  We present theoretical calculations and predictions for the shot noise in
voltage biased junctions of $d_{x^2-y^2}$ superconductors and normal metal
counter-electrodes. In the clean limit for the d-wave superconductor the shot
noise vanishes at zero voltage because of resonant Andreev reflection by
zero-energy surface bound states. We examine the sensitivity of this resonance
to impurity scattering. We report theoretical results for the magnetic field
dependence of the shot noise, as well the fingerprints of subdominant $s$- and
$d_{xy}$ pairing channels.
