  Fascinating aspects of the light quark-mass behavior of baryon
electromagnetic form factors are highlighted. Using FLIC fermions on $20^3
\times 40$ quenched ${\cal O}(a^2)$-improved gauge fields, we explore charge
radii and magnetic moments at pion masses as light as 300 MeV. Of particular
interest is chiral curvature of proton charge radii and magnetic moments, the
environmental dependence of strange quark properties in hyperons, and the
remarkable signature of quenched chiral-nonanalytic behavior in the magnetic
moment of $\Delta$ baryon resonances.
