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\begin{document}
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\begin{center}
\vspace{0.3cm}

\begin{tabular}{c l r r l r c r r r r}
\multicolumn{11}{l}{{\bf Table 1.} Absorption lines} \\
\hline
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{$\lambda_{\rm helio}$}&
\multicolumn{1}{c}{$w_{\rm obs}$}&
\multicolumn{1}{c}{$\sigma^a_{\rm w}$}&\multicolumn{1}{c}{Identification}&
\multicolumn{1}{c}{$z_{\rm abs}$}&
\multicolumn{1}{c}{$n$}&\multicolumn{1}{c}{log $N$}&
\multicolumn{1}{c}{$b$}&\multicolumn{1}{c}{$z_{\rm c}$}\\
\multicolumn{1}{c}{ }&
\multicolumn{1}{c}{(\AA)}&\multicolumn{1}{c}{(\AA)}&
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&
\multicolumn{1}{c}{(cm$^{-2}$)}&
\multicolumn{1}{c}{(kms$^{-1}$)}&\multicolumn{1}{c}{}\\
\hline
\multicolumn{11}{c}{1037--270}\\
\hline
\\
 1 & 3733.05 &   2.17 &   0.04 & HI    $\lambda$1215 &    2.0707 &  1 & 13.5$^b$ & 45.0 &     2.06978 &    \\
   &         &        &        &                     &           &  2 & 13.5$^b$ & 22.0 &     2.07008 &    \\
   &         &        &        &                     &           &  3 & 13.5$^b$ & 22.0 &     2.07031 &    \\
   &         &        &        &                     &           &  4 & 13.5$^b$ & 45.0 &     2.07060 &    \\
   &         &        &        &                     &           &  5 & 13.5$^b$ & 38.0 &     2.07097 &    \\
   &         &        &        &                     &           &  6 & 13.5$^b$ & 48.0 &     2.07124 &    \\
 2 & 3736.70 &   1.45 &   0.04 &                     &           &    &       &      &             &    \\
 3 & 3745.90 &   5.60 &   0.04 & HI    $\lambda$1215 &    2.0800 &    &       &      &             &    \\
   &         &        &        & SiII  $\lambda$1260 &    1.9721 &    &       &      &             &    \\
   &         &        &        & SiIII $\lambda$1206 &    2.1066 &    &       &      &             &    \\
 4 & 3755.40 &   1.14 &   0.04 &                     &           &    &       &      &             &    \\
 5 & 3758.99 &   0.63 &   0.04 & SiIII $\lambda$1206 &    2.1156 &    & 13.12 & 28.3 &     2.11562 &    \\
 6 & 3761.60 &   0.58 &   0.04 &                     &           &    &       &      &             &    \\
 7 & 3765.40 &   0.41 &   0.04 &                     &           &    &       &      &             &    \\
 8 & 3768.70 &   0.83 &   0.04 &                     &           &    &       &      &             &    \\
 9 & 3771.90 &   1.86 &   0.04 &                     &           &    &       &      &             &    \\
10 & 3774.40 &   1.38 &   0.04 & SiIII $\lambda$1206 &    2.1284 &  1 & 13.27 & 27.5 &     2.12788 &    \\
   &         &        &        &                     &           &  2 & 12.79 & 18.7 &     2.12833 &    \\
   &         &        &        &                     &           &  3 & 13.16 & 35.0 &     2.12878 &    \\
11 & 3776.60 &   1.85 &   0.04 & HI    $\lambda$1215 &    2.1066 &    & 14.41 & 58.7 &     2.10662 &    \\
12 & 3780.50 &   0.43 &   0.04 &                     &           &    &       &      &             &    \\
13 & 3783.70 &   1.10 &   0.04 &                     &           &    &       &      &             &    \\
14 & 3787.70 &   3.08 &   0.04 & SiIII $\lambda$1206 &    2.1394 &    &       &      &             &    \\
   &         &        &        & HI    $\lambda$1215 &    2.1156 &    &       &      &             &    \\
