\documentstyle{l-aa}
\begin{document}

\begin{table*}
\caption[ ]{Abundance Analyses of 4 Lac and $\nu$ Cep}
\begin{flushleft}
    \begin{tabular}{cccccrcrc}
    \hline
 & & & & &\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\
Species&Multiplet& $\lambda(\AA)$& log gf&Ref.&W$_{\lambda}$(m$\AA$)
&log N/N$_{T}$ &  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
 \hline

     \noalign{\smallskip}
C  I & & & & \multicolumn{3}{c}{log C/N$_{T}$ =} & &-3.60\\
  & 6 & 4771.72 & -1.87 & WF & ...  &   ...  &   9.5& -3.60 \\
\noalign{\smallskip}
C II & & & & \multicolumn{3}{c}{log C/N$_{T}$ = -3.55} & &-3.51\\
  &4  & 3918.97 & -0.53 & WF &  28.1& -3.55  & ...  &  ...  \\
  &6  & 4267.13 & +0.96 & WF & ...  &   ...  &  26.3& -3.51 \\
\noalign{\smallskip}
N  I&&&&\multicolumn{3}{c}{log C/N$_{T}$ =}&&-4.07$\pm$0.05\\
  & 5  & 4223.13 & -1.09 & WS & ...  &   ...  &  10.7& -4.12 \\
  & 5  & 4214.80 & -1.45 & WS & ...  &   ...  &   6.0& -4.02 \\
\noalign{\smallskip}

