  We have observed the quantum Hall effect (QHE) and Shubnikov-de Haas (SdH)
oscillations in highly disordered graphene at magnetic fields up to 65 T.
Disorder was introduced by hydrogenation of graphene up to a ratio H/C $\approx
0.1\%$. The analysis of SdH oscillations and QHE indicates that the topological
part of the Berry phase, proportional to the pseudo-spin winding number, is
robust against introduction of disorder by hydrogenation in large scale
graphene.