15 & 3791.00 &   0.65 &   0.04 &                     &           &    &       &      &             &    \\
16 & 3794.40 &   0.76 &   0.04 &                     &           &    &       &      &             &    \\
17 & 3796.40 &   1.06 &   0.04 &                     &           &    &       &      &             &    \\
18 & 3799.00 &   0.39 &   0.04 &                     &           &    &       &      &             &    \\
19 & 3803.10 &   3.80 &   0.03 & HI    $\lambda$1215 &    2.1284 &  1 & 17.5$^b$ & 25.0 &     2.12787 &    \\
   &         &        &        &                     &           &  2 & 17.5$^b$ & 25.0 &     2.12878 &    \\
20 & 3816.50 &  13.35 &   0.04 & HI    $\lambda$1215 &    2.1394 &  1 & 19.0$^c$ & 15.0 &     2.13892 &    \\
   &         &        &        &                     &           &  2 & 19.0$^c$ & 15.0 &     2.13913 &    \\
   &         &        &        &                     &           &  3 & 19.0$^c$ & 15.0 &     2.13938 &    \\
   &         &        &        &                     &           &  4 & 19.0$^c$ & 15.0 &     2.13955 &    \\
21 & 3827.70 &   1.46 &   0.04 &                     &           &    &       &      &             &    \\
22 & 3837.80 &   1.80 &   0.03 &                     &           &    &       &      &             &    \\
23 & 3843.85 &   0.43 &   0.03 & CIV   $\lambda$1548 &    1.4828 &  1 & 13.96 & 15.9 &     1.48248 &    \\
   &         &        &        &                     &           &  2 & 13.91 & 29.0 &     1.48319 &    \\
24 & 3850.25 &   0.39 &   0.04 & CIV   $\lambda$1550 &    1.4828 &    &       &      &             &    \\
25 & 3862.30: &   0.64: &   0.05 &                     &           &    &       &      &             &    \\
26 & 3884.63 &   0.23 &   0.04 & NV    $\lambda$1238 &    2.1357 &  1 & 13.56 &  7.9 &     2.13575 &    \\
27 & 3886.77 &   0.61 &   0.04 & CII   $\lambda$1334 &    1.9125 &    & 14.8$^b$ & 15.0 &     1.91246 &    \\
28 & 3897.12 &   0.04: &  0.03 & NV    $\lambda$1242 &    2.1357 &    &       &      &             &    \\
29 & 3934.82 &   0.48 &   0.02 & CaII  $\lambda$3934 &    0.0000 &    & 13.02 & 12.6 &     0.00001 &    \\
30 & 3936.00 &   0.33 &   0.02 &                     &           &    &       &      &             &    \\
31 & 3943.13 &   0.42 &   0.02 & SiII  $\lambda$1260 &    2.1284 &    & 12.91 & 14.1 &     2.12788 &    \\
\end{tabular}
\end{center}

\begin{tabular}{c l r r l r c r r r r}
\multicolumn{11}{l}{{\bf Table 1.} Continued} \\
\hline
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{$\lambda_{\rm helio}$}&
\multicolumn{1}{c}{$w_{\rm obs}$}&
\multicolumn{1}{c}{$\sigma^a_{\rm w}$}&\multicolumn{1}{c}{Identification}&
\multicolumn{1}{c}{$z_{\rm abs}$}&
\multicolumn{1}{c}{$n$}&\multicolumn{1}{c}{log $N$}&
\multicolumn{1}{c}{$b$}&\multicolumn{1}{c}{$z_{\rm c}$}\\
\multicolumn{1}{c}{ }&
\multicolumn{1}{c}{(\AA)}&\multicolumn{1}{c}{(\AA)}&
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1
}{c}{ }&
\multicolumn{1}{c}{(cm$^{-2}$)}&
\multicolumn{1}{c}{(kms$^{-1}$)}&\multicolumn{1}{c}{}\\
\hline
\multicolumn{11}{c}{1037--270}\\
\hline
32 & 3952.50 &   0.09 &   0.02 &                     &           &    &       &      &             &    \\
33 & 3957.00 &   1.90 &   0.03 & SiII  $\lambda$1260 &    2.1394 &  1 & 14.00 & 12.3 &     2.13892 &    \\
   &         &        &        &                     &           &  2 & 14.03 & 11.3 &     2.13913 &    \\
