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The gravimetric quasi-geoid of Buenos Aires Province based on Least Squares C...
AGGOQG_LSC_2025 is a local, high-precision, high-resolution, pure-gravimetric quasigeoid model developed for the area surrounding AGGO and LPGS, two International Height... -
The gravimetric quasi-geoid of Salta Province based on Least Squares Collocat...
UNSAQG_LSC_2025 is a local, high-precision, high-resolution, pure-gravimetric quasigeoid model developed for the area surrounding UNSA, an International Height Reference Frame... -
The gravimetric quasi-geoid of San Juan Province based on Least Squares Collo...
OAFAQG_LSC_2025 is a local, high-precision, high-resolution, pure-gravimetric quasigeoid model developed for the area surrounding OAFA and UNSJ, two International Height... -
The gravimetric quasi-geoid of Santa Cruz Province based on Least Squares Col...
UNPAQG_LSC_2025 is a local, high-precision, high-resolution, pure-gravimetric quasigeoid model developed for the area surrounding UNPA, an International Height Reference Frame... -
The gravimetric quasi-geoid of Tierra del Fuego Province based on Least Squar...
RIO2QG_LSC_2025 is a local, high-precision, high-resolution, pure-gravimetric quasigeoid model developed for the area surrounding RIO2, an International Height Reference Frame... -
The hybrid geoid of Bhutan: DRUKGEOID2015
The DRUKGEOID2015 model is a geoid of Bhutan, covering the area from 88.5°E to 92.5°E in longitude and from 26.5°N to 28.5°N with a grid resolution of 0.02°. It is referred to... -
The hybrid geoid of Bhutan: DRUKGEOID2022
DRUKGEOID2022 is the official geoid model of Bhutan, covering the area from 88.5°E to 92.5°E in longitude and from 26.5°N to 28.5°N in latitude with a grid resolution of 0.02°.... -
The gravimetric quasi-geoid of Minas Gerais State: QuGe-MG-2022
The gravimetric quasi-geoid model for the State of Minas Gerais covers the longitude range of -38º to -53º and the latitude range of -12º to -25º, with a resolution of 5 arc... -
The gravimetric geoid of Madeira: GEOMAD
The local geoid for Madeira was computed using strapdown airborne gravimetry measurements taken on 27 and 31 August 2010 as part of the GEOMAD campaign. The inertial... -
The Ethiopian gravimetric geoid: ETH-GM21
The ETH-GM21 model is a gravimetric geoid of 2'x2' spatial resolution developed over Ethiopia. This model has been computed using terrestrial and airborne gravity data together... -
The Sudanese gravimetric geoid: SUD-GM2014
The Sudanese SUD-GM2014 gravimetric geoid model has been computed from the available terrestrial mean free-air gravity anomalies, the TIM-R4 GOCE-only global geopotential model,... -
The gravimetric geoid of São Paulo State based on Least Squares Collocation: ...
This gravimetric geoid model of São Paulo State, Brazil, has been computed by remove-restore technique using Least Squares Collocation (LSC). The reference geopotential model is... -
The Austrian hybrid geoid in the MGI system: Austrian Geoid 2008 (Bessel)
The Austrian Geoid 2008 is the official geoid model for Austria provided by the Austrian Federal Office for Metrology and Surveying (BEV). This model describes the... -
The Austrian hybrid geoid in the ETRS89 system: Austrian Geoid 2008 (GRS80)
The Austrian Geoid 2008 is the official geoid model for Austria provided by the Austrian Federal Office for Metrology and Surveying (BEV). This model describes the...
