  We discuss the possibility to absorb all anomalies in the supersymmetry
algebra of the N=(1,1) Wess-Zumino model in d=1+1 by a local counter term. This
counter term corresponds to the change of the vacuum parameter $v_0^2$ in the
model and the transition to an unconventional but admissible renormalization
scheme. It does not modify the physical consequences such as BPS saturation,
and thus the situation is rather different from gauge theory where local
counter terms are required to absorb spurious gauge anomalies.
