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Magneto-transport properties of SrIrO$_3$ thin films epitaxially grown onSrTiO$_3$, using reactive RF sputtering, are investigated. A large anisotropybetween the in-plane and the out-of-plane resistivities is found, as well as asignature of the substrate cubic to tetragonal transition. Both observationsresult from the structural distortion associated to the epitaxial strain. Thelow-temperature and field dependences of the Hall number are interpreted as dueto the contribution of Coulomb interactions to weak localization, evidencingthe strong correlations in this material. The introduction of a contributionfrom magnetic scatters, in the analysis of magnetoconductance in the weaklylocalized regime, is proposed as an alternative to an anomalously largetemperature dependence of the Land\'{e} coefficient.

Anisotropy and interaction effects of strongly strained SrIrO3 thin films