N II&&&&\multicolumn{3}{c}{log N/N$_{T}$ = -3.12$\pm$0.17}&&...\\ 

  & 5  & 4630.54 & +0.09 & WF &  17.2& -3.11  & ...  &  ...  \\

  &    & 4643.09 & -0.36 & WF &   6.3& -3.41  & ...  &  ...  \\

  & 6  & 3955.85 & -0.81 & WF &   6.0& -3.40  & ...  &  ...  \\

  &12  & 3994.99 & +0.21 & WF &  31.2& -3.05  & ...  &  ...  \\

  &15  & 4447.03 & +0.23 & WF &  10.2& -3.01  & ...  &  ...  \\

  &39  & 4035.08 & +0.62 & WS &   6.6& -2.96  & ...  &  ...  \\

  &    & 4043.53 & +0.74 & WS &   6.6& -3.07  & ...  &  ...  \\

  &48  & 4241.79 & +0.71 & WS &   5.7& -2.99  & ...  &  ...  \\

\noalign{\smallskip}

O I&&&& \multicolumn{3}{c}{log O/N$_{T}$ = -3.35$\pm$0.14} &
&-3.41$\pm$0.18\\

  & 5  & 4368.23 & -1.71 & WF &  18.2& -3.17  &  32.9& -3.23 \\

  &16  & 4772.91 & -1.70 & WF &   3.0& -3.39  & ...  &  ...  \\

  &    & 4773.75 & -1.55 & WF &   3.3& -3.50  &   4.4& -3.59 \\

\noalign{\smallskip}

Mg II&&&&\multicolumn{3}{c}{log Mg/N$_{T}$ =
-4.64$\pm$0.12}&&-4.53$\pm$0.05\\

  & 5  & 3848.21 & -1.54 & KX &  34.7& -4.60  &  58.2& -4.53 \\

  &    & 3850.39 & -1.88 & WM &  29.5& -4.36  & ...  &  ...  \\

  & 9  & 4427.99 & -1.20 & FW &  18.2& -4.71  &  34.8& -4.50 \\

  &    & 4433.99 & -0.90 & FW &  25.8& -4.82  &  46.9& -4.63 \\

  &10  & 4384.64 & -0.79 & FW &  39.2& -4.67  & ...  &  ...  \\

  &    & 4390.54 & -0.50 & FW &  64.1& -4.57  &  92.4& -4.53 \\

  &19  & 4436.52 & -0.64 & KX &  11.8& -4.72  &  20.9& -4.45 \\

  &25  & 4851.08 & -0.42 & KX &  19.2& -4.62  &  22.4& -4.56 \\

  &27  & 4331.95 & -0.89 & KX &   7.2& -4.68  & ...  &  ...  \\

\noalign{\smallskip}

Al II&&&&\multicolumn{3}{c}{log Al/N$_{T}$ = -5.61} & &-5.51\\

  & 2  & 4663.10 & -0.28 & FW &  52.9& -5.61  &  55.4& -5.51 \\

\noalign{\smallskip}

Si II&&&&\multicolumn{3}{c}{log Si/N$_{T}$ = -3.95$\pm$0.14}&

 &-4.34$\pm$0.22\\

&1    & 3853.66 & -1.44 & LA & 158.7& -3.75  & 215.1& -4.05 \\

&3    & 4128.07 & +0.38 & LA & 213.1& -4.07  & 230.8& -4.18 \\

&     & 4130.89 & +0.50 & LA & 242.2& -4.02  & 244.8& -4.20 \\

&3.01 & 4075.45 & -1.40 & SG & ...  &   ...  &  30.4& -4.55 \\

&7.15 & 4673.27 & -0.34 & KX & ...  &   ...  &  13.0& -4.45 \\

&7.26 & 4190.70 &  0.00 & KG & ...  &   ...  &   9.8& -4.71 \\

&7.26 & 4198.13 & -0.30 & KG & ...  &   ...  &  13.5& -4.25 \\

\noalign{\smallskip}

Si III&&&&\multicolumn{3}{c}{log Si/N$_{T}$ = -3.98$\pm$0.09}&&...\\

& 2  & 4552.62 & +0.29 & WS &  18.1& -3.87  & ...  &  ...  \\

&    & 4567.84 & +0.07 & WS &  11.1& -4.09  & ...  &  ...  \\

&    & 4574.76 & -0.41 & WS &   7.0& -3.99  & ...  &  ...  \\

\noalign{\smallskip}

S II&&&&\multicolumn{3}{c}{log S/N$_{T}$ = -4.53$\pm$0.18}&&
-4.60$\pm$0.15\\

 & 9  & 4716.26 & -0.32 & WM &  21.1& -4.63  &  12.9& -4.61 \\

 &    & 4815.55 & +0.18 & KX &  34.8& -4.60  &  17.6& -4.81 \\

 &15  & 4885.65 & -0.74 & KX &  15.7& -4.21  & ...  &  ...  \\

 &    & 4917.21 & -0.40 & WS &  20.0& -4.35  & ...  &  ...  \\

 &29  & 3993.50 & -0.82 & KX &  12.5& -4.50  & ...  &  ...  \\

 &40  & 4524.95 & +0.08 & WS &  23.2& -4.38  & ...  &  ...  \\

 &43  & 4463.58 & -0.02 & WM &  12.4& -4.58  & ...  &  ...  \\

 &44  & 4142.25 & +0.24 & WM &  15.7& -4.68  &  10.1& -4.57 \\

\hline\noalign{\smallskip}

\end{tabular}

\end{flushleft}

\end{table*}



\setcounter{table}{4}

\begin{table*}

\caption[ ]{- {\it continued}}

\begin{flushleft}

\begin{tabular}{cccccrcrc}

\hline

 & & & & &\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\

Species&Multiplet& $\lambda(\AA)$& log gf&Ref.&  W$_{\lambda}$(m$\AA$)

