\begin{table}%t4
\caption{\label{tab:spotplage}Spots and plages parameters.}
\small%\centering
\par
\begin{tabular}{llcrccc}
\hline
\hline
\noalign{\smallskip}
 Diags.  & AR & Radius  &  Lon.\tablefootmark{a}  &   Lat.  &  $\frac{F_{\rm plage}}{ F_{\rm chr}}$ &
 $\frac{T_{\rm spot}}{T_{\rm phot}}$ \\ 
 \noalign{\smallskip}
\hline
\noalign{\smallskip}
 $V$  & \# 1  & 15\fdg5   &  10$^{\circ}$   &  60$^{\circ}$ &    &  0.74 \\
      & \# 2  & 16\fdg3   & 215$^{\circ}$   &  75$^{\circ}$ &    &  0.74 \\
 H$\alpha$  &  \# 1 & 19\fdg2   &  50$^{\circ}$   &  60$^{\circ}$	& 5.0  &  \\ 
            &  \# 2 & 14\fdg0  &  217$^{\circ}$   &  75$^{\circ}$	& 5.0  &  \\
 Ca~{\sc ii}-IRT & \# 1  & 19\fdg2   &  29$^{\circ}$  &  60$^{\circ}$  & 3.3  &  \\
                 & \# 2  & 14\fdg0   & 217$^{\circ}$  &  75$^{\circ}$  & 3.3  &  \\
 Ca~{\sc ii}-HK  & \# 1  & 19\fdg2   &  29$^{\circ}$  &  60$^{\circ}$  & 3.1  &  \\
                 & \# 2  & 15\fdg5   & 217$^{\circ}$  &  75$^{\circ}$  & 3.1  &  \\ 
\hline \\
\end{tabular}
\tablefoot{\tablefoottext{a}{Longitude increases with phase, and 0$^{\circ}$ longitude
corresponds to 0.0 phase.}} 
\end{table}