  Recent results from the LHC experiments, both for the Higgs mass measurement
and the direct search for supersymmetric (SUSY) particles, might indicate that
the SUSY breaking scale is much higher than the electroweak scale. Although it
is difficult to investigate such a scenario at collider experiments, the
measurement of the hadronic electric dipole moments is one of promising ways to
detect the effects of the SUSY particles. These effects are expressed in terms
of the CP-violating effective operators defined at the SUSY breaking scale,
which involve quarks, gluons, photons, and gluinos. In this paper, we discuss
the QCD corrections to the effective operators in the high-scale SUSY scenario.
To appropriately evaluate the radiative corrections in the presence of large
mass hierarchy among the SUSY particles, we exploit an effective theoretical
approach based on the renormalization-group equations. As a result, it is found
that the low-energy quark electric and chromoelectric dipole moments may differ
from those evaluated in previous works by O(100) % and O(10) %, respectively.
