| Symbol S (Solid Earth Sciences) | 
				
					| S-GD Geodesy | 
						
							| S-GD21 | Geodesy General Contributions | 
						
							| S-GD22 | Gravity and Geoid | 
						
							| S-SS Seismology | 
						
							|  | **S-SS01 |  | Slip to the Trench in Megathrust Earthquakes | 
						
							|  | **S-SS02 |  | Earthquake predictability research after the 2011 
							Tohoku earthquake | 
						
							| S-SS23 | Application and Future Development of Earthquake 
							Early Warning | 
						
							| S-SS24 | Seismic wave propagation: Theory and Application | 
						
							| S-SS25 | Comprehensive approach to the intraplateEarthquakes | 
						
							| S-SS26 | Crustal Structure | 
				
					| S-SS27 | Seismicity | 
				
					| S-SS28 | Earthquake Source Processes and Physics of Earthquakes | 
				
					| S-SS29 | Fault Rheology and Earthquake Dynamics | 
						
							| S-SS30 | Earthquake prediction | 
				
					| S-SS31 | New perspective of great earthquakes along subduction zones | 
				
					| S-SS32 | Active faults and paleoseismology | 
				
					| S-SS33 | Strong Ground Motion and Earthquake Disaster | 
				
					| S-SS34 | Crustal Deformation | 
				
					| S-SS35 | Predicting strong ground motion and tsunamis from giant 
					earthquakes at the Nankai trough and others | 
				
					| S-EM Earth's Electromagnetism | 
				
					| S-EM36 | Geomagnetism, paleomagnetism and rock-magnetism | 
				
					| S-EM37 | Electrical conductivity, Tectono-electromagnetism | 
						
							| S-IT Science of the Earth's Interior & 
							Techtonophysics | 
						
							|  | **S-IT03 |  | Earth and Planetary Cores Seen from 
							Multi-disciplinary Approaches | 
						
							|  | **S-IT04 |  | Mineral physics and dynamics of deep planetary 
							interiors | 
						
							|  | **S-IT05 |  | Origin, evolution, and destruction of oceanic plate | 
						
							|  | **S-IT06 |  | Geofluids and their roles in dynamics of the Earth's 
							interior | 
						
							| S-IT38 | Rheology and Transport Phenomena of Geomaterials | 
						
							| S-IT39 | Deep Earth science: Dynamics of plate, mantle, and core | 
				
					| S-GL Geology | 
				
					| S-GL40 | Geochronology and Isotope Geology | 
				
					| S-GL41 | Regional geology and tectonics | 
				
					| S-RD Resources, Mineral Deposit & Resource Exploration | 
				
					| S-RD42 | New development of resource geology: characterization of ore 
					fluid | 
				
					| S-MP Mineralogy & Petrology | 
				
					| S-MP43 | Deformed rocks, Metamorphic rocks and tectonics | 
				
					| S-MP44 | Physics and Chemistry of Minerals | 
				
					| S-MP45 | Nano-minerals controlling the Earth's surface | 
				
					| S-MP46 | Hydrogenous materials and neutron scattering in earth 
					sciences | 
				
					| S-MP47 | Dynamics of melt, ductile and brittle rock mass and energy 
					extraction | 
				
					| S-VC Volcanology | 
				
					| S-VC48 | Active volcanism | 
				
					| S-VC49 | Mitigation of Volcanic disaster - Basic and applied research | 
				
					| S-VC50 | Dynamics of volcanic eruptions and igneous activities | 
				
					| S-VC51 | volcanic activities and tectonics | 
				
					| S-VC52 | Hydrothermal systems beneath volcanoes | 
				
					| S-VC53 | Volcanic and igneous activities, and these long-term 
					forecast | 
				
					| S-GC Geochemistry | 
				
					| S-GC54 | Solid Earth Geochemistry, Cosmochemistry | 
						
							| S-TT Technology & Techniques | 
						
							|  | **S-TT11 |  | Frontier Researches in Exploration Geophysics | 
						
							| S-TT55 | Airborne surveys and monitoring of the Earth | 
						
							| S-TT56 | Seismometry and monitoring system | 
						
							| S-TT57 | Synthetic Aperture Radar | 
						
							| S-TT59 | Creating future of solid Earth science with high 
							performance computing (HPC) | 
						
							| S-CG Complex & General | 
						
							|  | **S-CG07 |  | Collision, Subduction, and Metamorphic processes | 
						
							|  | **S-CG08 |  | Geodynamics of off-arc volcanism and back-arc opening | 
				
					|  | **S-CG09 |  | Deep Carbon Cycle | 
				
					|  | **S-CG10 |  | Evolution of continental crust and Project IBM | 
				
					| S-CG60 | Geological Disposal of Radioactive Waste and Earth Science | 
				
					| S-CG61 | Petrology, Mineralogy and Resource Geology | 
				
					| S-CG62 | Slow earthquakes | 
				
					| S-CG63 | Geofluids and dynamics in subduction zones | 
				
					| S-CG64 | Geochemistry of fault systems | 
				
					| S-CG65 | Stress and Crustal Dynamics | 
				
					| S-CG66 | Crustal deformation in plate convergence zones | 
				
					| S-CG67 | Ocean Floor Geoscience | 
				
					| S-CG68 | Structure, evolution and geodynamics of island arcs |