The programs described were developed to process GEODYN-formatted satellite altimeter data, and to apply the processed results to predict geoid undulations and gravity anomalies of inland sea areas. These programs are written in standard FORTRAN 77 and are designed to run on the NSESCC IBM 3081(MVS) computer. Because of the experimental nature of these programs they are tailored to the geographical area analyzed. The attached program listings are customized for processing the altimeter data over the Black Sea. Users interested in the Caspian Sea data are expected to modify each program, although the required modifications are generally minor. Program control parameters are defined in the programs via PARAMETER statements and/or DATA stateme...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
Three years of radar altimeter data from GEOS-3 for the South Atlantic Bight were processed. Mean mo...
Satellite-based altimetric data taken by GOES-3, SEASAT, and GEOSAT over the Aral Sea, the Black Sea...
Satellite-based altimetric data taken by GEOS-3 and SEASAT over the Black Sea and Caspian Sea are an...
The radar altimeter flown on Seasat in 1978 collected approximately 1,000 orbits of high quality dat...
From the adjusted altimeter data an approximation to the geoid height in ocean areas is obtained. Me...
Approximately 2000 GEOS-3 altimeter arcs were analyzed to improve knowledge of the geoid and gravity...
The characteristics of the geoid surface are quantitatively described. A procedure for calculating t...
A description of all algorithms required for altimeter processing is given. Each description include...
Gravity anomalies have been recovered in the North Atlantic and the Indian Ocean regions. Comparison...
The Air Force Geophysics Laboratory computer program SARRA (Short Arc Reduction of Radar Altimetry) ...
The GEOS-C spacecraft is scheduled to carry onboard a radar altimeter for the purpose of measuring t...
Satellite based altimetric data taken by GEOS-3, SEASAT, and GEOSAT over the Aral Sea are analyzed a...
A number of detailed gravimetric geoids of portions of the world's oceans from marine gravity measur...
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
Three years of radar altimeter data from GEOS-3 for the South Atlantic Bight were processed. Mean mo...
Satellite-based altimetric data taken by GOES-3, SEASAT, and GEOSAT over the Aral Sea, the Black Sea...
Satellite-based altimetric data taken by GEOS-3 and SEASAT over the Black Sea and Caspian Sea are an...
The radar altimeter flown on Seasat in 1978 collected approximately 1,000 orbits of high quality dat...
From the adjusted altimeter data an approximation to the geoid height in ocean areas is obtained. Me...
Approximately 2000 GEOS-3 altimeter arcs were analyzed to improve knowledge of the geoid and gravity...
The characteristics of the geoid surface are quantitatively described. A procedure for calculating t...
A description of all algorithms required for altimeter processing is given. Each description include...
Gravity anomalies have been recovered in the North Atlantic and the Indian Ocean regions. Comparison...
The Air Force Geophysics Laboratory computer program SARRA (Short Arc Reduction of Radar Altimetry) ...
The GEOS-C spacecraft is scheduled to carry onboard a radar altimeter for the purpose of measuring t...
Satellite based altimetric data taken by GEOS-3, SEASAT, and GEOSAT over the Aral Sea are analyzed a...
A number of detailed gravimetric geoids of portions of the world's oceans from marine gravity measur...
The data were adjusted to remove orbit error and altimeter bias in a primary adjustment and four reg...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
Three years of radar altimeter data from GEOS-3 for the South Atlantic Bight were processed. Mean mo...
Satellite-based altimetric data taken by GOES-3, SEASAT, and GEOSAT over the Aral Sea, the Black Sea...