  In this contribution we extend our unquenched computation of the Landau gauge
gluon and ghost propagators in lattice QCD at non-zero temperature. The study
was aimed at providing input for investigations employing continuum functional
methods. We show data which correspond to pion mass values between 300 and 500
MeV and are obtained for a lattice size 32**3 x 12. The longitudinal and
transversal components of the gluon propagator turn out to change smoothly
through the crossover region, while the ghost propagator exhibits only a very
weak temperature dependence. For a pion mass of around 400 MeV and the
intermediate temperature value of approx. 240 MeV we compare our results with
additional data obtained on a lattice with smaller Euclidean time extent N_t =
8, 10 and find a reasonable scaling behavior.
