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| Water-related disaster class of project | Project | Element technique | Main data |
|
| Flood | Development of system for vulnerability analysis of natural disaster | (1) SAR remote sensing | (1)RADARSAT-1, RADARSAT-2 |
| (2) GIS | (2) Land use and cover |
| (3) DEM |
| (4) Forest map |
| Flood | Development of system for flood of stream and risk analysis | (1) GIS | (1) DEM |
| (2) SAR remote sensing | (2) Land use and cover |
| (3) Location of flood |
| Flood | Development of flash flood damage prediction method in mountainous areas | (1) SAR remote sensing | (1) RADARSAT-1, RADARSAT-2 |
| (2) GIS | (2) Land use and cover |
| (3) DEM |
| (4) Forest map |
| Flood | Pilot development and operation of urban flood forecasting project based radar-rainfall - | (1) SAR remote sensing | (1) Sentinel-1 |
| (2) Optic remote sensing | (2) COSMO-SkyMed |
| (3) WorldView-2, WorldView-3 |
| Flood | Development of the evaluation technology for complex causes of inundation vulnerability and the response plans in coastal urban areas for adaptation to climate change | (1) GIS | (1) Land use and cover |
| (2) Climatic change scenario (RCP 4.8, 8.5) |
| Flood | Development of flood forecasting technology for catching golden time | (1) GIS | (1) Climatic change scenario (RCP 4.8, 8.5) |
| Flood | Establishment of city flood response system by region | (1) SAR remote sensing | (1) RADARSAT-2 |
| (2) GIS | (2) Sentinel-1 |
| (3) Land use and cover |
| (4) DEM etc. |
| Flood | Urban flood analysis and flood safety improvement technology | (1) SAR remote sensing | (1) RADARSAT-2 |
| (2) GIS | (2) Sentinel-1 |
| (3) Land use and cover |
| Flood | Development of hydrological model for decision making to flood response | (1) SAR remote sensing | (1) RADARSAT-2 |
| (2) GIS | (2) Sentinel-1 |
| (3) Land use and cover |
| Flood | Intelligent flood prediction and warning system | (1) SAR remote sensing | (1) RADARSAT-2 |
| (2) GIS | (2) Sentinel-1 |
| (3) COSMO-SkyMed |
| (4) Land use and cover |
| Typhoon | Implementation of typhoon related disaster information database using remote sensing data | (1) SAR remote sensing | (1) RADARSAT-1, RADARSAT-2 |
| (2) Sentinel-1 |
| Typhoon | Developing detection/prediction technique for tropical cyclone formation based on satellite and numerical model | (1) Meteorological satellite remote sensing | (1) Chollian 1, Chollian 2 |
| (2) Meteorological data |
| Typhoon | A research for typhoon track prediction using end-to-end deep learning technique | (1) Meteorological satellite remote sensing | (1) Chollian 1, Chollian 2 |
| Typhoon | Developing typhoon prediction system by multi-model ensemble technique | (1) Meteorological satellite remote sensing | (1) Chollian 1, Chollian 2 |
| (2) SAR remote sensing | (2) RADARSAT-1, RADARSAT-2 |
| (3) Sentinel-1 |
| (4) COSMO-SkyMed |
| Typhoon | Prediction of medium- and long-range tropical cyclone activity using the statistical-dynamical forecast system | (1) Meteorological satellite remote sensing | (1) Chollian 1, Chollian 2 |
| (2) Meteorological data |
| Typhoon | Study on methods to track northwestern Pacific typhoons paths using seismic array data | (1) Meteorological satellite remote sensing | (1) Chollian 1, Chollian 2 |
| Typhoon | Disastrous weather/climate analysis and prediction | (1) GIS | (1) Meteorological data |
| (2) Climatic change scenario(RCP 4.5 and 8.5) |
| Downpour | Improvement of understanding and prediction capability for high-impact heavy precipitation systems over the Korean peninsula | (1) Meteorological satellite remote sensing | (1) Chollian 1, Chollian 2 |
| (2) SAR remote sensing | (2) RADARSAT-1, RADARSAT-2 |
| Downpour | Development of a prediction system for heavy rainfalls caused by cloud clusters over the Korean peninsula | (1) GIS | (1) Meteorological data |
| (2) SAR remote sensing | (2) Sentinel-1 |
| (3) COSMO-SkyMed |
| Drought | Development of the software module in response to drought events based on satellite imagery in Korea | (1) Optic remote sensing | (1) Landsat 5, Landsat 6, Landsat 7 |
| Drought | Development of a drought monitoring system through integrated modeling of multi-sensor data | (1) Meteorological satellite remote sensing | (1) Chollian 1, RADARSAT-2 |
| (2) Meteorological data |
| Heavy snowfall | Development of a prompt action technique using remote sensing | (1) Optic remote sensing | (1) Landsat 5, Landsat 6, Landsat 7 |
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