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The launch of Fengyun-3 E satellite fills the global atmospheric detection information gap during twilight period-Chinanews com

The launch of Fengyun-3 E satellite fills the global atmospheric detection information gap during twilight period-Chinanews com
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China s Chang Zheng 3B ready to launch Fengyun 4B weather satellite

June 1, 2021 China will launch a new geostationary weather satellite on Thursday June 2 local time, following a 24 hour delay. The Fengyun 4B satellite was originally due to lift off from the Xichang Satellite Launch Centre at 00:25 China Standard Time (16:25 UTC on Tuesday June 1), aboard a Chang Zheng 3B/G3 carrier rocket. Fengyun, meaning “wind and cloud,” is a series of meteorological satellites which provide China and the international community with data for terrestrial and space weather forecasting. The program includes both polar-orbiting and geostationary satellites, with the Fengyun 4B (FY-4B) satellite to be part of the geostationary element of the constellation. Fengyun satellites are operated by the National Satellite Meteorological Center, part of the China Meteorological Administration.

Data from China s Fengyun meteorological satellites available to global Earth system science applications

 E-Mail Credit: National Satellite Meteorological Center of China Meteorological Administration Many meteorological satellite networks are constantly scanning Earth, providing vital research data and real-time life-saving weather information. Since China began its initial development in 1970, the Fengyun (FY) series of meteorological satellites have advanced considerably throughout more than 50 years. While FY satellites primarily focus on the atmosphere, they are capable of observing complex variables within the Earth-atmosphere system. Since the initial FY dispatch, China has successfully launched 17 FY satellites, seven of which are currently operating in orbit. The Fengyun Meteorological Satellite Ground Application System generates more than 90 Earth observation products every day, producing more than 10TB of daily data volume. The FY Satellite Data Center has continuously stored Earth observation data, beginning when FY-1A successfully launched in 1988, to today. More than

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