Climate data management for soybean planting in a confined environment

Abstract

Confined environments refer to controlled, restricted spaces, such as greenhouses or grow rooms, where environmental conditions can be monitored and adjusted. In this article, a solution for managing temperature and humidity data in soybean cultivation in such environments is presented. Determining ideal temperature and humidity values is a relevant task for the healthy development of plants. For this, a DHT11 Sensor was used, together with the ESP8266 Module, a microcontroller used in the Internet of Things (IoT). The calibration of the collected data was carried out with measurements collected by a thermometer-hygrometer, ensuring the accuracy and reliability of the information. The combination of the sensor and the microcontroller presented an innovative technological solution for optimizing soybean cultivation, improving efficiency and productivity, in addition to contributing to sustainable agriculture and food security.