Onshore-offshore and onshore wide-angle reflection and refraction
seismic data are analysed in order to constrain the crustal P-wave
velocity structure within Wanganui Basin and the southern Hikurangi
margin, western North Island, New Zealand. Two, two-dimensional, P-wave
velocity models are constructed using reflection and refraction phase
travel-times based on forty-four onshore-offshore receiver gathers,
twelve onshore shot gathers and two marine multi-channel-seismic
reflection profiles collected along two transects within Wanganui Basin.
The profiles are orientated both sub-parallel and perpendicular to the
strike of the Hikurangi margin.
History
Copyright Date
2013-01-30
Date of Award
2013-01-30
Publisher
Te Herenga Waka—Victoria University of Wellington
Rights License
Author Retains All Rights
Degree Discipline
Geophysics
Degree Grantor
Te Herenga Waka—Victoria University of Wellington
Degree Level
Masters
Degree Name
Master of Science
Victoria University of Wellington Item Type
Awarded Research Masters Thesis
Language
en_NZ
Victoria University of Wellington School
School of Geography, Environment and Earth Sciences