Abstract:
This project presents a Plant Moisture Monitoring System that uses minimal human intervention to monitor
plant humidity levels and provide watering as needed. Our topic's goals were to increase our understanding
of plant moisture monitoring through the design and application of plant moisture monitoring systems. The
initiative aimed to decrease water waste, boost plant growth, and automatically monitor the soil. The water
pump was controlled by a relay module, an Arduino and a soil moisture sensor, and an LED to indicate when
the soil was not humid. We tested two soil prototypes, one with the ideal humidity and the other with
insufficient humidity, to fulfill our goals. When the first prototype had the ideal humidity (below 800), it
didn't require a water pump for irrigation; however, when the humidity was insufficient, we did need a water
pump, as shown by the signals from the LED diode (800 or higher). In conclusion, we discovered numerous
uses for the project after planning and carrying it out, such as in parks, horticultural areas, and agricultural
regions. Furthermore, this approach would be helpful and simple to utilize to solve the soil problem in any
kind of climate.
