Smart Plant Monitoring System Using Aquaponics Production Technological with Arduino Development Environment (IDE) and SMS Alert: A Prototype Article Full-text available

In this project, IOT is employed to create a smart monitoring system for the crops. This can help in improving the yield without affecting the soil quality. Measuring the features like temperature, humidity and soil moisture is the key aspect of the system.

Equipped with an OLED display and some sensors, my project would allow me to monitor my plant's health by checking its humidity and temperature! Not only does this project assist me in caring for my plants, it also has a minimal environmental footprint …

Arduino Plant Monitor: It can be hard enough to keep your plants alive and healthy if you dont have time to water them. It gets even harder if you are a trying to plant different species that requires different climats conditions. The Idea with this build is to make a se…

components of the proposed plant monitoring can be illustrated in a block diagram. The block diagram consists of a controller, inputs, and outputs. The I2C LCD and Android phone are used to display the value as for temperature and humidity and the status for plants based on triggered sensors parameter. The I2C module is

In this paper, we discuss about the implementation of a plant health. monitoring system. This will check some environment parameters like temperature, humidity and light intensity that has effects on plants. In. addition, retrieve the soil moisture. All this information is sent by Arduino Uno dev boards to the Ubidots IoT (Internet of Things) cloud

In the present research work with the application of sensors, a smart irrigation system has been modele... ... Furthermore, accuracy becomes the main factor to resolve the error and it is easy...

Make your own Plant Monitoring System with this DIY project. It monitors and displays parameters like moisture in the soil, light falling on plants, humidity, and temperature that affect plant growth on the evive screen.

This system provides significantly useful results by the exempting the need for high-resolution remote-sensing data and allowing farmers to prepare for adverse climate influence on the crop cycle.

This project implements a smart plant monitoring system using Arduino Uno microcontroller and various sensors including color sensor, soil moisture sensor and humidity sensor. The system is designed to provide monitoring and feedback on the health and environment of plants, enabling users to optimize their care and ensure healthy growth ...