Comparison between empirical and physical models of the topside ionospheric-plasmaspheric electron content above Antarctica

N. Bergeot, V. Pierrard, F. Darrouzet, J. Chevalier
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Abstract

As the polar regions are Earth’s windows to outer space, the Antarctic continent provides a unique opportunity for scientific research that cannot be performed at mid-and low-latitude regions. Moreover, the polar ionosphere-plasmasphere system, especially over Antarctica, is not well understood as compared to other regions due to a lack of experimental observations. Consequently, one of the present challenges of the Space Weather community is to better characterize the climatological behavior of the polar ionosphere and plasmasphere separately in response to variations in the solar activity at high latitudes.
南极上空电离层-等离子体层电子含量经验模式与物理模式的比较
由于极地地区是地球通向外层空间的窗口,南极大陆为在中低纬度地区无法进行的科学研究提供了独特的机会。此外,由于缺乏实验观测,与其他地区相比,对极地电离层-等离子层系统,特别是南极洲上空的电离层-等离子层系统的了解并不充分。因此,空间气象界目前面临的挑战之一是更好地分别表征两极电离层和等离子层的气候行为,以响应高纬度地区太阳活动的变化。
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