   &         &        &        &                     &           &  3 & 14.17 & 12.8 &     2.13938 &    \\
   &         &        &        &                     &           &  4 & 13.74 & 13.7 &     2.13955 &    \\
   &         &        &        &                     &           &  5 & 13.09 & 14.0 &     2.13986 &    \\
   &         &        &        &                     &           &  6 & 12.92 & 13.6 &     2.14037 &    \\
   &         &        &        &                     &           &  7 & 12.21 & 10.0 &     2.14080 &    \\
34 & 3966.35 &   0.27 &   0.02 & CII   $\lambda$1334 &    1.9721 &    & 13.87 & 11.6 &     1.97209 &    \\
35 & 3969.64 &   0.30 &   0.02 & CaII  $\lambda$3969 &    0.0000 &    &       &      &             &    \\
36 & 4059.28 &   0.55 &   0.02 & SiIV  $\lambda$1393 &    1.9125 &    & 13.56 & 10.0 &     1.91248 &    \\
37 & 4078.60 &   1.36 &   0.03 & CIV   $\lambda$1548 &    1.6344 &  1 & 13.46 & 13.5 &     1.63341 &    \\
   &         &        &        &                     &           &  2 & 14.42 & 15.8 &     1.63423 &    \\
   &         &        &        &                     &           &  3 & 14.03 & 11.8 &     1.63467 &    \\
38 & 4085.38 &   1.29 &   0.02 & CIV   $\lambda$1550 &    1.6344 &    &       &      &             &    \\
   &         &        &        & SiIV  $\lambda$1402 &    1.9125 &    &       &      &             &    \\
39 & 4088.05 &   0.94 &   0.02 & OI    $\lambda$1302 &    2.1394 &  1 & 14.15 & 12.3 &     2.13892 &    \\
   &         &        &        &                     &           &  2 & 14.39 & 11.3 &     2.13913 &    \\
   &         &        &        &                     &           &  3 & 14.17 & 12.8 &     2.13938 &    \\
   &         &        &        &                     &           &  4 & 14.25 & 13.7 &     2.13955 &    \\
40 & 4094.97 &   0.91 &   0.03 & SiII  $\lambda$1304 &    2.1394 &    &       &      &             &    \\
41 & 4142.38 &   0.43 &   0.02 & SiIV  $\lambda$1393 &    1.9723 &  1 & 12.95 & 13.6 &     1.97210 &    \\
   &         &        &        &                     &           &  2 & 12.81 & 14.8 &     1.97241 &    \\
42 & 4169.17 &   0.22 &   0.02 & SiIV  $\lambda$1402 &    1.9723 &    &       &      &             &    \\
43 & 4174.98 &   0.59 &   0.02 & CII   $\lambda$1334 &    2.1284 &  1 & 13.93 & 14.1 &     2.12788 &    \\
   &         &        &        &                     &           &  2 & 13.58 & 28.0 &     2.12833 &    \\
44 & 4189.66 &   2.06 &   0.02 & CII   $\lambda$1334 &    2.1394 &  1 & 14.40 & 12.3 &     2.13892 &    \\
   &         &        &        &                     &           &  2 & 14.30 & 11.3 &     2.13913 &    \\
   &         &        &        &                     &           &  3 & 13.80 & 12.8 &     2.13938 &    \\
   &         &        &        &                     &           &  4 & 13.40 & 13.7 &     2.13955 &    \\
   &         &        &        &                     &           &  5 & 14.00 & 14.0 &     2.13986 &    \\
   &         &        &        &                     &           &  6 & 13.65 & 13.6 &     2.14037 &    \\
   &         &        &        &                     &           &  7 & 13.17 & 10.0 &     2.14080 &    \\
45 & 4193.35 &   0.46 &   0.02 & CII$^*\lambda$1335  &    2.1394 &  1 & 13.11 & 12.3 &     2.13892 &    \\
   &         &        &        &                     &           &  2 & 13.72 & 11.3 &     2.13913 &    \\
   &         &        &        &                     &           &  3 & 12.71 & 12.8 &     2.13938 &    \\
