  The production of high transverse momentum piz^0-mesons has been measured in
deep-inelastic e-p scattering events at low Bjorken-$x$ taken with the
  H1 detector at HERA. The production of high p_T particles is strongly
correlated to the emission of hard partons in QCD and is therefore sensitive to
the dynamics of the strong interaction. For the first time the measurement of
single particles has been extended to the region of small angles w.r.t. the
proton remnant (forward region) and down to very low values of x ~ 5x10^-5.
This region is expected to be particularly sensitive to QCD evolution effects
in final states. Differential cross sections of inclusive pi^0-meson production
have been measured as a function of Bjorken-x and the four-momentum transfer
Q^2, and also as a function of the transverse momentum and the polar angle of
the pi^0-mesons. A recent BFKL calculation and QCD models based on the DGLAP
splitting functions are compared to the data. The best description of the data
is achieved by the BFKL calculation.
