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Tectonic geomorphology and Holocene uplift rates of the Lae Urban Area,...
The city of Lae is Papua New Guinea (PNG)’s second largest, and is the home of PNG’s largest port. Here, a convergence rate of ~50 mm/yr between the South Bismarck Plate and the... -
Large earthquake recurrence on the southern Willunga Fault, South Australia
The presence of Pliocene marine sediments in the Myponga and Meadows basins within the Mt Lofty Ranges south of Adelaide is testament to over 200 m of tectonic uplift... -
Large earthquake recurrence on the southern Willunga Fault, South Australia
The presence of Pliocene marine sediments in the Myponga and Meadows basins within the Mt Lofty Ranges south of Adelaide is testament to over 200 m of tectonic uplift... -
Tectonic geomorphology and Holocene uplift rates of the Lae Urban Area,...
The city of Lae is Papua New Guinea (PNG)’s second largest, and is the home of PNG’s largest port. Here, a convergence rate of ~50 mm/yr between the South Bismarck Plate and the... -
Tectonic geomorphology and Holocene uplift rates of the Lae Urban Area,...
The city of Lae is Papua New Guinea (PNG)’s second largest, and is the home of PNG’s largest port. Here, a convergence rate of ~50 mm/yr between the South Bismarck Plate and the... -
Large earthquake recurrence on the southern Willunga Fault, South Australia
The presence of Pliocene marine sediments in the Myponga and Meadows basins within the Mt Lofty Ranges south of Adelaide is testament to over 200 m of tectonic uplift... -
Tectonic geomorphology and Holocene uplift rates of the Lae Urban Area,...
The city of Lae is Papua New Guinea (PNG)’s second largest, and is the home of PNG’s largest port. Here, a convergence rate of ~50 mm/yr between the South Bismarck Plate and the... -
Large earthquake recurrence on the southern Willunga Fault, South Australia
The presence of Pliocene marine sediments in the Myponga and Meadows basins within the Mt Lofty Ranges south of Adelaide is testament to over 200 m of tectonic uplift... -
Mapping Neotectonic Faults in the Gippsland Region for Seismic Hazard Applications
The Gippsland region in southeastern Australia is characterised by some of the highest seismic activity rates and consequent hazard in Australia. The region is host to 26... -
Large earthquake recurrence on the southern Willunga Fault, South Australia
The presence of Pliocene marine sediments in the Myponga and Meadows basins within the Mt Lofty Ranges south of Adelaide is testament to over 200 m of tectonic uplift... -
Tectonic geomorphology and Holocene uplift rates of the Lae Urban Area,...
The city of Lae is Papua New Guinea (PNG)’s second largest, and is the home of PNG’s largest port. Here, a convergence rate of ~50 mm/yr between the South Bismarck Plate and the... -
Paleoseismology of the Hyde Fault, Otago, New Zealand
We present the first paleoseismic investigation of the Hyde Fault, one of a series of north-east striking reverse faults within the Otago range and basin province in southern... -
Resolving the location and magnitude of the 1918 Queensland (Bundaberg)...
Eastern Queensland (Australia) was struck by a major earthquake at ≈04:14 a.m. local time on 7 June 1918. Most previous studies have suggested that the epicenter of this... -
Forecasting recurrent large earthquakes from paleoearthquake and fault...
Because the recurrence interval of large earthquakes on any particular fault is typically long relative to the historical record, geological data are often utilised to constrain... -
Informing seismic hazard with geodesy & remote-sensing from Türkiye to Central Asia
COMET (The Centre for Observation and Modelling of Earthquakes, Volcanoes and Tectonics) uses satellite measurements alongside ground-based observations and geophysical models... -
Canada's 6th Generation Seismic Hazard Model, as prepared for the 2020...
Canada's 6th Generation seismic hazard model has been developed to generate seismic design values for the 2020 National Building Code of Canada (NBCC2020). The model retains... -
Large earthquake recurrence on the southern Willunga Fault, South Australia
The presence of Pliocene marine sediments in the Myponga and Meadows basins within the Mt Lofty Ranges south of Adelaide is testament to over 200 m of tectonic uplift... -
Towards the 2018 National Seismic Hazard Assessment: Draft Design Values as...
Geoscience Australia, together with contributors from the wider Australian seismology community, have produced a draft National Seismic Hazard Assessment (NSHA18), recommended... -
Updating the National Seismic Hazard Assessment. Philosophy and Implications
Dam owners and operators must consider a range of hazards for the design and maintenance of infrastructure assets – including seismic hazards. In 2018, Geoscience Australia... -
Probabilistic Seismic Hazard Analysis model for the Philippines
The Philippine archipalego is tectonically complex and seismically hazardous, yet few seismic hazard assessments have provided national coverage. This paper presents an updated...