Journal
ANTARCTIC SCIENCE
Volume 33, Issue 5, Pages 548-559Publisher
CAMBRIDGE UNIV PRESS
DOI: 10.1017/S0954102021000298
Keywords
bathymetry grid; data compilation; Mac; Robertson shelf; multibeam bathymetry
Funding
- Japanese Society for the Promotion of Science (JSPS) [S16709]
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The Cape Darnley region in East Antarctica has been a scientific focal point for various disciplines over the past three decades. A high-resolution bathymetry grid has been compiled for the region using recently acquired datasets, improving previous representations and enabling detailed visualization of seafloor morphology. This compilation is crucial for a range of scientific applications, such as ocean circulation modeling, reconstruction of paleo-ice streams, and refining ice-sheet models.
The Cape Darnley region in East Antarctica has been an area of scientific interest for a variety of disciplines over the last three decades. The recent acquisition of several high-resolution bathymetry datasets enabled the compilation of a detailed regional bathymetry grid. We present a high-resolution bathymetric compilation of the Cape Darnley region in East Antarctica, including areas of the Mac.Robertson Land shelf, slope and adjacent deep sea. A variety of data, single-beam and multibeam swath bathymetry and digitized depths from nautical charts were sourced from numerous institutions. The 100 m-resolution gridded bathymetric dataset improves previous bathymetric representations of the region and enables visualization of the seafloor morphology in unprecedented detail. The bathymetry grid has been constructed using a layered hierarchy approach based on the source of each dataset. This data compilation forms important baseline information for a range of scientific applications and end users including oceanographers, glacial modellers, biologists and geologists. The compilation will aid numerical modelling of ocean circulation, reconstruction of palaeo-ice streams and refinement of ice-sheet models.
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