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Recent recoil polarization measurements in Hall A at Jefferson Lab show thatthe ratio of the electric to magnetic form factors for the proton decreasessignificantly with increasing Q^2. This contradicts previous Rosenbluthmeasurements which indicate approximate scaling of the form factors. The crosssection measurements were reanalyzed to try and understand the source of thisdiscrepancy. We find that the various Rosenbluth measurements are consistentwith each other when normalization uncertainties are taken into account andthat the discrepancy cannot simply be the result of errors in one or two datasets. If there is a problem in the Rosenbluth data, it must be a systematic,epsilon-dependent uncertainty affecting several experiments.Comment: 4 pages, 1 figure, to appear in the proceedings of the 9th  International Conference on the Structure of Baryons, Jefferson Lab, Newport  News, VA, USA, Mar 200

ARE RECOIL POLARIZATION MEASUREMENTS OF $G_E^P/G_M^P$ CONSISTENT WITH ROSENBLUTH SEPARATION DATA?