\begin{table}%t3
\caption{Solar LTE oxygen abundance for individual lines as derived 
from different spectra and model atmospheres.}
\label{oabun}
%\begin{center}
\par
\begin{tabular}{cccccccccccccc}
\hline\hline\noalign{\smallskip}
Spectrum & Wavelength & $EW$  &  \multicolumn{7}{c}{$A$(O)} &  \multicolumn{4}{c}{3Dcor}\\
 &  &  & 3D & \multicolumn{2}{c}{~~~\mD}&\multicolumn{2}{c}{~~~\xx}&\multicolumn{2}{c}{~~~HM}&\multicolumn{2}{c}{~~~3D--\mD}&
\multicolumn{2}{c}{~~~3D--\xx}\\
         & nm         & pm  &  & 1.0 & 1.5 & 1.0 & 1.5 & 1.0 & 1.5 & 1.0 & 1.5 & 1.0 &  1.5\\
(1) &    (2) &       (3) &     (4) &     (5) &    (6) &     (7) &   (8) &    (9) &   (10) &   (11) &   (12) &   (13) & (14)\\
\noalign{\smallskip}\hline\noalign{\smallskip}
 KF &  615.8 &    0.364  &   8.639 &   8.719 &  8.717 &  8.668 &  8.665 &  8.782 &  8.779 &--0.080 &--0.077 &--0.029  &--0.026\\
 NF &  615.8 &    0.365  &   8.641 &   8.721 &  8.718 &  8.669 &  8.667 &  8.783 &  8.781 &--0.080 &--0.077 &--0.028  &--0.026\\
 NI &  615.8 &    0.539  &   8.645 &   8.705 &  8.701 &  8.666 &  8.663 &  8.785 &  8.782 &--0.059 &--0.056 &--0.021  &--0.018\\
 DI &  615.8 &    0.499  &   8.606 &   8.666 &  8.663 &  8.628 &  8.626 &  8.747 &  8.745 &--0.060 &--0.057 &--0.022  &--0.020\\
\noalign{\smallskip}
 KF &  630.0 &    0.551$^1$  &   8.695 &   8.690 &  8.687 &  8.645 &  8.642 &  8.715 &  8.712 &  0.005 &  0.008 &  0.050  &  0.053\\
 NF &  630.0 &    0.530$^1$  &   8.668 &   8.663 &  8.661 &  8.615 &  8.613 &  8.688 &  8.686 &  0.005 &  0.007 &  0.053  &  0.055\\
 NI &  630.0 &    0.470$^1$  &   8.686 &   8.667 &  8.665 &  8.613 &  8.611 &  8.698 &  8.696 &  0.019 &  0.021 &  0.073  &  0.075\\
 DI &  630.0 &    0.457$^1$  &   8.666 &   8.646 &  8.644 &  8.591 &  8.589 &  8.678 &  8.677 &  0.020 &  0.022 &  0.075  &  0.077\\
\noalign{\smallskip}
 KF &  636.4 &    0.146  &   8.780 &   8.772 &  8.772 &  8.756 &  8.756 &  8.786 &  8.786 &  0.008 &  0.008 &  0.024  &  0.024\\
 NF &  636.4 &    0.153  &   8.801 &   8.793 &  8.793 &  8.777 &  8.777 &  8.807 &  8.806 &  0.008 &  0.008 &  0.024  &  0.024\\
 NI &  636.4 &    0.139  &   8.837 &   8.822 &  8.822 &  8.802 &  8.802 &  8.839 &  8.839 &  0.015 &  0.015 &  0.035  &  0.035\\
 DI &  636.4 &    0.106  &   8.718 &   8.703 &  8.703 &  8.683 &  8.683 &  8.721 &  8.720 &  0.015 &  0.015 &  0.035  &  0.035\\
\noalign{\smallskip}
 KF &  777.1 &    8.140  &   9.034 &   9.025 &  8.984 &  8.974 &  8.935 &  9.030 &  8.988 &  0.009 &  0.050 &   0.059 &  0.099\\
 NF &  777.1 &    8.080  &   9.026 &   9.017 &  8.976 &  8.966 &  8.927 &  9.022 &  8.980 &  0.009 &  0.050 &   0.059 &  0.099\\
 NI &  777.1 &    9.290  &   8.952 &   8.912 &  8.870 &  8.841 &  8.802 &  8.934 &  8.892 &  0.040 &  0.081 &   0.111 &  0.150\\
 DI &  777.1 &    8.900  &   8.903 &   8.863 &  8.824 &  8.794 &  8.755 &  8.886 &  8.846 &  0.040 &  0.080 &   0.110 &  0.149\\
\noalign{\smallskip}
 KF &  777.4 &    6.870  &   8.992 &   8.987 &  8.948 &  8.939 &  8.902 &  8.992 &  8.953 &  0.005 &  0.044 &   0.053 &  0.091\\
