High-resolution gravity maps of the Earth, Moon and Mars
Christian Hirt et al.

folder models (95578 files)
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S04W053_res.png 1.13MB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S04W053_res.bin 5.76MB
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fileSRTM2gravity2018/data/ResidualGravity/S30W060/S04W049_res.png 1.13MB
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fileSRTM2gravity2018/data/ResidualGravity/S30W060/S04W040_res.png 409.59kB
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fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W057_res.png 872.86kB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W057_res.bin 5.76MB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W056_res.png 865.94kB
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fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W055_res.png 664.06kB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W055_res.bin 5.76MB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W054_res.png 899.57kB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W054_res.bin 5.76MB
fileSRTM2gravity2018/data/ResidualGravity/S30W060/S03W053_res.png 1.13MB
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Type: Dataset
Tags: Mars, Gravity field, Topography-implied gravity, Earth, Moon

Bibtex:
@article{,
title= {High-resolution gravity maps of the Earth, Moon and Mars},
author= {Christian Hirt et al.},
year= {2011--2019},
abstract= {Provided is a collection of gravity maps of the Earth, Moon and Mars developed by Christian Hirt et al.  Most of the models rely on gravity-forward modelling of topographic masses, reaching resolutions as high as 3 arcsec (SRTM2gravity).  The maps can be used, for instance, to significantly improve the accuracy and resolution of global spherical harmonic gravity models such as EGM2008.  Some of the models, (e.g., GGMplus) already contain the global long-wavelength information from spherical harmonic models, so can be used on their own.  For each model, attached are manuscripts with detailed information on the development and the use of the models as well as on their authors.},
keywords= {Gravity field, Topography-implied gravity, Earth, Moon, Mars}
}


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