Add to ORKGAn atlas is compiled to identify times and dates when GEOS-3 altimeter data was taken in the vicinity of data buoys. The time period covered is from GEOS launch to April 9, 1978. Two buffer areas are considered for each of the various buoy locations to determine the simultaneity of GEOS and buoy data. The two buffer areas are ? or - 0.25 degrees and ? or - 1 degree
Three years of radar altimeter data from GEOS-3 for the South Atlantic Bight were processed. Mean mo...
GEOS 3 altimeter data in a 5 degree X 5 degree square centered at 30 deg N, 70 deg W were analyzed t...
A three dimensional geoid of all oceanic regions was obtained using a data set derived from the GEOS...
The procedures used to process the GEOS-3 radar altimeter data from raw telemetry data to a final us...
The absolute bias calibration for the GEOS-3 intensive mode altimeter was measured using two satelli...
Geographic locations of 1975 hurricanes and other tropical disturbances were correlated with the clo...
Data from the GEOS-3 altimeter were analyzed, for both the intensive and global modes, to determine ...
The radar altimeter flown on Seasat in 1978 collected approximately 1,000 orbits of high quality dat...
Techniques are described for preprocessing raw return waveform data from the GEOS-3 radar altimeter....
A determination of the fine scale sea surface topography in the GEOS-3 calibration area using the ra...
The statistical variations in the sample gate outputs of the GEOS-3 satellite altimeter were studied...
The nature and improvement in satellite orbit determination when precise altimetric height data are ...
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
From the adjusted altimeter data an approximation to the geoid height in ocean areas is obtained. Me...
A number of GEOS-3 passes over the Atlantic Ocean and Southeastern U.S. are examined. Surface-truth ...
Three years of radar altimeter data from GEOS-3 for the South Atlantic Bight were processed. Mean mo...
GEOS 3 altimeter data in a 5 degree X 5 degree square centered at 30 deg N, 70 deg W were analyzed t...
A three dimensional geoid of all oceanic regions was obtained using a data set derived from the GEOS...
The procedures used to process the GEOS-3 radar altimeter data from raw telemetry data to a final us...
The absolute bias calibration for the GEOS-3 intensive mode altimeter was measured using two satelli...
Geographic locations of 1975 hurricanes and other tropical disturbances were correlated with the clo...
Data from the GEOS-3 altimeter were analyzed, for both the intensive and global modes, to determine ...
The radar altimeter flown on Seasat in 1978 collected approximately 1,000 orbits of high quality dat...
Techniques are described for preprocessing raw return waveform data from the GEOS-3 radar altimeter....
A determination of the fine scale sea surface topography in the GEOS-3 calibration area using the ra...
The statistical variations in the sample gate outputs of the GEOS-3 satellite altimeter were studied...
The nature and improvement in satellite orbit determination when precise altimetric height data are ...
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
From the adjusted altimeter data an approximation to the geoid height in ocean areas is obtained. Me...
A number of GEOS-3 passes over the Atlantic Ocean and Southeastern U.S. are examined. Surface-truth ...
Three years of radar altimeter data from GEOS-3 for the South Atlantic Bight were processed. Mean mo...
GEOS 3 altimeter data in a 5 degree X 5 degree square centered at 30 deg N, 70 deg W were analyzed t...
A three dimensional geoid of all oceanic regions was obtained using a data set derived from the GEOS...