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Broadening of the Landau levels in graphene and the associated quantum Hallplateau-to-plateau transition are investigated numerically. For correlated bonddisorder, the graphene-specific n=0 Landau level of the Dirac fermions becomesanomalously sharp accompanied by the Hall transition exhibiting afixed-point-like criticality. Similarly anomalous behavior for the n=0 Landaulevel is also shown to occur in correlated random magnetic fields, whichsuggests that the anomaly is generic to disorders that preserve the chiralsymmetry.

Landau level broadening in graphene with long-range disorder -- Robustness of the n=0 level