Main Irrigation channel 5K

IoT-enabled Smart Irrigation remote Monitoring and Data Collection System for Various Stand-alone Solar water pumping systems in Nigeria

IoT-enabled Smart Irrigation remote Monitoring and Data Collection System for Various Stand-alone Solar water pumping systems in Nigeria

Temperature, Humidity and Soil moisture data from a smart irrigation system controlled by an Arduino MKR 1010

Main Irrigation Channel 5K, in pumping station A12

Small Automated Greenhouse Prototype, composed by: internal and external temperature and humidity (2xDHT11), Soil temperature (DS18B20), Soil humidity (bad quality prototype), Fan, exhaust fan, irrigation system and lamps;

ESP32 based soil monitoring and irrigation control system. The ESP32 gathers soil status information every 6 hours from a 7-in-1 RS-485 based soil sensor. The soil sensor values are displayed on the channel view page. The ESP32 receives weather fo

IoT-based Smart Farming system to monitor soil and environmental conditions for efficient irrigation using NodeMCU and ThingSpeak

This channel collects real-time data from IoT sensors to monitor soil moisture, humidity, and temperature. The data is used to optimize water flow for efficient irrigation, ensuring better crop health and water conservation.

Monitoring soil moisture, water level, temperature and humidity, rainfall, and flow for automated irrigation.

Displays the current (instantaneous) flow rate of my irrigation system

This channel logs data from an automatic garden irrigation system including temperature, humidity, soil moisture and plant height.

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