nkysdb: 共著者関連データベース
SHIOTA Tsugio 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "SHIOTA Tsugio")
共著回数と共著者名 (a list of the joint author(s))
14: HARA Ikuo, SHIOTA Tsugio
6: HIDE Kei
5: SEKI Sachiyo
4: TAKEDA Kenji
2: HAYASAKA Yasutaka, MAEDA Masaru, OKAMOTO Kazuaki, OKUDAIRA Takamoto, TSUKUDA Eikichi
1: ENOKI Mina, GOTO Masumi, IKEDA Yukiko, KAIKIRI Kenji, KANAI Kenji, KANG Jihoon, MAKISAKA Satoshi, MIYAMOTO Takami, MIYAOKA Hironori, OHTOMO Yukiko, PAULITSCH Peter, Research Group of the Sambagawa Belt, SAKAKIBARA Nobu, SONODA Kenshi, SUZUKI Yasuko, TAKAGI Kiyoshi, TOKUDA Mitsuru, UMEMURA Hayao, YOKOYAMA Shyunji, YOON Sun
発行年とタイトル (Title and year of the issue(s))
1975: Three dimensional Size Analysis of Folds of Quartz Veins in the Psammitic Schist of the Oboke District, Shikoku
1978: A Note on Arc Length Variation in Natural Single Layer Folds
1981: Tectonics of the Sambagawa Belt
1983: Deformation and Recrystallization of Amphiboles in Sambagawa Schist with Special Reference to History of Sambagawa Metamorphism
1989: Structural Analysis of the Okch'on Metamorphic Belt in the Okch'on District, Korea
1990: Sambagawa Terrane
1992: Difference in Deformation Property of Rocks Between th Sambagawa Belt (Subduction Zone) and the Ryoke Belt (Magma arc) as Especially Infered from Deformation Microtextures of Quarts (II 6 6 P 18)
1992: Tectonic Evolution of the Sambagawa Schists and its Implications in Convergent Margin Processes
1993: Nappe Boundary Migration during the Subcretion Exhumation Processes of the Sambagawa Schists
1993: Palaeo Stress Analysis of the Tsuji Overturned Fold in the Sambagawa Belt
1993: Sinistral En Echelon Folding of the Sambagawa Schists and Its Tectonic Implication
1993: The Baric Structures and Exhumation Processes of the Sogauchi Unit in the Sambagawa Belt
1993: Transition from Flexural Flow Folding to Flexural Slip Folding in the Sambagawa Belt
1995: Discovery of Biotite Bearing Schists Blocks in the Garnet Zone of the Sambagawa Belt of the Asemi District an Evidence of Tectonic Erosion of Hanging Wall Rocks by Subducting Sediments