New research on the ionosphere, our interface to space
Press conference from AGU Fall Meeting 2016 by Bob Robinson, Delores Knipp, and Scott England—
Where Earth's atmosphere ends and space begins is not clear-cut. We are, in fact, surrounded by a swath that is a bit of both. This area, the ionosphere, is where radio waves and satellite signals, like GPS, travel on their way to and from Earth. It’s also where you will find aurora, some satellites, and the international space station. Changes in this region can have huge effects on Earth, disrupting communications and shortening the lifetime of satellites. This press event will describe novel findings about the ionosphere and upper atmosphere, shedding light on how exactly space weather here can influence Earth and satellites. Additionally, attendees will hear details from another scientist about two upcoming NASA missions to study the ionosphere from different vantage points. More.
Editors’ Highlight—Nitric oxide is a trace constituent in the thermosphere that acts as a cooling agent via infrared emissions. This study of nearly 200 geomagnetic storm events shows how such infra-red emissions from nitric oxide can sometimes counter the heating of the thermosphere. This has practical implications for people managing low-Earth orbit satellite operations, including collision avoidance and re-entry.
- Article Category
- Research Articles
Thermospheric nitric oxide response to shock‐led storms
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- New density estimates derived using accelerometers on-board the CHAMP and GRACE satellites
- Historical space weather monitoring of prolonged aurora activities in Japan and in China
- New technique can improve particle warnings that protect astronauts
- When Lower-Atmosphere Waves Invade the Upper Atmosphere
Eos.org: Earth & Space Science News
Space Weather Quarterly
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