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The current Large Hadron Collider data indicates that the newly observedresonance has the WW and ZZ modes consistent with the standard model Higgsboson, while the \gamma\gamma mode is about 1.2 - 2 times that of the standardmodel prediction and the tau-pair mode is suppressed. If this pattern persistsin 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-evenHiggs boson can accommodate the current data. We note that in this region theheavier CP-even Higgs boson must have a large decay branching ratio into taupairs. We find that this heavier Higgs boson can be observable in theassociated production with a b\bar b pair and through the decay into a taupair.

Implications on the Heavy CP-even Higgs Boson from Current Higgs Data