Published July 9, 2017 | Version v1

Treatment of temporal aliasing effects in the context of next generation satellite gravimetry missions

Authors/Creators

  • 1. Dr.
  • 2. Prof.

Description

Simulated gravity field solutions published in:
Daras, I. and Pail, R. (2017), Treatment of temporal aliasing effects in the context of next generation satellite gravimetry missions, Journal of Geophysical Research: Solid Earth (in revision)

Results relate to the solutions used for generating the Figures of the publication.

All gravity field solutions are in icgem format. The solutions include the effect of static gravity field model GOCO03s.

Filename description for Figures 3, 4, 6, 8, 10 and 11 (fields appear only if applicable):
Retrieval content
- AOHIS : Atmosphere, Hydrology, Ocean, Ice and Solid Earth 
- HIS   : Hydrology, Ice and Solid Earth
- A     : Atmosphere
- O     : Ocean
- H     : Hydrology
- OTerr : OT error retrieval

Strategies for HIS retrieval
- str1  : strategy 1
- str2  : strategy 2

Constellation
- asc   : alternative constellation

Retrieval period
- hd  : half-daily
- 1d  : daily
- 3d  : 3-daily
- 11d : 11- daily

Noise case
- fn  : full noise case
- un  : undersampling noise case
- ind : individual parameter noise case (see text)

Parameterization method
- d120                 : nominal 11-day solution up to d/o 120
- CoPa.1d10.d120       : CoPa 1/10-11/120
- CoPa.1d20.3d30.1d120 : CoPa 1/20-3/30-11/120 (sequential parameterization)

Time indexing (for Co-estimated short-term solutions)
- 01 : Co-estimated solution refering to epoch 01

Filename description for Figure 7:
- icgem   : format of gravity field solution
- yymmdd  : starting epoch of the long-term solution for which the daily solutions were co-estimated 
       (e.g. 960112 : refers to the 11-day solution of the time period 1996/01/12 - 1996/01/22)
- dual    : 2-pair Bender-type solution (standard for all simulations of the paper)
- 20.1.11 : 1-day solutions with d/o 20 spatial resolution resulting from a daily co-parameterization of an 11-day long-term solution
- wiese   : dummy, refers to the paper of D. Wiese 
- dd      : day of the 11-day period

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