Ocean tide, Baltic Sea and atmospheric loading model tilt comparisons with interferometric geodynamic tilt observation - case study at Lohja2 geodynamic station, southern Finland

Artikel in diesem Heft

1. Special issue: NKG General Assembly 2014
2. The development of physical geodesy during 1984-2014 – A personal review
3. Public road infrastructure inventory in degraded global navigation satellite system signal environments
4. Observed secular gravity trend at Onsala station with the FG5 gravimeter from Hannover
5. Experience from geodetic very long baseline interferometry observations at Onsala using a digital backend
6. Simulation of GNSS reflected signals and estimation of position accuracy in GNSS-challenged environment
7. The Uganda Gravimetric Geoid Model 2014 Computed by The KTH Method
8. Optimisation of Lilla Edet Landslide GPS Monitoring Network
9. High-frequency analysis of Earth gravity field models based on terrestrial gravity and GPS/levelling data: a case study in Greece
10. Ocean tide, Baltic Sea and atmospheric loading model tilt comparisons with interferometric geodynamic tilt observation - case study at Lohja2 geodynamic station, southern Finland
11. Regular Articles
12. Preliminary geoid mapping results by Fugro’s improved Micro-g LaCoste turnkey airborne gravity system
13. Estimating the variance in coordinate measuring for binary orbit
14. Rigorous geoid-from-quasigeoid correction using gravity disturbances
15. Noise behavior in CGPS position time series: the eastern North America case study
16. GRACE-derived ice-mass loss spread over Greenland
17. Extraction of geoid heights from shipborne GNSS measurements along the Weser River in northern Germany
18. Comparison of precipitable water over Ghana using GPS signals and reanalysis products
19. The topographic bias in Stokes’ formula vs. the error of analytical continuation by an Earth Gravitational Model - are they the same?
20. An upwind-based scheme for solving the oblique derivative boundary-value problem related to physical geodesy
21. On the gravity and geoid effects of glacial isostatic adjustment in Fennoscandia - a short note
22. More confounders at global and decadal scales in detecting recent sea level accelerations