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固体地球科学(S)
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セッション小記号
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地震学(SS)
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セッションID
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S-SS11
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タイトル
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和文
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Environmental Seismology: from deep earth to surface process
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英文
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Environmental Seismology: from deep earth to surface process
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タイトル短縮名
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和文
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Environmental Seismology
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英文
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Environmental Seismology
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代表コンビーナ
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氏名
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和文
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Ling Bai
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英文
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Ling Bai
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所属
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和文 |
Institute of Tibetan Plateau Research, Chinese Academy of Sciences |
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英文
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Institute of Tibetan Plateau Research, Chinese Academy of Sciences
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共同コンビーナ 1
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氏名
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和文
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西田 究
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英文
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Kiwamu Nishida
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所属
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和文
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東京大学地震研究所
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英文
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Earthquake Research Institute, University of Tokyo
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共同コンビーナ 2
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氏名
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和文
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Yifei Cui
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英文
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Yifei Cui
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所属
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和文
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Tsinghua University
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英文
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Tsinghua University
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共同コンビーナ 3
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氏名
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和文
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Chengxin Jiang
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英文
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Chengxin Jiang
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所属
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和文
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Australian National University
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英文
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Australian National University
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発表言語
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E
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スコープ
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和文
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The development of environmental seismology has revealed the unique potential of time-dependent seismic signals in furthering our understanding of deep Earth and surface processes. Recent progress has been made in the following areas: earthquake sources (rupture processes, seasonal variations and hydrological triggering), mass movements (landslides, avalanches, glacier collapses and lake outbursts), atmospheric and oceanic phenomena (gravity waves, hurricanes and rainfall), deep Earth processes (free oscillations, magma activity and interplate or intraplate deformation), multichannel observations (large-N arrays, four-dimensional imaging, distributed acoustic sensing and real-time systems), and innovative technologies (double-couple source, single force and joint dataset inversion). The aim of this session is to foster collaboration and knowledge sharing between experts in different research areas. We welcome submissions offering innovative solutions and case studies relevant to these critical issues.
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英文
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The development of environmental seismology has revealed the unique potential of time-dependent seismic signals in furthering our understanding of deep Earth and surface processes. Recent progress has been made in the following areas: earthquake sources (rupture processes, seasonal variations and hydrological triggering), mass movements (landslides, avalanches, glacier collapses and lake outbursts), atmospheric and oceanic phenomena (gravity waves, hurricanes and rainfall), deep Earth processes (free oscillations, magma activity and interplate or intraplate deformation), multichannel observations (large-N arrays, four-dimensional imaging, distributed acoustic sensing and real-time systems), and innovative technologies (double-couple source, single force and joint dataset inversion). The aim of this session is to foster collaboration and knowledge sharing between experts in different research areas. We welcome submissions offering innovative solutions and case studies relevant to these critical issues.
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発表方法
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口頭および（または）ポスターセッション
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