Vertical Seismic Profiling
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Vertical seismic profiling A geophysical technology for measuring the seismic properties in a profile of the earth using a set of sources and receivers, either of which is placed along the depth (vertical) axis.
Vertical seismic profiling (commonly abbreviated to the name VSP) is a major technique in geophysical exploration, which involves measuring downgoing and upgoing seismic wavefields through a stratigraphic sequence. Shortly after the first attempts of developing surface reflection seismology, where both sources and receivers were at the surface, the line of research sets out with the idea of burying either sources or receivers in boreholes. McCollum and LaRue (1931) proposed that local geologic structure could be determined from measuring the arrival of seismic energy from surface sources with buried receivers. This geometry forms the basic principle of determining seismic wave propagation velocities from VSP measurements even today. The...
- Hunziker J, Greenwood A, Minato S, Barbosa N, Caspari E, Hollinger K (2019) Bayesian full-waveform tube-wave inversion for effective hydraulic fracture aperture and mechanical fracture compliance. EAGE 81st Conference and ExhibitionGoogle Scholar
- Liang L, Li M, Rufino R, Abubakar L, Nutt H, Menkiti H, Dummong S, Tondel R (2013) Application of frequency-domain full-waveform inversion for time-lapse 3D VSP data interpretation. Soc Explor Geophysicists Expanded Abstr 32:5107–5112Google Scholar
- Marhfoul BE, Verschuur E (2017) Joint Migration Inversion of 3D full wavefield borehole data. EAGE 79th Conference and ExhibitionGoogle Scholar
- McCollum B, LaRue WW (1931) Utilization of existing wells in seismograph work. Early Geophys Pap 1:119–127Google Scholar
- Wu Z, Rector JW, Nihei K, McCallen D (2017) Characterizing seismic soil and unconsolidated sediment using Mach waves. Soc Explor Geophysicists Expanded Abstr:2710–2714Google Scholar