  Most discussion of metastable dynamical supersymmetry breaking (MDSB) has
focussed on low energy breaking, as in gauge mediation. It is of interest to
consider possible implications for intermediate scale breaking ("gravity
mediation"), especially as the early LHC results suggest the possibility that
supersymmetry, if broken at relatively low energies, might be tuned. A somewhat
high scale for susy breaking could ameliorate the usual flavor problems of
gravity mediation, resolve the question of cosmological moduli, and account for
a Higgs with mass well above $M_Z$. We study MDSB in gravity mediation,
especially retrofitted models in which discrete $R$ symmetries play an
important role, considering questions including implications of symmetries for
$B$ and $A$ terms, and the genericity of split supersymmetry.
