REFERENCES
Becker, M., Aksoy, A, Demirel, H and Groten, E. (1985). High precISIOn gravity
measurements across the North Anatolian Fault Zone, Bull. d'lnformation, No. 57,
Bureau Gravimetric International, 31-45.
Bilham, R, (1994). U.S. geoscience community gains an absolute gravimeter, EOS Trans.
AGU, 75, 569,570.
Boedecker, G. and Fritzer, T. (1986). International Absolute Gravity Basestation NetworkStatus Report, Veroff. BEKIBAdW, Astron.-Geod. Arb.,H47, Miinchen.
Boedecker, G. and Kopaev, A (1995). Long term global gravity changes on a deformable
earth: Needs and tools for its monitoring, in prep.
Boulanger, Y et al. (1991). Results of 3 rd international comparison of absolute gravimeters
in Sevres 1989, Bulletin d'lnformation, No. 68, Bureau Gravimetrique International, 2444.
Carter, W.E., Peter,G. Sasagawa, G.S. Klopping,F.1 Berstis, KA Hilt, RL.Nelson, P.
Christy, G.L., Niebauer, T.M., Hollander, W., Seeger, H, Richter, B., Wilmes, H. and
Lothammer, A (1994). New gravity meter improves measurements, EOS Trans. AGU,
75,90-92.
Cheng, M.K, Eanes, RI, Shum, C.K Schutz, B.E. and Tapley, B.D. (1989). Temporal
variations in low degree zonal harmonics from Starlette orbit analysis, Geophys. Res.
Lett., 16, 393-396.
Dragert, H, Lambert, A and Liard, 10. (1981). Repeated precise gravity measurements on
Vancouver Island, British Columbia, J. Geophys. Res.,86(B7), 6097-6106.
Eubanks, T.M. (1993). Variations in the Orientation of the Earth, In Contributions of Space
Geodesy to Geodynamics: Earth Dynamics, D.E. Smith and D.L. Turcotte (eds.),
Geodynamics Series, AGU, 24, 1-54.
Faller, lE., Guo, YG., Gschwind, I Niebauer, T.M., Rinker, R.L. and Xue, l (1983). The
JILA portable absolute gravity apparatus, Bull. d'Information, 53, Bureau Gravimetrique
International, 87-92.
Goodkind, IM. (1991). The superconducting gravimeters principles of operation, current
performance and future prospects, Proceedings of the Workshop on Non-Tidal Gravity
Changes: Intercomparison between Absolute and Superconducting Gravimeters, C.
Poitevin (ed.), Cahier du Centre Europeen de Geodynamique et de Seismologie,3, 81-90.
James, T.S. and Ivins, E.R (1995a). Present-day Antarctic ice mass changes and crustal
motion, Geophys. Res. Lett., 22,973-976.
James, T.S. and Ivins, E.R (1995b). Present and past ice mass changes and their effect on
geodetic observables, J. Geophys. Res., in prep.
Lambert, A, Liard, lO., Courtier, N. and Bower, D.R (1994). Absolute gravimetry applied
to postglacial rebound studies: Progress in Laurentia, Gravimetry and Space Techniques
Applied to Geodynamics and Ocean Dynamics, Geophysical Monograph 82, IUGG
Volume 17, AGU, 1-7.
Lambert, A, Courtier, N. and Liard 10. (1995). Combined absolute and superconducting
gravimetry: Needs and results, Proceedings of the Second Workshop on Non-Tidal
Gravity Changes: Intercomparison between Absolute and Superconducting Gravimeters,
C. Poitevin (ed.), Cahier du Centre Europeen de Geodynamique et de Seismologie,ll, 97107.
Makinen, l, Ekman, M., Midtsundstad, A and Remmer, 0., (1986). The Fennoscandian land
uplift gravity lines 1966-1984, Reports of the Finnish Geodetic Institute, 85:4,238 pp.
