We present the latest 3D velocity field of the Fennoscandian glacial isostatic adjustment
(GIA) process from BIFROST. It is derived from more than 4800 days (13 years) of data at …

Abstract Global Navigation Satellite System positioning of gravity surveys permits geoid
computation via Hotine's integral. A suite of modifications is presented so that the user can …

Sudan is characterized by vast area with flat terrains in most of the country's regions and
therefore the existence of a high-resolution geoid model is considered very important …

Geodesy, with its three core areas positioning and reference systems, Earth rotation
determination, and gravity field modeling, is striving for a relative accuracy of at least 10− 9 …

The Colorado geoid experiment was initiated and organized as a joint study by the Joint
Working Group (JWG) 2.2. 2 (1-cm geoid experiment) of the International Association of …

The remove-compute-restore (RCR) technique is the most well known method for regional
gravimetric geoid determination today. Its basic theory is the first-order approximation of …

This study investigates the contribution of global geopotential models which are calculated
with GOCE satellite mission data to the improvement of gravimetric geoid models in Turkey …

In the frame of the International Association of Geodesy Joint Working Group 2.2. 2 “The 1
cm geoid experiment”, terrestrial and airborne gravity datasets along with GPS/leveling data …

Current strategies for constructing sparse nanostructures for fabricating superblacks are only
suitable for a few light‐absorbing materials, severely limiting their applications. Herein, ultra …

This paper studies the contribution of airborne gravity data to improvement of gravimetric
geoid modelling across the mountainous area in Colorado, USA. First, airborne gravity data …