https://opara.zih.tu-dresden.de/xmlui/handle/123456789/1161 2026-04-03T00:45:41Z https://opara.zih.tu-dresden.de/xmlui/handle/123456789/1893 Data Archive DFDP Seismic extended 3D surface and VSP survey (Alpine Fault 3D-VSP) Lay, Vera; Buske, Stefan; Townend, John; Eccles, Jennifer; Kellett, Richard; Constantinou, Alexis; Schmitt, Douglas; Bertram, Malcolm; Hall, Kevin; Savage, Martha; Gorman, Andrew; Bodenburg, Sascha Barbara; Kleine, Franz; Kofman, Randolf; Benson, Adrian; Gulley, Anton; McNab, Andrew; Lindsay, Danielle; Hopp, Chet; Mann, Christin; Lepine, Patrick; Bowman, Hamish; Lawton, Don This seismic data set was acquired in 2016 by a joint effort of several partners. A detailed field report describes the field procedures and available data: Townend, J., Eccles, J., Kellett, R., Buske, S., Constantinou, A., Schmitt, D., Betram, M., Hall, K., Savage, M., Gorman, A., Kofman, R., Benson, A., Lay, V., Gulley, A., McNab, A., Lidsay, D., Hopp, C., Mann, C., Bodenburg, S.B., Kleine, F., Lepine, P., Bowman, H., Broderick, N., Capova, L., Lawton, D. (2016): Whataroa 2016 seismic experiment acquisition report (GNSScienceReport 2016/36). Lower Hutt, NewZealand: GNS Science. https://doi.org/10.21420/G2TK9T. Within this archive, we provide the coordinate lists and correlated data with local coordinates. Further detailed information for these data are given in the included pdf-file. 2021-01-01T00:00:00Z https://opara.zih.tu-dresden.de/xmlui/handle/123456789/1627 Seismic P-wave velocity model at the DFDP-2 drill site Lay, Vera; Buske, Stefan; Bodenburg, Sascha Barbara Data sets for a seismic P-wave velocity model from a 3D VSP survey at the Alpine Fault DFDP-2 drill site in the Southern Alps in New Zealand containing the used first-arrival travel times and the obtained P-wave velocity model. travel-time-picks.dat: First-arrival travel-time picks of the 3D VSP data set. Coloumns are: 1) source location number, 2) receiver location number, 3) local x coordinate of the source in decimeter, 4) local y coordinate of the source in decimeter, 5) local z coordinate of the source in decimeter, 6) local x coordinate of the receiver in decimeter, 7) local y coordinate of the receiver in decimeter, 8) local z coordinate of the receiver in decimeter, 9) picked first-arrival travel time in 10^-4 s. ####################################################################################################### vp_model.dat: 3D P-wave velocity model obtained by tomographic first-arrival travel-time inversion. Coloumns are: 1) local x coordinate of grid point in meter, 2) local y coordinate of grid point in meter, 3) local z coordinate of grid point in meter and 4) P-wave velocity at grid point in meter per second. All grid points without ray coverage have P-wave velocity set to 0. 2019-01-01T00:00:00Z