  We explore the combined physics potential of T2K and NOvA in light of the
moderately large measured value of theta13. For sin^2 2*theta13 = 0.1, which is
close to the best fit value, a 90% C.L. evidence for the hierarchy can be
obtained only for the combinations (Normal hierarchy, -170 <= deltaCP <= 0) and
(Inverted hierarchy, 0 <= deltaCP <= 170), with the currently planned runs of
NOvA and T2K. However, the hierarchy can essentially be determined for any
value of deltaCP, if the statistics of NOvA are increased by 50% and those of
T2K are doubled. Such an increase will also give an allowed region of deltaCP
around its true value, except for the CP conserving cases deltaCP = 0 or 180.
We demonstrate that any measurement of deltaCP is not possible without first
determining hierarchy. We find that comparable data from a shorter baseline (L
~ 130 km) experiment will not lead to any significant improvement.
