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Monitoring the geospace response to the Great American Solar Eclipse on 21 August 2017

Monitoring the geospace response to the Great American Solar Eclipse on 21 August 2017
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摘要 Since ancient times,solar eclipses have fascinated—and sometimes terrified—humankind.Solar eclipses are direct sensory experiences.As the sun vanishes from the sky,birds fall silent during the midday twilight.Modern instrumentation has enabled research into the consequences of this sudden change in irradiation within the upper atmosphere.For the first time in 26 years。 Since ancient times, solar eclipses have fascinated-and some-times terrified-humankind. Solar eclipses are direct sensory ex-periences. As the sun vanishes from the sky, birds fall silent dur-ing the midday twilight. Modern instrumentation has enabled re-search into the consequences of this sudden change in irradi-ation within the upper atmosphere. For the first time in 26 years, atotal solar eclipse occurred over the continental United States(CONUS) on 21 August 2017, passing between coastlines in the16:00–20:00 UT period. Millions of citizens and science enthusi-asts lined up from Oregon all the way to the South Carolina alongthe 150 km wide path of totality to witness moments of amazingsurreality during this event.
出处 《Earth and Planetary Physics》 2017年第1期72-76,共5页 地球与行星物理(英文版)
基金 supported by NASA grant NNX17AH71G NASA LWS funding support (NNX15AB83G) the DoD Multidisciplinary Research Program of the University Research Initiative (MURI) project ONR15FOA-0011 NAF is supported in part by AGS-1552188/47950519C75
关键词 solar eclipse geospace effect ionospheric observations ionospheric radio citizen science solar eclipse geospace effect ionospheric observations ionospheric radio citizen science
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