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On the activity of the isostatic institute of the I.A.G. and of the worldwide gravity project of columbus, ohio, in physical geodesy

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Bulletin Géodésique (1946-1975)

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References

  1. W. A. HEISKANEN: New isostatic tables for the reduction of the gravity values calculated on the basis of Airy's hypothesis, Helsinki 1938, Publ. Isostatic Inst. IAG.

  2. W. A. HEISKANEN: On the world geodetic system. Publ. Isos. Inst. IAG (Helsinki), no 26, 1951, Publ. Ohio State Univ. Inst. Geod., Photogram, and Cartog., no 1.

  3. W. A. HEISKANEN: Columbus geoid. Trans. Am. Geophys. Union, vol. 38,o 6, 1957.

  4. W. A. HEISKANEN: General report on the gravimetric computation of the undulations of the geoid, Ng, and the deflection of the vertical components ξg and ηg, Report for the General Assembly of the IUGG, Toronto, 1957.

  5. W. A. HEISKANEN: General report on gravimetric computation of the geoid and of the gravity anomaly field and related quantities in higher elevations. Report for the General Assembly of the I U G G, Helsinki, 1960.

  6. W. A. HEISKANEN and F. A. VENING MEINESZ: The earth and its gravity field. Mc Graw-Hill, New York, 1958.

    Google Scholar 

  7. W. A. HEISKANEN and U. NUOTIO: Topographic-isostatic world maps of the effect of the Hayford zones 10, 9, 8 and 7 to 1, Helsinki, 1938.

  8. W. A. HEISKANEN, E. NISKANEN and P. KÄRKI: Topographic-isostatic reduction maps for Europe and North Atlantic in the Hayford zones 18-1 for for the Airy-Heiskanen system T=30 km and 20 km. Helsinki, 1959.

  9. R. A. HIRVONEN: The continental undulations of the geoid, Publ. Finn. Geod. Inst., no 19, 1934.

  10. R. A. HIRVONEN: On the precision of the gravimetric determination of the geoid. Trans. Am. Geophys. Union, vol. 37,o 1, 1956.

  11. R. A. HIRVONEN: New theory of the gravimetric geodesy. Publ Isos. Inst. I A G, no 32, 1960.

  12. R. A. HIRVONEN and L. A. KIVIOJA: Interpolation of the Gravitation Field at High Elevations. Publ. Ohio State Univ. Inst. Geod., Photogram. and Cartog., no 14, 1960.

  13. P. KÄRKI, L. A. KIVIOJA and W. A. HEISKANEN: Topographic-isostatic reduction maps for the world for the Hayford zones 18-1, Airy-Heiskanen system, T=30 km. Helsinki, 1961.

  14. W. D. LAMBERT: The gravity field for an ellipsoid of revolution as a level surface (II). Ohio State Univ. Mapping and Charting Research Lab., Tech. Report no 249, 1957.

  15. W. D. LAMBERT: The gravity field for an ellipsoid of revolution as a level surface (III). Ohio State Univ. Mapping and Charting Research Lab., Tech. Report no 261, 1958.

  16. W. D. LAMBERT: The gravity field of an ellipsoid of revolution as a level surface, Publ. Isos. Inst. IAG, Helsinki, 1961.

    Google Scholar 

  17. E. NISKANEN and L. A. KIVIOJA: Topographic-isostatic, world maps of the effect of the Hayford zones 10 to 1 for the Airy-Heiskanen and Pratt-Hayford systems, Publ. Isos. Inst IAG, Helsinki 1951.

    Google Scholar 

  18. L. TANNI: On the continental undulations of the geoid as determined from the present gravity material, Publ. Isos. Inst. IAG, Helsinki, 1948.

    Google Scholar 

  19. E. TENGSTRÖM: On the practical solution of the boundary value problem of physical geodesy, Ohio State Univ., Mapping and Charting Research Lab., Tech. Report no 291, 1959.

  20. E. TENGSTRÖM: Calculation of the external gravity anomalies and deflections of the vertical at higher elevations by means of Taylor expansions from the geoid. Ohio State Univ. Inst. Geod., Photogram., and Cartog., Tech. Report no 5, 1959.

  21. C. TSUBOI: Applications of Fourier series for computing gravity anomalies and other gravimetric quantities at any elevations from surface gravity, anomalies. Ohio State Univ. Inst. Geod., Photogram. and Cartog., Tech. Report, no 1, 1959.

  22. C. TSUBOI: Application of double Fourier series to computing gravity anomalies and other gravimetric quantities at higher elevations from surface gravity anomalies. Ohio State Univ. Inst. Geod., Photogram. and Cartog. Tech. Report no 2, 1959.

  23. C. TSUBOI: Application of sin x/x and other similar functions to computing gravity anomalies at higher elevations from surface gravity anomalies. Ohio State Univ. Inst. Geod., Photogram, and Cartog. Tech. Report no 3, 1959.

  24. C. TSUBOI: Weight function method for computing gravity anomalies at higher elevations, starting from given surface anomalies. Ohio State Univ. Inst. Geod., Photogram. and Cartog. Tech. Report no 4, 1959.

  25. U. UOTILA: Investigations on the gravity field and shape of the earth. Publ. Isos. Inst. IAG, no 33, 1960.

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Heiskanen, W.A. On the activity of the isostatic institute of the I.A.G. and of the worldwide gravity project of columbus, ohio, in physical geodesy. Bull. Geodesique 63, 95–104 (1962). https://doi.org/10.1007/BF02528182

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