Detailed Ultra-Shallow Seismic Imaging Over a Very Large Area using High Resolution NFH Data

References

1. BabkinaS., KhakimovO., AnthoineS., Al KaabiA., CamboisG., MahgoubM., 2023, Utilizing Near-Field Hydrophones for near-surface imaging over shallow salt structure Offshore Abu Dhabi, ADIPEC
   [Google Scholar]
2. DamianusF., PooleG., KhakimovO., CamboisG., MahgoubM., TansiniA., 2022, Combined Use of Nearfield Hydrophones and Multiple Migration for Shallow Imaging, ADIPEC
   [Google Scholar]
3. DaviesD., TillotsonP., 2019, Near Field Hydrophones – Imaging the Subsurface, EAGE Annual 81st Conference
   [Google Scholar]
4. KhakimovO., GholamiY., TertraisB., CamboisG., MahgoubM., 2021, Using Active and Passive Near-field Hydrophones to Image the Near-surface In Ultra-shallow Waters Offshore Abu Dhabi, ADIPEC
   [Google Scholar]
5. NevillP., DaviesK., MohammedS., UbikK., JuppR., KraghE., ChristieP., 2019, Imaging with Near-Field Hydrophones, EAGE Annual 81st Conference
   [Google Scholar]
6. WaqasM., AlkobaisiA. S., YahiaA., BorlandW. H., NawazM. A., 2021, First Look-Ahead VSP Guided Salt Dome Island Exploration Well Drilling in the UAE, ADIPEC
   [Google Scholar]
7. Wang, P., Peng, C.2012. Premigration deghosting for marine towed streamer data using a bootstrap approach. 82nd Annual International meeting, SEG, Expanded abstracts, 1–5.
   [Google Scholar]
8. ZiolkowskiA., ParkesG., HattonL., HauglandT., 1982, The signature of an air gun array: Computation from near‐field measurements including interactions, SEG Geophysics
   [Google Scholar]