Add to ORKGOver the past 18 months, a pilot system has been developed which has generated global lake and river level measurements from the Envisat RA-2. These data are produced within 3-5 days of measurement, using retracked Level 1B altimeter echoes merged with data from the IGDR to obtain both orbit and atmospheric/instrument corrections. A global version of this system has now been in operation for over 6 months. This paper presents an analysis of the results from this unique dataset, and demonstrates the current capabilities and future potential of radar altimeter measurements to monitor changing inland water resources in near real time. 1
This study sets out to analyze the stages of water bodies in the Amazon basin derived from the proce...
The exploitation of synthetic aperture properties in nadir-looking radars is opening new scenarios i...
International audienceA total of 13 satellite missions have been launched since 1985, with different...
Over the past 18 months, a pilot system has been developed which has generated global lake and river...
The most well established use of altimetry over land is the measurement of inland water heights. Thi...
The ESA missions ERS-1, ERS-2 and Envisat have gathered a unique dataset over the Earth’s land surfa...
The ESA River and Lake Pilot project has now been running for some time, generating river and lake h...
A web-based pilot demonstration makes Envisat-derived radar altimetry measurements of the inland sur...
The series of satellite radar altimeter missions has now given us more than 16 years of data gathere...
Satellite radar altimeters have an established and increasingly vital role in monitoring the Earth’s...
Radar-based satellite altimetry is well recognized for oceanographic applications. For continental h...
International audienceThe capabilities of radar altimetry to measure inland water bodies are well es...
International audienceSince the launch of the ENVISAT satellite in 2002, the Radar Altimetry Mission...
Satellite altimetry has been designed for sea level monitoring over open ocean areas. However, for s...
The capabilities of radar altimetry to measure inland water bodies are well established, and several...
This study sets out to analyze the stages of water bodies in the Amazon basin derived from the proce...
The exploitation of synthetic aperture properties in nadir-looking radars is opening new scenarios i...
International audienceA total of 13 satellite missions have been launched since 1985, with different...
Over the past 18 months, a pilot system has been developed which has generated global lake and river...
The most well established use of altimetry over land is the measurement of inland water heights. Thi...
The ESA missions ERS-1, ERS-2 and Envisat have gathered a unique dataset over the Earth’s land surfa...
The ESA River and Lake Pilot project has now been running for some time, generating river and lake h...
A web-based pilot demonstration makes Envisat-derived radar altimetry measurements of the inland sur...
The series of satellite radar altimeter missions has now given us more than 16 years of data gathere...
Satellite radar altimeters have an established and increasingly vital role in monitoring the Earth’s...
Radar-based satellite altimetry is well recognized for oceanographic applications. For continental h...
International audienceThe capabilities of radar altimetry to measure inland water bodies are well es...
International audienceSince the launch of the ENVISAT satellite in 2002, the Radar Altimetry Mission...
Satellite altimetry has been designed for sea level monitoring over open ocean areas. However, for s...
The capabilities of radar altimetry to measure inland water bodies are well established, and several...
This study sets out to analyze the stages of water bodies in the Amazon basin derived from the proce...
The exploitation of synthetic aperture properties in nadir-looking radars is opening new scenarios i...
International audienceA total of 13 satellite missions have been launched since 1985, with different...