Driscoll, Neal, et al., (2018), Processed multi-channel seismic data (stacks) offshore California acquired during the R/V New Horizon expedition NH1320 (2013) using a boomer source. Marine Geoscience Data System (MGDS). doi:10.1594/IEDA/500044
Title:
Processed multi-channel seismic data (stacks) offshore California acquired during the R/V New Horizon expedition NH1320 (2013) using a boomer source
Abstract:
Part of the SONGS project, this 2013 R/V New Horizon expedition conducted a 2D shallow seismic survey, collecting both sparker and boomer data, in the vicinity of the San Onofre Nuclear Generating Station (SONGS), offshore California. The objectives included imaging the fault geometry in the seismogenic zone and determining the recurrence interval for the fault systems. These boomer data were processed by University of Nevada, Reno and Scripps Institution of Oceanography. No navigation in the original headers. CDP navigation (UTM zone 11, WGS 84 coordinates) provided by the PI was converted to latitude/longitude in arc seconds and placed in the headers at bytes 73-76, 77-80. Funding was from Southern California Edison.
Creator(s):
Driscoll, Neal
Kent, Graham
Bormann, Jayne
Date Created:
2016-01-27
Keyword(s):
Marine Geoscience (IEDA Topic)
Oceans (IEDA Topic)
Solid Earth (IEDA Topic)
Seismic Reflection (IEDA Data Type)
Subduction Zone (IEDA Feature of Interest)
Seismic:Active:MCS:Processed (instrument)
NH1320 (cruise)
New Horizon (platform)
Pacific Ocean (place)
environment, hazard, Newport Inglewood Fault, Rose Canyon Fault, Oceanside Blind Thrust Faults, Coronado Bank, Palos Verdes, San Diego Trough, San Clemente Fault System, Inner California Borderlands (UTIG Keyword)