\begin{table}%t5
%\centering
\par
\caption{\label{ewa}Mean LTE abundances $\log\epsilon(\rm{El})$ 
along with the uncertainties, $\sigma$, with solar abundances determined by \citet{grevesse}.}
\begin{tabular}{lcccc}
\hline
\hline 
\multicolumn{1}{c}{Element} & \multicolumn{1}{c}{$Z$}&
\multicolumn{1}{c}{$\log\epsilon(\rm{El})$} & \multicolumn{1}{c}{$\sigma$}&  Sun \\
\hline
 C & 6  &  8.45 & 0.130 &  8.39 \\
 N & 8  &  8.72 & 0.102 &  8.66 \\
 Na& 11 &  5.75 & 0.097 &  6.17 \\
 Mg& 12 &  7.02 & 0.113 &  7.53 \\
 Si& 14 &  6.95 & 0.386 &  7.51 \\
 S & 16 &  7.25 & 0.054 &  7.14 \\
 Ca& 20 &  5.91 & 0.112 &  6.31 \\
 Sc& 21 &  2.56 & 0.103 &  3.17 \\
 Ti& 22 &  4.40 & 0.159 &  4.90 \\
 V & 23 &  3.38 & 0.146 &  4.00 \\
 Cr& 24 &  5.10 & 0.140 &  5.64 \\
 Mn& 25 &  4.68 & 0.157 &  5.39 \\
 Fe& 26 &  6.71 & 0.126 &  7.45 \\
 Co& 27 &  4.89 & 0.098 &  4.92 \\
 Ni& 28 &  5.53 & 0.151 &  6.23 \\
 Cu& 29 &  3.52 & 0.018 &  4.21 \\
 Zn& 30 &  3.93 & 0.079 &  4.60 \\
 Y & 39 &  1.67 & 0.099 &  2.21 \\
 Zr& 40 &  2.37 & 0.458 &  2.58 \\
 Ba& 56 &  1.91 & 0.170 &  2.17 \\
 La& 57 &  0.483& 0.126 &  1.13 \\
 Ce& 58 &  0.292& 0.436 &  1.70 \\
\hline
\end{tabular}
\end{table}