\begin{table}%t1
\caption{New and remeasured laboratory oscillator strengths for
\ion{Mn}{i}.} \label{online}

 \begin{tabular}{p{0.2\linewidth}p{0.1\linewidth}rrrrrrrrr}
 \hline\hline
 \noalign{\smallskip}
 Upper level & Lower level & {\rm Wavenumber} & $\lambda_{\rm air}$ & $BF$ &
\multicolumn{2}{c}{\rm This Work} &  \multicolumn{2}{c}{\rm Previous~ Work}
& {\rm Calc}.$^{a}$ \\
 &  & ({\rm cm}$^{-1}$) & (\AA) &  & {\rm Log} (gf) & Unc. {\rm (dex)} & {\rm Log} (gf) &{\rm Ref.}$^{b}$ & {\rm Log} (gf) \\
 \noalign{\smallskip}
 \hline
 \noalign{\smallskip}
$e~^{8}$S$_{3.5}$ &  $z~^{8}$P$_{2.5}$ & 21~028.888 & 4754.0338 & 0.2535 & -0.07 & 0.02 & -0.09 & 3 & -0.09\\
$E = 39~431.31$~cm$^{-1}$ &  $z~^{8}$P$_{3.5}$ & 20~899.706 & 4783.4190 & 0.3344 &  0.06 & 0.02 &  0.04 & 3 &  0.04\\
$\tau = 8.07\pm0.19$~ns$^{c}$  &  $z~^{8}$P$_{4.5}$ & 20~726.008 &  4823.5080 & 0.4121 &  0.15 & 0.02 &  0.14 & 3 & 0.14\\
Residual                   &                    &           &     & 0.0001 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$e~^{6}$S$_{2.5}$  &  $z~^{8}$P$_{3.5}$ & 22~872.341 &4370.8646 & 0.0003 & -3.59 & 0.08 &       &   & -3.03\\
$E = 41~403.93$~cm$^{-1}$ &  $z~^{6}$P$_{1.5}$ & 16~624.678 &6013.4885 & 0.2134 & -0.43 & 0.05 & -0.25 & 3 & -0.25\\
$\tau = 18.5 \pm 1.8$~ns$^{d}$ &  $z~^{6}$P$_{2.5}$ & 16~615.976 &  6016.6380 & 0.3211 & -0.25 & 0.05 &  &   &-0.22\\
&  $z~^{6}$P$_{3.5}$ & 16~601.751 &6021.7932 & 0.4280 & -0.12 & 0.05 &  0.03 & 3 &  0.03\\
&  $y~^{6}$P$_{1.5}$ &  5714.003 & 17~496.0867 & 0.0089 & -0.88 & 0.05 &       &   & -0.93\\
                           &  $y~^{6}$P$_{2.5}$ &  5678.129 & 17~606.6275 & 0.0123 & -0.73 & 0.05 &       &   & -0.77\\
 &  $y~^{6}$P$_{3.5}$ &  5634.016 & 17~744.4833 & 0.0156 & -0.62 & 0.05 &       &   & -0.67\\
Residual                   &                    &           &
     & 0.0005 &       &      &       &   &      \\
                           &                    &           &
     &        &       &      &       &   &      \\
$z~^{6}$D$_{3.5}^{e}$ &  $a~^{6}$S$_{2.5}$ & 41~932.657 &2384.0491 & 0.0008 & -3.10 & 0.08 &       &   & -2.48\\
$E = 41~932.64$~cm$^{-1}$    &  $a~^{6}$D$_{4.5}$ & 24~880.356 &4018.0994 & 0.2493 & -0.19 & 0.03 & -0.31 & 2 & -0.31\\
$\tau = 10.87 \pm0.24$~ns &  $a~^{6}$D$_{3.5}$ & 24~650.639 &4055.5445 & 0.4697 & -0.59 & 0.03 & -0.07 & 3 & -0.07\\
                           &  $a~^{6}$D$_{2.5}$ & 24~481.126 &4083.6266 & 0.2781 & -0.35 & 0.03 & -0.25 & 3 & -0.25\\
                           &  $a~^{4}$D$_{3.5}$ & 18~635.987 &5364.4703 & 0.0021 & -2.79 & 0.04 &       &   & -2.90\\
Residual                   &                    &           &     & 0.0003 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{6}$D$_{0.5}$          &  $a~^{6}$D$_{1.5}$ & 24~630.111 &4058.9247 & 0.7858 & -0.46 & 0.02 & -0.45 & 3 & -0.45\\
