Arduino-based temperature and humidity monitoring for smart agriculture

Smart agriculture is becoming increasingly important to optimize resource use and increase crop yield. Monitoring environmental parameters such as temperature and humidity is critical for maintaining optimal growing conditions. This research presents a simple, low-cost Arduino-based system for real-time temperature and humidity monitoring. The system utilizes the DHT11 sensor to collect data and displays the results on an LCD screen. The collected data can also be used to trigger alerts or automate irrigation systems in future developments.