 NF &  777.4 &    6.800  &   8.981 &   8.976 &  8.937 &  8.928 &  8.891 &  8.981 &  8.942 &  0.005 &  0.044 &   0.053 &  0.090\\
 NI &  777.4 &    7.870  &   8.912 &   8.875 &  8.836 &  8.807 &  8.770 &  8.899 &  8.860 &  0.037 &  0.076 &   0.105 &  0.142\\
 DI &  777.4 &    7.350  &   8.838 &   8.802 &  8.765 &  8.735 &  8.698 &  8.827 &  8.791 &  0.035 &  0.074 &   0.103 &  0.140\\
\noalign{\smallskip}
 KF &  777.5 &    5.420  &   8.967 &   8.967 &  8.932 &  8.922 &  8.889 &  8.974 &  8.940 &  0.000 &  0.035 &   0.045 &  0.078\\
 NF &  777.5 &    5.340  &   8.953 &   8.953 &  8.918 &  8.908 &  8.875 &  8.960 &  8.926 &  0.000 &  0.034 &   0.045 &  0.078\\
 NI &  777.5 &    6.280  &   8.895 &   8.863 &  8.829 &  8.800 &  8.766 &  8.891 &  8.857 &  0.032 &  0.066 &   0.095 &  0.129\\
 DI &  777.5 &    6.090  &   8.864 &   8.833 &  8.800 &  8.769 &  8.737 &  8.861 &  8.830 &  0.030 &  0.065 &   0.094 &  0.127\\
\noalign{\smallskip}
 KF &  844.6 &    3.511  &   8.830 &   8.848 &  8.823 &  8.803 &  8.779 &  8.864 &  8.841 &--0.017 &  0.007 &  0.027  &  0.051\\
 NF &  844.6 &    3.533  &   8.836 &   8.853 &  8.828 &  8.808 &  8.784 &  8.869 &  8.846 &--0.017 &  0.007 &  0.028  &  0.052\\
 NI &  844.6 &    4.372  &   8.789 &   8.777 &  8.752 &  8.716 &  8.692 &  8.820 &  8.796 &  0.011 &  0.037 &  0.072  &  0.096\\
 DI &  844.6 &    4.492  &   8.813 &   8.801 &  8.775 &  8.739 &  8.715 &  8.842 &  8.818 &  0.012 &  0.038 &  0.074  &  0.098\\
\noalign{\smallskip}
 WI &  926.6 &    3.829  &   8.736 &   8.744 &  8.731 &  8.677 &  8.664 &  8.799 &  8.787 & --0.008 &  0.005 &  0.060  &  0.072\\
\noalign{\smallskip}
 AI & 1130.2 &    1.920  &   8.748 &   8.759 &  8.752 &  8.706 &  8.700 &  8.824 &  8.818 &--0.011 &--0.004 &  0.042  &  0.048\\
\noalign{\smallskip}
 AI & 1316.5 &    1.980$^2$ &   8.767 &   8.767 &  8.762 &  8.740 &  8.735 &  8.835 &  8.830 &  0.000 &  0.005 &  0.027  &  0.031\\
 AI & 1316.5 &    3.150$^3$ &   8.763 &   8.766 &  8.763 &  8.741 &  8.739 &  8.833 &  8.830 & --0.003 &  0.000 &  0.022  &  0.024\\
\hline 
\end{tabular}
%\end{center}
\par
Column~(1): spectrum identification: DI: Delbouille intensity, 
NI: Neckel intensity, WI: Wallace intensity, AI: Ayres intensity, 
NF: Neckel flux, KF: Kurucz flux.
Column~(2): wavelength of the line.
Column~(3): measured equivalent width.
Column~(4): oxygen abundance, $A$(O), according to the \cobold\ 3D model.
Columns~(5)--(10): $A$(O) from 1D models, odd numbered columns\ correspond
to a micro-turbulence~$\xi$ of 1.0~\kms, even numbered columns\ to 
$\xi = 1.5$~\kms.
Columns~(11)--(14): 3D corrections, even numbered columns\ for
$\xi = 1.0$~\kms, and odd numbered columns\ for 1.5~\kms, respectively.
\\
(1) $EW$ of the blend [\ion{O}{i}]+\ion{Ni}{i}; the contribution to the $EW$s due
to Ni for $A$(Ni)~=~6.25 is 0.20 and 0.18\pun{pm}
for flux and intensity spectra, respectively, according to our 3D investigation.
(2) $EW$ relative to the two blending \ion{O}{i} lines of the multiplet.
(3) $EW$ relative to the complete multiplet.
\end{table}