  Using the fact that teleparallel gravity allows a separation between
gravitation and inertia, explicit expressions for the gravitational and the
inertial energy-momentum densities are obtained. It is shown that, like all
other fields of nature, gravitation alone has a tensorial energy-momentum
density which in a general frame is conserved in the covariant sense. Together
with the inertial energy-momentum density, they form a pseudotensor which is
conserved in the ordinary sense. An analysis of the role played by the
gravitational and the inertial densities in the computation of the total energy
and momentum of gravity is presented.