&  log N/N$_{T}$ &  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\

 \hline

     \noalign{\smallskip}

S II& {\it (continued)}& & &   &      &       &      & \\

 &    & 4153.10 & +0.62 & WS &  33.1& -4.33  &  13.9& -4.69 \\

 &    & 4162.70 & +0.78 & WS & ...  &   ...  &  16.4& -4.69 \\

 &    & 4217.18 & -0.15 & KX &   7.0& -4.77  & ...  &  ...  \\

 &45  & 4028.75 &  0.00 & WS &  12.1& -4.64  & ...  &  ...  \\

 &46  & 4792.01 & +0.31 & KX & ...  &   ...  &   5.7& -4.58 \\

 &48  & 4552.38 & -0.10 & WS & ...  &   ...  &  11.8& -4.28 \\

 &49  & 4267.76 & +0.26 & KX &  17.2& -4.47  & ...  &  ...  \\

 &    & 4269.73 & +0.08 & KX &   7.6& -4.87  & ...  &  ...  \\

 &    & 4278.51 & -0.11 & KX &   9.0& -4.57  & ...  &  ...  \\

 &    & 4282.59 & -0.29 & KX &  11.6& -4.22  & ...  &  ...  \\

 &    & 4294.40 & +0.55 & KX &  23.2& -4.46  & ...  &  ...  \\

 &    & 4318.64 & +0.04 & KX &   7.4& -4.81  & ...  &  ...  \\

 &50  & 3860.60 & -0.44 & KX &   7.9& -4.47  & ...  &  ...  \\

 &59  & 3979.83 & -0.42 & KX &   5.4& -4.62  & ...  &  ...  \\

 &    & 3998.76 & -0.17 & KX &   8.5& -4.60  & ...  &  ...  \\

 &66  & 4257.38 & -0.01 & KX &   6.1& -4.37  & ...  &  ...  \\

\noalign{\smallskip}

Ar II&&&&\multicolumn{3}{c}{log A/N$_{T}$ = -4.83$\pm$0.24} & &...\\

 & 7  & 4348.06 & +0.47 & KP &   8.4& -5.08  & ...  &  ...  \\

 &    & 4426.00 & +0.24 & KP &  10.5& -4.59  & ...  &  ...  \\

\noalign{\smallskip}

Ca I&&&&\multicolumn{3}{c}{log Ca/N$_{T}$ = -4.72}&&-5.07$\pm$0.17\\

 & 2  & 4226.73 & +0.24 & FW &   6.0& -4.72  & ...  &  ...  \\

 & 4  & 4435.68 & -0.50 & WS & ...  &   ...  &   5.5& -4.90 \\

 & 5  & 4302.53 & +0.28 & FW & ...  &   ...  &  14.1& -5.23 \\

\noalign{\smallskip}

Sc II&&&&\multicolumn{3}{c}{log Sc/N$_{T}$ =
-8.71$\pm$0.17}&&-9.42$\pm$0.22\\

 & 5  & 4294.77 & -1.39 & LD & ...  &  ...   &  12.3& -9.18 \\

 & 7  & 4246.83 & +0.24 & LD & ...  &  ...   & 126.7& -9.70 \\

 &14  & 4400.35 & -0.53 & LD &   5.7& -8.87  &  33.8& -9.57 \\

 &    & 4415.56 & -0.68 & LD & ...  &  ...   &  49.5& -9.23 \\

 &24  & 4670.40 & -0.37 & LD &   6.8& -8.54  & ...  &  ...  \\

\noalign{\smallskip}

Ti II&&&&\multicolumn{3}{c}{log Ti/N$_{T}$ = -7.58$\pm$0.17}&&
-7.35$\pm$0.26\\

 &11  & 3981.99 & -2.53 & KX & ...  &  ...   &  29.1& -7.46 \\

 &    & 3987.60 & -2.73 & KX & ...  &  ...   &  17.0& -7.49 \\

 &    & 4025.13 & -1.98 & KX & ...  &  ...   &  73.1& -7.49 \\

 &17  & 4762.78 & -2.71 & KX & ...  &  ...   &  24.2& -7.08 \\

 &    & 4798.52 & -2.43 & KX & ...  &  ...   &  16.6& -7.55 \\

 &18  & 4469.14 & -2.10 & KX & ...  &  ...   &  26.1& -7.63 \\

 &    & 4518.33 & -2.56 & KX & ...  &  ...   &  15.3& -7.43 \\

 &19  & 4395.03 & -0.66 & MF &  28.4& -7.71  & 249.4& -7.06 \\

 &    & 4443.80 & -0.70 & MF & ...  &  ...   & 200.6& -7.50 \\

 &    & 4450.49 & -1.45 & MF &  12.4& -7.35  &  92.2& -7.58 \\

 &20  & 4287.89 & -2.02 & MF & ...  &  ...   &  59.4& -7.28 \\

 &    & 4294.10 & -1.11 & MF &  12.4& -7.67  & ...  &  ...  \\

 &    & 4337.88 & -1.13 & MF & ...  &  ...   & 107.2& -7.78 \\

 &21  & 4184.33 & -2.46 & KX & ...  &  ...   &  22.8& -7.32 \\

 &29  & 4865.61 & -2.61 & MF & ...  &  ...   &   7.5& -7.71 \\

 &31  & 4501.27 & -0.75 & MF &  21.8& -7.75  & 197.3& -7.45 \\

 &34  & 3882.28 & -1.71 & MF & ...  &  ...   &  47.5& -7.64 \\

 &    & 3900.55 & -0.45 & MF &  44.8& -7.61  & ...  &  ...  \\

 &    & 3913.46 & -0.53 & MF &  28.6& -7.79  & 258.5& -6.87 \\

 &40  & 4417.72 & -1.43 & MF &   7.9& -7.53  & 112.1& -7.40 \\

 &    & 4441.73 & -2.41 & MF & ...  &  ...   &  27.7& -7.23 \\

 &    & 4470.86 & -2.28 & MF & ...  &  ...   &  30.8& -7.32 \\

 &41  & 4290.21 & -1.12 & MF &  12.7& -7.61  & ...  &  ...  \\

 &    & 4300.05 & -0.77 & MF &  26.8& -7.57  & 239.9& -6.94 \\

 &    & 4301.93 & -1.16 & MF &   8.2& -7.77  & 111.6& -7.66 \\

 &    & 4312.86 & -1.16 & MF & ...  &  ...   & 144.8& -7.41 \\

 &    & 4330.71 & -2.04 & MF & ...  &  ...   &  42.2& -7.38 \\

 &49  & 4708.66 & -2.21 & MF & ...  &  ...   &  19.7& -7.57 \\

 &50  & 4563.76 & -0.96 & MF &  12.4& -7.76  & 160.7& -7.50 \\

 &51  & 4394.06 & -1.59 & MF &   5.3& -7.52  &  53.4& -7.68 \\

\hline\noalign{\smallskip}

\end{tabular}

\end{flushleft}

\end{table*}



\setcounter{table}{4}

\begin{table*}

\caption[ ]{- {\it continued}}

\begin{flushleft}

\begin{tabular}{cccccrcrc}

\hline

 & & & & &\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\

Species&Multiplet&$\lambda(\AA)$& log gf&Ref.&  W$_{\lambda}$(m$\AA$)

