  Entanglement dynamics of a qutrit-qutrit system under the influence of
global, local and multilocal decoherence introduced by phase flip, trit flip
and trit phase flip channels is investigated. The negativity and realignment
criterion are used to quantify the entanglement of the system. It is shown that
the entanglement sudden death and distibility sudden death can be avoided in
the presence of phase flip, trit flip and trit-phase flip environments. It is
shown that certain free entangled distillable qutrit states become bound
entangled or separable i.e. convert into non-distillable states under different
flipping noises. It is also seen that local operations do not have any effect
on the entanglement dynamics of the system. Further more, no ESD and DSD is
seen for the case of trit flip channel.
