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| Tokushima University ⟩ Graduate School of Sciences and Technology for Innovation ⟩ Science and Technology ⟩ Civil and Environmental Engineering ⟩ | ||
Disaster Science and Mitigation |
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| A | |
| B | |
| Bearing capacity | Ueno, Katsutoshi |
| C | |
| capacitance | Ueno, Katsutoshi |
| carbon dioxide | TAMURA, Takao |
| coastal environment | TAMURA, Takao |
| D | |
| E | |
| earthquake | Jiang, Jing-Cai |
| energy saving | TAMURA, Takao |
| environmental protection | TAMURA, Takao |
| F | |
| Fishery | TAMURA, Takao |
| flood | TAMURA, Takao |
| flood flow | TAMURA, Takao |
| forest | TAMURA, Takao |
| forest-river-sea | TAMURA, Takao |
| G | |
| geosensing | Ueno, Katsutoshi |
| Geotechnical centrifuge | Ueno, Katsutoshi |
| global warming | TAMURA, Takao |
| Goya | TAMURA, Takao |
| Green curtain | TAMURA, Takao |
| H | |
| H-Q curve | TAMURA, Takao |
| heat island | TAMURA, Takao |
| Hydrological cycle | TAMURA, Takao |
| IJKL | |
| M | |
| mathematical modeling | TAMURA, Takao |
| moisture content | Ueno, Katsutoshi |
| N | |
| natural disaster | TAMURA, Takao |
| Nutritive salt | TAMURA, Takao |
| O | |
| P | |
| permittivity | Ueno, Katsutoshi |
| Q | |
| quantitative evaluation | TAMURA, Takao |
| R | |
| Red tide | TAMURA, Takao |
| regional disaster management | TAMURA, Takao |
| runoff model | TAMURA, Takao |
| S | |
| solute runoff | TAMURA, Takao |
| TUV | |
| W | |
| Water resource | TAMURA, Takao |
| watershed | TAMURA, Takao |
| XYZ | |