A revised analysis of Freja observations shows that events interpreted previously as broadband turbulence in the frequency domain, f~1--500 Hz represent in fact turbulence of dispersive Alfv¿n waves (DAW) covering a wide range of wave vectors k⊥. A satellite's motion through broad Δk⊥, low frequency, &ohgr;<&ohgr;ci, Alfv¿nic structures makes them appear as broadband waves at (Doppler) frequencies Δ&ohgr;=vs⋅Δk⊥ in the satellite reference frame. The identification is made with the measured ratio of ΔE/ΔB fluctuations which is consistent with the theoretical prediction for inertial Alfv¿n wave spectrum at spatial scales &lgr;⊥~30 --7000 m. In addition, we demonstrate that the multipoint measurements with double density probes provide independent confirmation of the spatial nature of the low frequency fluctuations. ¿ 2000 American Geophysical Union