30075 10/30/1935 M=10 7 SNBR= 658 NOT NAMED XING=1 SSS=2 L=03 L 30080 10/30* 0 0 0 0 0*323 609 35 0 0*325 620 35 0 0*327 630 40 0 0* 30085 10/31*329 640 40 0 0*331 650 45 0 0*334 660 50 0 0*338 671 55 0 0* 30090 11/01*342 682 60 0 0*344 693 60 0 0*345 705 65 0 0*343 719 70 0 0* 30095 11/02*340 735 70 0 0*336 747 75 980 0*330 755 75 0 0*320 759 80 0 0* 30100 11/03*308 760 85 0 0*294 761 90 0 0*282 763 90 964 0*274 767 90 0 25* 30105 11/04*269 773 90 0 20*265 780 85 0 14*262 789 85 0 13*259 801 85 973 12* 30110 11/05*257 813 70 0 12*256 822 65 0 0*255 830 65 0 0*256 838 65 0 0* 30115 11/06*259 846 60 0 0*262 854 55 0 0*265 861 50 0 0*268 867 45 0 0* 30120 11/07*271 870 40 0 0*273 872 35 0 0*275 872 35 0 0*276 869 30 0 0* 30125 11/08*276 864 30 0 0*276 857 25 0 0E276 850 25 0 0E276 843 20 0 0* 26935 11/04*268 775 90 0 15*0100*ISLAND*-0.0025710*0.17328325 26940 11/04*259 801 85 973 12*1800*LAND *-0.0025710*0.17328325 26945 11/05*257 813 70 0 12*0000*SEA *-0.0037260*0.13762825 -9999 Pressure and RMW at landfall from Ho, et al. Tech Memo NWS-38 (1987) RMW after landfall bogused to remain constant Renamed Storm 7 from Storm 6. Positions and winds at landfall updated due to HURDAT reanalysis 2012. Pressure decay after landfall lessened.