  The causal dynamical triangulations approach aims to construct a quantum
theory of gravity as the continuum limit of a lattice-regularized model of
dynamical geometry. A renormalization group scheme--in concert with finite size
scaling analysis--is essential to this aim. Formulating and implementing such a
scheme in the present context raises novel and notable conceptual and technical
problems. I explored these problems, and, building on standard techniques,
suggested potential solutions in the first paper of this two-part series. As an
application of these solutions, I now propose a renormalization group scheme
for causal dynamical triangulations. This scheme differs significantly from
that studied recently by Ambjorn, Gorlich, Jurkiewicz, Kreienbuehl, and Loll.
