BACK セッション概要 / Session Detail
R005
R（レギュラーセッション/Regular Session）
大気圏・電離圏
Atmosphere/Ionosphere
| 日時／会場 | 11月26日 14:50-16:20／16:40-18:25 A会場 11月27日 9:15-10:45／11:05-12:35／13:45-15:45 A会場 |
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| ポスター | 11月25日 13:45-15:45 ポスター会場 |
| 座 長 | 11月26日 PM2・PM3 惣宇利 卓弥 髙橋 透 11月27日 AM1・AM2 新堀 淳樹 安藤 慧 11月27日 PM1 斎藤 享 傅 維正 |
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| 概要 | 本セッションは大気圏と電離圏の合同セッションである。 対象とする領域は、対流圏から熱圏までの大気圏と電離圏までを含む広い領域であり、これらの領域における諸現象ならびにその物理・化学過程を解明するための観測・データ解析・理論・シミュレーション等の幅広い発表を期待する。さらに、中性大気と電離大気との相互作用、地圏や磁気圏などとの圏間結合、緯度間、半球間をつなぐ議論に加え、新しい観測技術、研究手法、将来計画等の関連する話題についても歓迎する。 |
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| 番号 | 発表時間 | タイトル | 著者 | 予稿 |
|---|---|---|---|---|
| 1 | 14:50-15:05 | Estimation of thermospheric density from STARLINK TLE | * Yamamoto Mamoru Takuya Sori Sota Furukawa |
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| 2 | 15:05-15:20 | Correction of temperature data from Super-Pressure Balloon observations at Syowa Station, Antarctica | * Rina Kawakami Yoshihiro Tomikawa |
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| 3 | 15:20-15:35 | Atmospheric electric field variation at Syowa Station, Antarctica associated with substorm evolution | * Yasuhiro Minamoto Akira Kadokura Masashi Kamogawa et al. |
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| 4 | 15:35-15:50 | Development of a time-delayed multi-beam observation method and its implementation to the Tromsø Na lidar | * Kota Sato Takuo Tsuda Jinyi Hu et al. |
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| 5 | 15:50-16:05 | Ground-based observation of Venusian aurora using the T60 telescope at Haleakalā | * Taishun Ao Masato Kagitani Hiromu Nakagawa et al. |
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| 16:05-16:20 | 総合討論 | |||
| 6 | 16:40-16:55 | Simulation of atmospheric waves in the upper atmosphere associated with volcanic eruptions | * Hiroyuki Shinagawa Yasunobu Miyoshi Hidekatsu Jin et al. |
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| 7 | 16:55-17:10 | Research on the impact of the 2022 HTHH Eruption's water vapor anomaly on PMC activities based on Himawari-8/9 observations | * Yosuke Moriyama Takuo Tsuda Yoshiaki Ando et al. |
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| 8 | 17:10-17:25 | Anisotropy of traveling Ionospheric disturbances measured by TEC after the 2024 Noto-Peninsula earthquake | * Mumi Ishimoto Yoshihiro Kakinami Hiroaki Saito |
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| 9 | 17:25-17:40 | Multi-Source Ionospheric Disturbances and Conjugate effects During The 2024 Typhoon Shanshan | * Junxian Fu Yuichi Otsuka |
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| 10 | 17:40-17:55 | Quantitative Analysis of Typhoon-Induced Atmosphere–Ionosphere Coupling from Ground Magnetic Data | * Miki Nishimura Akimasa Yoshikawa Teiji Uozumi |
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| 11 | 17:55-18:10 | Pc3 geomagnetic pulsations excited by earthquakes | * Toshihiko Iyemori Tadashi Aoyama Yoshihiro Yokoyama |
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| 18:10-18:25 | 総合討論 |
口頭発表
予稿本文の著者名の # マークは発表者を示す。
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| 番号 | 発表時間 | タイトル | 著者 | 予稿 |
|---|---|---|---|---|
| 12 | 09:15-09:30 | D-region ionospheric variations driven by EUV oscillations during the X5.89 solar flare in May 2024 | * Akane Kubota Hiroyo Ohya Fuminori Tsuchiya et al. |
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| 13 | 09:30-09:45 | D-Region ionospheric disturbances induced by fireballs and satellite reentries observed with OCTAVE VLF/LF transmitter signals | * Hiroyo Ohya Ryota Furuya Fuminori Tsuchiya et al. |
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| 14 | 09:45-10:00 | The RIDE Rocket Campaign: Elucidating the Generation Processes of Mid-Latitude Sporadic E Layers | * Akinori Saito Takumi Abe Ayako Matsuoka et al. |
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| 15 | 10:00-10:15 | Estimation and Correction of Wake Effects on a Sounding Rocket Langmuir Probe | * Yosuke Ueda Akinori Saito Takumi Abe |
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| 16 | 10:15-10:30 | Observation of Sporadic E Layers Using a Rocket-Borne Ion Drift Velocity Analyzer | * Chiaki Kato Takumi Abe Akinori Saito et al. |
