  It has been proposed that spacetimes with a U(1) isometry group have
contributions to the entropy from Misner strings as well as from the area of
$d-2$ dimensional fixed point sets. In this paper we test this proposal by
constructing Taub-Nut-AdS and Taub-Bolt-AdS solutions which are examples of a
new class of asymptotically locally anti-de Sitter spaces. We find that with
the additional contribution from the Misner strings, we exactly reproduce the
entropy calculated from the action by the usual thermodynamic relations. This
entropy has the right parameter dependence to agree with the entropy of a
conformal field theory on the boundary, which is a squashed three-sphere, at
least in the limit of large squashing. However the conformal field theory and
the normalisation of the entropy remain to be determined.
