Long-term rockfall observations post-Kaikōura earthquake Abstract Helicopter sluicing is an uncommon, and relatively novel active landslide mitigation approach. Following the 2016 Kaikōura earthquake, the resulting helicopter sluicing campaign was the largest use of this technique to date in New Zealand, and possibly globally. The aim…
The NZGS Management Committee provides funding for a scholarship that would enable a member of the Society to undertake postgraduate research in New Zealand that would advance the objectives of the Society. Through this scholarship, the Society hopes to encourage members to enrol for post-graduate…
1. Introduction More than 20 faults are inferred to have moved in the M7.8 November 2016 Kaikōura Earthquake, which resulted in extensive damage to the coastal slopes and caused uplift at several locations. Between Clarence and Oaro, the transport corridor is located on a narrow…
Abstract It is recognised that earthquake design of high cut slopes in hilly to mountainous terrain is important to ensure that the next generation of transportation routes have adequate resilience to provide access to communities following an earthquake event. There is very little guidance in…
Abstract The 14 November 2016 Mw 7.8 Kaikōura earthquake triggered thousands of large landslides and caused severe disruption to the state highway and local road network in the North Canterbury and Marlborough regions. Damage to the network included landslides, debris flows, rock falls, failure of…
Advances in NZ Research Research into Seismic Design and Performance of High Cut Slopes in New Zealand Introduction and background Transportation routes are critical lifelines for the community, particularly in the event of natural hazards. New Zealand has a rugged terrain and high seismicity, which…