Application of Automatic Weather Station in Modern Agriculture

    People's clothing, food, housing and transportation are closely related to the weather, and sometimes they need to use the "weather" as an important reference to adjust their own arrangements reasonably. Similarly, in the agricultural field, farmers also need to arrange various agricultural activities according to the weather conditions to protect crops from the weather.

    Since different crops have different tolerance to low temperature in different developmental stages, extreme low temperature during the critical developmental period of crops will have adverse effects on crops.

    Generally, the adverse effects caused by low temperature below 0 °C are called freezing damage, and the adverse effects caused by low temperature above 0 °C are called freezing damage. Freezing damage mainly occurs in overwintering crops and fruit trees, forest trees, vegetables, etc. during overwintering. Freezing damage can easily cause plants to freeze or lose all physiological activities, resulting in plant death or partial death. In spring, the common agricultural meteorological disasters mainly include low temperature, spring drought, strong wind, hail and so on.

    The application of agricultural small weather stations can grasp the meteorological parameters such as temperature, humidity, wind speed, and rainfall in the air in real time, which can help farmers to prevent meteorological disasters in time, take timely measures to protect crops and reduce losses.

    The automatic weather station developed and supplied by NiuBoL is suitable for meteorology, agriculture, detection of the impact of weather changes on crops, and scientific management of farmland planting. Automatic weather stations are equipment for agricultural bureaus, soil stations, colleges and universities, etc., suitable for standard farmland, water saving irrigation project. The automatic weather station detection items include more than a dozen meteorological elements such as wind speed, wind direction, rainfall, air temperature, air humidity, light intensity, soil temperature, soil humidity, evaporation, and atmospheric pressure for all-weather on-site monitoring.

    The instrument data can be uploaded to the computer made by oneself and can also be uploaded to the main server. Through the analysis of monitoring data by automatic weather stations, farmers can be guided in scientific planting, and scientific adjustment of production and planting can be carried out in time, so as to further promote the development of agriculture to modernization.

    The application of automatic weather stations in modern agriculture fully reflects the strategic decision-making of agricultural science and technology and the promotion of agriculture, gives full play to the importance of science and technology in modern agricultural production, and makes important contributions to promoting agricultural modernization.