  We consider recent claims that supersymmetry is anomalous in the presence of
a R-symmetry anomaly. We revisit arguments that such an anomaly in
supersymmetry can be removed and write down an explicit counterterm that
accomplishes it. Removal of the supersymmetry anomaly requires enlarging the
corresponding current multiplet. As a consequence the Ward identities for other
symmetries that are already anomalous acquire extra terms. This procedure can
only be impeded when the choice of current multiplet is forced. We show how
Wess-Zumino consistency conditions are modified when the anomaly is removed.
Finally we check that the modified Wess-Zumino consistency conditions are
satisfied, and supersymmetry unbroken, in an explicit one loop computation
using Pauli-Villars regulators. To this end we comment on how to use
Pauli-Villars to regulate correlators of components of (super)current
multiplets in a manifestly supersymmetric way.
