  In this paper we examine the sensitivity of the Long Baseline Neutrino
Oscillation Experiment to the inclusion of two new sterile neutrino flavors
with masses in the eV range. We implement a model with a modified Casas-Ibarra
parametrization which can accommodate medium scale mass eigenstates and
introduces a new complex mixing angle. We explore the new mixing angle
parameter space and demonstrate how LBNE can be used to either provide evidence
for or rule out a particular model of sterile neutrinos. Certain three-flavor
CP-violation scenarios cannot be distinguished from the sterile neutrinos.
Constraints from the Daya Bay reactor experiment and T2K are used to help lift
this degeneracy.
