The temperature dependence of the magnetic shifts in the normal state of the anion-doped superconductor Nd 2 CuO 3 . 7 F 0 . 3 are presented. The shifts due to the neodymium moments are subtracted off, to leave magnetic hyperfine shifts with a linear temperature dependence. In contrast to YBCO the temperature-dependent term in the shift for B applied parallel to the c-axis of the tetragonal crystal is about seven times larger than the shift when B is applied perpendicular to the c-axis.