| Symbol S (Solid Earth Sciences) |
| S-GD Geodesy |
| S-GD001
|
Geodesy General Contributions
|
| S-GD002
|
Gravity and Geoid
|
| S-SS Seismology |
| S-SS011
|
Earthquake Source Processes and Physics of Earthquakes
|
| S-SS012
|
Earthquake prediction
|
| S-SS013
|
Seismicity
|
| S-SS014
|
Crustal Deformation
|
| S-SS015
|
Crustal Structure
|
| S-SS016
|
Strong Ground Motion and Earthquake Disaster
|
| S-SS017
|
Active faults and paleoseismology
|
| S-SS018
|
Seismic wave propagation: Theory and Application
|
| |
**S-SS019
|
|
Nankai Seismogenic Zone Experiments (NantroSEIZE)
|
| S-SS020
|
Fault Rheology and Earthquake Dynamics
|
| S-SS021
|
Comprehensive approach to the intraplate earthquakes
|
| |
**S-SS022
|
|
Global Collaborative Earthquake Predictability Research |
| S-SS023
|
Kanto Asperity Project: Toward Drilling and Monitoring
|
| S-SS024
|
Special Project for Earthquake Disaster Mitigation in Tokyo
|
| |
**S-SS025
|
|
What have we learned from the Wenchuan earthquake? |
| S-SS026
|
Interpretations of seismic observations in subduction zones
|
| S-SS027
|
Seismic linkage of great earthquakes
|
| S-EM Earth's Electromagnetism |
| S-EM031
|
Electrical conductivity, Tectono-electromagnetism
|
| S-EM032
|
Geomagnetism and Paleomagnetism
|
| |
**S-EM033
|
|
Imaging of continent and ocean using EM induction studies |
| S-IT Science of the Earth's Interior & Techtonophysics |
| S-IT035
|
Tectonics
|
| S-IT036
|
Deep Earth science: Dynamics of plate, mantle, and core
|
| S-IT037
|
Rheology and transport properties of earth materials
|
| S-IT038
|
The Oceanic lithosphere: Birth, Growth and Sub(ob)duction
|
| |
**S-IT039
|
|
Water in subduction zones, the large mantle wedge and deeper |
| |
**S-IT040
|
|
Large-scale Geodynamic Modeling and Observational Constraint
|
| |
**S-IT041
|
|
Molten Earth: from the Core to Volcanism
|
| |
**S-IT042
|
|
Mineral physics and dynamics of deep mantle
|
| |
**S-IT043
|
|
On the Cause of Continental Drift
|
| S-GL Geology |
| S-GL045
|
Geochronology & Chronostratigraphy
|
| S-GL046
|
Regional geology and tectonics
|
| S-RD Resources, Mineral Deposit & Resource Exploration |
| S-RD051
|
New development of resource geology
|
| S-MP Mineralogy & Petrology |
| S-MP055
|
Deformed rocks, Metamorphic rocks and tectonics
|
| S-MP056
|
Physics and Chemistry of Minerals
|
| S-MP057
|
Hydrous materials and neutron scattering in earth sciences
|
| S-VC Volcanology |
| S-VC061
|
Hydrothermal systems beneath volcanoes
|
| S-VC062
|
Volcanic and igneous activities, and these long-term forecas
|
| S-VC063
|
Active volcanism
|
| S-GC Geochemistry |
| S-GC065
|
Solid Earth Geochemistry, Cosmochemistry
|
| S-TT Technology & Techniques |
| S-TT071
|
Frontier Research in Exploration Geophysics
|
| S-TT072
|
Synthetic Aperture Radar
|
| S-TT073
|
Seismometry and monitoring system
|
| S-TT074
|
Airborne surveys and monitoring of the Earth
|
| S-TT075
|
Stress inversion in seismology and structural geology
|
| |
**S-TT076
|
|
Advances in Gravity and Magnetic methods in Geosciences |
| S-CG Complex & General |
| S-CG004
|
Geofluid and Dynamics of Subduction Zone
|
| S-CG081
|
15 years since the Hyogoken Nambu (Kobe) Earthquake
|
| S-CG082
|
Petrology, Mineralogy and Resource Geology
|
| S-CG083
|
Geochemistry of fault systems
|
| S-CG084
|
Geological Disposal of Radioactive Waste
|
| S-CG085
|
Low-frequency oscillatory phenomena
|
| S-CG086
|
Ocean Floor Geoscience
|
| S-CG087
|
Crustal deformation in plate convergence zones
|
| S-CG088
|
Structure and active tectonics of high strain rate zone
|
| |
**S-CG089
|
|
Arc evolution and continental crust
|
| S-CG090
|
Fluid inclusion
|