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Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
QLD Tsunami Inundation Modelling Project Final Report: Gladstone Region 2024-2025
This report presents a comprehensive Probabilistic Tsunami Hazard Assessment (PTHA) developed by Geoscience Australia in partnership with Queensland Fire Department for the... -
Spatially extensive probabilistic tsunami inundation hazard assessment -...
Probabilistic tsunami hazard assessment (PTHA) is widely used to quantify earthquake-tsunami hazards and their uncertainties, informing the design of evacuation zones and... -
Tsunami in Australia: challenging assumptions, building preparedness
University of Newcastle researchers captured media attention in 2017 with the release of a study modelling tsunami risk for the city of Sydney. The study considered a range of... -
Probabilistic Translation of Tsunami Inundation Depths across Tides
Tides can significantly influence the extent of tsunami inundation. Tsunamis produce a series of waves beginning at some random point in the tidal cycle and the largest... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
QLD Tsunami Inundation Modelling Project Final Report: Gladstone Region 2024-2025
This report presents a comprehensive Probabilistic Tsunami Hazard Assessment (PTHA) developed by Geoscience Australia in partnership with Queensland Fire Department for the... -
Tsunami in Australia: challenging assumptions, building preparedness
University of Newcastle researchers captured media attention in 2017 with the release of a study modelling tsunami risk for the city of Sydney. The study considered a range of... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Tsunami in Australia: challenging assumptions, building preparedness
University of Newcastle researchers captured media attention in 2017 with the release of a study modelling tsunami risk for the city of Sydney. The study considered a range of... -
QLD Tsunami Inundation Modelling Project Final Report: Gladstone Region 2024-2025
This report presents a comprehensive Probabilistic Tsunami Hazard Assessment (PTHA) developed by Geoscience Australia in partnership with Queensland Fire Department for the... -
QLD Tsunami Inundation Modelling Project Final Report: Gladstone Region 2024-2025
This report presents a comprehensive Probabilistic Tsunami Hazard Assessment (PTHA) developed by Geoscience Australia in partnership with Queensland Fire Department for the... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Tsunami in Australia: challenging assumptions, building preparedness
University of Newcastle researchers captured media attention in 2017 with the release of a study modelling tsunami risk for the city of Sydney. The study considered a range of... -
QLD Tsunami Inundation Modelling Project Final Report: Gladstone Region 2024-2025
This report presents a comprehensive Probabilistic Tsunami Hazard Assessment (PTHA) developed by Geoscience Australia in partnership with Queensland Fire Department for the... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies... -
Tsunami in Australia: challenging assumptions, building preparedness
University of Newcastle researchers captured media attention in 2017 with the release of a study modelling tsunami risk for the city of Sydney. The study considered a range of... -
Tsunami in Australia: challenging assumptions, building preparedness
University of Newcastle researchers captured media attention in 2017 with the release of a study modelling tsunami risk for the city of Sydney. The study considered a range of... -
QLD Tsunami Inundation Modelling Project Final Report: Gladstone Region 2024-2025
This report presents a comprehensive Probabilistic Tsunami Hazard Assessment (PTHA) developed by Geoscience Australia in partnership with Queensland Fire Department for the... -
Accommodating Spatially Varying Tidal Planes in Tsunami Hazard Assessments
Tsunami hazard assessment is commonly performed using a conservatively high sea level, typically the highest astronomical tide (HAT). However, HAT is not constant but varies...