  The current Large Hadron Collider data indicates that the newly observed
resonance has the WW and ZZ modes consistent with the standard model Higgs
boson, while the \gamma\gamma mode is about 1.2 - 2 times that of the standard
model prediction and the tau-pair mode is suppressed. If this pattern persists
in the upcoming data, it would be a sign for physics beyond the standard model.
In the type II two-Higgs-doublet model, it is the region where \sin\alpha
\approx 0 and a moderately large \tan\beta = 10 - 20 that the lighter CP-even
Higgs boson can accommodate the current data. We note that in this region the
heavier CP-even Higgs boson must have a large decay branching ratio into tau
pairs. We find that this heavier Higgs boson can be observable in the
associated production with a b\bar b pair and through the decay into a tau
pair.
