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FENGYUN meteorological satellites monitored tropical cyclone Jude which triggered heavy precipitation in Madagascar and Mozambique
Extreme weather events worldwide in January and February 2025 through the lens of FENGYUN meteorological satellites
2024 in Focus丨Glimpse of global extreme weather and climate events from the lens of FENGYUN meteorological satellites
Global Weather | FENGYUN-3D meteorological satellite monitors forest fires in Republic of Korea
FENGYUN meteorological satellites monitored tropical cyclone Jude which triggered heavy precipitation in Madagascar and Mozambique
​In recent days, affected by tropical cyclone Jude over the south Indian Ocean, heavy precipitation has emerged in Madagascar and Mozambique.
Extreme weather events worldwide in January and February 2025 through the lens of FENGYUN meteorological satellites
From January to February, 2024, the world has been gripped by a handful of extreme weather and climate events, like tropical cyclone, cold wave, rainstorm and for​est fire which have exerted  pronounced impacts on some countries.
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Observation Network
Spaced-based
Ground-based
Air-based
Sea-based
Spaced-based
China's efforts to develop Fengyun meteorological satellites have made major strides over the past 50 years, with the polar and geostationary meteorological satellite series achieving continuously stable operation to persistently provide data and product services globally.
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Ground-based
By the end of 2022, a nationwide ground-based observation network consisting of 10,963 observation stations was established.
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Air-based
By the end of 2022, China had a total of 120 upper-air meteorological observation stations, as well as more than 100 wind profile radars and more than 900 GNSS/MET observation instruments.
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Sea-based
By the end of 2022, China had built a network of more than five hundred marine observation stations consisting of island stations, offshore platform stations and offshore buoy stations.
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Quality Management
Quality Management
The meteorological observation quality management system, as one of the main internationally prescribed quality management and assurance measurement systems, plays a guiding and standardizing role in the implementation of meteorological observation in China. At present, the quality management system proposed by CMA, which covers the whole process of observation operations, has received ISO9001 certification.
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