  In this contribution we discuss recent results in light quark baryon
spectroscopy involving CLAS data and higher level analysis results from the
partial wave analysis by the Bonn-Gatchina group. New baryon states were
discovered largely based on the open strangeness production channels $\gamma p
\to K^+ \Lambda$ and $\gamma p \to K^+ \Sigma^0$. The data illustrate the great
potential of the kaon-hyperon channel in the discovery of higher mass baryon
resonances in s-channel production. Other channels with discovery potential,
such as $\gamma p \to p \omega$ and $\gamma p \to \phi p$ are also discussed.
In the second part I will demonstrate on data the sensitivity of meson
electroproduction to expose the active degrees of freedom underlying resonance
transitions as a function of the probed distance scale. For several of the
prominent excited states in the lower mass range the short distance behavior is
described by a core of three dressed-quarks with running quark mass, and
meson-baryon contributions make up significant parts of the excitation strength
at large distances. Finally, an outlook is given of baryon resonance physics at
the 12 GeV CEBAF electron accelerator.
