Global Multi‐Resolution Topography synthesis

American Geophysical Union (AGU) - Tập 10 Số 3 - 2009
William B. F. Ryan1, S. M. Carbotte1, J. Coplan1, Suzanne O’Hara1, A. K. Melkonian1, R. A. Arko1, R. Weissel1, V. L. Ferrini1, A. M. Goodwillie1, F. O. Nitsche1, J. Bonczkowski1, Richard Zemsky1
1Lamont-Doherty Earth Observatory, Columbia University, 61 Route 9W, Palisades, New York 10964, USA

Tóm tắt

Seafloor bathymetric data acquired with modern swath echo sounders provide coverage for only a small fraction of the global seabed yet are of high value for studies of the dynamic processes of seafloor volcanism, tectonics, mass wasting, and sediment transport that create and shape the undersea landscape. A new method for compilation of global seafloor bathymetry that preserves the native resolution of swath sonars is presented. The Global Multi‐Resolution Topography synthesis consists of a hierarchy of tiles with digital elevations and shaded relief imagery spanning nine magnification doublings from pole to pole (http://www.marine‐geo.org/portals/gmrt). The compilation is updated and accessible as surveys are contributed, edited, and added to the tiles. Access to the bathymetry tiles is via Web services and with WMS‐enabled client applications such as GeoMapApp®, Virtual Ocean, NASA World Wind®, and Google Earth®.

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