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Star Encyclopedia: How Sensing Technology Prevents and Controls Forest Fires

  In the case of continuous high temperature and hot summer in northern China, and there is no effective precipitation, and the windy weather continues, it is very easy to cause forest fires. Sensing technology can effectively carry out intelligent weather monitoring, which helps us better prevent and control forest fires.

The intelligent monitoring system composed of sensing technology is mainly responsible for collecting the meteorological and geographical environment information of the forest farm, including: soil moisture, air temperature, temperature and humidity, rainfall, wind speed/direction, light intensity, atmospheric pressure, latitude and longitude and other information, which is transmitted to the control center in real time to generate forest fire danger level, and at the same time, combined with GIS geographic information system to conduct fire analysis in the event of forest fires.

Soil moisture sensors monitor soil and water conservation and understand soil drought, and use digital technology and durable materials to measure with high accuracy. The moisture content of multiple sample plots and different soil depths can be continuously monitored for a long time.

The outdoor temperature and humidity sensor can measure the temperature and humidity of the outdoor environment. The outdoor temperature and humidity sensor is equipped with a 5-layer standard radiation cover (light louver box), which protects the sensor from rain, sun and ultraviolet radiation, and can normally sense the surrounding temperature and humidity environment.

The atmospheric pressure sensor can measure the magnitude of the pressure value in the atmosphere, high pressure often forms dry weather, low pressure often forms rainy weather, and the environment is observed and controlled in real time through changes in atmospheric pressure.

Advanced sensor technology can be combined with advanced GIS geographic information technology, software technology, computer network technology, modern communication technology, to establish a forest fire prevention command application software platform, to meet the requirements of auxiliary decision-making for forest fire prevention and fighting, to promote forest fire prevention work from the traditional empirical qualitative management to standardized, standardized, scientific quantitative management, improve the efficiency and information level of forest fire prevention management.

 

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