Sub and superharmonics of the lunar nodal tidesand the solar radiative forcing in global sea levelchanges

Articles in the same Issue

1. Comparison of Site Velocities Derived from Collocated GPS, VLBI and SLR Techniques at The Hartebeesthoek Radio Astronomy Observatory (Comparison of Site Velocities)
2. Sensitivity of Goce Gradients on Greenland Mass Variation And Changes in Ice Topography
3. Effect of La Niña on The Global Mean Sea Level And North Pacifc Ocean Mass Over 2005-2011
4. On The Errors-In-Variables Model With Singular Dispersion Matrices
5. Global Eustatic Sea-Level Variations for the Approximation of Geocenter Motion from Grace
6. On weighted total least squares adjustment for solving the nonlinear problems
7. Vector regression introduced
8. Precise orbit determination and point positioning using GPS, Glonass, Galileo and BeiDou
9. Fundamental triangulation networks in Denmark
10. Optimal observational planning of local GPSnetworks: assessing an analytical method
11. Detection of ionospheric signatures from GPS-derived total electron content maps
12. Adjusting altimetric sea surface height observations in coastal regions. Case study in the Greek Seas
13. Rapid static GNSS data processing using online services
14. On the topographic effects by Stokes’ formula
15. Detection of a sinusoidal oscillation of unknownfrequency in a time series – a geodetic approach
16. Sub and superharmonics of the lunar nodal tidesand the solar radiative forcing in global sea levelchanges
17. The Case of the Homogeneous Errors-In-Variables Model