  The strange contribution to the electric and magnetic form factors of the
nucleon is determined at a range of discrete values of $Q^2$ up to $1.4$
GeV$^2$. This is done by combining recent lattice QCD results for the
electromagnetic form factors of the octet baryons with experimental
determinations of those quantities. The most precise result is a small negative
value for the strange magnetic moment: $G_M^s(Q^2=0) = -0.07\pm0.03\,\mu_N$. At
larger values of $Q^2$ both the electric and magnetic form factors are
consistent with zero to within $2$-sigma.
