Project information
Project aim
This project is a cooperative venture between Australian and Italian institutes in a study of the mass budget of a large sector of the East Antarctic ice sheet. The mass budget represents the difference between the net input of moisture from the ocean as snow accumulating on the surface and the discharge of ice from the grounded part of the ice sheet. Any mismatch between these input and out put terms produces a direct contribution to change in sea level. Measurements of ice thickness along the coastal margin of the grounded ice sheet, combined with velocity data derived from satellite remote sensing methods, will provide the first direct measurements of the total mass output for the part of the ice sheet draining through this sector of the coastline. The observations will also a baseline against which future change in the mass flux can be assessed.
Related publications
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Investigating the cryospheric evolution of the central Antarctic plate (ICECAP): Internationally coordinated long-range aerogeophysics over East Antarctica's Domes A and C and the Aurora Subglacial Basin. Abstracts of the SCAR Open Science Conference, Hobart, 12-14 July 2006., 2006
(Ref: 12494)
Authors:Category 3: Poster
The subsurface character and boundary conditions of the East Antarctic Ice Sheet (EAIS) remain largely unknown although they are critical to ice sheet modeling and our … understanding of the EAIS's role in global climate and sea level change.
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Melt-freeze conditions under the Amery Ice Shelf inferred from waveform analysis of res data and mass flux calculations. Abstracts of the SCAR Open Science Conference, Hobart, 12-14 July 2006., 2006
(Ref: 12495)
Category 3: Abstract
An air-borne radio echo sounding survey was conducted over the Amery Ice Shelf, East … Antarctica, in December 2003. Nine transverse profiles were obtained approximately normal … to the flow direction, together with one longitudinal profile for a total length of flight lines of … about 1000 km.
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Australian-Italian glaciological program success. Australian Antarctic Magazine., 2004
(Ref: 11571)
Authors:Category 3: Article