Inferring regional vertical crustal velocities from averaged relative sea level trends: A proof of concept

Articles in the same Issue

1. Research Article. Improved Dual Frequency PPP Model Using GPS and BeiDou Observations
2. Research Article. Towards a tidal loading model for the Argentine-German Geodetic Observatory (La Plata)
3. Research Article. A new gravity laboratory in Ny-Ålesund, Svalbard
4. Research Article. Geodesic equations and their numerical solutions in geodetic and Cartesian coordinates on an oblate spheroid
5. The zero gravity curve and surface and radii for geostationary and geosynchronous satellite orbits
6. Acceleration of the global coastal sea level rise during the 20^th century re-evaluated
7. Inferring regional vertical crustal velocities from averaged relative sea level trends: A proof of concept
8. On the statistical power of Baarda’s outlier test and some alternative
9. Hydrographic survey of a south Florida canal using a hydrolite
10. Airborne geoid mapping of land and sea areas of East Malaysia
11. Post-flight trajectory reconstruction of suborbital free-flyers using GPS raw data
12. A weighted adjustment of a similarity transformation between two point sets containing errors
13. Numerical Simulation of Crustal Strain in Turkey from Continuous GNSS Measurements in the Interval 2009–2017
14. Satellite dependency of GNSS phase biases between receivers and between signals
15. Performance of GPS sidereal filters during a satellite outage
16. Fully populated VCM or the hidden parameter