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The gravimetric quasi-geoid of Buenos Aires Province based on FFT with modifi...
AGGOQG_FFT_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 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 Salta Province based on FFT with modified Stok...
UNSAQG_FFT_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 FFT with modified S...
OAFAQG_FFT_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 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 FFT with modified...
UNPAQG_FFT_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 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 FFT with mo...
RIO2QG_FFT_2025 is a local, high-precision, high-resolution, pure-gravimetric quasigeoid model developed for the area surrounding RIO2, 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... -
EIGEN-6S4 A time-variable satellite-only gravity field model to d/o 300 based...
EIGEN-6S4 (Version 2) is a satellite-only global gravity field model from the combination of LAGEOS, GRACE and GOCE data. All spherical harmonic coefficients up to degree/order... -
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 geoid of Goiás State: MODGEO-GO-2018
The gravimetric geoid model for the State of Goiás covers the longitude range of -43° to -56° and the latitude range of -10° to -22°, with a resolution of 5 arc minutes. A total... -
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... -
Using real polar terrestrial gravimetry data to overcome the polar gap proble...
With the successful completion of ESA's PolarGAP campaign, terrestrial gravimetry data (gravity anomalies) are now available for both polar regions. Therefore, it is now... -
A GOCE only gravity model GOSG01S based on the SGG and SST observations
We compile the GOCE-only satellite model GOSG01S complete to spherical harmonic degree of 220 using Satellite Gravity Gradiometry (SGG) data and the Satellite-to-Satellite... -
ESA’s Release 6 GOCE gravity field model by means of the direct approach base...
"ESA’s Release 6 GOCE gravity field model by means of the direct approach based on improved filtering of the reprocessed gradients of the entire mission (GO_CONS_GCF_2_DIR_R6)"... -
The Earth's gravity field as seen by the GOCE satellite - an improved sixth r...
The static gravitational model GO_CONS_GCF_2_TIM_R6 Is the 6th release of the GOCE gravity field model by means of the time-wise approach. GOCE Input Data: - Gradients:... -
The satellite-only gravity field model GOCO06s
GOCO06s is a satellite-only, global gravity field model up to degree and order 300, with secular and annual variations up to degree and order 120. It was produced by the GOCO...