&  log N/N$_{T}$ &  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\

 \hline

     \noalign{\smallskip}

Ti II& {\it (continued)}& & &   &      &       &      & \\

 &    & 4399.77 & -1.27 & MF &   8.7& -7.60  & ...  &  ...  \\

 &    & 4418.34 & -2.40 & MF & ...  &  ...   &  38.1& -7.04 \\

 &60  & 4544.02 & -2.40 & MF & ...  &  ...   &   9.8& -7.69 \\

 &61  & 4391.03 & -2.75 & MF & ...  &  ...   &  22.5& -6.94 \\

 &    & 4398.25 & -2.39 & KX & ...  &  ...   &  13.9& -7.54 \\

 &    & 4411.92 & -2.40 & KX & ...  &  ...   &  15.4& -7.48 \\

 &82  & 4549.62 & -0.45 & MF & ...  &  ...   & 297.9& -6.46 \\

 &    & 4571.97 & -0.53 & MF &  26.3& -7.61  & 213.8& -7.23 \\

 &87  & 4028.33 & -1.00 & MF &   6.0& -7.65  &  91.7& -7.43 \\

 &    & 4053.83 & -1.21 & MF &   8.9& -7.26  & 118.0& -7.02 \\

 &92  & 4779.99 & -1.37 & MF & ...  &  ...   &  61.9& -7.27 \\

 &    & 4805.09 & -1.10 & MF & ...  &  ...   &  84.4& -7.35 \\

 &93  & 4421.95 & -1.77 & MF & ...  &  ...   &  21.4& -7.38 \\

 &94  & 4316.81 & -1.42 & MF & ...  &  ...   &  32.9& -7.52 \\

&104  & 4367.66 & -1.27 & MF & ...  &  ...   &  54.1& -7.05 \\

&     & 4386.84 & -1.26 & MF & ...  &  ...   &  55.8& -7.03 \\

&105  & 4163.64 & -0.40 & MF &  16.2& -7.40  & 135.1& -7.24 \\

&106  & 4064.37 & -1.61 & KX & ...  &  ...   &  10.4& -7.48 \\

&114  & 4874.01 & -0.79 & MF & ...  &  ...   &  38.4& -7.40 \\

&     & 4911.20 & -0.34 & MF &   6.2& -7.64  & ...  &  ...  \\

&115  & 4456.65 & -1.41 & KX & ...  &  ...   &  13.5& -7.23 \\

&     & 4488.32 & -0.82 & MF & ...  &  ...   &  62.0& -7.07 \\

&  H  & 4129.16 & -1.40 & KX &   6.8& -7.20  & ...  &  ...  \\

\noalign{\smallskip}

V II&&&&\multicolumn{3}{c}{log V/N$_{T}$ =
-8.28$\pm$0.19}&&-8.14$\pm$0.22\\

 & 9  & 3997.12 & -1.23 & BG &   5.3& -8.09  &  27.4& -8.33 \\

 &    & 4036.78 & -1.59 & BG & ...  &  ...   &  15.1& -8.25 \\

 &10  & 3916.42 & -1.05 & BG & ...  &  ...   &  36.3& -8.40 \\

 &    & 3951.97 & -0.78 & BG & ...  &  ...   &  52.7& -8.44 \\

 &    & 3977.73 & -1.55 & KX & ...  &  ...   &  11.8& -8.40 \\

 &20  & 3875.66 & -2.03 & BG & ...  &  ...   &   9.1& -7.89 \\

 &24  & 4234.25 & -2.03 & KX & ...  &  ...   &   7.0& -8.04 \\

 &32  & 4005.71 & -0.52 & BG &   6.1& -8.55  &  53.2& -8.47 \\

 &    & 4008.17 & -2.07 & BG & ...  &  ...   &   5.1& -8.05 \\

 &    & 4023.39 & -0.69 & BG & ...  &  ...   &  55.2& -8.29 \\

 &    & 4035.63 & -0.77 & BG &   7.7& -8.20  & ...  &  ...  \\

 &33  & 3884.85 & -1.41 & BG & ...  &  ...   &  15.3& -8.20 \\

 &37  & 4225.22 & -1.46 & BG & ...  &  ...   &  18.6& -7.93 \\

 &56  & 4528.50 & -1.10 & BG & ...  &  ...   &  30.9& -7.90 \\

 &    & 4564.59 & -1.39 & BG & ...  &  ...   &  20.1& -7.83 \\

 &    & 4600.19 & -1.52 & BG & ...  &  ...   &   9.6& -8.04 \\

&212  & 4512.72 & -0.88 & KX & ...  &  ...   &   5.9& -7.88 \\

&215  & 4065.07 & -0.24 & KX & ...  &  ...   &   7.8& -8.36 \\

&225  & 4232.04 & -0.59 & KX & ...  &  ...   &   8.7& -7.86 \\

\noalign{\smallskip}

Cr I & & & & \multicolumn{3}{c}{log Cr/N$_{T}$ = ...} & & -6.52$\pm$0.03\\

&  1  & 4274.80 & -0.23 & MF & ...  &  ...   &  18.6& -6.55 \\

&     & 4289.72 & -0.36 & MF & ...  &  ...   &  15.8& -6.50 \\

\noalign{\smallskip}

Cr II&&&&\multicolumn{3}{c}{log Cr/N$_{T}$ =
-6.91$\pm$0.21}&&-6.37$\pm$0.22\\

& 18  & 4112.54 & -3.02 & KX & ...  &  ...   &   9.7& -6.73 \\

&     & 4217.06 & -2.81 & KX & ...  &  ...   &  15.2& -6.74 \\

& 26  & 4086.14 & -2.42 & KX & ...  &  ...   &  20.2& -6.60 \\

&     & 4132.42 & -2.35 & KX & ...  &  ...   &  22.6& -6.59 \\

&     & 4179.42 & -1.77 & KX & ...  &  ...   &  64.0& -6.57 \\

&     & 4207.36 & -2.48 & KX & ...  &  ...   &  15.3& -6.60 \\

& 30  & 4812.34 & -1.80 & MF &   5.0& -7.18  &  50.3& -6.69 \\

&     & 4836.23 & -2.25 & MF &   8.2& -6.51  &  54.9& -6.19 \\

&     & 4848.23 & -1.14 & MF &  33.0& -6.91  & 168.3& -6.37 \\

&     & 4856.19 & -2.26 & MF & ...  &  ...   &  47.2& -6.27 \\

&     & 4864.33 & -1.37 & KX &  10.2& -7.29  & 101.0& -6.67 \\

&     & 4884.61 & -2.08 & KX &   8.5& -6.66  &  50.7& -6.41 \\

& 31  & 4252.63 & -2.02 & KX &   8.7& -6.69  &  61.0& -6.33 \\

\hline\noalign{\smallskip}

\end{tabular}

\end{flushleft}

\end{table*}



\setcounter{table}{4}

\begin{table*}

\caption[ ]{- {\it continued}}

\begin{flushleft}

\begin{tabular}{cccccrcrc}

\hline

 & & & & &\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\

Species&Multiplet& $\lambda(\AA)$& log gf& Ref.&  W$_{\lambda}$(m$\AA$)

