The area of land owned or long-term leased by the agrometeorological experiment station is generally not less than 30 acres to ensure the smooth implementation of observation, experiment and other tasks. This means that the area of the agrometeorological station needs to be at least 30 acres to meet its functional requirements.
Agriculture has always been the cornerstone of the country and is highly valued by the state. Climatic conditions are crucial for crop growth, and besides soil nutrients, weather is also a key factor. Only when seeds are sown at the right time according to the seasons and in the right climatic conditions can a good harvest be achieved.
Although China has a long history of farming and rich farming experience, and even the ancients created the twenty-four seasons that reflect the seasonal changes in farming, extreme weather events are frequent due to the country's vast territory, diverse climate types, and complex topography, as well as the influence of the monsoon climate. If farmers fail to react to and prepare for extreme weather in a timely manner, it may result in crop losses throughout the year.
Weather phenomena are formed by specific conditions, are essentially physical processes, and serve primarily to demonstrate weather changes. Agriculture is highly affected by weather changes and observing the weather is critical to improving agricultural efficiency. The main meteorological factors to be monitored are wind speed and direction, rainfall, light, etc. The use of automatic weather stations in agricultural weather observation can provide powerful help to agriculture and enhance the weather service, which is good for agricultural production.
The Agricultural Intelligent Weather Station is an efficient, energy-saving, easy-to-install advanced equipment specially designed to monitor agrometeorological hazards. It consists of five main components: weather sensors, data collector, solar power supply, stand and cloud platform. This system is easy to install, requires no complex debugging, and is suitable for a wide range of fields such as meteorological monitoring, agriculture, forestry and scientific research.
The meteorological information collected by the sensor can be sent to the computer terminal on the cloud platform in real time, allowing agricultural managers to check the weather conditions at any time and prevent possible meteorological disasters in a timely manner, thus promoting the stable development of agriculture in all aspects.
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