  We show that gravitating Merons in $D$-dimensional massive Yang-Mills theory
can be mapped to solutions of the Einstein-Skyrme model. The identification of
the solutions relies on the fact that, when considering the Meron ansatz for
the gauge connection $A=\lambda U^{-1}dU$, the massive Yang-Mills equations
reduce to the Skyrme equations for the corresponding group element $U$. In the
same way, the energy-momentum tensors of both theories can be identified and
therefore lead to the same Einstein equations. Subsequently, we focus on the
$SU(2)$ case and show that introducing a mass for the Yang-Mills field
restricts Merons to live on geometries given by the direct product of $S^3$ (or
$S^2$) and Lorentzian manifolds with constant Ricci scalar. We construct
explicit examples for $D=4$ and $D=5$. Finally, we comment on possible
generalisations.