$E = 42~198.56$~cm$^{-1}$   &  $a~^{6}$D$_{0.5}$ & 24~561.434 &4070.2741 & 0.2097 & -1.03 & 0.02 & -0.95 & 2 & -0.95\\
$\tau =11.08 \pm0.31$~ns &  $a~^{4}$D$_{0.5}$ & 18~479.895 & 5409.7823 & 0.0043 & -2.47 & 0.02 &       &   & -3.62\\
Residual                   &                    &           &     & 0.0001 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{6}$F$_{3.5}$          &  $a~^{6}$D$_{4.5}$ & 26~471.793 &3776.5331 & 0.0039 & -2.41 & 0.12 & -2.51 & 1 & -2.49\\
$E = 43~524.08$~cm$^{-1}$   &  $a~^{6}$D$_{3.5}$ & 26~242.091 &3809.5905 & 0.2491 & -0.60 & 0.02 & -0.64 & 1 & -0.60\\
$\tau = 17.14 \pm 0.35$~ns &  $a~^{6}$D$_{2.5}$ & 26~072.576 &3834.3599 & 0.6847 & -0.15 & 0.02 & -0.14 & 1 & -0.12\\
                           &  $a~^{4}$D$_{3.5}$ & 20~227.434 &4942.4014 & 0.0020 & -2.46 & 0.05 & -2.82 & 1 & -2.79\\
                           &  $a~^{4}$D$_{2.5}$ & 19~974.872 &5004.8938 & 0.0317 & -1.25 & 0.02 & -1.66 & 1 & -1.63\\
                           &  $a~^{4}$G$_{4.5}$ & 18~238.492 &5481.3864 & 0.0278 & -1.23 & 0.02 & -1.87 & 1 & -1.87\\
                           &  $a~^{4}$G$_{3.5}$ & 18~236.428 &5482.0069 & 0.0006 & -2.92 & 0.10 &       &   & -3.44\\
Residual                   &                    &           &     & 0.0002 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{4}$F$_{4.5}$          &  $a~^{6}$D$_{4.5}$ & 27~236.449 &3670.5053 & 0.0077 & -2.00 & 0.09 & -1.95 & 1 & -1.92\\
$E = 44~288.76$~cm$^{-1}$   &  $a~^{6}$D$_{3.5}$ & 27~006.727 &3701.7278 & 0.0108 & -1.85 & 0.05 & -1.78 & 1 & -1.75\\
$\tau = 15.69 \pm 0.33$~ns &  $a~^{4}$D$_{3.5}$ & 20~992.078 &4762.3702 & 0.9245 &  0.30 & 0.02 &  0.28 & 1 &  0.42\\
                           &  $a~^{4}$G$_{5.5}$ & 19~023.064 &5255.3139 & 0.0507 & -0.87 & 0.04 & -0.90 & 1 & -0.76\\
                           &  $a~^{4}$G$_{4.5}$ & 19~003.376 &5260.7587 & 0.0039 & -1.98 & 0.02 & -2.01 & 1 & -1.97\\
                           &  $b~^{4}$D$_{3.5}$ & 13~934.586 &7174.4107 & 0.0011 & -2.29 & 0.04 & -2.44 & 1 & -2.44\\
                           &  $a~^{4}$F$_{4.5}$ &  9350.382 &10~691.8212 & 0.0012 & -1.89 & 0.03 &       &   & -3.06\\
Residual                   &                    &           &     & 0.0002 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{4}$F$_{3.5}$          &  $a~^{6}$D$_{3.5}$ & 27~241.454 &3669.8308 & 0.0062 & -2.20 & 0.04 & -2.01 & 1 & -1.99\\
$E = 44~523.45$~cm$^{-1}$   &  $a~^{6}$D$_{2.5}$ & 27~071.942 &3692.8103 & 0.0061 & -2.20 & 0.03 & -2.14 & 1 & -2.12\\
$\tau = 15.70 \pm 0.41$~ns &  $a~^{4}$D$_{3.5}$ & 21~226.794 &4709.7092 & 0.1911 & -0.49 & 0.02 & -0.49 & 1 & -0.34\\
                           &  $a~^{4}$D$_{2.5}$ & 20~974.239 &4766.4207 & 0.7355 &  0.11 & 0.02 &  0.08 & 1 &  0.10\\
                           &  $a~^{4}$G$_{4.5}$ & 19~238.094 &5196.5730 & 0.0513 & -0.98 & 0.02 & -0.96 & 1 & -0.93\\