&log N/N$_{T}$&W$_{\lambda}$(m$\AA$)&log N/N$_{T}$\\

 \hline

     \noalign{\smallskip}

Cr II& {\it (continued)}& & &   &      &       &      & \\

&     & 4261.92 & -1.53 & KX &  19.0& -6.81  & 136.0& -6.20 \\

&     & 4269.28 & -2.17 & KX &   5.7& -6.74  &  53.8& -6.26 \\

&     & 4284.21 & -1.86 & KX &   8.7& -6.86  &  87.9& -6.26 \\

& 39  & 4539.62 & -2.53 & MF &  ... &  ...   &  23.8& -6.22 \\

& 44  & 4555.02 & -1.38 & MF &  13.1& -7.04  & 103.2& -6.49 \\

&     & 4558.66 & -0.66 & MF &  55.5& -6.91  & 240.9& -5.98 \\

&     & 4588.22 & -0.63 & MF &  46.0& -7.09  & 236.9& -6.06 \\

&     & 4592.04 & -1.22 & MF &  14.4& -7.15  & 113.8& -6.57 \\

&     & 4616.63 & -1.29 & MF &  12.4& -7.16  & 106.8& -6.56 \\

&     & 4618.80 & -1.11 & MF &  34.3& -6.80  & 194.6& -6.01 \\

&     & 4634.07 & -1.24 & MF &  27.4& -6.80  & 177.3& -6.03 \\

&129  & 3911.32 & -2.06 & KX &  ... &  ...   &  15.8& -6.28 \\

&162  & 4145.77 & -1.16 & KX &  ... &  ...   &  58.8& -6.28 \\

&177  & 4697.60 & -1.88 & MF &  ... &  ...   &  14.8& -6.06 \\

&179  & 4362.92 & -1.89 & KX &  ... &  ...   &   8.3& -6.31 \\

&180  & 4222.00 & -1.93 & KX &  ... &  ...   &  13.6& -6.04 \\

&183  & 3979.50 & -0.73 & KX &   9.9& -6.93  &  61.6& -6.45 \\

&     & 4022.38 & -2.02 & KX &  ... &  ...   &   6.3& -6.29 \\

&190  & 4912.46 & -0.95 & KX &  ... &  ...   &  14.9& -6.48 \\

&191  & 4465.73 & -1.18 & KX &  ... &  ...   &   6.5& -6.62 \\

&193  & 4070.84 & -0.75 & KX &  ... &  ...   &  29.0& -6.35 \\

&  D  & 4306.92 & -1.18 & KX &  ... &  ...   &  17.5& -6.54 \\

&  K  & 4876.40 & -1.46 & KX &  ... &  ...   & 154.8& -6.17 \\

\noalign{\smallskip}

Mn II&&&&\multicolumn{3}{c}{log Mn/N$_{T}$ =
-6.52$\pm$0.27}&&-6.48$\pm$0.21\\

 & 2  & 4205.38 & -3.38 & KX &   5.1& -6.77  &  22.7& -6.90 \\

 & 5  & 4730.40 & -2.15 & KX &   5.2& -6.03  &   8.9& -6.27 \\

 &    & 4755.73 & -1.24 & KX &   8.7& -6.69  &  33.1& -6.54 \\

 &    & 4764.73 & -1.35 & KX &  10.3& -6.50  & ...  &  ...  \\

 &    & 4806.82 & -1.56 & KX & ...  &  ...   &   8.7& -6.84 \\

 & 6  & 4326.64 & -1.25 & KX &   6.0& -6.84  & ...  &  ...  \\

 & 7  & 4206.37 & -1.57 & KX &  ... &  ...   &  18.3& -6.49 \\

 & I  & 3844.16 & -1.38 & KX &   7.5& -6.53  &  25.2& -6.43 \\

 &    & 4104.98 & -1.35 & KX &  ... &  ...   &   6.8& -6.71 \\

 &    & 4251.74 & -1.06 & KX &  ... &  ...   &  24.1& -6.38 \\

 &    & 4259.20 & -1.59 & KX &  ... &  ...   &  24.1& -6.34 \\

 &    & 4292.24 & -2.23 & KX &  ... &  ...   &  12.0& -6.04 \\

 &    & 4348.40 & -1.50 & KX &  ... &  ...   &  13.3& -6.70 \\

 &    & 4356.62 & -2.03 & KX &  ... &  ...   &   6.8& -6.47 \\

 &    & 4363.26 & -1.91 & KX &  ... &  ...   &   7.8& -6.44 \\

 &    & 4365.22 & -1.35 & KX &  ... &  ...   &   5.8& -6.51 \\

 &    & 4379.67 & -1.85 & KX &   5.3& -6.28  & ...  &  ...  \\

 &    & 4478.64 & -0.95 & KX &  ... &  ...   &  12.2& -6.53 \\

 &    & 4847.61 & -1.81 & KX &  ... &  ...   &  15.9& -6.30 \\

 &    & 4784.63 & -1.51 & KX &  ... &  ...   &   6.4& -6.31 \\

Fe I&&&&\multicolumn{3}{c}{log Fe/N$_{T}$ =
-4.74$\pm$0.17}&&-4.55$\pm$0.23\\

 &  3 & 3906.47 & -2.24 & MF &  ... &  ...   &  15.5& -4.62 \\

 & 22 & 3850.82 & -1.73 & MF &  ... &  ...   &  14.7& -4.55 \\

 & 41 & 4383.54 & +0.20 & MF &  12.9& -4.94  & ...  &  ...  \\

 &    & 4404.75 & -0.14 & MF &   8.2& -4.77  & ...  &  ...  \\

 &    & 4415.12 & -0.61 & MF &   6.2& -4.41  &  29.4& -4.97 \\

 & 42 & 4250.79 & -0.71 & MF &  ... &  ...   &  36.6& -4.78 \\

 &    & 4271.76 & -0.16 & MF &   7.9& -4.80  &  75.9& -4.97 \\

 & 43 & 4005.24 & -0.61 & MF &  ... &  ...   &  40.6& -4.80 \\

 &    & 4045.82 & +0.28 & MF &  14.3& -4.95  & ...  &  ...  \\

 &    & 4063.60 & +0.07 & MF &  12.2& -4.78  & ...  &  ...  \\

 &    & 4071.74 & -0.02 & MF &  11.8& -4.68  & ...  &  ...  \\

 &    & 4132.06 & -0.65 & MF &  ... &  ...   &  31.5& -4.87 \\

 & 45 & 3902.95 & -0.47 & MF &   5.9& -4.57  & ...  &  ...  \\

\hline\noalign{\smallskip}

\end{tabular}

\end{flushleft}

\end{table*}



\setcounter{table}{4}

\begin{table*}

\caption[ ]{- {\it continued}}

\begin{flushleft}

\begin{tabular}{cccccrcrc}

\hline

 &&&&&\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\

Species&Multiplet&$\lambda(\AA)$&log gf&Ref.&W$_{\lambda}$(m$\AA$)

