The permanent shape of the sea surface, the time averaged mean sea level, is comprised of: (1) an ellipsoidal component due to the mean mass of a rotating Earth; (2) spatial undulations due to the inhomogeneous distribution of mass in the Earth; and (3) spatial undulations due to permanent ocean currents. The amplitude of the three components are in the ratio 10,000 : 100 : 1 m, the first two components comprising the marine geoid, and the third being the permanent topography of the sea surface
Plate tectonics and its contribution to progress in studies of the Earth's gravitational field is di...
The orbit accuracies needed to support the global crustal dynamics project and recent satellite alti...
[1] We discuss the ocean circulation derived from the temporally averaged sea surface height, which ...
Global efforts are under way to model the Earth as a complete planet so that weather patterns may be...
Over the past 3 decades, satellite altimetry has been a key tool for dynamic ocean studies and for a...
Two types of marine geoid exist with the first type being the average level of sea surface height (...
On August 10,1992, the United State and France launched their joint TQPEX/POSEIDON (abbreviated as T...
The quality of TOPEX/POSEIDON determinations of the global scale dynamic ocean topography have been ...
The quality of TOPEX/POSEIDON determinations of the global scale dynamic ocean topography have been ...
satellite, in orbit since August 1992, is the first global ocean observing system specifically de-si...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Earth and Planetary Sciences, 1983.M...
Satellite gravity mapping missions, altimeters, and other platforms have allowed the Earth's geoid t...
Recently released global gravity field models generated solely from CHAMP and GRACE satellite observ...
Satellite gravity mapping missions, altimeters, and other platforms have allowed the Earth's geoid t...
ocean circulation from altimetry Over the last 15 years, satellite altimetry has enhanced our unders...
Plate tectonics and its contribution to progress in studies of the Earth's gravitational field is di...
The orbit accuracies needed to support the global crustal dynamics project and recent satellite alti...
[1] We discuss the ocean circulation derived from the temporally averaged sea surface height, which ...
Global efforts are under way to model the Earth as a complete planet so that weather patterns may be...
Over the past 3 decades, satellite altimetry has been a key tool for dynamic ocean studies and for a...
Two types of marine geoid exist with the first type being the average level of sea surface height (...
On August 10,1992, the United State and France launched their joint TQPEX/POSEIDON (abbreviated as T...
The quality of TOPEX/POSEIDON determinations of the global scale dynamic ocean topography have been ...
The quality of TOPEX/POSEIDON determinations of the global scale dynamic ocean topography have been ...
satellite, in orbit since August 1992, is the first global ocean observing system specifically de-si...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Earth and Planetary Sciences, 1983.M...
Satellite gravity mapping missions, altimeters, and other platforms have allowed the Earth's geoid t...
Recently released global gravity field models generated solely from CHAMP and GRACE satellite observ...
Satellite gravity mapping missions, altimeters, and other platforms have allowed the Earth's geoid t...
ocean circulation from altimetry Over the last 15 years, satellite altimetry has enhanced our unders...
Plate tectonics and its contribution to progress in studies of the Earth's gravitational field is di...
The orbit accuracies needed to support the global crustal dynamics project and recent satellite alti...
[1] We discuss the ocean circulation derived from the temporally averaged sea surface height, which ...