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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... -
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... -
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... -
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... -
Probabilistic tsunami inundation assessment from a near-field earthquake source
Tsunamis are a destructive and dangerous hazard for coastal communities. To prepare for future events, Probabilistic Tsunami Hazard Assessment (PTHA) can be used to estimate 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... -
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... -
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... -
NSW-wide probabilistic tsunami inundation hazards from subduction earthquakes
Tsunamis are a low-frequency yet potentially high-consequence hazard, with impacts growing rapidly with the flow depth and inundation extent. For this reason, tsunami risk... -
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... -
Reflections from Sendai: lessons for Australia
It's hard to believe eight years has passed since the Great East Japan Earthquake occurred that devastated so much of Japan. In November, I was very fortunate to participate in... -
Science and technology for disaster management: Highlights from completing a...
Indonesia is one of the most disaster prone countries in the world. For 10 years the Australian and Indonesian governments, science agencies and universities, have partnered to...