                           &  $a~^{4}$G$_{3.5}$ & 19~235.792 &5197.1950 & 0.0069 & -1.85 & 0.02 & -1.83 & 1 & -1.81\\
                           &  $b~^{4}$D$_{3.5}$ & 14~169.281 &7055.5755 & 0.0008 & -2.52 & 0.03 & -2.56 & 1 & -2.56\\
                           &  $b~^{4}$D$_{2.5}$ & 14~103.873 &7088.2968 & 0.0003 & -2.93 & 0.05 &       &   & -2.89\\
Residual                   &                    &           &     & 0.0019 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{4}$F$_{2.5}$          &  $a~^{6}$D$_{2.5}$ & 27~244.729 &3669.3897 & 0.0038 & -2.53 & 0.05 & -2.41 & 1 & -2.41\\
$E = 44~696.29$~cm$^{-1}$   &  $a~^{6}$D$_{1.5}$ & 27~127.791 &3685.2076 & 0.0028 & -2.67 & 0.05 & -2.62 & 1 & -2.59\\
$\tau =15.58 \pm 0.37$~ns &  $a~^{4}$D$_{3.5}$ & 21~399.582 &4671.6807 & 0.0173 & -1.66 & 0.02 & -1.70 & 1 & -1.67\\
                           &  $a~^{4}$D$_{2.5}$ & 21~147.022 &4727.4757 & 0.2793 & -0.44 & 0.02 & -0.50 & 1 & -0.47\\
                           &  $a~^{4}$D$_{1.5}$ & 20~976.711 &4765.8589 & 0.6308 & -0.08 & 0.02 & -0.10 & 1 & -0.08\\
                           &  $a~^{4}$G$_{2.5}$ & 19~415.276 &5149.1490 & 0.0074 & -1.95 & 0.02 & -1.92 & 1 & -1.90\\
                           &  $a~^{4}$G$_{3.5}$ & 19~408.577 &5150.9262 & 0.0558 & -1.07 & 0.02 & -1.05 & 1 & -1.03\\
 \hline
                            &  $b~^{4}$D$_{2.5}$ & 14~276.656 &7002.5103 & 0.0009 & -2.62 & 0.04 &       &   & -2.61\\
                           &  $b~^{4}$D$_{1.5}$ & 14~270.557 &7005.5028 & 0.0004 & -2.98 & 0.06 &       &   & -3.06\\
                           &  $a~^{4}$F$_{2.5}$ &  9581.236 &10~434.2077 & 0.0002 & -2.94 & 0.07 &       &   & -3.09\\
                           &  $a~^{4}$F$_{1.5}$ &  9531.636 &10~488.5040 & 0.0002 & -2.95 & 0.07 &       &   & -4.13\\
Residual                   &                    &           &     & 0.0014 &       &      &       &   &      \\
$z~^{4}$F$_{1.5}$          &  $a~^{4}$D$_{2.5}$ & 21~265.444 &4701.1493 & 0.0291 & -1.60 & 0.03 & -1.66 & 1 & -1.65\\
$E = 44~814.73$~cm$^{-1}$   &  $a~^{4}$D$_{1.5}$ & 21~095.139 &4739.1031 & 0.2894 & -0.60 & 0.02 & -0.66 & 1 & -0.49\\
$\tau = 15.43 \pm 0.56$~ns &  $a~^{4}$D$_{0.5}$ & 20~995.814 &4761.5226 & 0.6144 & -0.27 & 0.02 & -0.30 & 1 & -0.14\\
                           &  $a~^{4}$G$_{2.5}$ & 19~533.707 &5117.9299 & 0.0614 & -1.20 & 0.02 & -1.16 & 1 & -1.14\\
Residual                   &                    &           &     & 0.0058 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{4}$D$_{3.5}$          &  $a~^{4}$D$_{3.5}$ & 22~457.627 &4451.5807 & 0.7382 &  0.13 & 0.02 &  0.14 & 1 &  0.28\\
$E = 45~754.27$~cm$^{-1}$   &  $a~^{4}$D$_{2.5}$ & 22~205.072 &4502.2127 & 0.1955 & -0.43 & 0.02 & -0.50 & 1 & -0.34\\
