  In this paper, we investigate the accretion on the Reissner-Nordstr\"{o}m
anti-de-Sitter black hole with global monopole charge. We discuss the general
solutions of accretion using the isothermal and polytropic equations of state
for steady state, spherically symmetric, non-rotating accretion on the black
hole. In the case of isothermal flow, we consider some specific fluids and
derive their solutions at the sonic point as well. However, in case of
polytropic fluid we calculate the general expressions only, as there exists no
global (Bondi) solutions for polytropic test fluids. In addition to this, the
effect of fluid on the mass accretion rate are also studied. Moreover, the
large monopole parameter $\beta$ greatly suppresses the maximum accretion rate.
