Chinese meteorologists have utilized a drone swarm for the first time to monitor atmospheric processes during the observation of Typhoon Noul.
According to the Operative Information Center-OMM, the China Meteorological Administration (CMA) released details regarding this technological milestone.
The experiment involved collecting meteorological data via drones on the Dapeng Peninsula in Shenzhen, both before and after the typhoon made landfall in Guangdong province. According to project leader Guo Jianping, this method allowed for more precise monitoring of atmospheric processes in the lower cloud layers of coastal zones.
Equipped with high-tech sensors, the drones simultaneously measured wind speed, humidity, temperature, and turbulence at various altitudes, providing critical insights into the typhoon's lower atmospheric structure. The research also analyzed the impact of extreme weather conditions on drone flight trajectories and battery consumption.
Experts believe these results will contribute to enhancing flight safety at low altitudes, advancing drone logistics, and improving the assessment of typhoon intensity and overall weather forecasting accuracy.
Background: The use of unmanned aerial vehicles (UAVs) in meteorology represents a significant shift in how scientists gather real-time data from hazardous environments. By deploying swarms rather than single units, researchers can create a three-dimensional map of storm systems, which is vital for early warning systems and disaster mitigation strategies in typhoon-prone regions like East Asia.