& log N/N$_{T}$&W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\

 \hline

     \noalign{\smallskip}

Fe I& {\it (continued)}& & &   &      &       &      & \\

 &    & 3966.07 & -1.64 & MF &  ... &  ...   &   8.7& -4.47 \\

 & 68 & 4430.62 & -1.66 & MF &  ... &  ...   &   7.4& -4.15 \\

 &    & 4442.34 & -1.26 & MF &  ... &  ...   &  11.4& -4.37 \\

 &    & 4447.72 & -1.34 & MF &  ... &  ...   &  10.2& -4.32 \\

 &    & 4459.12 & -1.28 & MF &  ... &  ...   &   8.4& -4.50 \\

 & 71 & 4352.74 & -1.26 & MF &  ... &  ...   &  15.6& -4.20 \\

 &152 & 4187.04 & -0.55 & MF &  ... &  ...   &  19.8& -4.63 \\

 &    & 4187.79 & -0.55 & MF &  ... &  ...   &  49.3& -4.19 \\

 &    & 4191.43 & -0.74 & KX &  ... &  ...   &  12.2& -4.65 \\

 &    & 4198.30 & -0.72 & MF &  ... &  ...   &  10.5& -4.79 \\

 &    & 4210.35 & -0.87 & MF &  ... &  ...   &   7.1& -4.76 \\

 &    & 4235.94 & -0.34 & MF &  ... &  ...   &  23.4& -4.79 \\

 &    & 4250.12 & -0.40 & MF &  ... &  ...   &  33.1& -4.53 \\

 &    & 4260.47 & -0.02 & MF &  ... &  ...   &  49.9& -4.74 \\

 &    & 4271.16 & -0.35 & MF &  ... &  ...   &  24.7& -4.74 \\

 &175 & 3859.21 & -0.68 & KX &  ... &  ...   &  22.3& -4.44\\

 &278 & 3952.60 & -0.98 & MF &  ... &  ...   &   9.7& -4.35 \\

 &    & 3956.67 & -0.58 & KX &  ... &  ...   &  19.8& -4.42\\

 &    & 4021.87 & -0.66 & MF &  ... &  ...   &   8.8& -4.68 \\

 &318 & 4871.32 & -0.41 & MF &  ... &  ...   &  38.1& -4.22\\

 &    & 4872.14 & -0.60 & MF &  ... &  ...   &   9.0& -4.70 \\

 &    & 4878.21 & -1.01 & MF &  ... &  ...   &   8.9& -4.29 \\

 &    & 4890.75 & -0.43 & KX &  ... &  ...   &  18.1& -4.55\\

 &    & 4891.49 & -0.14 & KX &  ... &  ...   &  21.2& -4.79 \\

 &    & 4903.31 & -1.08 & MF &  ... &  ...   &   7.8& -4.28\\

 &350 & 4466.55 & -0.59 & MF &  ... &  ...   &  12.5& -4.57\\

 &354 & 4107.49 & -0.73 & MF &  ... &  ...   &   7.9& -4.61\\

 &    & 4156.80 & -0.62 & MF &  ... &  ...   &   7.6& -4.74\\

 &    & 4175.64 & -0.67 & MF &  ... &  ...   &   7.2& -4.71 \\

 &    & 4181.75 & -0.18 & MF &  ... &  ...   &  17.1& -4.82 \\

 &357 & 4134.68 & -0.49 & KX &  ... &  ...   &  11.9& -4.67 \\

 &359 & 4062.44 & -0.78 & KX &  ... &  ...   &   5.1& -4.75 \\

 &364 & 3925.64 & -0.96 & KX &  ... &  ...   &   5.0& -4.57 \\

 &    & 3925.94 & -0.86 & KX &  ... &  ...   &   7.2& -4.49\\

 &597 & 4285.44 & -0.85 & MF &  ... &  ...   &   6.5& -4.32\\

 &664 & 3846.80 & +0.01 & MF &  ... &  ...   &  13.9& -4.79\\

 &689 & 4224.18 & -0.41 & MF &  ... &  ...   &  10.5& -4.45\\

 &693 & 4196.20 & -0.74 & MF &  ... &  ...   &   8.2& -4.21\\

 &    & 4225.45 & -0.50 & MF &  ... &  ...   &  15.5& -4.15\\

 &    & 4247.42 & -0.23 & MF &  ... &  ...   &  12.1& -4.57\\

 &695 & 4153.91 & -0.27 & MF &  ... &  ...   &   7.4& -4.73 \\

 &    & 4157.78 & -0.56 & KX &  ... &  ...   &   6.9& -4.46 \\

 &    & 4158.79 & -0.67 & KX &  ... &  ...   &   8.2& -4.26 \\

 &755 & 4547.85 & -0.78 & MF &  ... &  ...   &   7.6& -4.13\\

 &800 & 4219.36 & +0.12 & MF &  ... &  ...   &  11.4& -4.81 \\

 &801 & 4118.55 & +0.28 & MF &  ... &  ...   &  15.0& -4.83\\

 &828 & 4401.29 & -0.92 & MF &  ... &  ...   &   5.0& -4.13 \\

\noalign{\smallskip}

Fe II&&&&\multicolumn{3}{c}{log Fe/N$_{T}$ =
-4.78$\pm$0.24}&&-4.48$\pm$0.20\\

 &  3 & 3938.29 & -3.89 & KX &  24.2& -5.15  & ...  &  ...  \\

 &    & 3945.21 & -4.25 & KX &  16.1& -4.98  &  81.1& -4.72 \\

 &    & 3981.61 & -5.05 & KX &   9.5& -4.42  &  31.1& -4.46 \\

 & 12 & 4169.98 & -5.41 & KX &  ... &  ...   &   5.2& -4.58 \\

 & 19 & 4582.84 & -3.10 & MF &  ... &  ...   & 143.3& -4.66 \\

 & 21 & 4119.52 & -4.92 & KX &  ... &  ...   &  27.2& -4.13 \\

 & 22 & 4124.79 & -4.20 & KX &   8.2& -4.90  &  45.9& -4.58 \\

 & 25 & 4648.94 & -4.51 & KX &  ... &  ...   &  19.4& -4.70 \\

 &    & 4670.18 & -4.10 & KX &  11.5& -4.84  &  71.2& -4.42 \\

 & 26 & 4580.06 & -3.73 & KX &  ... &  ...   &  66.1& -4.84 \\

 & 27 & 4128.74 & -3.77 & MF &  31.5& -4.62  & 103.0& -4.46 \\

 &    & 4273.32 & -3.34 & MF &  32.9& -4.97  & 140.4& -4.52 \\

 &    & 4303.17 & -2.49 & MF & 100.5& -4.74  & ...  &  ...  \\

\hline\noalign{\smallskip}

\end{tabular}

\end{flushleft}

\end{table*}



\setcounter{table}{4}

\begin{table*}

\caption[ ]{- {\it continued}}

\begin{flushleft}

\begin{tabular}{cccccrcrc}

\hline

 & & & & &\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\

Species&Multiplet&$\lambda(\AA)$&log gf&Ref.&W$_{\lambda}$(m$\AA$)

