Direct comparison between magnetospheric plasma waves and polar mesosphere winter echoes in both hemispheres

• Main Authors: Tanaka, Y. (Y.‐M.), Nishiyama, T. (T.), Kadokura, A. (A.), Ozaki, M. (M.), Miyoshi, Y. (Y.), Shiokawa, K. (K.), Oyama, S. (S.‐I.), Kataoka, R. (R.), Tsutsumi, M. (M.), Nishimura, K. (K.), Sato, K. (K.), Kasahara, Y. (Y.), Kumamoto, A. (A.), Tsuchiya, F. (F.), Fukizawa, M. (M.), Hikishima, M. (M.), Matsuda, S. (S.), Matsuoka, A. (A.), Shinohara, I. (I.), Nosé, M. (M.), Nagatsuma, T. (T.), Shinohara, M. (M.), Fujimoto, A. (A.), Teramoto, M. (M.), Nomura, R. (R.), Yukimatu, A. S. (A. Sessai), Hosokawa, K. (K.), Shoji, M. (M.), Latteck, R. (R.)
• Format: Article in Journal/Newspaper
• Language: English
• Published: American Geophysical Union 2019
• Subjects: Arase; EMIC waves; MST radar; chorus waves; conjugate observation; polar mesosphere winter echoes; Alomar; Andøya; Antarctic; Norway; Syowa Station; The Antarctic; Antarc*; Antarctica; E. Antarctica
• Online Access: http://urn.fi/urn:nbn:fi-fe202002115023

Abstract We present the first and direct comparison between magnetospheric plasma waves and polar mesosphere winter echoes (PMWE) simultaneously observed by the conjugate observation with Arase satellite and high‐power atmospheric radars in both hemispheres, namely, the Program of the Antarctic Syow...