- Time series of 3D displacements caused by land water storage loading.
The time series are provided in three forms:
- Precomputed time series for 884 VLBI, GPS, SLR, and DORIS stations.
- Precomputed time series at a regular 0.25° × 0.25° global grid.
- On-demand online pressure loading computation for an arbitrary point at the Earth.

Model Resolution Date range Latency MERRA 0.5 ° × 0.67 ° × 1 hour 1979.01.01 — present 20–50 days GEOS-FPIT 0.5 ° × 0.625 ° × 1 hour 2000.01.01 — present **9–15 hours**GLDAS NOAH025 0.25 ° × 0.25 ° × 3 hour 2000.02.24 — present 30–80 days

- 3D displacements from MERRA model at a regular 0.25° × 0.25° global grid
from 19790101_0000
through 20160229_2100
with time step of 3 hours.
**NB:**Diurnal, semi-diurnal, ter-diurnal and four-times-a-day variations are removed. Last modified on 2017.01.17_22:00:36 UTCDisplacements in netCDF format to download. File size: 440 Kb per epoch, 1.28Gb/year.

Auxiliary 3D displacements of the center mass of the total Earth with respect to the center mass of the solid Earth without atmosphere caused by atmospheric pressure loading. The sum of this displacement and the displacement wrt of the total mass, is the displacement with respect to the center of solid Earth, i.e. center of figure.

Displacements in netCDF format to download. File size: 95 Kb per epoch, 0.28Gb/year.

- 3D displacements from GEOS-FPIT model at a regular 0.25° × 0.25° global grid
from 20000101_0030
through 20170222_0630
with time step of 3 hours.
**NB:**Diurnal, semi-diurnal, ter-diurnal and four-times-a-day variations are removed. Last modified on 2017.02.22_14:07:11 UTCDisplacements in netCDF format to download. File size: 400 Kb per epoch, 1.17Gb/year.

Auxiliary 3D displacements of the center mass of the total Earth with respect to the center mass of the solid Earth without atmosphere caused by atmospheric pressure loading. The sum of this displacement and the displacement wrt of the total mass, is the displacement with respect to the center of solid Earth, i.e. center of figure.

Displacements in netCDF format to download. File size: 95 Kb per epoch, 0.28Gb/year.

- 3D displacements from Noah025 GLDAS model at a regular 0.25° × 0.25° global grid
from 20000224_0000
through 20161231_2100
with time step of 3 hours.
**NB:**Diurnal, semi-diurnal, ter-diurnal and four-times-a-day variations are removed. Last modified on 2017.01.13_09:49:12 UTC.Displacements in netCDF format to download. File size: 400 Kb per epoch, 1.17Gb/year.

Auxiliary 3D displacements of the center mass of the total Earth with respect to the center mass of the solid Earth without atmosphere caused by atmospheric pressure loading. The sum of this displacement and the displacement wrt of the total mass, is the displacement with respect to the center of solid Earth, i.e. center of figure.

Displacements in netCDF format to download. File size: 95 Kb per epoch, 0.28Gb/year.

- 3D displacements from MERRA model for 884
space geodesy stations
from 19790101_0000
through 20160229_2100
with time step of 3 hours.
**NB:**Diurnal, semi-diurnal, ter-diurnal and fut-times-a-day variations are removed. Last modified on 2017.01.17_20:19:24 UTC.Displacements in EPHEDISP format to download. File size: 150 Kb per epoch, 0.22Gb/year.

Displacements in netCDF format to download. File size: 149 Kb per epoch, 0.22Gb/year.

- 3D displacements from GEOS-FPIT model for 884
space geodesy stations
from 20000101_0030
through 20170222_0630
with time step of 3 hours.
**NB:**Diurnal, semi-diurnal, ter-diurnal and for-times-a-day variations are removed. Last modified on 2017.02.22_14:07:07 UTC.Displacements in EPHEDISP format to download. File size: 149 Kb per epoch, 0.44Gb/year.

Displacements in netCDF format to download. File size: 149 Kb per epoch, 0.44Gb/year.

- 3D displacements from Noah025 GLDAS model for 884
space geodesy stations
from 20000224_0000
through 20161231_2100
with time step of 3 hours.
**NB:**Diurnal, semi-diurnal, ter-diurnal and for-times-a-day variations are removed. Last modified on 2017.01.13_09:49:08 UTC.Displacements in EPHEDISP format to download. File size: 149 Kb per epoch, 0.44Gb/year.

Displacements in netCDF format to download. File size: 149 Kb per epoch, 0.44Gb/year.

- 3D harmonic displacement variations from MERRA model at a regular
0.25° × 0.25° global grid
Computed over the range of 33 years [1979.01.01, 2015.01.01]
They include displacements at 8 diurnal and semi-diurnal frequencies
Displacements in NetCDF format are available for downloading.

Displacements in HEB format are available for downloading. - 3D harmonic displacement variations from GEOS-FPIT model at
a regular 0.25° × 0.25° global grid.
Computed over the range of 14 years [2000.01.01, 2015.01.01]
They include displacements at 18 diurnal, semi-diurnal, ter-diurnal,
and four-times-a-day frequencies.
Displacements in NetCDF format are available for downloading.

Displacements in HEB format are available for downloading. - 3D harmonic displacement variations from NOAH025 model at a regular
0.25° × 0.25° global grid.
Computed over the range of 13 years [2000.02.25, 2015.01.01]
They include displacements at 18 diurnal, semi-diurnal, ter-diurnal,
and four-times-a-day frequencies.
Displacements in NetCDF format are available for downloading.

Displacements in HEB format are available for downloading. - 3D harmonic displacement variations from MERRA model for
884
space geodesy sites.
The variations were computed over the range of 36 years
[1979.09.01, 2015.01.01]. They include displacements at 8 diurnal
and semi-diurnal frequencies.
Displacements in format are available for downloading.

- 3D harmonic displacement variations from GEOS-FPIT model for
884
space geodesy sites.
The variations were computed over the range of 18 months
[2011.09.01, 2013.03.01]. They include displacements at 18 diurnal,
semi-diurnal, ter-diurnal, and four-times-a-day frequencies.
Displacements in format are available for downloading.

- 3D harmonic displacement variations from NOAH025 model for
884
space geodesy sites.
The variations were computed over the range of 13 years
[2000.02.24, 2013.01.01]. They include displacements at 18 diurnal,
semi-diurnal, ter-diurnal, and four-times-a-day frequencies.
Displacements in format are available for downloading.

` Station_name
X-coordinate Y-coordinate Z-coordinate
`

Station name should have no more than 8 characters. X,Y,Z are carthesian coordinates of the station of interest in a crust-fixed coordinates system. Units are meters. Here is an example.

Results of on-demand computations are accessible from here.

Back to the International Mass Loading Service.

Last update: 2017.01.05_08:29:31