&  log N/N$_{T}$ &  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\

 \hline

     \noalign{\smallskip}

Fe II & {\it (continued)}& & &   &      &       &      & \\

 &    & 4351.77 & -2.10 & MF & 149.4& -4.26  & ...  &  ...  \\

 &    & 4385.38 & -2.57 & MF &  88.3& -4.83  & ...  &  ...  \\

 &    & 4416.83 & -2.60 & MF &  88.3& -4.80  & ...  &  ...  \\

 & 28 & 4087.27 & -4.71 & MF &  ... &  ...   &  24.6& -4.37 \\

 &    & 4178.86 & -2.48 & MF & 105.3& -4.69  & ...  &  ...  \\

 &    & 4258.16 & -3.40 & MF &  24.0& -5.08  & ...  &  ...  \\

 &    & 4296.57 & -3.01 & MF &  53.4& -4.97  & 205.4& -4.25 \\

 &    & 4369.40 & -3.67 & MF &  19.3& -4.90  &  89.0& -4.56 \\

 & 29 & 3872.76 & -3.31 & KX &  26.1& -5.11  & ...  &  ...  \\

 &    & 3974.16 & -3.51 & MF &  16.3& -5.17  &  80.4& -4.82 \\

 &    & 4002.08 & -3.47 & KX &  ... &  ...   &  85.0& -4.77 \\

 & 30 & 4833.19 & -4.78 & MF &  ... &  ...   &  17.4& -4.44 \\

 &    & 4839.99 & -4.90 & MF &  ... &  ...   &  14.0& -4.40 \\

 & 32 & 4314.31 & -3.48 & KX &  23.7& -5.03  & ...  &  ...  \\

 &    & 4384.33 & -3.50 & MF &  25.7& -4.98  & ...  &  ...  \\

 &    & 4413.60 & -3.87 & MF &   7.4& -5.21  &  48.0& -4.82 \\

 & 37 & 4472.92 & -3.43 & MF &  18.6& -5.12  &  94.4& -4.72 \\

 &    & 4489.18 & -2.97 & MF &  56.4& -4.90  & 189.0& -4.39 \\

 &    & 4491.40 & -2.70 & MF &  70.5& -4.94  & 222.1& -4.33 \\

 &    & 4515.34 & -2.48 & MF &  88.5& -4.88  & ...  &  ...  \\

 &    & 4520.22 & -2.60 & MF &  88.8& -4.78  & ...  &  ...  \\

 &    & 4555.89 & -2.29 & MF &  ... &  ...   & 263.0& -4.37 \\

 &    & 4582.84 & -3.10 & MF &  36.1& -5.08  & 143.3& -4.67 \\

 &    & 4629.34 & -2.37 & MF & 102.0& -4.79  & ...  &  ...  \\

 &    & 4666.75 & -3.33 & MF &  35.8& -4.87  & 126.5& -4.58 \\

 & 38 & 4508.28 & -2.21 & MF & 109.0& -4.78  & 284.5& -4.22 \\

 &    & 4522.63 & -2.03 & MF & 130.5& -4.60  & ...  &  ...  \\

 &    & 4541.52 & -3.05 & MF & ...  &  ...   & 175.6& -4.42 \\

 &    & 4576.33 & -3.04 & MF &  39.0& -5.09  & 162.1& -4.56 \\

 &    & 4583.83 & -2.02 & MF & ...  &  ...   & ...  &  ...  \\

 &    & 4620.51 & -3.28 & MF &  29.1& -5.04  & 124.4& -4.65 \\

 & 39 & 4088.76 & -4.82 & KX & ...  &  ...   &  12.7& -4.40 \\

 & 43 & 4656.97 & -3.63 & MF & ...  &  ...   &  98.0& -4.47 \\

 &    & 4731.44 & -3.36 & MF &  41.8& -4.70  & 135.2& -4.45 \\

 & 44 & 4663.71 & -4.27 & KX &  13.7& -4.41  &  41.3& -4.37 \\

 &126 & 4046.81 & -4.09 & KX & ...  &  ...   &   5.0& -4.53 \\

 &127 & 4004.15 & -3.06 & KX &   5.6& -5.17  & ...  &  ...  \\

 &141 & 4147.27 & -3.51 & KX & ...  &  ...   &  10.2& -4.72 \\

 &150 & 4138.21 & -3.18 & KX &   8.8& -4.71  & ...  &  ...  \\

 &152 & 3863.38 & -2.87 & KX & ...  &  ...   &  29.7& -4.77 \\

 &169 & 4810.74 & -3.22 & KX & ...  &  ...   &  10.8& -4.40 \\

 &171 & 4474.16 & -3.14 & KX & ...  &  ...   &   9.4& -4.55 \\

 &172 & 4044.01 & -2.41 & KX &  15.0& -4.78  &  38.2& -4.60 \\

 &    & 4048.83 & -2.15 & KX &  20.4& -4.89  & ...  &  ...  \\

 &    & 4051.21 & -3.11 & KX &   6.9& -4.45  &   8.5& -4.62 \\

 &173 & 3906.04 & -1.83 & MF &  45.4& -4.70  & ...  &  ...  \\

 &186 & 4625.91 & -2.22 & KX & ...  &  ...   &  32.5& -4.64 \\

 &    & 4635.33 & -1.65 & MF &  56.5& -4.50  & 122.1& -4.27 \\

 &187 & 4446.24 & -2.44 & KX &   8.5& -4.83  &  13.2& -4.86 \\

 &188 & 4111.88 & -2.16 & KX &   8.8& -5.09  & ...  &  ...  \\

 &190 & 3938.97 & -1.85 & MF &  29.4& -4.80  & ...  &  ...  \\

 &    & 3996.35 & -2.93 & KX & ...  &  ...   &   5.0& -4.82 \\

 &    & 4002.54 & -1.71 & KX &  27.9& -4.95  & ...  &  ...  \\

 &191 & 3975.02 & -2.01 & KX &   8.3& -5.27  & ...  &  ...  \\

 &212 & 3960.90 & -1.42 & KX &  17.8& -4.81  &  37.6& -4.60 \\

 &    & 4057.46 & -1.54 & KX &  17.6& -4.69  & ...  &  ...  \\

 &213 & 4354.34 & -1.74 & KX &  13.6& -4.42  &  32.4& -4.13 \\

 &    & 4507.10 & -1.92 & KX &   6.1& -4.56  &  19.4& -4.14 \\

 &219 & 4628.79 & -1.74 & KX &  11.6& -4.39  & ...  &  ...  \\

 &    & 4631.90 & -1.82 & KX &   5.7& -4.64  &  14.0& -4.34 \\

 &220 & 4321.34 & -1.76 & KX &   9.1& -4.49  & ...  &  ...  \\

 &222 & 4431.64 & -1.93 & KX &   5.4& -4.52  &   6.2& -4.57 \\

\hline\noalign{\smallskip}

\end{tabular}

\end{flushleft}

\end{table*}



\setcounter{table}{4}

\begin{table*}

\caption[ ]{- {\it continued}}

\begin{flushleft}

\begin{tabular}{cccccrcrc}

\hline

 & & & & &\multicolumn{2}{c}{4 Lac}&\multicolumn{2}{c}{$\nu$ Cep}\\

Species&Multiplet&$\lambda(\AA)$& log gf&Ref.&  W$_{\lambda}$(m$\AA$)

