Add to ORKGextension of the nearly decade-long altimetry data set collected by TOPEX/POSEIDON will allow studies of interannual sea level change, and possibly detection of the climatic signal associated with global change. Our contribution to the Jason-1 mission will consist in (1) validating Jason-1 sea level data using tide gauge data, (2) determining interannual fluctuations and trends in sea level at global and regional scales, and (3) quantifying the respective contributions to the observe
Present-day global mean sea level rise is caused by ocean thermal expansion, ice mass loss from glac...
[1] During the calibration of the Jason-1 altimeter, it was discovered that the Jason-TOPEX sea surf...
This article describes an "absolute" calibration of Jason-1 (J-1) altimeter sea surface he...
The Jason-2 satellite altimeter mission was launched in June 2008, extending the record of precision...
Jason, the successor to the TOPEX/POSEIDON (T/P) mission, has been designed to continue seamlessly t...
The Jason-2 (OSTM) follow-on mission to Jason-1 provides for the continuation of global and regional...
Climate-related sea level changes in the world coastal zones result from the superposition of the gl...
The TOPEX/POSEIDON satellite altimeter mission has measured sea level on a global basis over the las...
The multiple altimeter missions have not only advanced our knowledge of oceancirculation, ice sheet ...
International audienceFor nearly 30 years, space-based radar altimetry has been routinely measuring ...
Abstract. Global mean sea level observations are necessary to answer the urgent questions about clim...
1631-0713Understanding of sea-level change has improved considerably over the last decade. Present-d...
ABSTRACT: Altimetric measurements indicate that the global sea level rises about 3 mm/year, however,...
The long-term sea level change during 1993 to 2008 was investigated in the Malaysian seas from satel...
Climate-related sea level changes in the world coastal zones result from the superposition of the gl...
Present-day global mean sea level rise is caused by ocean thermal expansion, ice mass loss from glac...
[1] During the calibration of the Jason-1 altimeter, it was discovered that the Jason-TOPEX sea surf...
This article describes an "absolute" calibration of Jason-1 (J-1) altimeter sea surface he...
The Jason-2 satellite altimeter mission was launched in June 2008, extending the record of precision...
Jason, the successor to the TOPEX/POSEIDON (T/P) mission, has been designed to continue seamlessly t...
The Jason-2 (OSTM) follow-on mission to Jason-1 provides for the continuation of global and regional...
Climate-related sea level changes in the world coastal zones result from the superposition of the gl...
The TOPEX/POSEIDON satellite altimeter mission has measured sea level on a global basis over the las...
The multiple altimeter missions have not only advanced our knowledge of oceancirculation, ice sheet ...
International audienceFor nearly 30 years, space-based radar altimetry has been routinely measuring ...
Abstract. Global mean sea level observations are necessary to answer the urgent questions about clim...
1631-0713Understanding of sea-level change has improved considerably over the last decade. Present-d...
ABSTRACT: Altimetric measurements indicate that the global sea level rises about 3 mm/year, however,...
The long-term sea level change during 1993 to 2008 was investigated in the Malaysian seas from satel...
Climate-related sea level changes in the world coastal zones result from the superposition of the gl...
Present-day global mean sea level rise is caused by ocean thermal expansion, ice mass loss from glac...
[1] During the calibration of the Jason-1 altimeter, it was discovered that the Jason-TOPEX sea surf...
This article describes an "absolute" calibration of Jason-1 (J-1) altimeter sea surface he...