Research And Application Of Agricultural Microclimate Based On Internet Of Things Technology

Based on the technology of visualization,the agricultural microclimate observation system is a real-time monitoring of crop and crop environment(field and soil).By establishing an integrated observation system of real-time crop growth-atmospheric environment and soil environment,It is of great value to study the crop growth status,carry out agricultural activities and modern farmland management,scientifically evaluate the impact of meteorological factors on crops,analyze the status and assessment of agricultural meteorological disasters,make crop yield forecast,improve crop model and land surface model.Agricultural microclimate monitoring can systematically measure multiple parameters such as wind direction wind speed,sunshine,carbon dioxide,temperature and humidity,air pressure,rainfall and other parameters,the measured data can be through the communication system to the collector.In the data transmission to the application platform.In this regard,we have developed a visual crop monitoring system based on the Internet of Things technology to solve this problem,to facilitate farmers to better understand the environmental status of farmland microclimate.Through the collection of data,data processing,data analysis,data comparison,data statistics,active control,trend forecasting and other means and methods to give farmers scientific and reasonable guidance.This system consists of two major components:hardware system + software platform.The hardware system includes:meteorological element acquisition system,video capture system,main mining system,communication system,power supply system,on-site LED display system and so on.The software platform includes:farmland microclimate automatic observation station comprehensive monitoring platform,farmland microclimate station real monitoring platform,intelligent agriculture APP mobile client software,farmland microclimate station data management platform.Through the above two major components,you can realize real-time monitoring of the system,fixed-point capture,meteorological elements real-time observation records,crop growth parameter identification,development period automatic identification,historical data analysis,online expert system,forecasting and early warning information Contrast observation.