$\tau = 12.94 \pm 0.30$~ns &  $a~^{4}$P$_{2.5}$ & 18~552.871 &5388.5030 & 0.0088 & -1.62 & 0.02 & -1.70 & 1 & -1.69\\
                           &  $b~^{4}$D$_{3.5}$ & 15~400.103 &6491.6693 & 0.0348 & -0.87 & 0.02 & -1.07 & 1 & -1.04\\
                           &  $b~^{4}$D$_{2.5}$ & 15~334.704 &6519.3550 & 0.0045 & -1.75 & 0.02 & -1.24 & 1 & -1.25\\
                           &  $b~^{4}$P$_{2.5}$ & 11~928.849 &8380.7351 & 0.0039 & -1.60 & 0.03 & -1.79 & 1 & -1.79\\
                           &  $a~^{4}$F$_{4.5}$ & 10~815.702 &9243.2802 & 0.0080 & -1.20 & 0.02 & -1.35 & 1 & -1.35\\
                           &  $a~^{4}$F$_{3.5}$ & 10~712.988 &9331.9035 & 0.0010 & -2.10 & 0.05 &       &   & -2.14\\
Residual                   &                    &           &     & 0.0053 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{4}$D$_{2.5}$          &  $a~^{4}$D$_{3.5}$ & 22~644.331 &4414.8765 & 0.2803 & -0.41 & 0.02 & -0.40 & 1 & -0.29\\
$E =45~940.93$~cm$^{-1}$   &  $a~^{4}$D$_{2.5}$ & 22~391.775 &4464.6725 & 0.4126 & -0.24 & 0.02 & -0.25 & 1 & -0.10\\
$\tau = 12.72 \pm0.29$~ns &  $a~^{4}$D$_{1.5}$ & 22~221.464 &4498.8915 & 0.2436 & -0.46 & 0.02 & -0.49 & 1 & -0.34\\
                           &  $a~^{4}$P$_{2.5}$ & 18~739.578 &5334.8154 & 0.0008 & -2.78 & 0.03 & -2.88 & 1 & -2.86\\
                           &  $a~^{4}$P$_{1.5}$ & 18~693.192 &5348.0537 & 0.0087 & -1.75 & 0.02 & -1.81 & 1 & -1.78\\
                           &  $b~^{4}$D$_{3.5}$ & 15~586.760 &6413.9286 & 0.0073 & -1.67 & 0.02 & -1.94 & 1 & -1.91\\
                           &  $b~^{4}$D$_{2.5}$ & 15~521.408 &6440.9342 & 0.0238 & -1.16 & 0.02 & -1.42 & 1 & -1.42\\
                           &  $b~^{4}$D$_{1.5}$ & 15~515.308 &6443.4665 & 0.0083 & -1.61 & 0.02 & -1.79 & 1 & -1.76\\
                           &  $b~^{4}$P$_{2.5}$ & 12~115.626 &8251.5353 & 0.0011 & -2.28 & 0.15 &       &   & -2.39\\
                           &  $b~^{4}$P$_{1.5}$ & 11~477.680 &8710.1701 & 0.0020 & -1.97 & 0.04 &       &   & -1.91\\
                           &  $a~^{4}$F$_{3.5}$ & 10~899.682 &9172.0627 & 0.0067 & -1.40 & 0.02 & -1.50 & 1 & -1.50\\
                           &  $a~^{4}$F$_{2.5}$ & 10~826.100 &9234.4029 & 0.0014 & -2.07 & 0.04 &       &   & -2.03\\
Residual                   &                    &           &     & 0.0032 &       &      &       &   &      \\
                           &                    &           &     &                &      &       &   &      \\
$z~^{4}$D$_{1.5}$          &  $a~^{4}$D$_{2.5}$ & 22~534.739 &4436.3474 & 0.4054 & -0.43 & 0.02 & -0.43 & 1 & -0.29\\
$E = 46~083.89$~cm$^{-1}$   &  $a~^{4}$D$_{1.5}$ & 22~364.429 &4470.1318 & 0.2901 & -0.56 & 0.02 & -0.57 & 1 & -0.44\\
$\tau = 12.76 \pm 0.42$~ns &  $a~^{4}$D$_{0.5}$ & 22~265.104 &4490.0734 & 0.2472 & -0.63 & 0.02 & -0.64 & 1 & -0.52\\
