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TS_ID_GeoscienceAus
Probabilistic tsunami hazard assessment for Indonesia, cnducted by Geoscience Australia - the first nationally consistent probabilistic tsunami hazard assessment (PTHA) for... -
TS-ID-GA-500
Original PTHA datasets are from GeoScience Australia. Probabilistic tsunami hazard assessments (PTHA) are analogous to probabilistic seismic hazard assessment (PSHA) which is... -
EQ-SEA-GEM-2475
This dataset, providing Peak Ground Acceleration (pga, units: g) was computed by the Global Earthquake Model Foundation using the OpenQuake-engine implementation of the 2007... -
CF-ID-IVM-10
Coastal flood inundation layers for Indonesia. The inundation estimates were computed using a GIS-based planar approach, which uses extreme water levels from the DIVA model and... -
FL-ID-IVM-5
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-25
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-10
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
EQ-SEA-GEM-100
This dataset, providing Peak Ground Acceleration (pga, units: g) was computed by the Global Earthquake Model Foundation using the OpenQuake-engine implementation of the 2007... -
CF-ID-IVM-1000
Coastal flood inundation layers for Indonesia. The inundation estimates were computed using a GIS-based planar approach, which uses extreme water levels from the DIVA model and... -
FL-ID-IVM-500
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
TS-ID-GA-2500
Original PTHA datasets are from GeoScience Australia. Probabilistic tsunami hazard assessments (PTHA) are analogous to probabilistic seismic hazard assessment (PSHA) which is... -
FL-ID-IVM-50
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-1000
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
CF-ID-IVM-100
Coastal flood inundation layers for Indonesia. The inundation estimates were computed using a GIS-based planar approach, which uses extreme water levels from the DIVA model and... -
FL-ID-IVM-250
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-100
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
TS-ID-GA-100
Original PTHA datasets are from GeoScience Australia. Probabilistic tsunami hazard assessments (PTHA) are analogous to probabilistic seismic hazard assessment (PSHA) which is... -
EQ-SEA-GEM-975
This dataset, providing Peak Ground Acceleration (pga, units: g) was computed by the Global Earthquake Model Foundation using the OpenQuake-engine implementation of the 2007...
