&   ~   &   ~   &   ~   &   ~   &   ~   &   1.000   &   0.308   &   0.562   &   0.591\\
~   &   ~   &   ~   &   ~   &   ~   &   ~   &   ~   &   1.000   &   0.308   &   0.308\\
~   &   ~   &   ~   &   ~   &   ~   &   ~   &   ~   &   ~   &   1.000   &   0.562\\
~   &   ~   &   ~   &   ~   &   ~   &   ~   &   ~   &   ~   &   ~   &   1.000\\
\end{array}
\right)$$ whereas for the SLCA we obtain $$\label{corrmatSLCA}
{\bf{C}}^<_{SLCA}=\left(
\begin{array}{cccccccccc}
1.000   &   0.543   &   0.543   &   0.543   &   0.543   &   0.543   &   0.440   &   0.543   &   0.440   &   0.440\\
~   &   1.000   &   0.592   &   0.617   &   0.617   &   0.552   &   0.440   &   0.552   &   0.440   &   0.440\\
~   &   ~   &   1.000   &   0.592   &   0.592   &   0.552   &   0.440   &   0.552   &   0.440   &   0.440\\
~   &   ~   &   ~   &   1.000   &   0.664   &   0.552   &   0.440   &   0.552   &   0.440   &   0.440\\
~   &   ~   &   ~   &   ~   &   1.000   &   0.552   &   0.440   &   0.552   &   0.440   &   0.440\\
~   &   ~   &   ~   &   ~   &   ~   &   1.000   &   0.440   &   0.582   &   0.440   &   0.440\\
