Use one, some or all the filters below to explore our resources.
Know what you are looking for? Type below
Or, use our filtered search by selecting as little or as much as you like.
A review of approaches for submarine landslide-tsunami hazard identification and assessment
J.H.M. Roger, S.Bull, S.J. Watson, C. Mueller, J.I.T. Hillman, A.Wolter, G. Lamarche, W.Power, E. Lane, S.Woelz, S.Davidson 2024 A review of approaches for submarine landslide-tsunami…
Estimating S-Wave intensity for early earthquake warning in New Zealand: Leveraging the first 3 seconds of P-wave intensity
C. Chandrakumar, M.L. Tan, C. Holden, M.Stephens, A.Punchihewa, R. Prasanna 2024 Estimating S-Wave intensity for early earthquake warning in New Zealand: Leveraging the first 3…
Using simulated earthquakes to prepare for the next ‘big one’
'Synthetic' earthquakes are helping scientists understand Aotearoa's full earthquake cycle, and what the next big damaging quake might look like.
Earthquake early warning systems based on low-cost ground motion sensors: A systematic literature review
Low-cost ground motion sensors are becoming a promising solution for constructing an affordable yet reliable and robust earthquake early warning system.
Seismic constraint on heterogeneous deformation and stress state in the forearc of the Hikurangi subduction zone, New Zealand
Differences in the nature of crustal deformation (and stress state) along the Hikurangi margin.
The role of frictional heterogeneities in the earthquake cycle.
Introducing heterogeneity to the distribution of the frictional stresses to obtain more realistic and less characteristic synthetic earthquake catalogues for hazard assessment.
Physics to Resilience: Next Generation Earthquake and Tsunami Response.
An update on the development and evaluation of the usefulness of earthquake models for application to some of Aotearoa New Zealand's biggest earthquake challenges.
Performance analysis of P-wave detection algorithms for a community-engaged earthquake early warning system – a case study of the 2022 M5.8 Cook Strait earthquake
Which algorithm is best for detecting P-waves generated by earthquakes and generating earthquake early warnings?
Algorithms for detecting P-waves and earthquake magnitude estimation: Initial literature review findings.
This Work in Progress paper presents the initial findings from an ongoing literature review exploring the algorithms used for P-wave detection and earthquake magnitude estimation.
Impact of variable fault geometries and slip rates on earthquake catalogues from physics-based simulators for the Cape Egmont Fault, New Zealand.
Using an exceptionally well-defined 3D geometry of an active normal fault to test the impact of detailed input data on synthetic seismicity simulations.
Challenge Lifetime Summary
A summary of Resilience Challenge achievements and impacts over ten years of collaborative research
Probabilistic Assessment of Tsunami Hazards in New Zealand.
An alternative approach to the estimation of tsunami hazard from local tsunami sources based on generating synthetic catalogues using a physics-based earthquake simulator.