  We study D-branes in a nonsupersymmetric orbifold of type C^2/\Gamma,
perturbed by a tachyon condensate, using a gauged linear sigma model. The RG
flow has both higgs and coulomb branches, and each branch supports different
branes. The coulomb branch branes account for the ``brane drain'' from the
higgs branch, but their precise relation to fractional branes has hitherto been
unknown. Building on the results of hep-th/0403016 we construct, in detail, the
map between fractional branes and the coulomb/higgs branch branes for two
examples in the type 0 theory. This map depends on the phase of the tachyon
condensate in a surprising and intricate way. In the mirror Landau-Ginzburg
picture the dependence on the tachyon phase is manifested by discontinuous
changes in the shape of the D-brane.
