On the recovery of regional ocean tide models using satellite altimetry

References

• Bretreger , K. 1979 . Ocean Tide Models from GEOS‐3 Altimetry in the Sargasso Sea . Australian Journal of Geodesy, Photogrammetry and Surveying , 30 : 1 – 14 .
   Google Scholar
• Brown , R. D. and Hutchinson , M. K. Ocean Tide Determination from Satellite Altimetry . Presented at COSPAR/SCOR/IUCRM Symposium on Oceanography from Space . May 26–30 , Venice, Italy.
   Google Scholar
• Coleman , R. Regional Ocean Surface Circulation from Satellite Altimetry . Presented at “COSPAR/SCOR/IUCRM Symposium on Oceanography from Space . May 26–30 , Venice, Italy.
   Google Scholar
• Coleman , R. and Mather , R.S. 1978 . On the Determination of Time Varying Features in the Sea Surface Topography Using GEOS‐3 Altimetry . EOS Transactions American Geophysical Union , 59 ( 4 ) : 259
   Google Scholar
• Diamante , J.M. and Nee , T. Application of Satellite Radar Altimeter Data to the Determination of Regional Tidal Constituents and the Mean Sea Surface . Presented at COSPAR/SCOR/IUCRM Symposium on Oceanography from Space . May 26–30 , Venice, Italy.
   Google Scholar
• Douglas , B.C. and Goad , C.C. 1978 . The Role of Orbit Determination in Satellite Altimeter Data Analysis . Boundary Layer Meteorology , 13 : 245 – 251 .
   Google Scholar
• Estes , R.H. 1977 . A Computer Software System for the Generation of Global Ocean Tides Including Self‐Gravitation and Crustal Loading Effects , NASA/GSFC Report X‐920–77–82 59 Greenbelt, Md. : Goddard Space Flight Center .
   Google Scholar
• GEOS‐3 . December 13 1972 . GEOS‐C Mission: Proposal Briefing Information , December 13 , Wallops Island, Virginia : NASA/WALLOPS Flight Center .
   Google Scholar
• Hendershott , M.C. 1972 . The Effects of Solid Earth Deformation on Global Ocean Tides . Geophys. J. R. Astro. Soc. , : 389 – 402 .
   Google Scholar
• Klosko , S.M. and Belott , R.P. 1977 . EQUIX: The GEOS‐3 Equator Crossing Program , EG&G Washington Analytical Services Center Inc., Wolf Research Development Group. .
   Google Scholar
• Ku , L. 1978 . The Computation of Tides, Satellite and Geoidal Heights from Altimeter Data . EOS Transactions American Geophysical Union , 59 ( 4 ) : 261
   Google Scholar
• Lerch , F.J. , Klosko , S.M. , Laubscher , R.S. and Wagner , C.A. 1977 . Gravity Model Improvement Using GEOS‐3 (GEM9 and 10) , NASA/GSFC Report x‐921–77–246 121 Greenbelt, Md. : Goddard Space Flight Center .
   Google Scholar
• Lerch , F.J. , Belott , R.P. , Klosko , S.M. and Litkowski , E.M. Laser Reference Orbits and Altimeter Validation for GEOS‐3 . Presented at the Marine Geodesy Symposium . September , Miami, Florida : University of Miami .
   Google Scholar
• Marsh , J.G. and Chang , E.S. 1978 . Five Minute Detailed Gravimetric Geoid in the North‐Western Atlantic Ocean . Marine Geodesy , 1 ( 3 ) : 253 – 261 .
   Google Scholar
• Martin , T.V. , Eddy , W.F. , Oh , I.H. and Kogut , J.A. August 1976 . GEODYN System Description , Contract No. NAS 5–22849 August , EG&G Washington Analytical Services Center .
   Google Scholar
• Masters , E.G. , Coleman , R. and Bretreger , K. 1979 . On Orbital Errors and the Recovery of Regional Ocean Tide Models Using Satellite Altimetry . Australian Journal of Geodesy, Photogrammetry and Surveying , 31 : 127 – 151 .
   Google Scholar
• Mather , R.S. 1978 . The Earth's Gravity Field and Ocean Dynamics , NASA Technical Memorandum 79540 33 Greenbelt, Md. : Goddard Space Flight Center .
   Google Scholar
• Mather , R.S. , Coleman , R. , Rizos , C. and Hirsch , B. 1977 . A Preliminary Analysis of GEOS‐3 Altimeter Data in the Tasman and Coral Seas , 27 – 46 . Unisurv G26, School of Surveying, University of New South Wales .
   Google Scholar
• Mather , R.S. , Coleman , R. and Hirsch , B. 1978a . The Analysis of Temporal Variations in Regional Models of the Sargasso Sea from GEOS‐3 Altimetry , NASA Technical Memorandum 79549 52 Greenbelt, Md. : Goddard Space Flight Center .
   Google Scholar
• Mather , R.S. , Lerch , F.J. , Rizos , C. , Masters , E.G. and Hirsch , B. 1978b . Determination of Some Dominant Parameters of the Global Dynamic Sea Surface Topography from GEOS‐3 Altimetry , NASA Technical Memorandum 79558 40 Greenbelt, Md. : Goddard Space Right Center .
   Google Scholar
• Maul , G.A. and Yanaway , A. 1978 . Deep Sea Tides Determination from GEOS‐3 , NASA Contractor Report 141435 26 Virginia : Wallops Flight Center .
   Google Scholar
• Melchior , P. 1978 . The Tides of the Planet Earth , 609 Oxford : Pergamon Press .
   Google Scholar
• Mofjeld , H.O. 1975 . Empirical Models for Tides in the Western North Atlantic Ocean , NOAA Technical Report ERL 340‐AOML 19 27 Boulder, Colorado
   Google Scholar
• Parke , M.E. Tides on the Patagonian Shelf from the SEASAT Radar Altimeter . Presented at COSPAR/SCOR/IUCRM Symposium on Oceanography from Space . May 26–30 , Venice, Italy.
   Google Scholar
• Schwiderski , E.W. 1980 . On Charting Global Ocean Tides . Reviews of Geophysics and Space Physics , 18 ( 1 ) : 243 – 268 .
   Web of Science ®Google Scholar
• Tapley , B. 1979 . SEASAT Altimeter Calibration: Initial Results . Science , 204 ( 4400 ) : 1410
   PubMed Web of Science ®Google Scholar
• Won , I.J. and Miller , L.S. 1979 . Oceanic Geoid and Tides from GEOS‐3 Satellite Data in the Northwestern Atlantic Ocean . Journal of Geophysical Research , 84 ( B8 ) : 3833 – 3842 .
   Google Scholar
• Won , I. J. , Kuo , J.T. and Jachens , R.C. 1978 . Mapping Ocean Tides with Satellites: A Computer Simulation . Journal of Geophysical Research , 83 ( B12 ) : 5947 – 5960 .
   Google Scholar
• Zetler , B.B. and Maul , G.A. 1971 . Precision Requirements for a Spacecraft Tide Program . Journal of Geophysical Research , 76 ( 27 ) : 6601 – 6605 .
   Google Scholar