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

<p><strong>Simulated gravity field solutions</strong> published in:<br> Daras, I. and Pail, R. (2017), <em>Treatment of temporal aliasing effects in the context of next generation satellite gravimetry missions</em>, Journal of Geophysical Research: Solid Earth (in revision)</p> <p>Results relate to the solutions used for generating the Figures of the publication.</p> <p>All gravity field solutions are in <strong>icgem </strong>format. The solutions include the effect of static gravity field model GOCO03s.</p> <p><strong>Filename description </strong>for Figures 3, 4, 6, 8, 10 and 11 (fields appear only if applicable):<br> Retrieval content<br> - AOHIS : Atmosphere, Hydrology, Ocean, Ice and Solid Earth <br> - HIS   : Hydrology, Ice and Solid Earth<br> - A     : Atmosphere<br> - O     : Ocean<br> - H     : Hydrology<br> - OTerr : OT error retrieval</p> <p>Strategies for HIS retrieval<br> - str1  : strategy 1<br> - str2  : strategy 2</p> <p>Constellation<br> - asc   : alternative constellation</p> <p>Retrieval period<br> - hd  : half-daily<br> - 1d  : daily<br> - 3d  : 3-daily<br> - 11d : 11- daily</p> <p>Noise case<br> - fn  : full noise case<br> - un  : undersampling noise case<br> - ind : individual parameter noise case (see text)</p> <p>Parameterization method<br> - d120                 : nominal 11-day solution up to d/o 120<br> - CoPa.1d10.d120       : CoPa 1/10-11/120<br> - CoPa.1d20.3d30.1d120 : CoPa 1/20-3/30-11/120 (sequential parameterization)</p> <p>Time indexing (for Co-estimated short-term solutions)<br> - 01 : Co-estimated solution refering to epoch 01</p> <p><strong>Filename description</strong> for Figure 7:<br> - icgem   : format of gravity field solution<br> - yymmdd  : starting epoch of the long-term solution for which the daily solutions were co-estimated <br>        (e.g. 960112 : refers to the 11-day solution of the time period 1996/01/12 - 1996/01/22)<br> - dual    : 2-pair Bender-type solution (standard for all simulations of the paper)<br> - 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<br> - wiese   : dummy, refers to the paper of D. Wiese <br> - dd      : day of the 11-day period</p>