IoT based crop rotation and soil nutrition analysis

Abstract

Crop revolution is the act of growing a progression of various sorts of harvests in a similar region rather than the one yield framework. This strategy for development normally recharges the dirt supplements and lessens synthetic contamination because of overabundance utilization of manures. Large scale supplements like Nitrogen (N), Phosphorous (P) and Potassium (K), soil pH, temperature and mugginess assume a significant part in deciding the harvest to be developed straightaway. In our proposed framework, the degree of full scale supplements NPK and pH is observed in light of the force of variety change in the dirt example arrangement utilizing a variety sensor. Along with this, the temperature, humidity and soil moisture are also monitored to maintain the soil health. The data sensed by these sensors is stored on the cloud and analysed based on which suggestions for growth of the suitable crop are made. A web portal is designed which displays a list of particular crops suitable for the tested soil. Additionally, the current soil moisture level, atmospheric temperature and humidity are also displayed. This system is designed so that any individual can implement crop rotation technique in their back yards, roof top garden or in their own farms with reduced usage of fertilizers.