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What technologies are currently available for forest fire prevention or forest fire detection?

Release Time:2017/06/27Number Views:1071Release Source:本站
Author:Shenzhen huaruicom Technology Co.Ltd.

Summary:1. Ground Patrol: The main tasks of ground patrol are to inform the public, control man-made fire sources, and patrol deep into the blind spots of the observation tower. They also inspect and supervise personnel and vehicles, as well as fires used for production and daily life in the field. The shortcomings are that the patrol area is small, the field of vision is narrow, and when determining the location of a fire, there are often large errors due to the rugged terrain and dense forests.

Key Words:

1. Ground Patrol: The main tasks of ground patrol are to inform the public, control arson, and patrol areas blind spots of the lookout tower. It involves inspecting and monitoring personnel and vehicles, as well as open fires used for production and daily life. The limitations include a small patrol area, narrow field of vision, and significant errors in locating fires due to rugged terrain and dense forests. In remote, sparsely populated mountainous areas with poor transportation, ground patrols are impossible, requiring additional transportation and personnel costs; in such cases, video monitoring is often used to compensate.



2. Lookout Tower Monitoring Observation tower monitoring involves using observation towers to monitor forest fires, determine their location, and report the fire situation. Its advantages include a large coverage area and good effectiveness. However, it has drawbacks: observation towers cannot be set up in remote forest areas without habitable conditions; its observation effectiveness is limited by terrain, resulting in a small coverage area with blind spots and gaps, making it impossible to observe large fire areas with dense smoke, embers, and underground fires; observation from the towers is impossible during thunderstorms; observation relies heavily on the experience of the lookouts, leading to low accuracy and large errors. Furthermore, the personal safety of lookouts is threatened by lightning, wild animals, and forest encephalitis.



3. Aerial Patrol Aerial patrol utilizes patrol aircraft to detect forest fires. Its advantages include a wide field of view, high mobility, and high speed, allowing for comprehensive observation of the fire's surroundings and its development, enabling timely and effective measures. However, it also has drawbacks: takeoff is difficult at night, in windy weather, or on cloudy days with low visibility; patrols are limited by flight routes and time; and the observation range is small, allowing only one observation of a specific forest area per day. Missing the observation window means that the day's forest fires will not be detected, potentially leading to a major disaster. Fixed flight costs are high (2000 yuan/hour), and aircraft rental is expensive, resulting in insufficient flight funds. Therefore, fixed-point video monitoring is needed to compensate for these shortcomings.



4. Satellite Remote Sensing Satellite remote sensing utilizes polar-orbiting meteorological satellites, land resource satellites, geostationary satellites, and low-orbit satellites to detect forest fires. It can identify hotspots, monitor the spread of fires, provide timely fire information, create forest fire risk forecasts using remote sensing methods, and estimate burned area using satellite digital data. It has a wide detection range, collects data quickly, provides continuous data reflecting the dynamic changes of fires, and its data collection is unaffected by terrain conditions, producing highly accurate images. However, it has limitations: NOAA-AVHRR has low accuracy and requires significant ground-based verification, especially in remote areas where fire verification is crucial. When a hotspot reaches 3 pixels in size, the fire is essentially a disaster.
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