  We describe a calculation using quenched lattice QCD of the connected part of
the neutron electric form factor for momentum transfers in the range $0.3 {\rm
GeV^2} \stackrel{<}{\sim} -q^2 \stackrel{<}{\sim} 1.0 {\rm GeV^2}$. We extract
the implied charge radius using a Galster parameterization and consider various
ways of extrapolating the neutron charge radius value to the chiral limit. We
find that the measured charge radii may be reconciled to experiment by standard
phenomenology and lowest or next to lowest order contributions from chiral
perturbation theory.
