring system for improved crop growth and production. In this system, IOT and WSN control and monitor the irrigation system. IoT collects saved data and monitors diverse soil contents in real time. WSN is utilized to create a user-friendly wireless system for cultivating and irrigating the field. Sensors of several types are utilized. This article uses the “Thing Talk Cloud Server†to operate and monitor a fully automated drip irrigation system. The temperature and humidity of the soil are constantly monitored. The system notifies the user of any abnormal conditions, such as low moisture content, rising temperature, or water concentration, by sending notifications via the wireless module. This will significantly improve food security and the well being of the Nigerian populace all through the year while boosting the economy.

Date: 2024
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