Graduate School of Science and Engineering（Science）
理工学専攻（地球進化学）
日本語
Update date：2025/01/09
Associate Professor
Saito Satoshi

Research History

  1. 2004/07-2005/03横浜国立大学環境情報研究院研究支援者
  2. 2005/04-2005/09横浜国立大学教育人間科学部非常勤講師
  3. 2005/04-2006/12法政大学第二中・高等学校兼任講師
  4. 2005/10-2006/03横浜国立大学教育人間科学部研究支援者
  5. 2006/05-2007/02横浜国立大学環境情報研究院技術補佐員
  6. 2006/10-2007/02横浜国立大学教育人間科学部非常勤講師
  7. 2007/03-2008/06University of Maryland, USADepartment of GeologyResearch Associate
  8. 2008/08-2009/03海洋研究開発機構地球内部変動研究センターポストドクトラル研究員
  9. 2009/04-2011/03海洋研究開発機構地球内部ダイナミクス領域ポストドクトラル研究員
  10. 2011/04-2013/03Research Institute for Humanity and Natureプロジェクト研究員
  11. 2013/04-2016/03Ehime University理工学研究科助教
  12. 2016/04-2019/09Ehime University理工学研究科講師
  13. 2019/10-presentEhime University理工学研究科准教授

Education

  1. Yokohama National University1995/041999/03
  2. Yokohama National University1999/042001/03
  3. Yokohama National University2001/042004/06
  4. Yokohama National University2001

Degree

  1. Master of Education横浜国立大学

Research Areas

Research Interests

  1. Island arc
  2. Continental crust
  3. Granite
  4. Miocene
  5. Collision zone
  6. 中新世
  7. 衝突帯

Research Projects

  1. Japan Society for the Promotion of ScienceGrants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)Development of estimation method of magmatic redox state using zircon-melt partitioning of ceriumGrant-in-Aid for Scientific Research (B)2022/04-2027/03
  2. 【受託研究】受託研（齊藤哲・宮窪：大島石の岩石学術調査およびその成果の発信）2020/08-2021/03Coinvestigator(s)
  3. Japan Society for the Promotion of ScienceGrants-in-Aid for Scientific ResearchFe-in-sillimanite thermometer and oxygen-borometerGrant-in-Aid for Scientific Research (C)2017/04-2020/03In order to establish the new geothormoborometer for ultrahigh-temperature metamorphic rocks, high-pressure and high-temperature experiments were carried out at pressures 5 to 15 kbar and temperatures 800 to 1300 C on the Fe solubility in sillimanite. The thermodynamic model was proposed for the Fe partitioning among sillimanite and iron-oxides. I found FeAlO3 phase in the run products partially melted under hydrous condition. The phase contains fairly amount of FeTiO3 component indicating the solid solution formation with ilmenite. The FeAlO3 phase would be a new index mineral for ultrahigh-temperature metamorphism.
  4. 独立行政法人日本学術振興会科学研究費助成事業海洋性島弧から大陸地殻へ：伊豆衝突帯地殻溶融作用の精密解析2016/04Principal investigator
  5. 海洋性島弧から大陸地殻へ：伊豆衝突帯地殻溶融作用の精密解析若手研究(B)2016/04-2020/03Principal investigator
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Books and Other Publications

  1. 日本海の拡大と伊豆弧の衝突 ー神奈川の大地の生い立ち藤岡換太郎 平田大二 有馬眞 小川勇二郎 齊藤哲 高橋雅紀 松田時彦2014/12
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Papers

  1. The Middle Miocene Takano Formation (Ishizuchi Group) along the Namekawa Gorge, Toon, Ehime, SW Japan, and the early stage of the Ishizuchi igneous activity2024/12/28Kana Narita Maai Miyamoto Nao Kusuhashi Kenichiro Tani Kazuya Shimooka Toshiro Takahashi Satoshi SaitoThe Journal of the Geological Society of Japan130/ 1, 419-441Research paper (scientific journal)10.5575/geosoc.2024.0031URLThe Geological Society of Japan
  2. Water contents and pressures of melts in unerupted felsic magma constrained by SEM-EDS analysis of homogenized melt inclusions in zircon2024/07Taichi KAWASHIMA Kazuya SHIMOOKA Toko FUKUI Satoshi SAITOJournal of Mineralogical and Petrological SciencesResearch paper (scientific journal)10.2465/jmps.230904URLJapan Association of Mineralogical Sciences
  3. Petrographic evidence for re-melting of granitoids in deep crust of active continental margin: an example of granitic rocks in the Kajishima, Ehime Prefecture, southwest Japan2024/04Kazuya SHIMOOKA Yasuhiro OGITA Satoshi SAITOJapanese Magazine of Mineralogical and Petrological Sciences53/ 1, n/a-n/aResearch paper (scientific journal)10.2465/gkk.231106URLJapan Association of Mineralogical Sciences
  4. Zircon U-Pb ages of the Cretaceous gabbroic and granitic rocks from the Kajishima, northwest Shikoku, southwest Japan2023Kazuya SHIMOOKA Satoshi SAITO Kenichiro TANIJournal of Mineralogical and Petrological Sciences118/ 1, n/a-n/aResearch paper (scientific journal)10.2465/jmps.230224URLJapan Association of Mineralogical Sciences
  5. Zircon melt inclusion study on the Miocene Miuchi granitoid pluton, SW Japan: A new approach to estimate crystallization pressures of granitic rocks2023/10Yuka Taniwaki Kazuya Shimooka Satoshi SaitoLithos454-455, 107260-107260Research paper (scientific journal)10.1016/j.lithos.2023.107260Elsevier BV
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Presentations

  1. 愛媛県伯方島トウビョウ鼻周辺でのエピ閃長岩形成第24回日本地質学会四国支部総会・講演会2024/12/07Oral presentation(general)
  2. 領家帯蒲野花崗閃緑岩の形成環境：ジルコンとメルト包有物からの制約第24回日本地質学会四国支部総会・講演会2024/12/07Oral presentation(general)
  3. 愛媛県芸予諸島大島に分布する“大島石”の花崗岩質マグマ溜まり分化プロセス第24回日本地質学会四国支部総会・講演会2024/12/07Poster presentation
  4. 山陽帯山口県岩国市に分布する土生花崗岩質岩体のジルコン中メルト包有物研究第24回日本地質学会四国支部総会・講演会2024/12/07Poster presentation
  5. 高月山花崗岩質岩体に産する“チャーノカイト様岩”の岩石記載とジルコン中メルト包有物研究第24回日本地質学会四国支部総会・講演会2024/12/07Poster presentation
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Awards

  1. 2014/09The Japan Association of Mineralogical Sciences Award for Young Scientist
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Allotted Class

  1. 2024Nature's Structures
  2. 2024Elementary Petrology
  3. 2024Basic Experiments in Earth Science
  4. 2024General Petrology
  5. 2024Nature's Structures
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Social Activities

  1. （受託研究）大島石の岩石学術研究およびその成果の発信2020/08-2021/03
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Professional Memberships

  1. THE GEOLOGICAL SOCIETY OF JAPAN
  2. Japan Association of Mineralogical Sciences
  3. American Geophysical Union
  4. JAPAN GEOSCIENCE UNION
  5. THE GEOCHEMICAL SOCIETY OF JAPAN
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