   &         &        &        &                     &           &  4 & 13.46 & 13.7 &     2.13955 &    \\
46 & 4203.40 &   0.31 &   0.02 &                     &           &    &       &      &             &    \\
47 & 4220.50 &   0.65 &   0.03 & SiIV  $\lambda$1393 &    2.0281 &  1 & 13.47 & 17.8 &     2.02788 &    \\
   &         &        &        &                     &           &  2 & 13.15 & 11.7 &     2.02848 &    \\
48 & 4228.50 &   0.53 &   0.02 &		     &		 &    &       &      &             &    \\
49 & 4247.42 &   0.45 &   0.02 & SiIV  $\lambda$1402 &    2.0281 &    &       &      &             &    \\
50 & 4292.80 &   4.80:&   0.02 & SiIV  $\lambda$1393 &    2.0800 &    &       &      &             &    \\
51 & 4320.53 &   2.70:&   0.02 & SiIV  $\lambda$1402 &    2.0800 &    &       &      &             &    \\
52 & 4342.42 &   0.25 &   0.02 & SiIV  $\lambda$1393 &    2.1156 &    & 12.99 & 12.9 &     2.11563 &    \\

\end{tabular}

\begin{tabular}{c l r r l r c r r r r}
\multicolumn{11}{l}{{\bf Table 1.} Continued} \\
\hline
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{$\lambda_{\rm helio}$}&
\multicolumn{1}{c}{$w_{\rm obs}$}&
\multicolumn{1}{c}{$\sigma^a_{\rm w}$}&\multicolumn{1}{c}{Identification}&
\multicolumn{1}{c}{$z_{\rm abs}$}&
\multicolumn{1}{c}{$n$}&\multicolumn{1}{c}{log $N$}&
\multicolumn{1}{c}{$b$}&\multicolumn{1}{c}{$z_{\rm c}$}\\
\multicolumn{1}{c}{ }&
\multicolumn{1}{c}{(\AA)}&\multicolumn{1}{c}{(\AA)}&
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1
}{c}{ }&
\multicolumn{1}{c}{(cm$^{-2}$)}&
\multicolumn{1}{c}{(kms$^{-1}$)}&\multicolumn{1}{c}{}\\
\hline
\multicolumn{11}{c}{1037--270}\\
\hline



53 & 4360.26 &   1.09 &   0.02 & SiIV  $\lambda$1393 &    2.1284 &  1 & 13.09 & 27.5 &     2.12788 &    \\
   &         &        &        &                     &           &  2 & 13.35 & 18.7 &     2.12833 &    \\
   &         &        &        &                     &           &  3 & 13.26 & 35.5 &     2.12878 &    \\
54 & 4370.70 &   0.56 &   0.02 & SiIV  $\lambda$1402 &    2.1156 &    &       &      &             &    \\
   &         &        &        & SiIV  $\lambda$1393 &    2.1359 &    & 13.39 & 49.4 &     2.13598 &    \\
55 & 4375.55 &   2.06 &   0.02 & SiIV  $\lambda$1393 &    2.1394 &  1 & 14.00 & 38.0 &     2.13943 &    \\
   &         &        &        &                     &           &  2 & 13.10 & 50.0 &     2.13950 &    \\
   &         &        &        &                     &           &  3 & 13.15 & 23.2 &     2.13987 &    \\
   &         &        &        &                     &           &  4 & 13.27 & 26.4 &     2.14035 &    \\
56 & 4388.46 &   0.43 &   0.02 & SiIV  $\lambda$1402 &    2.1284 &    &       &      &             &    \\
57 & 4399.08 &   0.30 &   0.02 & SiIV  $\lambda$1402 &    2.1359 &    &       &      &             &    \\
58 & 4403.80 &   0.30 &   0.02 & SiIV  $\lambda$1402 &    2.1394 &    &       &      &             &    \\
59 & 4417.20 &   0.25 &   0.02 &                     &           &    &       &      &             &    \\
60 & 4446.49 &   0.24 &   0.02 & SiII  $\lambda$1526 &    1.9125 &    & 13.69 &  9.9 &     1.91247 &    \\
61 & 4509.10 &   0.76 &   0.02 & CIV   $\lambda$1548 &    1.9125 &    & 14.18 & 15.4 &     1.91249 &    \\
62 & 4516.60 &   0.55 &   0.02 & CIV   $\lambda$1550 &    1.9125 &    &       &      &             &    \\
63 & 4537.53 &   0.24 &   0.03 & SiII  $\lambda$1526 &    1.9721 &    & 13.47 &  8.7 &     1.97209 &    \\
