Project information
REID, Dr James
University of Tasmania
Australia (or home country), Marine Science
Project aim
This project involves field trialling of software written as part of ASAC project 1212 (2000-2001) to determine sea-ice thickness in real-time from ship-borne electromagnetic induction measurements. Computer simulation of ship- and helicopter-borne electromagnetic induction measurements over realistic sea-ice structures will also be performed in order to assess the suitability and cost-effectiveness of helicopter-mounted systems for future Antarctic sea-ice thickness measurements.
Related publications
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Post-processing calibration of frequency-domain electromagnetic data for sea ice thickness measurements. ASEG 17th Geophysical Conference and Exhibition, Sydney 2004., 2004
(Ref: 11522)
Category 3: Conference paper
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A comparison of the inductive-limit footprints of airborne electromagnetic configurations. Geophysics, 2004
(Ref: 11834)
Authors:Category 1: Peer-reviewed literature
An inductive-limit model has been used to determine … footprint sizes for a variety of common airborne … electromagnetic-survey geometries. The model accounts … both for variations in the height and orientation of … the electromagnetic transmitter…
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Antarctic sea ice thickness measurements using a ship-borne electromagnetic induction device. ASEG 15th Geophysical Conference & Exhibition. August, 2001, Brisbane., 2002
(Ref: 10954)
Authors:Category 3: Abstract
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A comparison of shipborne and airborne electromagnetic methods for Antarctis sea ice thickness measurements. ASEG 16th Geophysical Conference & Exhibition. February 2003, Adelaide., 2002
(Ref: 10953)
Authors:Category 3: Abstract
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Ship-borne electromagnetic measurements of Antarctic sea ice thickness. Geophysics, 2003
(Ref: 10956)
Category 1: Peer-reviewed literature