  This study aims to determine the main physical parameters (N(H2) hydrogen
column density and Td dust temperature) of the Interstellar medium, and their
distribution in the extended star-forming region, which includes IRAS
05156+3643, 05162+3639, 05168+3634, 05177+3636, and 05184+3635 sources. We also
provide a comparative analysis of the properties of the Interstellar medium and
young stellar objects. Analysis of the results revealed that Interstellar
medium forms relativity dense condensations around IRAS sources, which are
interconnected by a filament structure. In general, in sub-regions Td varies
from 11 to 24 K, and N(H2) - from 1.0 to 4.0 x 10^23 cm^(-2). The masses of the
ISM vary from 1.7 x 10^4 to 2.1 x 10^5 Msol. All BGPSv2 objects identified in
this star-forming region are located at the N(H2) maximum. The direction of the
outflows, which were found in two sub-regions, IRAS 05168+3634 and 05184+3635,
correlates well with the isodenses direction. The sub-regions with the highest
N(H2) and Interstellar medium mass have the largest percentage of young stellar
objects with Class I evolutionary stage. The wide spread of the evolutionary
ages of stars in all sub-regions (from 10^5 to 10^7 years) suggests that the
process of star formation in the considered region is sequential. In those
sub-regions where the mass of the initial, parent molecular cloud is larger,
this process is likely to proceed more actively. On the Gaia EDR3 database, it
can be assumed that all sub-regions are embedded in the single molecular cloud
and belong to the same star-forming region, which is located at a distance of
about 1.9 kpc.
