Tropical Cyclone Accumulated Precipitation from NASA GPM-IMERG satellite information:

Best track information for DOLLY

SID SEASON BASIN SUBBASIN NAME JULIAN DATE DATE WIND SPEED PRESSURE CLASSIFICATION RADIUS MAX. WIND STORM SPEED STORM DIRECTION LATITUDE LONGITUDE
AL052014 2014 ATL Gulf of Mexico DOLLY 2456902.250 2014090118 30 1009.0 TD 60 12 338 20.0000 -93.2000
AL052014 2014 ATL Gulf of Mexico DOLLY 2456902.375 2014090121 32 1008.0 TD 52 13 352 20.6346 -93.3010
AL052014 2014 ATL Gulf of Mexico DOLLY 2456902.500 2014090200 35 1007.0 TS 45 13 340 21.3000 -93.4000
AL052014 2014 ATL Gulf of Mexico DOLLY 2456902.625 2014090203 37 1006.0 TS 37 13 320 21.8599 -93.7672
AL052014 2014 ATL Gulf of Mexico DOLLY 2456902.750 2014090206 40 1005.0 TS 30 14 307 22.3000 -94.3000
AL052014 2014 ATL Gulf of Mexico DOLLY 2456902.875 2014090209 42 1005.0 TS 40 13 293 22.6702 -94.9343
AL052014 2014 ATL Gulf of Mexico DOLLY 2456903.000 2014090212 45 1005.0 TS 50 12 264 22.8000 -95.6000
AL052014 2014 ATL Gulf of Mexico DOLLY 2456903.125 2014090215 42 1004.0 TS 65 12 239 22.5525 -96.2038
AL052014 2014 ATL Gulf of Mexico DOLLY 2456903.250 2014090218 40 1003.0 TS 80 9 237 22.2000 -96.7000
AL052014 2014 ATL Gulf of Mexico DOLLY 2456903.375 2014090221 40 1002.0 TS 80 6 250 22.0488 -97.0297
AL052014 2014 ATL Gulf of Mexico DOLLY 2456903.500 2014090300 40 1001.0 TS 80 5 262 22.0000 -97.3000
AL052014 2014 ATL Gulf of Mexico DOLLY 2456903.625 2014090303 40 1001.0 TS 80 6 270 22.0131 -97.5868
AL052014 2014 ATL N. Atlantic DOLLY 2456903.750 2014090306 35 1004.0 TS 100 8 255 21.9000 -98.0000
AL052014 2014 ATL N. Atlantic DOLLY 2456903.875 2014090309 30 1004.0 TD 90 7 262 21.8265 -98.3986
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Contact Us | ©2012 Department of Earth & Environment, Florida International University
This TC IMERG website is created by Luis Hernadez (undergrad), Jeremy Rodriquez (undergrad), Dr. Oscar Guzman (Postdoc Researcher), and Dr. Haiyan Jiang.
The work is supported by the NSF Scholarships for a Future Generation of Geoscience Professionals Grant #1834066, NSF Grant #1947304, and NASA WAAD grant #NNX17AH72G