&  log N/N$_{T}$ &  W$_{\lambda}$(m$\AA$)&log N/N$_{T}$ \\

 \hline

     \noalign{\smallskip}

Fe II & {\it (continued)}& & &   &      &       &      & \\

 &    & 4449.66 & -1.60 & KX &  10.4& -4.55  &  14.8& -4.51 \\

 &  D & 3844.79 & -0.96 & KX &   6.7& -4.84  & ...  &  ...  \\

 &    & 3845.18 & -2.29 & KX &  35.8& -4.99  & ...  &  ...  \\

 &    & 3894.63 & -1.83 & KX & ...  &  ...   &   7.7& -4.80 \\

 &    & 3898.62 & -1.64 & KX &   7.1& -4.89  &  20.4& -4.54 \\

 &    & 3922.04 & -1.07 & KX & ...  &  ...   &   8.1& -4.68 \\

 &    & 4325.54 & -2.31 & KX &  20.3& -4.46  & ...  &  ...  \\

 &    & 4487.50 & -2.14 & KX & ...  &  ...   &  12.4& -4.18 \\

 &  G & 3924.84 & -1.14 & KX & ...  &  ...   &   5.6& -4.48 \\

 &    & 4213.52 & -2.21 & KX & ...  &  ...   &   7.0& -4.34 \\

 &  J & 4061.78 & -2.15 & KX &  10.1& -5.03  & ...  &  ...  \\

 &    & 4093.24 & -2.90 & KX & ...  &  ...   &   9.9& -4.10 \\

 &    & 4263.87 & -1.71 & KX &  10.4& -4.56  &  26.4& -4.25 \\

 &    & 4357.58 & -2.11 & KX &  29.3& -4.45  &  55.8& -4.36 \\

 &    & 4361.25 & -2.11 & KX &  13.8& -4.83  &  29.1& -4.70 \\

 &    & 4402.88 & -2.75 & KX & ...  &  ...   &  27.7& -4.08 \\

 &    & 4451.55 & -1.84 & KX &  33.5& -4.61  &  67.6& -4.48 \\

 &    & 4455.27 & -2.14 & KX &  23.1& -4.48  &  51.6& -4.30 \\

 &    & 4499.71 & -1.76 & KX &   8.9& -4.58  &  19.6& -4.34 \\

 &    & 4579.53 & -2.51 & KX &   9.9& -4.54  &  20.7& -4.42 \\

 &    & 4640.84 & -1.81 & KX &   5.9& -4.71  &  12.3& -4.50 \\

 &    & 4820.83 & -0.69 & KX &   6.8& -4.44  &  11.7& -4.18 \\

 &    & 4824.84 & -1.89 & KX & ...  &  ...   &   9.2& -4.29 \\

 &    & 4826.68 & -0.44 & KX &   8.0& -4.63  & ...  &  ...  \\

 &    & 4836.95 & -1.95 & KX &      &        &   7.1& -4.34 \\

 &    & 4893.82 & -4.45 & KX &   5.9& -4.66  &  24.8& -4.49 \\

 &    & 4908.15 & -0.30 & KX &  10.8& -4.59  &  15.6& -4.41 \\

 &    & 4913.29 & +0.01 & KX &  18.8& -4.64  &  22.8& -4.54 \\

\noalign{\smallskip}

Fe III&&&&\multicolumn{3}{c}{log Fe/N$_{T}$ = -4.44$\pm$0.14} & &-4.69\\

 &  4 & 4371.34 & -2.99 & KX &   7.2& -4.40  & ...  &  ...  \\

 &    & 4382.51 & -3.02 & KX &   8.5& -4.26  & ...  &  ...  \\

 &    & 4419.60 & -2.22 & KX &  15.7& -4.66  &  10.0& -4.69 \\

 &    & 4431.02 & -2.57 & KX &  12.4& -4.46  & ...  &  ...  \\

\noalign{\smallskip}

Ni II&&&&\multicolumn{3}{c}{log Ni/N$_{T}$ = -6.03$\pm$0.20}&
 &-5.87$\pm$0.02\\
 &  9 & 4244.80 & -3.11 & KX &   8.1& -5.96  &  17.0& -5.89 \\
 &    & 4362.10 & -2.72 & KX &  17.5& -5.98  &  39.2& -5.86 \\
 & 10 & 4192.07 & -3.05 & KX &   7.1& -6.08  &  20.4& -5.86 \\
 & 11 & 3849.55 & -1.88 & KX &  64.1& -5.92  & ...  &  ...  \\
 &    & 4067.03 & -1.29 & KX &  67.3& -6.46 & ...  &  ...  \\
 & 12 & 4015.50 & -2.42 & KX &  25.4& -6.08  &  61.8& -5.89 \\
 &  K & 4665.55 & -1.82 & KX &   9.1& -5.74  & ...  &  ...  \\
\noalign{\smallskip}

Sr II&&&&\multicolumn{3}{c}{log Sr/N$_{T}$ = -9.48$\pm$0.00} & & ... \\
 &  1 & 4077.71 & +0.15 & WM &  13.7& -9.48  & ...  &  ...  \\
 &    & 4215.52 & -0.17 & WM &   7.1& -9.47  & ...  &  ...  \\
\noalign{\smallskip}
Y II&&&& \multicolumn{3}{c}{log Y/N$_{T}$ = ...} & &-10.14$\pm$0.13\\
 &  5 & 4309.62 & -0.75 & HL & ...  &  ...   &   5.5&-10.27 \\
 & 22 & 4883.68 & +0.07 & HL & ...  &  ...   &  15.9&-10.02 \\
\noalign{\smallskip}
Zr II&&&&\multicolumn{3}{c}{log Y/N$_{T}$ = ...} & &-9.59$\pm$0.26\\
 & 16 & 3998.95 & -0.67 & GB & ...  &  ...   &  17.5& -9.48 \\
 & 29 & 4156.28 & -0.71 & GB & ...  &  ...   &   6.1& -9.83 \\
 & 31 & 3991.15 & -0.25 & KX & ...  &  ...   &  12.5& -9.91 \\
 & 49 & 4150.99 & -0.99 & KX & ...  &  ...   &  11.9& -9.18 \\
 & 79 & 4359.72 & -0.56 & GB & ...  &  ...   &   7.3& -9.55 \\
\hline

\end{tabular}\\

Note: gf value references follow: \\
BG = Biemont et al. (1989) for V II, Biemont et al. (1981) for Zr II;\\ 
FW = Fuhr \& Wiese (1990) and Fuhr \& Wiese (1998); 
GB = Grevesse et al. (1981);\\
HL = Hannaford et al. (1982);
KP = Kurucz \& Peytremann (1975); 
KX = Kurucz \& Bell (1995); \\
LA = Lanz \& Artru (1985); 
LD = Lawler \& Dakin (1989);
MF = Fuhr, Martin \& Wiese (1988) and Martin, Fuhr \& Wiese (1988); 
MWRB = Miller et al. (1974);
SG = Schulz-Gulde (1969); WF = Wiese, Fuhr \& Deters (1996); 
WM = Wiese \& Martin (1980);\\
WS = Wiese, Smith \& Glennon (1966) and Wiese, Smith \& Miles (1969)\\
\hline
\end{flushleft}
\end{table*}


\end{document}
