Automatic weather station in weather monitoring
Background:
Developing characteristic agriculture is the main direction of agricultural production development. Automatic weather station play an important role in regional climate change monitoring.
It is known that climate change has a direct effect on agricultural production. Meteorological change monitoring is one of the most difficult tasks to grasp and prevent.
Therefore, in order to further guarantee agricultural production output, it is necessary to improve the level of agro-meteorological disaster monitoring and early warning service.
The establishment of automatic weather stations is helpful to improve the agricultural meteorological monitoring level and promote the large-scale development of characteristic agriculture.
Introduction to automatic weather station:
Automatic weather stations can monitor all kinds of conventional meteorological elements, and can also be customized independently according to the actual needs of users.
Automatic weather stations can monitor wind speed, wind direction, temperature, humidity, light, rainfall, evaporation and other conventional meteorological factors.
At the same time, can also increase carbon dioxide, soil temperature and humidity and other detection instruments for measurement.
The application of automatic weather station can effectively help the meteorological disaster prevention work to develop smoothly and reduce the economic losses caused by meteorological disasters to agriculture.
Functions of small automatic weather station:
Application of small automatic weather station in agricultural meteorological monitoring.
It can not only provide temperature, humidity, wind speed, wind direction and other important meteorological data through mobile phones, but also view and manage these monitoring data in real time. So that farmers can master the changes of agricultural microclimate in real time.
At the same time, it is also beneficial to develop characteristic agricultural industry and make its management more scientific.
It provides an effective guarantee for drought resistance and disaster reduction, reduction of agricultural production losses. And improvement of production and economic benefits.
