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We study the effects of anisotropy on the magnetoresistance of Weylsemimetals (WSMs) in the ultraquantum regime. We utilize the fact that manyWeyl semimetals are approximately axially anisotropic. We find that anisotropymanifests itself in the strong dependence of the magnetoresistance on the polarand azimuthal angles determining the orientation of the anisotropy axis withrespect to the applied magnetic field and electric current. We also predictthat the ratio of magnetoresistances in the geometries, where the magneticfield and anisotropy axes are aligned and where they are orthogonal, scales as$(v_\bot/v_\parallel)^2$ where $v_\bot$ and $v_\parallel$ are the correspondingFermi velocities.

Effects of anisotropy on the high field magnetoresistance of Weyl semimetals