                           &  $a~^{4}$P$_{2.5}$ & 18~882.539 &5294.4249 & 0.0009 & -2.94 & 0.04 &       &   & -3.01\\
                           &  $a~^{4}$P$_{0.5}$ & 18~802.114 &5317.0717 & 0.0047 & -2.20 & 0.02 & -2.26 & 1 & -2.23\\
                           &  $b~^{4}$D$_{0.5}$ & 15~672.302 &6378.9202 & 0.0098 & -1.72 & 0.02 & -1.83 & 1 & -1.83\\
                           &  $b~^{4}$D$_{2.5}$ & 15~664.371 &6382.1497 & 0.0112 & -1.67 & 0.02 & -1.58 & 1 & -1.80\\
                           &  $b~^{4}$D$_{1.5}$ & 15~658.272 &6384.6356 & 0.0181 & -1.46 & 0.02 & -1.86 & 1 & -1.53\\
                           &  $b~^{4}$P$_{1.5}$ & 11~620.623 &8603.0275 & 0.0015 & -2.29 & 0.07 &       &   & -2.27\\
                           &  $b~^{4}$P$_{0.5}$ & 11~238.669 &8895.4084 & 0.0011 & -2.39 & 0.05 &       &   & -2.32\\
                           &  $a~^{4}$F$_{2.5}$ & 10~969.070 &9114.0416 & 0.0068 & -1.57 & 0.02 & -1.80 & 1 & -1.80\\
                           &  $a~^{4}$F$_{1.5}$ & 10~918.990 &9155.8436 & 0.0018 & -2.16 & 0.03 &       &   & -2.14\\
Residual                   &                    &           &     & 0.0014 &       &      &       &   &      \\
                           &                    &           &     &        &       &      &       &   &      \\
$z~^{4}$D$_{0.5}$          &  $a~^{4}$D$_{1.5}$ & 22~450.473 &4452.9992 & 0.5126 & -0.62 & 0.02 & -0.62 & 1 & -0.49\\
$E = 46~169.93$~cm$^{-1}$   &  $a~^{4}$D$_{0.5}$ & 22~351.149 &4472.7878 & 0.4302 & -0.69 & 0.02 & -0.72 & 1 & -0.58\\
$\tau = 12.75 \pm 0.34$~ns &  $a~^{4}$P$_{0.5}$ & 18~888.152 &5292.8513 & 0.0017 & -2.94 & 0.06 & -2.94 & 1 & -2.90\\
                           &  $b~^{4}$D$_{0.5}$ & 15~758.347 &6344.0891 & 0.0217 & -1.69 & 0.02 & -1.86 & 1 & -1.80\\
                           &  $b~^{4}$D$_{1.5}$ & 15~744.317 &6349.7425 & 0.0182 & -1.76 & 0.02 & -1.85 & 1 & -1.84\\
                           &  $b~^{4}$P$_{0.5}$ & 11~324.749 &8827.7937 & 0.0031 & -2.24 & 0.08 &       &   & -2.36\\
                           &  $a~^{4}$F$_{1.5}$ & 11~004.978 &9084.3037 & 0.0086 & -1.78 & 0.02 & -2.02 & 1 & -2.02\\
Residual                   &                    &           &     & 0.0039 &       &      &       &   &      \\
            \hline
 \end{tabular}
\begin{list}{}{}
\item[$^{a}$] The semi-empirical calculations are taken from Kurucz \& Bell (1995).
\item[$^b$] The previous laboratory values are taken from (1)~Greenlee \& Whaling (1979); (2) Blackwell \& Collins (1972); and (3) Booth et~al. (1984a).
\item[$^{c}$] The level lifetimes are taken from Schnabel et~al. (1995) unless stated otherwise.
\item[$^d$] Lifetime for the level $e~^{6}$S$_{2.5}$ is taken from Marek (1975).
\item[$^e$] Branching fractions and oscillator strengths for $z~^{6}$D$_{3.5}$ are taken from Blackwell-Whitehead et~al. (2005b).
\end{list}
\end{table}