Agricultural weather station is an intelligent agricultural weather equipment

Agricultural weather station is an intelligent agricultural weather equipment

Weather plays a vital role in agricultural production, and knowing the direction of weather in advance has a direct impact on the next agricultural operations.

In recent years, with the continuous development of science and technology, modern agricultural weather instruments have been widely used in various fields, such as meteorology, facility agriculture, forestry, horticulture, animal husbandry and other fields, which not only make up for the shortage of conventional weather stations, but also provide a strong basis for agricultural weather decision-making services, greatly enhancing the meteorological services for agriculture in various regions. It not only makes up for the shortage of conventional weather stations, but also provides a strong basis for agricultural meteorological decision-making services, greatly improving the level of meteorological services for agriculture in various regions, and plays an important role in guiding farmers to scientifically plant fields and promoting increased production and income. Here we will analyze the significance of the application of agricultural weather stations.

First, it has changed the traditional dilemma of "doing what the weather tells us".

Take rice as an example, as one of the major crops, its yield is related to food reserves and social stability. However, in rice cultivation, meteorological elements are an important factor in the decline of rice production, whether it is drought or flood, or frost will affect the yield of rice, and sometimes some disasters may even lead to a rice crop failure, and in the face of these natural disasters in the traditional way of agricultural cultivation can not be changed, only "at the mercy of God The only way to deal with these natural disasters is to "let fate take its course".

However, at this stage of technology, the use of agricultural weather stations for real-time monitoring of temperature, humidity, light intensity, photosynthetic effective radiation, wind speed and other meteorological factors can effectively achieve the forecast of weather conditions in the future period, so that rice growers can take preventive measures before the arrival of disasters, a series of protection of rice, so that it can grow normally, not only to change the past at the mercy of fate This not only changes the past situation of being at the mercy of the weather, but also ensures the economic benefits of agricultural producers and realizes the good development of rice.

Second, it provides a scientific guarantee for the increase of crop yield and income.

In fact, in order for agriculture to develop rapidly, the level of meteorological service guarantee also needs to follow up continuously. The application of agricultural meteorological stations has realized the automatic monitoring of rice field meteorology, focusing on strengthening the meteorological service of rice fields and realizing the standardized management of rice fields, which provides the decision-making basis for scientific management of rice fields, scientific cultivation of planted rice seedlings and prevention of pests and diseases. Under such refined management, the yield and quality of rice are significantly improved, which promotes farmers to increase their income.

The above is the significance of the application of agricultural weather station, NiuBoL agricultural weather station can collect real-time air temperature, humidity, light intensity, wind speed and direction, rainfall and other agricultural weather parameters, and send the collected data to the background, the user can intuitively realize the forecast and evaluation of the weather through the background, once encounter self-identified disasters or bad weather, timely measures, tend to avoid harm, do a good job in advance Once encountered with self-recognized disasters or severe weather, users can take timely measures to take advantage of the situation and avoid damage, so that crop protection measures can be taken in advance to minimize disaster losses and provide guarantee for stable and high crop yield.