  The thermal behavior of the spectroscopic parameters of the S-wave single
heavy baryons $ \Sigma_{Q}^{*}, \Xi_{Q}^{*}$ and $ \Omega_{Q}^{*} $ with
spin-3/2 are investigated in QCD at finite temperature. We analyze the
variations of the mass and residue of these baryons taking into consideration
the contributions of QCD thermal condensates up to dimension eight in Wilson
expansion. At finite temperature, due to the breakdown of the Lorentz
invariance by the choice of reference frame and presence of an extra $O(3)$
symmetry, some new four-dimensional operators come out in the form of the
fermionic and gluonic parts of the energy momentum tensor that are taken into
account in the calculations. Our analyses show that at lower temperatures, the
parameters of baryons under consideration are not affected by the medium. These
parameters, however, show rapid variations with respect to temperature at
higher temperatures near to a pseudo-critical temperature, after which the
baryons are melted. The results of the masses and residues at $ T\rightarrow 0
$ limit are compatible with the available experimental data and predictions of
other theoretical studies.
