Ever wondered how scientists track climate changes on the world’s highest plateau? Meet Jimu-1! 🎈
Chinese researchers launched this tethered balloon in Lulang, Nyingchi, in the Chinese mainland’s Xizang Autonomous Region. Packed with 16 sensors weighing around 200kg, it soared to 5,500m – a major leap from single-point checks to full 3D atmospheric scans! 🚀
- Atmospheric composition: What gases are up there? 🌬️
- Pollutant distribution: Where does air pollution hang out? 🏭
- 3D cloud microphysics: How do cloud droplets form all around the balloon? ☁️🔬
According to Zhang Taihua, a senior engineer at the Aerospace Information Research Institute of the Chinese Academy of Sciences, these insights will back China’s second scientific expedition to the Qinghai-Xizang Plateau and help decode regional climate shifts.
The Plateau’s glaciers make it Asia’s “Water Tower,” feeding rivers across the continent. Monitoring this fragile ecosystem is key for future water security and sustainable growth. 💧🌏
Facing sub-zero temps, churning storms, and tricky airflows, Jimu-1 has already logged 30 flights across multiple altitudes and weather scenarios. It’s proof that smart tech can thrive even in the harshest environments! ❄️⚡
With 3D ecosystem monitoring on the rise, our region’s fight against climate change just got a serious upgrade. Stay tuned for more sky-high discoveries! 👀📡
Reference(s):
China conducts aerostat experiment, realizing 3D ecosystem monitoring
cgtn.com
