Recent and future manifestations of a contingent global mean sea level acceleration

Articles in the same Issue

1. A statistical protocol for a holistic adjustment of global sea level budget
2. Testing normality of chosen R-estimates used in deformation analysis
3. Classification of poplar trees with object-based ensemble learning algorithms using Sentinel-2A imagery
4. Improved indoor positioning based on range-free RSSI fingerprint method
5. The certitude of a global sea level acceleration during the satellite altimeter era
6. Systematic bias of selected estimates applied in vertical displacement analysis
7. On the application of nature-inspired grey wolf optimizer algorithm in geodesy
8. On the uncertainty of height anomaly differences predicted by least-squares collocation
9. Conflation of satellite altimetry and tide gauge records at coast
10. Fitting a triaxial ellipsoid to a geoid model
11. Year by year closure adjustment of global mean sea level budget, inclusive of lumped snow, water vapor, and permafrost mass components
12. Semi-kinematic geodetic reference frame based on the ITRF2014 for Malaysia
13. On the BIC for determining the number of control points in B-spline surface approximation in case of correlated observations
14. Spherical approximating and interpolating moving least squares in geodesy and geophysics: a case study for deriving gravity acceleration at sea surface in the Persian Gulf
15. GPS measurements on pre-, co- and post-seismic surface deformation at first multi-parametric geophysical observatory, Ghuttu in Garhwal Himalaya, India
16. 10.1515/jogs-2020-0116
17. Recent and future manifestations of a contingent global mean sea level acceleration