  The orbital anisotropy induced in the superfluid 3He by nematic aerogel is,
generally speaking, spatially non-uniform. This anisotropy in its turn induces
spatial fluctuations of the order parameter. It is shown here that for the
polar phase these fluctuations decrease the overall amplitude of the order
parameter and the value of the frequency shift of the transverse NMR. Different
contributions to this effect are discussed and estimated. Their temperature
dependencies are discssed as well.
