Modelling of global mass effects in hydrology, atmosphere and
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EXAMPLES
GHM
GRACE
OBPM
USER_MANUAL
.gitattributes
.gitignore
License.txt
mGlobe.m
mGlobe_DATA_Load_degree_k.txt
mGlobe_DATA_OceanGrid.mat
mGlobe_DATA_dgE_Atmo.txt
mGlobe_DATA_dgE_Hydro.txt
mGlobe_Global.m
mGlobe_Local.m
mGlobe_PATH_Settings.txt
mGlobe_calc_Atmo_ERA.m
mGlobe_calc_Atmo_MERRA.m
mGlobe_calc_Hydro.m
mGlobe_calc_Ocean.m
mGlobe_calc_atmo_loading.m
mGlobe_calc_atmo_newton.m
mGlobe_convert_DEM.m
mGlobe_convert_ECCO.m
mGlobe_convert_ERA.m
mGlobe_convert_GLDAS.m
mGlobe_convert_GRACE_tellus.m
mGlobe_convert_NCEP.m
mGlobe_convert_OMCT.m
mGlobe_convert_OTHER.m
mGlobe_correctionFactor.m
mGlobe_elip2sphere.m
mGlobe_elip2xyz.m
mGlobe_interpolation.m
mGlobe_readAOD1B.m
mGlobe_tesseroid.m
mGlobe_view1D.m
mGlobe_view2D.m
readme.md

readme.md

mGlobe

Modelling of global mass effects in hydrology, atmosphere and oceans on surface gravity

This toolbox allows user to compute:

  • global hydrological,
  • atmospheric,
  • non-tidal ocean loading effects on surface gravity

No test data were uploaded with this code because of provider's conditions of use.
The links to all supported models are listed in the user manual file. Please read this file before using mGlobe.

Citation:

If using this toolbox, please cite:
M. Mikolaj, B. Meurers, A. Güntner: Modelling of global mass effects in hydrology, atmosphere and oceans on surface gravity, Computers & Geosciences, Volume 93, August 2016, Pages 12-20, ISSN 0098-3004, http://dx.doi.org/10.1016/j.cageo.2016.04.014.

System requirements:

  • MATLAB(R) R2012a or later including
    • Mapping toolbox(TM)
    • Statistics toolbox(TM)
  • 4 GB of RAM (8 GB recommended)

The functionality was tested under Windows 7 64-bit OS, 8 GB of RAM, Intel(R) Core(TM) i7 CPU M620 @ 2.67 GHz, using MATLAB(R) R2015b, R2014b, and R2013a.

Always check for the latest version. The Octave version of this code can be found on GitHub

Michal Mikolaj, mikolaj@gfz-potsdam.de