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| 10:30-10:45 | 総合討論 | |||
| 17 | 11:05-11:20 | Three-dimensional metal ion flow in the polar ionosphere simulated by a new ionospheric model | * Satoshi Andoh Hiroyuki Shinagawa Hidekatsu Jin et al. |
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| 18 | 11:20-11:35 | Modulation of the mid-latitude ionospheric Sporadic E layer by the polar vortex | * Tomoki Maeda Huixin Liu Yosuke Yamazaki et al. |
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| 19 | 11:35-11:50 | Multiple Case Studies of dynamical characteristics of sporadic E using maritime radio waves from automatic identification system | * Yu Sumimoto Keisuke Hosokawa Naoki Shuku et al. |
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| 20 | 11:50-12:05 | High spatio-teporal resolution analysis of Sporadic E layer using ultra dense GNSS receiver network | * Shunta Tano Keisuke Hosokawa Yuichi Otsuka et al. |
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| 21 | 12:05-12:20 | Fine scale structures of the Es layer revealed by an ultra-dense GNSS network | * Susumu Saito Keisuke Hosokawa Takayuki Yoshihara |
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| 12:20-12:35 | 総合討論 | |||
| 22 | 13:45-14:00 | MSTIDs Driven by Secondary Gravity Waves Associated with the Heavy Rainfall in August 2021 over Kyushu, Japan | * Masaru Kogure In-sun Song Byeong-gwon Song et al. |
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| 23 | 14:00-14:15 | Midnight Medium-Scale Traveling Ionospheric Disturbances in Japan: Preliminary Case Study Results | * Weizheng Fu Yuichi Otsuka |
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| 24 | 14:15-14:30 | Statistical study of solar activity dependence of medium-scale traveling ionospheric disturbance : GPS observation in America | * Tsubasa Naito Yuichi Otsuka Atsuki Shinbori et al. |
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| 25 | 14:30-14:45 | Effect of electric field observed by S-520-32 sounding rocket on MSTID | * Miyuki Matsuyama Keigo Ishisaka Yuki Ashihara et al. |
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| 26 | 14:45-15:00 | The Meridional Currents of the EEJ and Their Relation to the Main Eastward Current Analyzed Using Principal Component Analysis | * Xzann Garry Vincent Miranda Topacio Akimasa Yoshikawa |
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| 27 | 15:00-15:15 | Electric fields in and around auroral arcs at higher F region using BROR experiment data | * Tomoe Taki Tima Sergienko Urban Brändström |
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| 28 | 15:15-15:30 | Mesoscale plasma flow in the near-noon high-latitude ionosphere: Scale-dependent features | * Takahiro Kinoshita Satoshi Taguchi Haruto Koike |
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| 15:30-15:45 | 総合討論 |
ポスター発表
予稿本文の著者名の # マークは発表者を示す。
講演番号の * は招待講演を示す。
講演番号の * は招待講演を示す。
| 番号 | タイトル | 著者 | 予稿 |
|---|---|---|---|
| 1 | Observation of spatio-temporal variations in Mercury's sodium exosphere using the Haleakala T60 telescope | * Naoko Takatori Masato Kagitani Yasumasa Kasaba |
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| 2 | Operations of single-board computer-based all-sky digital camera systems at multiple sites | * Takuo Tsuda Takeshi Aoki Keisuke Hosokawa et al. |
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| 3 | A ground-based observation of spectra of noctilucent clouds in Kiruna | * Ayune Masuda Akiho Endo Peter Dalin et al. |
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| 4 | A strong local-time dependency on the occurrence of noctilucent clouds over Hokkaido, Japan. | * Akiho Endo Yoshihiro Tomikawa Peter Dalin et al. |
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| 5 | Measuring Mesospheric Winds Using Airglow Imaging of Atmospheric Gravity Waves | * Shin Suzuki Kazuo Shiokawa Mitsumu E Ejiri et al. |
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| 6 | Analysis of long-term and short-period variations in nighttime airglow based on 31-year ground-based airglow observation in Japan | * Yuto Hotta Kazuo Shiokawa Yuichi Otsuka et al. |
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| 7 | Statistical study of atmospheric gravity waves using OI 557.7 nm airglow images over Tomohon, Indonesia | * Sefria Anggarani Tri Wahyu Hadi Septi Perwitasari et al. |
