We apply the residual terrain modeling (RTM) technique for gravity forward-modeling to
successfully improve high-resolution global gravity fields at short spatial scales in coastal …

Airborne gravimetry is a crucial method to improve our knowledge about the Earth gravity
field, especially in hard‐to‐access regions. Generally, the accuracy of airborne gravimetry is …

Atlantic halibut (Hippoglossus hippoglossus) in a Norwegian fjord were tagged with pop-up
archival transmitting (PAT) tags to investigate whether they join offshore spawning events …

Although Northern Europe has been the target area in many regionwide geoid
determination studies, the research has been land-focused, neglecting bathymetry …

Due to increasing accuracy in measurements of the earth's gravity potential from
satellitemissions the goeid can be computed with higher resolution and accuracy than …

GPS-levelling points are widely used to control gravimetric geoid or quasigeoid models.
Direct comparison is often interpreted to reveal the accuracy of the gravimetric model, using …

Due to the challenge that the Amazon Basin imposes for traditional geodetic surveys, the
Brazilian Fundamental Vertical Network (BFVN) is materialized in two independent parts: the …

A realization of a height system covering the south of Norway has been performed, based on
least-squares collocation applied to differences between geometric and gravimetric …

The difference between geoid and quasigeoid in Hungary was estimated by an approximate
formula given in Heiskanen and Moritz (1967) using a data set of mean 1.5'× 2.5'gridded …

The effect of a new detailed regional terrain model on geoid computation has been studied.
A new detailed bathymetric model around Azores Islands has been constructed based on …