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Rchr
J-GLOBAL ID：202301001614454070
Update date: Nov. 24, 2024 Cho Tenichi
チョウ テンイチ | Cho Tenichi
ClipsMISC (25)
- Nakano A., Toda N., Cho T., Ohta T. Evaluation of the hinterland paleoweathering during the mid- to late-Cretaceous in Northwestern Kyusyu, Japan. the 37th International Geological Congress. 2024
- Cho T, Ohta T, Li G. Development of a new silicate weathering index (RW) and its application to the Early Cretaceous strata distributed in East Asia. the 37th International Geological Congress. 2024
- 張天逸. 堆積物の化学組成データを用いた定量的な古環境復元方法の検討. 第6回統計エキスパート人材育成プロジェクト中間報告会. 2024
- Nakagawa Y, Cho T, Ikeda M. Possible changes in weathering process through the Aptian Oceanic Anoxic Event (OAE 1a) recorded in the Cretaceous deep-sea bedded chert. Japan Geoscience Union Meeting 2024 (Chiba, Japan), Japan Geoscience Union. 2024
- Cho T, Ohta T. Development of a new silicate weathering index (RW) and its application to the climate reconstruction. Japan Geoscience Union Meeting 2024 (Chiba, Japan), Japan Geoscience Union. 2024
- 張天逸. 堆積学トーク・トーク「いまどきのフィールド調査」(演題:"空撮写真を用いた堆積岩試料採取の再現性の向上"). 日本堆積学会2024年熊本大会. 2024
- 中野 有紗, 戸田 仁香, 張 天逸, 太田 亨. 天草・御船地域における中期-後期白亜紀の後背地風化度と古気候変動. 日本堆積学会2024年熊本大会講演要旨集. 2024. 48
- Fagan,J,T, Cho,T, Sawada,Y. Did Lunar Granites form by Silicate Liquid Immiscibility similar to Melt Inclusions in Northwest Africa 773? Log-ratio Analysis of Chemical Compositions. 55th Lunar and Planetary Science Conference(Houston, Texas). 2024
- 張 天逸. 堆積物の化学組成を用いた多変量統計解析に基づく汎用性の高い古環境復元指標の提示. データ関連人材育成プログラム(D-DRIVE) 若手研究交流会. 2024
- 生物源物質及び続成由来物質の混入に強固な風化指標の構築と東アジア白亜系への適用. 2023
- 張 天逸. 過去の地球表層環境解明のための現世土壌の化学組成を用いた気候パラメータの復元. 第1回早稲田大学データ科学研究交流会. 2023
- Tenichi CHO, Tohru OHTA, Gang LI. Introduction of a robust chemical weathering index for sediments containing authigenic and biogenic materials and its application to Cretaceous strata distributed in SE Asia. 2023
- CHO Tenichi, OHTA Tohru. A new chemical weathering index for sediments containing authigenic and biogenic materials: RW index. Annual Meeting of the Geological Society of Japan. 2022. 2022. 170
- Chen, W, He, T, Kemp, D, Xiong, Y, Izumi, K, Cho, T, Huang, C, Newton, R, Poulton, S. Shallow and deep ocean Fe cycling and redox evolution across the Pliensbachian-Toarcian. Goldschmidt conference 2022 (virtual), European Association of Geochemistry. 2022
- 張 天逸, 池田 昌之, 太田 亨. 美濃帯層状チャートを用いた遠洋域への風成塵供給量の復元:Carnian Pluvial Episodeにおける陸域環境変動への示唆. 日本堆積学会2022年オンライン大会講演要旨. 2022
- 張 天逸. 地球生命共進化メカニズムの解明:中生代三畳紀における火成活動,陸域気候,海洋環境の同時復元. 2021年度理工学術院総合研究所第11期アーリーバードプログラム研究成果報告. 2022
- Okano, K, Nakano, A, Cho, T, Ohta, T, Li, G. Paleoclimate evaluation during the mid-Cretaceous in Zhejiang Province, southeast China. 35th IAS Meeting of Sedimentology (virtual) Book of Abstracts International Association of Sedimentologist. 2021. 331-331
- Cho, T. Reconstruction of climate condition in the Carnian from bedded chert by using a new index of chemical weathering. JpGU-AGU Joint Meeting (virtual), Japan Geoscience Union. 2020
- Cho, T, Ohta, T. A robust chemical weathering index applicable to a wide range of sedimentary rocks. Goldschmidt conference 2020 (virtual), European Association of Geochemistry. 2020
- Cho Tenichi. A report on the IAS field trip “Microbial carbonate reservoirs architecture:From depositional facies to seismic scale geometriesin the Triassic of the Dolomites (Italy)”. Journal of the Sedimentological Society of Japan. 2020. 78. 2. 111-115
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