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| 8 | Analyses of solar eclipse effects on mesospheric chemistry and dynamics—a long-term study | * Tianliang Yang Tomoo Nagahama Akira Mizuno et al. |
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| 9 | Investigation of energetic particle precipitation events on the polar mesopause region | * Satoshi Ishii Hidehiko Suzuki Mitsumu K. Ejiri et al. |
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| 10 | Vertical structure of atmospheric waves from the mesosphere to the thermosphere observed by Na lidar and EISCAT radars at Tromsø | * Jinyi Hu Takuo Tsuda Masaru Kogure et al. |
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| 11 | Long-term variation of the back-ground wind field in the Antarctic mesosphere and lower thermosphere | * Masaki Tsutsumi | 表示 |
| 12 | Development of a near-infrared laser heterodyne spectrometer for metastable helium emission observation in the thermosphere | * Haruki Aida Hiromu Nakagawa Takanori Nishiyama et al. |
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| 13 | Statistical variability of orthohelium airglow brightness based on ground-based observations at the KHO, Longyearbyen | * Takanori Nishiyama Masato Kagitani Takuo Tsuda et al. |
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| 14 | Dynamics of high-latitude energy conversion in the upper thermosphere studied with FPI and Dynasonde in Tromsø, Norway | * Shin-ichiro Oyama Heikki Vanhamäki Lei Cai |
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| 15 | The simplest ion–neutral collision frequency model | * Akimasa Ieda | 表示 |
| 16 | Analysis of mesospheric gravity waves observed in Tromsø, Norway, on January 30, 2014, using an airglow imager and a sodium lidar | * Eido Tsuchida Kazuo Shiokawa Satonori Nozawa et al. |
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| 17 | Sodium lidar observations using a Faraday filter in the Arctic: initial results | * Takuya D. Kawahara Norihito Saito Satonori Nozawa et al. |
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| 18 | Development of PANSY Radar Incoherent Scatter Echo Observation Technique at Syowa Station, Antarctica | * Yuki Takayama Taishi Hashimoto Kaoru Sato |
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| 19 | Current status and future prospects of the EISCAT_3D project | * Ogawa Yasunobu Hiroshi Miyaoka Satonori Nozawa et al. |
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| 20 | Development of Wideband Antennas for Simultaneous VLBI and Atmosphere Observation. | * Hideki Ujihara Hideyuki Nosaka Hiroshi Imai et al. |
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| 21 | Current status of aurora and airglow observations in Europe and Africa using low-cost high-sensitivity all-sky imagers | * Kazuo Shiokawa Yuka Yamamoto Takumi Adachi et al. |
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| 22 | Analysis of Westward Traveling Surge Using the Aurora Tomography Method | * Tau Hoshino Yoshimasa Tanaka Yasunobu Ogawa et al. |
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| 23 | Ionospheric variations observed at Syowa Station, Antarctica during the October 2024 space weather event | * Chihiro Tao Michi Nishioka Naoko Takahashi et al. |
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| 24 | Study of mid-latitude ionospheric variations during geomagnetic storms using an ultra-dense GNSS receiver network | * Chikara Furukawa Keisuke Hosokawa |
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| 25 | Geomagnetic Conjugation of Nighttime Medium-Scale Traveling Ionospheric Disturbances in Japan-Australia Based on GNSS Observation | * Kazui Watanabe Yuichi Otsuka Atsuki Shinbori et al. |
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| 26 | Investigating Pre-sunset equatorial electrojet contributing to PRE | * Akihiro Kato Akimasa Yoshikawa Akiko Fujimoto |
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| 27 | Analysis of the dependence of Inter Hemispheric Field Aligned Current on solar period and seasonal variation | * Yusuke Zushi Kentaro Kitamura Mariko Teramoto et al. |
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| 28 | Analysis of TEMPEST-D CubeSat Millimeter-Wave Water Vapor Data over Summer Rainfall Regions in East Asia and Japan | * Yudai Matsumoto Hiroyuki Maezawa |