Mather, RS., Masters, E.G. and Coleman, R. (1977). The role of non-tidal variations in the
28
Becker, M., Aksoy, A, Demirel, H and Groten, E. (1985). High precISIOn gravity
measurements across the North Anatolian Fault Zone, Bull. d'lnformation, No. 57,
Bureau Gravimetric International, 31-45.
Bilham, R, (1994). U.S. geoscience community gains an absolute gravimeter, EOS Trans.
AGU, 75, 569,570.
Boedecker, G. and Fritzer, T. (1986). International Absolute Gravity Basestation NetworkStatus Report, Veroff. BEKIBAdW, Astron.-Geod. Arb.,H47, Miinchen.
Boedecker, G. and Kopaev, A (1995). Long term global gravity changes on a deformable
earth: Needs and tools for its monitoring, in prep.
Boulanger, Y et al. (1991). Results of 3 rd international comparison of absolute gravimeters
in Sevres 1989, Bulletin d'lnformation, No. 68, Bureau Gravimetrique International, 2444.
Carter, W.E., Peter,G. Sasagawa, G.S. Klopping,F.1 Berstis, KA Hilt, RL.Nelson, P.
Christy, G.L., Niebauer, T.M., Hollander, W., Seeger, H, Richter, B., Wilmes, H. and
Lothammer, A (1994). New gravity meter improves measurements, EOS Trans. AGU,
75,90-92.
Cheng, M.K, Eanes, RI, Shum, C.K Schutz, B.E. and Tapley, B.D. (1989). Temporal
variations in low degree zonal harmonics from Starlette orbit analysis, Geophys. Res.
Lett., 16, 393-396.
Dragert, H, Lambert, A and Liard, 10. (1981). Repeated precise gravity measurements on
Vancouver Island, British Columbia, J. Geophys. Res.,86(B7), 6097-6106.
Eubanks, T.M. (1993). Variations in the Orientation of the Earth, In Contributions of Space
Geodesy to Geodynamics: Earth Dynamics, D.E. Smith and D.L. Turcotte (eds.),
Geodynamics Series, AGU, 24, 1-54.
Faller, lE., Guo, YG., Gschwind, I Niebauer, T.M., Rinker, R.L. and Xue, l (1983). The
JILA portable absolute gravity apparatus, Bull. d'Information, 53, Bureau Gravimetrique
International, 87-92.
Goodkind, IM. (1991). The superconducting gravimeters principles of operation, current
performance and future prospects, Proceedings of the Workshop on Non-Tidal Gravity
Changes: Intercomparison between Absolute and Superconducting Gravimeters, C.
Poitevin (ed.), Cahier du Centre Europeen de Geodynamique et de Seismologie,3, 81-90.
James, T.S. and Ivins, E.R (1995a). Present-day Antarctic ice mass changes and crustal
motion, Geophys. Res. Lett., 22,973-976.
James, T.S. and Ivins, E.R (1995b). Present and past ice mass changes and their effect on
geodetic observables, J. Geophys. Res., in prep.
Lambert, A, Liard, lO., Courtier, N. and Bower, D.R (1994). Absolute gravimetry applied
to postglacial rebound studies: Progress in Laurentia, Gravimetry and Space Techniques
Applied to Geodynamics and Ocean Dynamics, Geophysical Monograph 82, IUGG
Volume 17, AGU, 1-7.
Lambert, A, Courtier, N. and Liard 10. (1995). Combined absolute and superconducting
gravimetry: Needs and results, Proceedings of the Second Workshop on Non-Tidal
Gravity Changes: Intercomparison between Absolute and Superconducting Gravimeters,
C. Poitevin (ed.), Cahier du Centre Europeen de Geodynamique et de Seismologie,ll, 97107.
Makinen, l, Ekman, M., Midtsundstad, A and Remmer, 0., (1986). The Fennoscandian land
uplift gravity lines 1966-1984, Reports of the Finnish Geodetic Institute, 85:4,238 pp.
Mather, RS., Masters, E.G. and Coleman, R. (1977). The role of non-tidal variations in the
28