  We develop a procedure for re-summing the large logarithms induced in gravity
by loops of inflationary scalars. We first show how the scalar can be
integrated out of the field equations in the presence of constant graviton
field. We then extend this result to a fully conserved form which explains the
need for a finite renormalization of the cosmological constant which was
previously inferred from explicit computation. A variant of the renormalization
group turns out to explain the large logarithmic corrections revealed by
explicit computation in the electric field strength of gravitational radiation
and in the potentials which characterize the response to a point mass. The
implications for graviton loops are discussed.
