UTM's real-time monitoring and mapping system offers a crucial solution for early detection and prevention of peat fires, addressing the need to reduce air pollution and protect ecosystems. By effectively alerting authorities to temperature changes in peat soil, the system enables timely intervention to mitigate fire risks.
In this case, UTM's real-time monitoring and mapping system can be useful in alerting authorities to temperature changes that could lead to peat fires and sending them a notification.
Monitoring the early stages of high temperature in peat soil not only allows us to prevent peat burning from worsening, but it also has the potential to reduce air pollution caused by direct emissions from fires.
UTM's real-time monitoring and mapping system address the need for early detection of temperature changes in peat soil to prevent peat fires and reduce air pollution. By effectively monitoring high temperatures, the system alerts authorities, enabling timely intervention to mitigate fire risks. Furthermore, mapping the depth of peat fires helps in future prevention efforts. Compared to competitors like LiDAR, the UTM system demonstrates superior performance, particularly in challenging conditions such as high sun angles and reflections, positioning it as a reliable solution for environmental monitoring and fire prevention.
Thus, the mapping of peat fire depth has been compiled in order to avoid the occurrence of peat fires in the future by mapping the depth of heat temperature of peat after the venet of fire.