Agrometeorological monitoring to ensure safe crop growth

Agricultural meteorological monitoring is an important prerequisite for ensuring the safety of crop growth and rational arrangement of agricultural operations. With the rapid development of modern agriculture, people pay more and more attention to agricultural meteorology. At present, many regions have used small-scale agricultural meteorological stations to strengthen agricultural meteorological environmental monitoring, which not only makes up for the shortcomings of conventional meteorological stations, but also provides a strong basis for meteorological decision-making services, which greatly improves the level of meteorological services for agriculture in various regions. It has played an important role in guiding farmers to farm scientifically and promoting increased production and income.

One of the biggest features of agriculture is that its production process is carried out under natural conditions, and the entire process of crop growth and development is affected by natural conditions such as weather, soil, terrain, and vegetation. Among them, climate is the main natural factor affecting agricultural production. The climate environment provides energy and material resources such as light, temperature, water, and air for the growth and development of crops. Therefore, the level of grain yield and quality are largely affected by climate. conditions combined.

Therefore, agricultural production in any place should consider meteorological factors, pay attention to the use of favorable conditions, avoid and overcome the influence of unfavorable meteorological factors, and achieve high and stable yields by adapting measures to local conditions and time.

Since the importance of meteorological conditions to the growth and development of crops and the formation of yield is self-evident, the emergence of precision agriculture supported by information technology is logical. The agricultural microclimate observation system independently developed by NiuBoL is a set of effective solutions that rely on science and technology and data to achieve agricultural production increase in view of the state of agricultural production relying on experience and relying on the sky.

Traditional agriculture relies on artificial perception of environmental information, and the environment for crop growth cannot be quantified, so it is difficult to summarize the optimal conditions for crop growth, and it is even more difficult to replicate; Master the growing conditions of crops.

NiuBoL agricultural microclimate automatic observation system, aiming at the characteristics of agricultural climate observation, such as the wide distribution of agriculture, forestry and farmland, many monitoring points, difficult wiring and power supply, high climate requirements in greenhouses, complex environmental factors in livestock and poultry houses, etc. Remote management is the starting point, and a unified and convenient information exchange platform is built using the Internet of Things technology and wireless network.

Its design and development adopts advanced microcomputer technology, sensor technology, automatic control technology, uses wide-coverage GPRS or 4G network to transmit data, and uses intelligent man-machine interface, computer and mobile phone to realize remote image data collection and monitoring function, so as to achieve remote wireless anytime and anywhere. Agroclimate monitoring anywhere.