High Resolution Marine Geophysics

More Information

About the High Resolution Marine Geophysics

We have over 30 years of experience of collecting high resolution geophysical data for research projects as diverse as small object detection (including forensic work), wreck based surveys, Quaternary natural and archaeological landscape studies, active tectonics, large scale sedimentological and structural analysis, and site investigation for offshore wind farms.

High resolution marine geophysics equipment at Southampton includes a number of devices at a range of frequencies to image the seafloor and the shallow sub-seafloor (~100 m to 1 km). We also have the capability to process and interpret this wide range of data through commercial software and a dedicated computing facility.

Data have been acquired in many different settings in lakes, nearshore and offshore, including: 

  • the Solent and English Channel (shipwreck surveys, paleo river studies)
  • the Corinth Rift, Greece (active continental rift faulting and sedimentation)
  • Windermere in the Lake District (study of glacial and post-glacial sedimentation and landforms)
  • the Indus Fan (submarine fan sedimentation and monsoon climate history)
  • Norway (estimation of physical properties of submarine slope failure)
  • North Sea (testing detectability of gas escapes from future Carbon Capture and Storage sites)

Technical specification

Equipment within the facility includes:

  • Boomer seismic source
  • Sparker seismic source
  • 60-channel (multichannel) streamer, for use with the Boomer and Sparker seismic sources
  • Teledyne Reson SeBat 7101 (240 kHz) and 8125HD (455 kHz) multibeam echo sounder systems, with navigation and positioning and sound velocity systems.
  • GeoAcoustics PulSAR Wideband sidescan sonar system (550-1000 kHz)
  • The team also developed the 3D Chirp system (now operated by SAND Geophysics)

High Resolution Marine Geophysics

Contact us

Get in touch to find out more about our facility and how we might be able to work with you.

Professor Tim Henstock

High Resolution Marine Geophysics, University of Southampton, National Oceanography, European Way, Southampton. SO14 3ZH