Application of Agricultural Meteorological Station in Smart Agriculture
In recent years, with the development of the agricultural planting industry, agricultural meteorological stations have appeared in more and more agricultural plantings. The main role of agricultural meteorological stations is to monitor the monitoring of meteorological elements in agricultural planting. Through accurate monitoring of agricultural planting meteorological elements, it can provide reference data support for agricultural planting.
The agrometeorological station not only conducts meteorological (including soil moisture) observations, but also observes agricultural organisms in parallel according to the agrometeorological observation specifications. Analyze favorable and unfavorable meteorological conditions for agricultural organisms to serve local agricultural production. At the same time, observation data and reports must be submitted to higher-level business and service departments. According to the tasks undertaken, the World Meteorological Organization divides it into 4 categories. That is, the main agricultural meteorological station, the general agricultural meteorological station, the auxiliary agricultural meteorological station and the special agricultural meteorological station. And separately stipulate the staff and equipment that should be equipped.
The benefits of a weather station：
The assembly of the agricultural weather station is flexible and easy to install, and the installation parts can be set according to the on-site environment. It varies according to the height difference of vegetation and does not affect the growth of crops. The system uses wireless communication to transmit data, which can be used alone or in a multi-station network. The data is collected, processed and analyzed uniformly through the central station software. Agricultural production is closely related to the weather. A certain combination of light, heat, water and gas is beneficial to a certain production and forms an effective agricultural natural resource.
Taking rice planting as an example, after installing an agricultural meteorological station, the planting meteorological element data is recorded in real time through the station. When the rainstorm comes, the rainfall information can be monitored through the weather station. If too much rainfall is monitored, it is not suitable for rice growth. Then staff can be arranged to take countermeasures to address the impact of rice! Through the monitoring of these meteorological elements, certain measures can be taken to improve the yield of crops.
The composition of a weather station：
Agricultural meteorological stations can study the time and space of these agricultural natural resources and agricultural natural disasters by monitoring wind direction, wind speed, air temperature, relative humidity, atmospheric pressure, rainfall, solar radiation, photons, soil temperature, soil moisture, moisture and other elements Distribution. It provides services for agricultural zoning and planning, rational layout of crops, artificial adjustment of microclimate and cultivation and management of crops. The composition of an agricultural meteorological station generally has five parts. The components of the agricultural meteorological station are: weather sensor part, weather station bracket part, collector and transmission module part, solar panel and battery part, and background computer terminal.
What are the characteristics of an agricultural weather station?
1.Establish an early warning system for agricultural disasters to reduce the loss of agricultural disasters. monitor environmental data in real time, and issue an alarm message when the set early warning value is reached. Remind administrators to take corresponding measures to reduce agricultural disaster losses.
2.Realize the precision agricultural management mode.monitor climate factors, soil physical and chemical property factors, and combine the physiological and ecological characteristics of crops. Accurately grasp the timing and amount of fertilizer application. Avoid environmental pollution. Reduce ineffective irrigation and save agricultural water.
3.Realize agricultural automation management.realize intelligent automatic irrigation and remote management mode, reduce the number of management personnel and labor intensity. Solve the persistent shortage of agricultural labor and reduce agricultural costs.
4.Easy to expand and easy to operate. easy to install, easy to maintain and upgrade. Easy to deploy, and the software platform is easy to operate.
5.Various ways to query and browse data.
A well-informed agricultural weather station：
Jingxun Smooth Agricultural Meteorological Station (Agricultural Meteorological Monitoring System) is a comprehensive small automatic meteorological monitoring system designed for real-time monitoring of agricultural ecological environment, environmental monitoring related to agricultural production activities, and regulation of farmland meteorological environment. It continuously monitors and collects information on agro-environmental factors. such as soil, moisture, light and heat. It can comprehensively monitor the growth status of crops and soil moisture in the farmland, and grasp the growth status of crops in time. When crops are limited by these factors, users can react quickly and take emergency precautions.
The farmland environment automatic monitoring station consists of seven parts: monitoring platform, acquisition system, communication system, sensor system, power supply system, real scene monitoring system and mechanical installation system. The weather station can be combined with actual landscape measurement and LED display. At the same time, it measures meteorological environmental elements such as air temperature and humidity, wind direction, wind speed, rainfall, soil temperature, soil moisture, light intensity, and atmospheric pressure. With an open and friendly design concept, users can change element components and module coordination by themselves. Quickly realize the change and expansion of data acquisition and processing methods and observation elements.
An introduction to rainfall monitoring stations：
The portable weather station can continuously and automatically monitor the real-time changes of temperature and humidity, PM2.5, PM10, atmospheric pressure, wind speed, wind direction, noise, rainfall, soil, evaporation, SO2, NO, O3, CO, etc. And quickly and accurately collect and process monitoring data. Online automatic monitoring of regional air quality. Portable weather station, lightweight and portable, with a long standby time of 10 hours.
The rainfall monitoring station consists of seven major parts: monitoring platform, acquisition system, communication system, sensor system, power supply system, real scene monitoring system, and mechanical installation system. Rainfall monitoring station can combine actual landscape measurement and LED display. At the same time, it measures meteorological environmental elements such as temperature and humidity, wind direction, wind speed, rainfall, soil temperature, soil moisture, light intensity, and atmospheric pressure. The user adopts an open and friendly design concept, and the user can change the collaboration between element components and modules by themselves. In this way, the change and expansion of data acquisition, processing methods, and observation elements can be quickly realized. The difference between the design of the rainfall monitoring station and the weather station is that the rainfall monitoring station has an additional rain barrel.