|
List of Accepted Contributions - G4/GD14 What constraints do earth rotation variations put on the dynamical processes of the solid earth? (co-organized by GD)
Please, click Abstract Number to find the corresponding abstract as PDF
file; if necessary, download Adobe Acrobat Reader 4.0
first to open the file.
Any abstract may be freely reproduced for non-commercial, scientific
purposes; however, the moral right of the author(s) to be identified as the
author(s) of such abstracts is asserted.
|
EGU05-A-00969 DELEPLACE, B.; CARDIN, P. Viscous and electromagnetic coupling at the Core Mantle Boundary. |
|
EGU05-A-01560 Gross, R. S.; Chao, B. F. Excitation of Earth rotation and gravitational field changes by the December 26, 2004 Indonesian earthquake |
|
EGU05-A-01636 Zharov, V. Atmospheric tides and the Free Core Nutation of the Earth (withdrawn) |
|
EGU05-A-01753 Kalarus, M.; Schuh, H.; Kosek, W.; Popinski, W. The application of artificial neural networks and autoregressive techniques for Earth Orientation Parameters prediction |
|
EGU05-A-01791 Fernández, L.; Schuh, H. Low degree gravitational effects of water storage variations on polar motion |
|
EGU05-A-02363 Varga, P.; Bus, Z.; Gambis, D.; Bizouard, C. Global seismicity and the rotation of the Earth (considering the possible influence of the M=9 Indian Ocean earthquake on 26 December 2004) |
|
EGU05-A-02441 Varga, P.; Groten, E.; Satori, G.; Zavoti, J. The rotation vector of the Earth and the global temperature |
|
EGU05-A-02593 Vondrák, J. Free Core Nutation: Direct Observations and Resonance Effects |
|
EGU05-A-03009 Kluegel, T.; Schreiber, U.; Schlueter, W. What can large ring lasers contribute to Earth rotation monitoring? |
|
EGU05-A-03113 Greiner-Mai, H.; Wardinski, I.; Ballani, L.; Stromeyer, D. Approximating $\Delta$LOD by CMB fluid velocities - case studies and sensitivities |
|
EGU05-A-03454 Avsjuk, Yu.; Genshaft, Yu.; Saltykovsky, A.; Svetlosanova, Z. Latitude dependence of sedimentation basins as a result of tidal evolution and change of rotation's velocity of the Earth |
|
EGU05-A-03813 Wahr, J.; Benjamin, D.; Desai, S.; Ray, R.; Egbert, G. Constraints on mantle anelasticity from Earth rotation and other geodetic observations |
|
EGU05-A-04075 Dill, R.; Rothacher, M. Combination and analysis of subdaily ERPs from GPS and VLBI |
|
EGU05-A-04122 Seitz, F.; Schmidt, M. Atmospheric and oceanic contributions to Chandler wobble excitation determined by wavelet filtering |
|
EGU05-A-04555 Schmidt, M.; Tesmer, V.; Schuh, H. Wavelet analysis of VLBI nutation series with respect to FCN |
|
EGU05-A-04827 Gegout, P. Effective Atmospheric Angular Momentum Functions derived from ECMWF Re-Analysis ERA-40 |
|
EGU05-A-05344 Dumberry, M. Torques on the inner core and polar motion at decade timescales |
|
EGU05-A-05481 Bourda, G. Length of day and polar motion, with respect to temporal variations of the Earth gravity field |
|
EGU05-A-07206 Sato, T.; Imanishi, Y.; Fukuda, Y.; Ikeda, H.; Tamura, Y.; Rosat, S.; Ohashi, M. Cooperative observation of superconducting gravimeters at Kamioka and Matsushiro in Japan |
|
EGU05-A-09089 Nastula, J.; Kolaczek, B.; Weber, R.; Schuh, H.; Boehm, J. Rapid oscillations of polar motion determined during the CONT02 campaign |
|
EGU05-A-09173 Nastula, J.; Salstein, D.; Kolaczek, B. Regional atmospheric pressure excitation functions for polar motion |
|
EGU05-A-09207 Rogister, Y.; Valette, B. Earth's rotational modes and outer core dynamics |
|
EGU05-A-09346 Gambis, D.; Salstein, D.; Sillard, P. A possible relationship between Chandler Wobble modulation and El Nino/
Southern oscillation phenomena |
|
EGU05-A-09725 Bolotin, S.; Brzezinski, A. Investigation of the atmospheric and oceanic excitation of the free core nutation. |
|
EGU05-A-09840 Brzezinski, A.; Ponte, R. M. A search for the high frequency atmospheric and oceanic modes in the excitation of polar motion |
|
EGU05-A-10147 Mitrovica, J.X.; Wahr, J.; Matsuyama, I. ; Paulson, A. The Rotational Stability of an Ice Age Earth |
|
EGU05-A-10463 Johnson, T.; Chao, B.; Au, A.; Cox, C. Global land hydrology and its effects on polar motion |
Back to Session Programme
|
|