  We study transport properties of bulk-disordered quasi-one-dimensional (Q1D)
wires paying main attention to the role of long-range correlations embedded
into the disorder. First, we show that for stratified disorder for which the
disorder is the same for all individual chains forming the Q1D wire, the
transport properties can be analytically described provided the disorder is
weak. When the disorder in every chain is not the same, however, has the same
binary correlator, the general theory is absent. Thus, we consider the case
when only one channel is open and all others are closed. For this situation we
suggest a semi-analytical approach which is quite effective for the description
of the total transmission coefficient. Our numerical data confirm the validity
of our approach. Such Q1D disordered structures with anomalous transport
properties can be the subject of an experimental study.