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| 29 | Strategy for greenhouse gas observation using high-performance micro-satellite | * Yukihiro Takahashi Haruki Sugiyama |
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| 30 | Development of an automatic detection method for analyzing EEJ characteristic with decreasing trends | * Hiromu Kikuchi Akimasa Yoshikawa |
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| 31 | Influence of CEJ Termination Time on the Suppression of Plasma Bubble Generation | * Sora Matsuoka Akimasa Yoshikawa Akihiro Kato |
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| 32 | Characteristics of EPB occurrences over Indonesia during a geomagnetic storm in August 2024 ~Visiting Researcher Program in BRIN~ | * Takuya Sori Prayitno Abadi Ihsan Naufal Muafiry et al. |
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| 33 | Empirical Study of Vertical ExB Drift Velocity for Post-Sunset Equatorial Plasma Bubble Forecast | * Septi Perwitasari Michi Nishioka |
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| 34 | Automatic Ionogram Scaling in East and Southeast Asia Based on Machine Learning | * Peng Liu Tatsuhiro Yokoyama Mamoru Yamamoto |
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| 35 | Proposal of a method for quantitative evaluation of spread F from ionogram images using machine learning | * Kentaro Haruna Peng Liu Tatsuhiro Yokoyama |
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| 36 | Long-term Statistical Analysis of Shigaraki Ionosonde Observations Using Machine Learning Models | * Mitsuru Terauchi Peng Liu Tatsuhiro Yokoyama |
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| 37 | Development and Evaluation of AI Models for Automatic Scaling of Ionospheric Parameters and letters from VIPIR Ionosonde Data | * Michi Nishioka Chihiro Tao Takuya Tsugawa |
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| 38 | Horizontal structures and movements of sporadic E layers observed with ionosonde receiver network | * Yuki Kojo Akinori Saito Michi Nishioka et al. |
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| 39 | {b}Spatiotemporal structure of a sporadic Ca{sup}+{/sup} layer ∼short-period height variation∼{/b} | * Azusa Yamakawa Mitsumu K. Ejiri Takuji Nakamura et al. |
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| 40 | Initial analysis of the electric field in the ionosphere at the onset of the Es layer observed by the S-310-46 sounding rocket | * Hotsuma Sakano Miyuki Matsuyama Keigo Ishisaka et al. |
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| 41 | Initial Results of a Neutral Mass Spectrometer for Ionospheric Observation under the RIDE Campaign | * Masahiro Yoneda Akinori Saito Yoshifumi Saito et al. |
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| 42 | Number density measurement of electrons by impedance probe (NEI) for S-310-46 sounding rocket, OHISAMA and IMPACT/PCUBE missions | * Atsushi Kumamoto Takumi Abe Akinori Saito et al. |
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| 43 | On the result of neutral atmospheric pressure measurement by ion gauge in the lower thermosphere during RIDE campaign | * Takumi Abe Gakuto Moriwaki Tomohisa Oyanagi et al. |
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| 44 | Projected Influence of increasing CO₂ levels on Sporadic E Formation Based on GAIA Simulations | * Farhan Naufal Rifqi Huixin Liu Lihui Qiu et al. |
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| 45 | Analysis of Sporadic E Layers Using FMCW Ranging and HFD Doppler Observations | * Shota Sako Hiroyuki Nakata Noriko Namiki et al. |
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| 46 | Extraction and Analysis of Diurnal Variations in HF Doppler Observations Using PCA | * Misato Kobayashi Hiroyuki Nakata Hiroyo Ohya et al. |
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| 47 | Analysis of Ionospheric Disturbances Following the 2025 Offshore Kamchatka Peninsula Earthquake Observed by HF Doppler Sounding | * Hiroyuki Nakata Yuichi Otsuka Keisuke Hosokawa et al. |
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| 48 | GNSS Observations of Traveling Ionospheric Disturbances Following the 2025 Offshore Kamchatka Peninsula Earthquake | * Yuichi Otsuka Shion Ishida Weizheng Fu et al. |
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