Global efforts are under way to model the Earth as a complete planet so that weather patterns may be predicted on time scales of months and years (Reference 1). A major limitation in developing models of global weather is the inability to model the circulation of the oceans including the geostrophic surface currents. The National Aeronautics and Space Administration (NASA) will soon be initiating a satellite program to correct this deficiency by directly measuring these currents using the science of radar altimetry. Measurement of the ocean topography with broad, frequent coverage of all ocean basins for a long period of time will allow the derivation of the spatial and temporal behavior of surface ocean currents. The TOPEX/POSEIDON mission...
An inversion method is presented that determines mesoscale sea surface currents using satellite alti...
Measurement of global ocean topography by a radar altimeter aboard the TOPEX satellite is discussed....
Although satellite altimetry has been around for thirty years, the last fifteen beginning with the l...
On August 10,1992, the United State and France launched their joint TQPEX/POSEIDON (abbreviated as T...
The U.S. National Aeronautics and Space Administration (NASA) and the French Centre National d'Etude...
To gather long-term information about the world's oceans and currents, orbiting instruments must tak...
satellite, in orbit since August 1992, is the first global ocean observing system specifically de-si...
The TOPEX/POSEIDON space mission, sponsored by NASA and France's space agency, the Centre National d...
The permanent shape of the sea surface, the time averaged mean sea level, is comprised of: (1) an el...
The joint NASA/CNES Topex/Poseidon mission will be mainly dedicated to the large scale oceanic circu...
The NASA/CNES Jason satellite, follow-on to the highly successful TOPEX/Poseidon mission, continues ...
Joint US and France project, the TOPEX-Poseidon satellites continuously measures sea surface height....
Satellite radar altimetry is often considered to be the most succesful spaceborne remote sensing tec...
Satellite radar altimetry is often considered to be the most succesful spaceborne remote sensing tec...
Satellites provide a unique semi-synoptic view of the world's oceans. In recent years, two forms of ...
An inversion method is presented that determines mesoscale sea surface currents using satellite alti...
Measurement of global ocean topography by a radar altimeter aboard the TOPEX satellite is discussed....
Although satellite altimetry has been around for thirty years, the last fifteen beginning with the l...
On August 10,1992, the United State and France launched their joint TQPEX/POSEIDON (abbreviated as T...
The U.S. National Aeronautics and Space Administration (NASA) and the French Centre National d'Etude...
To gather long-term information about the world's oceans and currents, orbiting instruments must tak...
satellite, in orbit since August 1992, is the first global ocean observing system specifically de-si...
The TOPEX/POSEIDON space mission, sponsored by NASA and France's space agency, the Centre National d...
The permanent shape of the sea surface, the time averaged mean sea level, is comprised of: (1) an el...
The joint NASA/CNES Topex/Poseidon mission will be mainly dedicated to the large scale oceanic circu...
The NASA/CNES Jason satellite, follow-on to the highly successful TOPEX/Poseidon mission, continues ...
Joint US and France project, the TOPEX-Poseidon satellites continuously measures sea surface height....
Satellite radar altimetry is often considered to be the most succesful spaceborne remote sensing tec...
Satellite radar altimetry is often considered to be the most succesful spaceborne remote sensing tec...
Satellites provide a unique semi-synoptic view of the world's oceans. In recent years, two forms of ...
An inversion method is presented that determines mesoscale sea surface currents using satellite alti...
Measurement of global ocean topography by a radar altimeter aboard the TOPEX satellite is discussed....
Although satellite altimetry has been around for thirty years, the last fifteen beginning with the l...