Kyoko Okino, Kentaro Nakamura, and Hiroshi Sato
11.4 Rodriguez Triple Junction (RTJ) Area .1 Morphology and Segmentation
In document
Biosphere Linked
(pahina 148-153)
Rodriguez Triple Junction (RTJ) Area .1 Morphology and Segmentation
In document
Biosphere Linked
(pahina 148-153)
Outline
- Diversity of Subseafloor TAIGAs
- Interdisciplinary Studies During TAIGA Project
- SED-MOR SED-ABA
- Weathering of Oceanic Crust
- Geochemical Cycles on the Modern Earth
- Materials and Methods .1 Samples Used in This Study
- General Tendency for Cations
- Development of Dating Methods .1 Geochemical Approach for Ore Minerals
- Comparisons Between Ecological and Geochemical Age Information
- Results and Discussion
- Hydrothermal Experimental Apparatus .1 Batch-Type Systems
- High-Velocity Friction Apparatus for Simulation of Faulting in an
- Katsuhiko Suzuki, Takazo Shibuya, Motoko Yoshizaki, and Takehiro Hirose
- Materials and Methods .1 Sample Collection
- Analytical Results for Isotopic Composition
- Rodriguez Triple Junction (RTJ) Area .1 Morphology and Segmentation (You are here )
- Rodrigues Segment (RS) Area: CIR 18-20 S
- The Four Indian Ocean Hydrothermal Vent Fields Studied in the TAIGA Project
- Physical and Chemical Characteristics of Hydrothermal Fluids
- Future Prospects
- Petrology and Geochemistry of MORB Along the Southern CIR
- Geological Background of the Studied Area
- Mineral Chemistry .1 Analytical Method
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