  We study the effect of magnetic field on the transport properties like shear
and bulk viscosities of hot and dense hadronic matter within hadron resonance
gas model. We estimate the bulk viscosity using low energy theorems for bilocal
correlators of the energy momentum tensor generalized to finite temperature,
density and magnetic field. We use Gaussian ansatz for the spectral function at
low frequency. We estimate shear viscosity coefficient using molecular kinetic
theory. We find that vacuum contribution due to finite magnetic field dominates
the bulk viscosity ({\zeta}) for the temperatures up to 0.1GeV and increases
with magnetic field while ratio {\zeta}/s decreases with magnetic field. We
also find that shear viscosity coefficient of hadronic matter decreases with
magnetic field.
