  We present transverse momentum spectra from d+Au collisions at sqrt(s_NN) =
200 GeV for identified hadrons at mid-rapidity and unidentified hadrons in the
forward rapidity region using the Solenoidal Tracker at RHIC. We scale these
spectra by the mean number of binary collisions to form a transverse momentum
dependent ratio to spectra from p+p collisions, showing that the Cronin effect
measured at lower centre-of-mass energies is also present at this higher
energy. The data also suggest a dependence of the Cronin effect on the hadron
species. We also compare central d+Au collisions to more peripheral ones,
contrasting the behaviour to that observed in Au+Au collisions and remark on
unidentified hadrons at forward rapidities which show a qualitatively different
behaviour.
