  We study transport of two-dimensional quasi-relativistic electronic
excitations in graphene in the presence of static long-range-correlated random
scalar and vector potentials. Using a combination of perturbation theory and
path-integral techniques, we estimate scattering rates which control Drude
conductivity, magneto-transport, and Friedel oscillations in the ballistic
regime of large quasiparticle energies. We also discuss properties of
zero-energy states and pertinent localization scenarios.
