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Repository of data supporting the results in Daher et al. (JGR, submitted)
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** CONTENT of this part of the repository:

   README_Figures1to3        This file
   OceanTide_PD_24h.nc       [M2, O1] elevations and dissipation rates, present-day
   OceanTide_55Ma_24h.nc     [M2, O1] elevations and dissipation rates, 55 Ma
   OceanTide_116Ma_24h.nc    [M2, O1] elevations and dissipation rates, 116 Ma
   OceanTide_252Ma_24h.nc    [M2, O1] elevations and dissipation rates, 252 Ma


** NOTES on ocean tide simulation results:

-- We make available our simulation results for an Earth rotation period of
   24 hours and four basin geometries: PD (present-day), 55 Ma, 116 Ma, 252 Ma

-- Each netcdf file contains:
   * [M2, O1] harmonic elevations (amplitude, and phase lag w.r.t. the present-day
      equilibrium tide) on an 1/8-deg latitude-longitude grid, 86S to 84N,
   * [M2, O1] total energy dissipation rates at elevation grid points,
   * Bathymetry of the particular time slice

-- Data allow users to reproduce Figure 1 (bathymetry) and the 24 h results in 
   Figures 2 & 3 of the paper

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** REFERENCE:
   Daher H., Arbic B.K, Williams J.G., Ansong J.K., Boggs D.H., et al. (2021),
   Long-term Earth-Moon evolution with high-level orbit and ocean tide models,
   Journal of Geophysical Research Planets, submitted.

** CONTACT:
   Brian K. Arbic, arbic@umich.edu
   Michael Schindelegger, schindelegger@igg.uni-bonn.de (Figures 1-3)