  New SAPHIR p(gamma,K+)Lambda total cross section data show a resonance
structure at a total c.m. energy around 1900 MeV. We investigate this feature
with an isobar model and find that the structure can be well explained by
including a new D_{13} resonance at 1895 MeV. Such a state has been predicted
by a relativistic quark model at 1960 MeV with significant gamma-N and K-Lambda
branching ratios. We demonstrate how the measurement of single and double
polarization observables can be used to obtain additional information on this
resonance. Using recent (e,e'K+) JLab data from Hall C we extract the
electromagnetic form factors of this state.
