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职业迁徙
个人简介
am interested in crustal structure in various tectonic settings. A continuing interest is in the structure of
oceanic crust, and using seismic data to understand its formation and evolution. My newest project studies
evolution of slow‐intermediate spreading rate crust in the South Atlantic via seismic and drilling data. I
am also actively involved in constraining size, morphology, and formation of the Chicxulub impact crater
through seismic studies and drilling. In the past I have participated in seismic and drilling studies
investigating the Izu‐Bonin‐Mariana Forearc, the structure of subducting crust near Costa Rica and
Barbados, ocean crust at the Blanco Fracture Zone and Hess Deep, the nature of the crust within Bransfield
Strait, the arc‐continent collision zone in the SE Caribbean, terrane accretion in SE Alaska, and the rifting
history of the Gulf of Mexico. In order to characterize the structure in these various environments I collect
wide‐angle seismic data using a large air‐gun source and ocean bottom seismograph receivers; this is often
done in conjunction with the acquisition of multi‐channel seismic reflection profiles. I then use various
techniques, including 2D and 3D tomography and full waveform tomographic inversion to constrain
crustal structure.
oceanic crust, and using seismic data to understand its formation and evolution. My newest project studies
evolution of slow‐intermediate spreading rate crust in the South Atlantic via seismic and drilling data. I
am also actively involved in constraining size, morphology, and formation of the Chicxulub impact crater
through seismic studies and drilling. In the past I have participated in seismic and drilling studies
investigating the Izu‐Bonin‐Mariana Forearc, the structure of subducting crust near Costa Rica and
Barbados, ocean crust at the Blanco Fracture Zone and Hess Deep, the nature of the crust within Bransfield
Strait, the arc‐continent collision zone in the SE Caribbean, terrane accretion in SE Alaska, and the rifting
history of the Gulf of Mexico. In order to characterize the structure in these various environments I collect
wide‐angle seismic data using a large air‐gun source and ocean bottom seismograph receivers; this is often
done in conjunction with the acquisition of multi‐channel seismic reflection profiles. I then use various
techniques, including 2D and 3D tomography and full waveform tomographic inversion to constrain
crustal structure.
研究兴趣
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S. P. S. Gulick,N. McCall,C. Ross,D. Stockli,C. Rasmussen,G. L. Christeson,M. Hesse,M. Malenda, E. L. Lopes, T. M. Chaffee, S. M. Tikoo-Schantz,T. Vanorio,
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Tectonophysics (2022): 229639
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C. G. Nixon,D. R. Schmitt, R. Kofman,J. Lofi,S. P. S. Gulick, S. Saustrup,G. L. Christeson,D. A. Kring
GEOCHEMISTRY GEOPHYSICS GEOSYSTEMSno. 3 (2022): n/a-n/a
International Ocean Discovery Program Preliminary Report (2022)
International Ocean Discovery Program Preliminary Report (2021)
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Charles S Cockell,Bettina Schaefer,Cornelia Wuchter,Marco J L Coolen,Kliti Grice, Luzie Schnieders,Joanna V Morgan, Sean P S Gulick,Axel Wittmann,Johanna Lofi,Gail L Christeson,David A Kring,
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