Wireless Sensor Network-based Greenhouse Effect Parameters Controlling System

Abstract

There is currently no method in place to determine where irrigation is required. In this research, we created Zigbee wireless networks for analyzing moisture levels by installing humidity sensors around the field to identify areas with low relative humidity and other pollution monitoring metrics. We can preserve water and reduce the issue of waterlogged in the land using the methods described above. To determine the climate, we employed a moisture sensor. Farm owners may learn about the weather by doing so. If there is a prospect of rain, the farmer does not need to irrigate the agricultural field. As a result of not turning on the motors, we may save water and power. Fertilizer levels in crops are growing nowadays, which has an impact on humans. We obtain information about the soil and assess the acidity content in soil by utilizing pH monitors. This allows us to apply fertilizer only where it is needed and avoid over-fertilization of fields. Temperature is a variable factor in the irrigated agriculture ecosystem. The farmer receives information from temperature readings. We can record the status and feed the crop by employing temperature sensors.