The surface layer integral method for the modelling of the radial gravity gradient component over sea surface

Articles in the same Issue

1. Geodesic equations and their numerical solution in Cartesian coordinates on a triaxial ellipsoid
2. Plate Coupling Mechanism of the Central Andes Subduction: Insight from Gravity Model
3. Coordinate transformation parameters in Nepal by using neural network and SVD methods
4. Evaluation of terrestrial and airborne gravity data over Antarctica – a generic approach
5. Application of GNSS derived precipitable water vapour prediction in West Africa
6. Mass variation observing system by high low inter-satellite links (MOBILE) – a new concept for sustained observation of mass transport from space
7. The topographic bias in gravimetric geoid determination revisited
8. The modified integral method for the determination of gravity disturbance near the Earth’s surface
9. Signal and error assessment of GOCE-based high resolution gravity field models
10. Two-dimensional Kalman filter approach to airborne vector gravimetry
11. On quality of NKG2015 geoid model over the Nordic countries
12. Applicability of NGGM near-real time simulations in flood detection
13. The surface layer integral method for the modelling of the radial gravity gradient component over sea surface
14. Study of water storage variations at the Pantanal wetlands area from GRACE monthly mass grids
15. Optimal mathematical and statistical models to estimate vertical crustal movements using satellite altimetry and tide gauge data
16. Evaluation of ocean circulation models in the computation of the mean dynamic topography for geodetic applications. Case study in the Greek seas