64 & 4600.14 &   0.46 &   0.02 & CIV   $\lambda$1548 &    1.9713 &  1 & 13.26 & 15.0 &     1.97104 &    \\
   &         &        &        &                     &           &  2 & 13.45 & 14.4 &     1.97148 &    \\
65 & 4601.75 &   0.95 &   0.02 & CIV   $\lambda$1548 &    1.9723 &  1 & 13.73 & 21.0 &     1.97210 &    \\
   &         &        &        &                     &           &  2 & 13.99 & 22.8 &     1.97240 &    \\
66 & 4607.80 &   0.29 &   0.02 & CIV   $\lambda$1550 &    1.9713 &    &       &      &             &    \\
67 & 4609.35 &   0.61 &   0.02 & CIV   $\lambda$1550 &    1.9723 &    &       &      &             &    \\
68 & 4649.83 &   0.24 &   0.02 & CIV   $\lambda$1548 &    2.0034 &    & 13.48 & 12.3 &     2.00339 &    \\
69 & 4657.56 &   0.16 &   0.02 & CIV   $\lambda$1550 &    2.0034 &    &       &      &             &    \\
70 & 4683.47 &   0.15 &   0.02 & CIV   $\lambda$1548 &    2.0251 &    & 13.22 &  5.3: &     2.02512 &    \\
71 & 4688.06 &   1.45 &   0.02 & CIV   $\lambda$1548 &    2.0281 &  1 & 14.33 & 27.3 &     2.02789 &    \\
   &         &        &        &                     &           &  2 & 13.81 & 17.9 &     2.02848 &    \\
72 & 4691.23 &   0.10 &   0.03 & CIV   $\lambda$1550 &    2.0251 &    &       &      &             &    \\
73 & 4695.89 &   1.17 &   0.03 & CIV   $\lambda$1550 &    2.0281 &    &       &      &             &    \\
74 & 4743.90 &   0.62 &   0.02 & MgII  $\lambda$2796 &    0.6965 &  1 & 13.07 & 13.4 &     0.69636 &    \\
   &         &        &        &                     &           &  2 & 12.62 & 13.7 &     0.69655 &    \\
75 & 4754.06 &   1.38 &   0.02 & CIV   $\lambda$1548 &    2.0707 &  1 & 13.33 & 16.0 &     2.06984 &    \\
   &         &        &        &                     &           &  2 & 13.45 &  6.0 &     2.07008 &    \\
   &         &        &        &                     &           &  3 & 13.57 &  6.0 &     2.07031 &    \\
   &         &        &        &                     &           &  4 & 13.73 & 14.6 &     2.07060 &    \\
   &         &        &        &                     &           &  5 & 13.77 & 13.1 &     2.07097 &    \\
   &         &        &        &                     &           &  6 & 13.37 & 15.9 &     2.07124 &    \\
76 & 4756.09 &   0.43 &   0.02 & MgII  $\lambda$2803 &    0.6965 &    & 13.07 & 13.4 &     0.69646 &    \\
77 & 4761.95 &   1.15 &   0.02 & CIV   $\lambda$1550 &    2.0707 &    &       &      &             &    \\
78 & 4768.30 &   5.77 &   0.02 & CIV   $\lambda$1548 &    2.0800 &    &       &      &             &    \\
79 & 4776.30 &   3.35 &   0.02 & CIV   $\lambda$1550 &    2.0800 &    &       &      &             &    \\
80 & 4792.99 &   1.28 &   0.02 & SiII  $\lambda$1526 &    2.1394 &    &       &      &             &    \\
81 & 4809.69 &   0.23 &   0.02 & CIV   $\lambda$1548 &    2.1066 &    & 13.36 &  7.8 &     2.10664 &    \\
82 & 4817.69 &   0.12 &   0.02 & CIV   $\lambda$1550 &    2.1066 &    &       &      &             &    \\
\end{tabular}

\begin{tabular}{c l r r l r c r r r r}
\multicolumn{11}{l}{{\bf Table 1.} Continued} \\
\hline
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{$\lambda_{\rm helio}$}&
\multicolumn{1}{c}{$w_{\rm obs}$}&
\multicolumn{1}{c}{$\sigma^a_{\rm w}$}&\multicolumn{1}{c}{Identification}&
\multicolumn{1}{c}{$z_{\rm abs}$}&
\multicolumn{1}{c}{$n$}&\multicolumn{1}{c}{log $N$}&
\multicolumn{1}{c}{$b$}&\multicolumn{1}{c}{$z_{\rm c}$}\\
