
    Supplementary data for:
    =======================

  Elastic anisotropy of D'' predicted 
  from global models of mantle flow

  A. M. Walker, A. M. Forte, J. Wookey, 
  A. Nowacki and J.-M. Kendall

  Geochem. Geophys. Geosyst., 12, QXXXXX, 
  doi:10.1029/2011GC003732


This directory contains a file for each combination 
of joint inversion, mantle viscosity, D'' topography 
and single crystal plasticity model described in the 
manuscript. The file naming convention is identical 
to that used and described in the manuscript. Each 
line in each (ASCII) file represents a single point 
within D''. Data is space separated and consists of 
the following 26 items (in order):

1: Latitude of point (in degrees)
2: Longitude of point (in degrees) 
3: Radius of point (in km)
4: Elastic constant C11 (in GPa)
5: Elastic constant C12 (in GPa)
6: Elastic constant C13 (in GPa)
7: Elastic constant C14 (in GPa)
8: Elastic constant C15 (in GPa)
9: Elastic constant C16 (in GPa)
10: Elastic constant C22 (in GPa)
11: Elastic constant C23 (in GPa)
12: Elastic constant C24 (in GPa)
13: Elastic constant C25 (in GPa)
14: Elastic constant C26 (in GPa)
15: Elastic constant C33 (in GPa)
16: Elastic constant C34 (in GPa)
17: Elastic constant C35 (in GPa)
18: Elastic constant C36 (in GPa)
19: Elastic constant C44 (in GPa)
20: Elastic constant C45 (in GPa)
21: Elastic constant C46 (in GPa)
22: Elastic constant C55 (in GPa)
23: Elastic constant C56 (in GPa)
24: Elastic constant C66 (in GPa)
25: VTI shear-wave anisotropy, ln(xi) (in percent)
26: VTI p-wave anisotropy, ln(phi) (in percent)

The elastic constants tensor is oriented on a 
geographical reference frame: X3 is vertical, X1 
points to the North pole, X2 points to the West 
(forming a right handed locally Cartesian reference 
frame).

Data file corruption can be detected by checking the 
following MD5 hashes:

MD5 (TX2007.V1.P001.dat) = 6514d16c31b3bcd53222fb5db8dc6cca
MD5 (TX2007.V1.P010.dat) = 628a28dd72ed5622cc684469646fa700
MD5 (TX2007.V1.P100.dat) = 2af608c195af999eec70d408c77b4947
MD5 (TX2007.V2.P001.dat) = 207c95d5ceaa709ee76983c29b2763a9
MD5 (TX2007.V2.P010.dat) = 619b7957be363e5dab5b58124d3519b2
MD5 (TX2007.V2.P100.dat) = daf25b274879529a47e50a40304c2d6c
MD5 (TX2008.V1.P001.dat) = 5441aac8e50ace013c5fc0567eae4208
MD5 (TX2008.V1.P010.dat) = 480dacdc9207b183671d1bef9f902dc1
MD5 (TX2008.V1.P100.dat) = 7e701bc83761637d3bd7fb7abe28bcba
MD5 (TX2008.V2.P001.dat) = f5f2c656e6fd692d61513f0cdfbf671d
MD5 (TX2008.V2.P010.dat) = 508ea33ab5ee1b3437f0255be3875c7c
MD5 (TX2008.V2.P100.dat) = e7f1fdba03c6a6d3aa97cce6af59667f
MD5 (TX2008.V2.T.P001.dat) = b1a5423727bfd054f134e61ac0fadf6c
MD5 (TX2008.V2.T.P010.dat) = a672f428f23bf38b39c386d019c833a1
MD5 (TX2008.V2.T.P100.dat) = ba83b82dfda1b85288eb2be5b54612a2

In case of problems or questions, contact Andrew Walker 
<andrew.walker@bristol.ac.uk>
