The quark polarizations for valence up (u_v), valence down (d+dbar) 
 and sea quark (q_s) flavors as a function of x derived from the HERMES 
 inclusive and semi-inclusive asymmetries on the ^3 He and proton targets 
 (Valence decomposition). The first error is statistical and the second 
 one systematic. The values were obtained with the assumption that the 
 sea quark polarization is flavor symmetric.

 <x>       up    stat.  syst.      down  stat.  syst.     sea    stat.  syst.
          quarks                  quarks                 quarks
  
 0.033    0.215  0.122  0.060    -0.421  0.306  0.113     0.012  0.095  0.039
 0.047    0.108  0.094  0.039    -0.354  0.274  0.111     0.109  0.103  0.040
 0.065    0.269  0.081  0.055    -0.225  0.266  0.106    -0.055  0.121  0.068
 0.087    0.374  0.080  0.062    -0.064  0.297  0.151    -0.215  0.169  0.119
 0.119    0.234  0.073  0.050    -0.519  0.320  0.098     0.148  0.236  0.122
 0.168    0.270  0.079  0.041    -0.520  0.418  0.114     0.200  0.441  0.148
 0.245    0.456  0.093  0.071     0.136  0.630  0.437    -1.108  1.077  0.717
 0.342    0.385  0.045  0.026     0.602  0.489  0.264 
 0.465    0.663  0.064  0.040    -1.127  0.897  0.220

  Statistical correlation coefficients   rho  between the quark 
  polarizations u_v, d_v and sea (q_s) quark flavors in each x-bin. 
  Also shown is the   chi^2_min of the fit. The number of 
  degrees of freedom of the fit is six for the bins 1 to 7 and 
  seven for the bins 8 and 9. 

    <x>           (u_v,d_v)    (u_v,q_s)    (d_v,q_s)      chi2_min

    0.033         0.74        -0.98        -0.87           5.4      
    0.047         0.71        -0.96        -0.86           1.0      
    0.065         0.70        -0.96        -0.86           0.5      
    0.087         0.71        -0.96        -0.87          11.2      
    0.119         0.72        -0.95        -0.88           7.9      
    0.168         0.75        -0.95        -0.90           5.1      
    0.245         0.79        -0.96        -0.92          13.3      
    0.342        -0.84                                    11.6      
    0.465        -0.85                                     5.4