  We show that in supersymmetric extensions of the Standard Model gluino box
diagrams can yield a large CP-violating Delta(I)=3/2 contribution to
s->d+q(bar)+q flavor-changing neutral current processes, which feeds into the
I=2 isospin amplitude in K->pi+pi decays. This contribution only requires
moderate mass splitting between the right-handed squarks u(tilde)_R and
d(tilde)_R, and persists for squark masses of order 1 TeV. Taking into account
current bounds on Im(delta_{sd}^{LL}) from K-K(bar) mixing, the resulting
contribution to epsilon'/epsilon could naturally be an order of magnitude
larger than the measured value.
