  Using the similarity between spacetime torsion and axial gauge couplings, we
study torsional contributions to the equilibrium partition function in a
stationary background. In the case of a charged fluid minimally coupled to
torsion, we spot the existence of linear torsional magnetic and vortical
effects, while the axial-vector current and the spin energy potential do not
receive corrections in the torsion at linear order. The covariant
energy-momentum tensor, on the other hand, does contain terms linear in the
torsion tensor. The case of a two-flavor hadronic superfluid is also analyzed,
and the torsional contributions to the constitutive relations computed. Our
results show the existence of a torsional electric chiral effect mediated by
the charged pions.