\multicolumn{1}{c}{ }&
\multicolumn{1}{c}{(\AA)}&\multicolumn{1}{c}{(\AA)}&
\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1}{c}{ }&\multicolumn{1
}{c}{ }&
\multicolumn{1}{c}{(cm$^{-2}$)}&
\multicolumn{1}{c}{(kms$^{-1}$)}&\multicolumn{1}{c}{}\\
\hline
\multicolumn{11}{c}{1037--270}\\
\hline


83 & 4823.61 &   0.19 &   0.02 & CIV   $\lambda$1548 &    2.1156 &    & 13.31 & 12.9 &     2.11563 &    \\
84 & 4831.63 &   0.12 &   0.02 & CIV   $\lambda$1550 &    2.1156 &    &       &      &             &    \\
85 & 4843.40 &   1.94 &   0.02 & CIV   $\lambda$1548 &    2.1284 &  1 & 13.8$^b$ & 34.6 &     2.12788 &    \\
   &         &        &        &                     &           &  2 & 13.9$^b$ & 21.7 &     2.12833 &    \\
   &         &        &        &                     &           &  3 & 14.0$^b$ & 36.0 &     2.12879 &    \\
86 & 4851.50 &   1.18 &   0.02 & CIV   $\lambda$1550 &    2.1284 &    &       &      &             &    \\
87 & 4855.00 &   2.07 &   0.02 & CIV   $\lambda$1548 &    2.1359 &    & 14.6$^b$ & 49.4 &     2.13599 &    \\
88 & 4860.40 &   4.22 &   0.02 & CIV   $\lambda$1548 &    2.1394 &  1 & 14.7$^b$ & 38.0 &     2.13944 &    \\
   &         &        &        &                     &           &  2 & 13.1$^b$ & 50.0 &     2.13951 &    \\
   &         &        &        &                     &           &  3 & 13.8$^b$ & 23.2 &     2.13988 &    \\
   &         &        &        &                     &           &  4 & 14.0$^b$ & 26.4 &     2.14036 &    \\
   &         &        &        & CIV   $\lambda$1550 &    2.1359 &  5 &       &      &             &    \\
89 & 4865.15 &   0.13 &   0.02 & CIV   $\lambda$1548 &    2.1425 &    & 13.10 & 14.5 &     2.14245 &    \\
90 & 4866.13 &   0.21 &   0.02 & AlII  $\lambda$1670 &    1.9125 &    & 12.43 &  9.9 &     1.91248 &    \\
91 & 4868.49 &   2.30 &   0.02 & CIV   $\lambda$1550 &    2.1394 &    &       &      &             &    \\
   &         &        &        & FeII  $\lambda$2344 &    1.0765 &    &       &      &             &    \\
92 & 4873.20 &   0.25: &  0.02 & CIV   $\lambda$1550 &    2.1425 &    &	      &	     &	           &    \\
93 & 4930.60 &   0.28 &   0.02 & FeII  $\lambda$2374 &    1.0765 &  1 & 12.98 & 11.8 &     1.07614 &    \\
   &         &        &        &                     &           &  2 & 13.78 &  3.8: &     1.07644 &    \\
   &         &        &        &                     &           &  3 & 13.62 & 10.6 &     1.07666 &    \\
94 & 4947.84 &   1.31 &   0.02 & FeII  $\lambda$2382 &    1.0765 &    &       &      &             &    \\
95 & 4965.76 &   0.15 &   0.02 & AlII  $\lambda$1670 &    1.9721 &    & 12.21 &  8.8 &     1.97211 &    \\
96 & 5049.63 &   0.78 &   0.02 & FeII  $\lambda$1608 &    2.1394 &  1 & 13.30 &  9.8 &     2.13892 &    \\
   &         &        &        &                     &           &  2 & 14.30 & 10.2 &     2.13913 &    \\
   &         &        &        &                     &           &  3 & 13.30 & 10.0 &     2.13938 &    \\
   &         &        &        &                     &           &  4 & 14.10 & 10.1 &     2.13955 &    \\
\\
\hline
\multicolumn{11}{l}{$^{\rm a}$ $\sigma_{\rm w}$ = $\sigma{\rm}$ $\times$ FWHM where $\sigma{\rm}$ is the noise rms in the adjacent continuum}\\ 
\multicolumn{11}{l}{$^{\rm b}$ determination uncertain; typical error is 0.5 instead of 0.15 
for other lines} \\
\multicolumn{11}{l}{$^{\rm c}$ upper limit} \\ 
\end{tabular}
\end{document}
